additional data file _nar_gkl1059_nar-02262 - BioMedSearch

Probe Set ID p-value wild type ts mutant Log2 Change U

UniGene Name niGene Symbol Representative mRNA Accession

10957_at 0.00390222 -0.218428 -4.97315633 -4.75472833 OPI3 YJR073C

unsaturated phospholipid N-methyltransferase

8936_at 0.00494056 -0.08860967 -3.61613 -3.52752033 RPS7B

ribosomal protein S7B (rp30)YNL096C

8313_at 0.01371855 -0.08384067 -3.47365633 -3.38981567 Rad53 YOR247W

Suppressor of SRL1 null Lethality

5620_at 0.04663043 -0.621257 -3.88318933 -3.26193233 MET6 YER091C

vitamin B12-(cobalamin)-independent isozyme of methionine syntha

9946_at 0.0014478 -0.025836 -3.204806 -3.17897 RPS22B YLR367W

ribosomal protein S22B (S24B) (rp50) (YS22)

5076_f_at 0.0052829 -0.07619667 -3.113297 -3.03710033 NA NA YGL076C

10958_at 0.00532548 -0.08730067 -3.091841 -3.00454033 MOG1 with GTP-Gsp1p

nuclear protein that interacts YJR074W

9184_at 0.0248153 -0.25567 -3.22675133 -2.97108133 RPL18B

ribosomal protein L18B (rp28B) YNL301C

8981_at 0.00579733 -0.06845633 -3.033387 -2.96493067 RPS7B

ribosomal protein S7B (rp30)YNL096C

4233_at 0.0141522 -0.02971133 -2.85273433 -2.823023 SIM1 YIL123W

(putative) invovled in control of DNA replication

9513_at 0.03518144 -0.19499633 -2.978652 -2.78365567 ASC1

G-beta like protein YMR116C

7460_at 0.0211911 -0.176353 -2.90956867 -2.73321567 RHK1 YBL082C

Dol-P-Man dependent alpha(1-3) mannosyltransferase (putative)

9633_at 0.0315648 -0.20978067 -2.92931967 -2.719539 HXT2 YMR011W

high affinity hexose transporter-2

11114_at 0.03784631 -0.05242133 -2.60667633 -2.554255 ARG3

ornithine carbamoyltransferase YJL088W

11262_s_at 0.03990826 -0.25231467 -2.79706367 -2.544749 acid phosphatasePHO12 YAR071W

9185_at 0.06390146 -0.00750867 -2.543531 -2.53602233 Hypothetical ORFNA YNL300W

8593_at 0.01243252 -0.051754 -2.57332767 -2.52157367 ARG1

arginosuccinate synthetase YOL058W

5075_i_at 0.00150804 -0.02582533 -2.52524 -2.49941467 NA NA YGL076C

5196_at 0.0193044 -0.210414 -2.666086 -2.455672 STR3

cystathionine beta-lyase YGL184C

7076_at 0.08081468 -0.40610033 -2.84897933 -2.442879 NA NA YBR056w-a

5971_at 0.09128102 -0.445566 -2.85007167 -2.40450567 SAM2 YDR502C

methionine biosynthesis regulation

4760_at 0.08617521 -0.09775967 -2.49715433 -2.39939467 PFK1 YGR240C

phosphofructokinase alpha subunit

5009_at 0.07974133 -0.269331 -2.651869 -2.382538 PMA1

plasma membrane H+-ATPase YGL008C

4729_i_at 0.14123156 -0.105202 -2.485878 -2.380676 enolase ENO2 YGR254W

7359_at 0.03111284 -0.00509567 -2.36366267 -2.358567 HTB2 YBL002W

histone H2B (HTB1 and HTB2 code for nearly identical proteins)

7208_at 0.01589477 -0.122441 -2.47829867 -2.35585767 Target of SBF NA YBR162C

9889_i_at 0.00936081 -0.05179667 -2.405268 -2.35347133 RPS1B

ribosomal protein S1B (rp10B) YLR441C

7898_at 0.0309528 -0.020643 -2.368182 -2.347539 histone H1 HHO1 YPL127C

6010_at 0.02251714 -0.175703 -2.49900867 -2.32330567 YHP1 YDR451C

acts as a repressor at early cell cycle boxes (ECBs) to restrict their

10161_g_at 0.08366353 -0.40525567 -2.719153 -2.31389733 SAM1 /// SAM2 YLR180W

S-adenosylmethionine synthetase /// methionine biosynthesis regul

10223_at 0.00116123 -0.01529967 -2.31995367 -2.304654 Hypothetical ORFNA YLR104W

3790_s_at 0.16747672 -0.406783 -2.69879467 -2.29201167 YRF1-7 YLL067C

Hypothetical ORF /// Y'-helicase protein 1

4959_at 0.00107502 -0.00608533 -2.281088 -2.27500267 GSC2 YGR032W

1,3-beta-D-glucan synthase catalytic component

8152_f_at 0.09836494 -0.31393467 -2.57712733 -2.26319267 CDC21

thymidylate synthase YOR074C

5121_at 0.08514939 -0.08518333 -2.32715167 -2.24196833 G protein gamma subunit mimic

Heterotrimeric GPG1 YGL121C

8251_at 0.04722625 -0.28022167 -2.52181533 -2.24159367 NA found in the

Protein of unknown function, YOR315W cytoplasm and the nucleu

8555_at 0.11298799 -0.35646367 -2.57504933 -2.21858567 Appears to be NA YOL007C

a structural component of the chitin synthase 3 comp

9293_at 0.00416811 -0.01778067 -2.22353833 -2.20575767 HUG1 YML058w-a

Protein involved in the Mec1p-mediated checkpoint pathway that re

8166_at 0.0246385 -0.00166933 -2.20726 -2.20559067 calponin homologSCP1 YOR367W

8588_at 0.05534371 -0.07840767 -2.27892733 -2.20051967 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YOL019W

10885_at 0.02833893 -0.10129333 -2.295181 -2.19388767 ECM17

sulfite reductase beta subunit YJR137C

8922_at 0.09261214 -0.180247 -2.37312867 -2.19288167 SUN4 process. Related to glucanases.

Protein involved in the aging YNL066W

3789_s_at 0.19015624 -0.90611533 -3.09666167 -2.19054633 YRF1-7 YLL067C

Hypothetical ORF /// Y'-helicase protein 1

3722_s_at 0.07392613 -0.23823167 -2.42770167 -2.18947 NA YLRWTY2-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9700_at 0.09190397 -0.381211 -2.567093 -2.185882 IMD4

IMP dehydrogenase homolog YML056C

4515_i_at 0.01652611 -0.07371833 -2.255529 -2.18181067 RPL14A

ribosomal protein L14A YHL001W

10301_at 0.06158479 -0.15298033 -2.324652 -2.17167167 RPS0B

ribosomal protein S0B YLR048W

9759_at 0.12240332 -0.14046667 -2.29322767 -2.152761 ERG13 YML126C

3-hydroxy-3-methylglutaryl coenzyme A synthase

6358_at 0.01594744 -0.007024 -2.15071033 -2.14368633 INO2

helix-loop-helix protein YDR123C

9926_at 0.13966515 -0.07743967 -2.21467833 -2.13723867 CCW14

cell wall mannoprotein YLR391W-A

8879_at 0.06212135 -0.245936 -2.38079933 -2.13486333 PUB1

poly(A) binding protein YNL016W

11263_f_at 0.01197962 -0.078431 -2.200658 -2.122227 IMD2

IMP dehydrogenase homolog YAR073W

6902_at 0.01074833 -0.07978167 -2.186589 -2.10680733 HIS4

histidinol dehydrogenase YCL030C

5711_at 0.28054433 -1.36330567 -3.452866 -2.08956033 TIR1 YER011W

Cold-shock induced protein of the Srp1p/Tip1p family of serine-alan

8030_at 0.21920883 -1.025373 -3.11053733 -2.08516433 DIP5 YPL265W

dicarboxylic amino acid permease

6858_f_at 0.19050466 -0.39650667 -2.47308567 -2.076579 PMP1 YCR024C-A

proteolipid associated with plasma membrane H(+)-ATPase (Pma1

7290_at 0.10302898 -0.37603067 -2.441161 -2.06513033 TIP1

cell wall mannoprotein YBR067C

7880_at 0.05253326 -0.22549233 -2.286105 -2.06061267 Member of theKES1 YPL145C

oxysterol binding protein family, which includes seve

7999_at 0.06286131 -0.180341 -2.22422033 -2.04387933 ICY2 cytoskeleton and is involved in chrom

Protein that interacts with theYPL250C

9010_at 0.06163009 -0.25318367 -2.29523567 -2.042052 NA function;

Essential protein of unknownYNL158Wgreen fluorescent protein (GF

5922_s_at 0.17063486 -0.84798233 -2.886916 -2.03893367 TFP1 YDL184w-a

site-specific endonuclease VDE (PI-SceI)|vacuolar ATPase V1 dom

10018_at 0.02029919 -0.055996 -2.09351967 -2.03752367 MET17 YLR303W

O-acetylhomoserine (thiol)-lyase

4235_at 0.04537512 -0.20384833 -2.23342533 -2.029577 NA

plasma membrane transporter YIL121W

6910_at 0.11206589 -0.19611467 -2.19598567 -1.999871 NFS1 YCL017C

Required for the post-transcriptional thio-modification of both mitoch

10658_at 0.10619061 -0.40564833 -2.40037133 -1.994723 TEF4 YKL081W

translation elongation factor EF-1gamma

6916_at 0.01999193 -0.089531 -2.056323 -1.966792 VAC17 of Myo2p,

the vacuole-specific receptorYCL063W a class V myosin

6912_at 0.14071992 -0.43134733 -2.39315733 -1.96181 BUD3 YCL014W

Protein involved in bud-site selection and required for axial budding

9397_at 0.08186895 -0.21386767 -2.17549367 -1.961626 GAS3 YMR215W

Putative 1,3-beta-glucanosyltransferase, has similarity to Gas1p; lo

7152_at 0.0500847 -0.015633 -1.970837 -1.955204 PGI1 YBR196C

glucose-6-phosphate isomerase|phosphoglucose isomerase

5260_at 0.06244189 -0.169541 -2.09332733 -1.92378633 NA NA YGL253W

7459_s_at 0.00721768 -0.043449 -1.963207 -1.919758 RHK1 YBL083C

Dol-P-Man dependent alpha(1-3) mannosyltransferase (putative)

4941_at 0.06009792 -0.12995333 -2.044888 -1.91493467 ERG25

C-4 sterol methyl oxidase YGR060W

7603_at 0.05306068 -0.04387067 -1.95813567 -1.914265 KRE6

beta-glucan synthase (putative)YPR159W

3851_s_at 0.07909917 -0.30637367 -2.21086333 -1.90448967 COS1 /// COS5 member

Protein of unknown function, YJR161Cof a family of conserved, ofte

8976_at 0.00537845 -0.02916333 -1.93300267 -1.90383933 AVT4 YNL101W

Gln (Asn), Ile (Leu), Tyr transporter

7302_at 0.09585573 -0.06144 -1.95066467 -1.88922467 protein YBR078W

GPI-anchored ECM33 of unknown function, has a possible role in ap

8812_at 0.11082437 -0.354291 -2.23877233 -1.88448133 NOG2

part of a pre-60S complex YNR053C

5245_at 0.11142493 -0.17570467 -2.05846833 -1.88276367 VRG4 YGL225W

May regulate Golgi function and glycosylation in Golgi

3944_f_at 0.14133469 -0.27345433 -2.14894233 -1.875488 HAC1 YFL031W

bZIP (basic-leucine zipper) protein

11230_at 0.11169451 -0.260423 -2.13501933 -1.87459633 elongase ELO1 YJL196C

10193_at 0.10829479 -0.06010467 -1.93068567 -1.870581 aspartic

GPI-anchored YPS1 protease YLR120C

9550_at 0.17284952 -0.027476 -1.89536167 -1.86788567 ILV2

acetolactate synthase YMR108W

7581_at 0.08028399 -0.046159 -1.891053 -1.844894 DPM1 synthase

dolichol phosphate mannoseYPR183W

10563_at 0.04260329 -0.14882 -1.98727967 -1.83845967 MET14

adenylylsulfate kinase YKL001C

6505_at 0.14538279 -0.157279 -1.99485167 -1.83757267 NA YDL046W

Putative homologue of human NPC2/He1

7153_at 0.0459414 -0.06950367 -1.90500333 -1.83549967 Hypothetical ORFNA YBR197C

4098_at 0.01642535 -0.02570267 -1.85976567 -1.834063 activator YIR017C

transcriptional MET28 in the Cbf1p-Met4p-Met28p complex

7301_at 0.05880071 -0.17351067 -2.00381233 -1.83030167 protein YBR078W

GPI-anchored ECM33 of unknown function, has a possible role in ap

7068_at 0.02294914 -0.07796333 -1.906638 -1.82867467 PCA1 YBR295W

P-type ATPase Cu(2+)-transporting (putative)

3543_s_at 0.32386087 -0.09919367 -1.92240033 -1.82320667 YRF1-7 YBL112C

Hypothetical ORF /// Y'-helicase protein 1

8378_at 0.09200415 -0.03098767 -1.85145967 -1.820472 (protoheme ferrolyase)

ferrochelataseHEM15 YOR176W

3713_s_at 0.00105283 -0.00467567 -1.822705 -1.81802933 NA YMRCTY1-3

TyA Gag protein; the main structural constituent of virus-like particle

10003_f_at 0.01677386 -0.00988667 -1.827588 -1.81770133 RPS25A (S31A) (rp45) (YS23) /// ribosomal protein S

YLR333C

ribosomal protein S25A /// RPS25B

4862_at 0.0261182 -0.08845567 -1.90554467 -1.817089 Hypothetical ORFRTS3 YGR161C

9628_at 0.16351734 -0.49675333 -2.31257067 -1.81581733 PLB2 YMR006C

lysophospholipase|phospholipase B

5990_at 0.06950596 -0.11496867 -1.91422167 -1.799253 Hypothetical ORFNA YDR476C

4506_at 0.00847817 -0.036389 -1.83510767 -1.79871867 Hypothetical ORFNA YHR032W

5702_at 0.03097351 -0.030197 -1.81679033 -1.78659333 PMI40

mannose-6-phosphate isomerase YER003C

3310_s_at 0.04333879 -0.04177467 -1.81766867 -1.775894 HAP1 YERWDELTA18

Identified by gene-trapping, microarray-based expression analysis,

5771_at 0.01142106 -0.04046067 -1.81561767 -1.775157 CAN1

arginine permease YEL063C

10015_at 0.09844308 -0.02938433 -1.80378467 -1.77440033 EXG1

exo-1,3-beta-glucanase YLR300W

5789_at 0.02452354 -0.07842233 -1.84444233 -1.76602 GLY1

threonine aldolase YEL046C

11180_at 0.00922435 -0.00827533 -1.77070333 -1.762428 SDS-extractedYJL158C by laminarinase|similar to H

released from CIS3 cell walls

9604_at 0.00930369 -0.007797 -1.76618067 -1.75838367 NA YMR027W

High level expression reduced Ty3 Transposition

10689_at 0.1077957 -0.02354 -1.77728867 -1.75374867 CWP1

cell wall mannoprotein YKL096W

8964_at 0.02179954 -0.033096 -1.785485 -1.752389 DBP2 YNL112W

ATP dependent RNA helicase|dead box protein

4489_at 0.03941726 -0.07747833 -1.82335533 -1.745877 GIC1 YHR061C

Protein of unknown function involved in initiation of budding and cel

4452_at 0.06228351 -0.10174433 -1.84465567 -1.74291133 PCL5 cyclin-dependent kinase (Cdk), induce

Cyclin, interacts with Pho85pYHR071W

7908_at 0.12121054 -0.42557267 -2.164129 -1.73855633 Hypothetical ORFNA YPL162C

5642_at 0.02327776 -0.07138633 -1.79931233 -1.727926 ARG5,6 YER069W

acetylglutamate kinase|N-acetyl-gamma-glutamyl-phosphate reduc

11203_i_at 0.02122767 -0.080646 -1.80400467 -1.72335867 RPL17A YJL177W

ribosomal protein L17A (L20A) (YL17)

5219_at 0.21604794 -0.25093033 -1.973103 -1.72217267 chain

Clathrin heavyCHC1 YGL206C

8235_at 0.05549305 -0.02398267 -1.743406 -1.71942333 RAX1 budding pattern of an axl1 null mutant

A rax1 mutation converts the YOR301W

6811_at 0.03376141 -0.016758 -1.72558133 -1.70882333 CPR4 YCR069W

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

5676_at 0.04206333 -0.06768467 -1.77314967 -1.705465 FCY22

purine-cytosine permease YER060w-A

8400_at 0.11953034 -0.10207167 -1.78980733 -1.68773567 PDR5

multidrug resistance transporterYOR153W

7822_at 0.12682727 -0.06475167 -1.75098133 -1.68622967 Hypothetical ORFNA YPL067C

11032_at 0.09813738 -0.294068 -1.977136 -1.683068 M

ATP sulfurylase ET3 YJR010W

8341_at 0.14782416 -0.33152567 -2.01302 -1.68149433 modulator

transcriptional WTM2 YOR229W

8342_at 0.10497468 -0.04261933 -1.71602333 -1.673404 modulator

transcriptional WTM1 YOR230W

5719_at 0.08658711 -0.153415 -1.82353467 -1.67011967 ISC1 encodes ISC1 YER019W

phospholipase C type enzyme which hydrolyzes inos

9959_at 0.12827481 -0.01717067 -1.686172 -1.66900133 SEC61

membrane component of ERYLR378C protein translocation apparatus

6337_at 0.0844875 -0.222934 -1.88924867 -1.66631467 activator

transcriptional SWI5 YDR146C

8314_g_at 0.01165028 -0.02621567 -1.68944733 -1.66323167 Rad53 YOR247W

Suppressor of SRL1 null Lethality

10619_at 0.02125689 -0.00814233 -1.65577433 -1.647632 The authentic, NA YKL033W

non-tagged protein was localized to the mitochondria

11319_at 0.19284565 -0.12090933 -1.76845667 -1.64754733 EFB1 YAL003W

translation elongation factor EF-1beta

11212_at 0.1463968 -0.223489 -1.86935133 -1.64586233 Hypothetical ORFNA YJL171C

9346_at 0.06684818 -0.047929 -1.68704733 -1.63911833 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR295C

8973_at 0.05023125 -0.01086267 -1.64908133 -1.63821867 LEU4 YNL104C

alpha-isopropylmalate synthase (2-isopropylmalate synthase)

4929_at 0.0083958 -0.01298367 -1.64899033 -1.63600667 Hypothetical ORFNA YGR093W

5774_at 0.13871513 -0.12221133 -1.753457 -1.63124567 PRB1

vacuolar protease B YEL060C

8176_at 0.14749377 -0.36353267 -1.99414 -1.63060733 ATF1

alcohol acetyltransferase YOR377W

10160_at 0.14206468 -0.30788833 -1.93600567 -1.62811733 SAM1

S-adenosylmethionine synthetase YLR180W

9655_at 0.16440163 -0.00906567 -1.63288867 -1.623823 SPT5

transcription factor YML010W

10779_at 0.07654151 -0.10791033 -1.72612 -1.61820967 SPE1

ornithine decarboxylase YKL184W

5394_at 0.06831927 -0.01568933 -1.62979733 -1.614108 beta-tubulin TUB2 YFL037W

4830_at 0.09708496 -0.05063533 -1.663559 -1.61292367 ERG1

squalene monooxygenase YGR175C

7960_i_at 0.00394287 -0.01533733 -1.61640033 -1.601063 RPL7B YPL198W

ribosomal protein L7B (L6B) (rp11) (YL8)

4736_at 0.02065856 -0.069718 -1.66843267 -1.59871467 TNA1 YGR260W

high affinity nicotinic acid plasma membrane permease

7907_at 0.00420192 -0.00407167 -1.59920567 -1.595134 SVS1 YPL163C

Cell wall and vacuolar protein, required for wild-type resistance to v

5558_at 0.02740511 -0.040583 -1.63012267 -1.58953967 PAB1

poly(A) binding protein YER165W

10125_at 0.1005739 -0.264634 -1.85314167 -1.58850767 MMR1 YLR190W

Phosphorylated protein of unknown function, localized to small buds

10617_at 0.15631665 -0.09007867 -1.675823 -1.58574433 UGP1 YKL035W

uridinephosphoglucose pyrophosphorylase

7147_at 0.02452061 -0.046677 -1.622336 -1.575659 RPL21B

ribosomal protein L21B YBR191W

5813_at 0.09246395 -0.106036 -1.68062467 -1.57458867 DLD3

D-lactate dehydrogenase YEL071W

4712_at 0.18833499 -0.04894533 -1.616522 -1.56757667 BGL2 YGR282C

cell wall endo-beta-1,3-glucanase

9519_at 0.11540901 -0.05744867 -1.62402633 -1.56657767 ADE17 YMR120C

5-aminoimidazole-4-carboxamide ribonucleotide (AICAR) transform

9575_at 0.28956944 -0.05512267 -1.61877133 -1.56364867 ARG80

transcription factor YMR042W

6078_at 0.02374362 -0.05591733 -1.61923133 -1.563314 YRA1 protein

RNA-binding RNA annealing YDR381W

9565_at 0.12835896 -0.173607 -1.73518067 -1.56157367 SEC14 YMR079W

phosphatidylinositol transfer protein

8312_at 0.03335256 -0.037595 -1.586994 -1.549399 Hypothetical ORFNA YOR246C

4835_at 0.05191859 -0.03414 -1.58042633 -1.54628633 reductase, small (R2) subunit

ribonucleotide RNR4 YGR180C

9315_at 0.12782395 -0.01256367 -1.55319333 -1.54062967 GAS1 YMR307W

cell surface glycoprotein 115-120 kDa

7218_at 0.07918816 -0.046045 -1.583114 -1.537069 VMA2 subunit B

vacuolar ATPase V1 domain YBR127C (60 kDa)

7718_g_at 0.04757436 -0.019558 -1.55464933 -1.53509133 NHP6A YPR052C

11 kDa nonhistone chromosomal protein

6883_at 0.3294049 -1.04085867 -2.575117 -1.53425833 C

citrate synthase IT2 YCR005C

4416_at 0.20535615 -0.54200433 -2.07409467 -1.53209033 EPT1 YHR123W

sn-1,2-diacylglycerol ethanolamine- and cholinephosphotranferase

4936_at 0.00440195 -0.00518867 -1.53684033 -1.53165167 MUP1 YGR055W

high affinity methionine permease

4033_f_at 0.30097129 -0.84861 -2.378637 -1.530027 COS8 /// COS5 YIR044C

Nuclear membrane protein, member of a family of conserved, often

6401_at 0.0880533 -0.050369 -1.57564167 -1.52527267 SED1 YDR077W

cell surface glycoprotein (putative)

5068_at 0.08997754 -0.176582 -1.69875833 -1.52217633 NA YGL039W

Oxidoreductase, catalyzes NADPH-dependent reduction of the bicy

9651_at 0.07734866 -0.011649 -1.533391 -1.521742 SEL1 YML013W

Endoplasmic reticulum protein whose absence causes highly increa

10895_at 0.17033507 -0.348445 -1.86407333 -1.51562833 HMS2 YJR147W

heat shock transcription factor homolog

10300_f_at 0.22818116 -0.38702733 -1.90092733 -1.5139 RPS0A /// ribosomal protein S0B

ribosomal protein S0A /// RPS0B YLR048W

7832_at 0.09836712 -0.21617333 -1.72966733 -1.513494 SUR1

integral membrane protein YPL057C

11346_at 0.11758401 -0.07126267 -1.58380333 -1.51254067 CCR4 transcriptional regulator for some gluc

carbon catabolite repression;YAL021C

5113_at 0.02643563 -0.007655 -1.51985733 -1.51220233 GUP1

glycerol transporter (putative) YGL084C

5333_at 0.04949764 -0.08940433 -1.59873967 -1.50933533 PHO4

myc-family transcription factor YFR034C

6850_at 0.12446733 -0.04168633 -1.544873 -1.50318667 processing of YCR018C to mature rRNA

involved in theSRD1 pre-rRNA

7579_at 0.1436032 -0.16129967 -1.663336 -1.50203633 SEC23

GTPase activating protein (GAP) YPR181C

3943_i_at 0.21273289 -0.173263 -1.67195367 -1.49869067 NA NA YFL031W

9588_at 0.16674311 -0.342089 -1.83944367 -1.49735467 FET3

multicopper oxidase YMR058W

8249_at 0.02453571 -0.06279267 -1.55955733 -1.49676467 SPS4

sporulation-specific protein YOR313C

6560_at 0.0554503 -0.053106 -1.54743367 -1.49432767 RPL13B

ribosomal protein L13B YDL082W

11123_at 0.22284275 -0.32284 -1.81347133 -1.49063133 PRY1 has similarity to Pry2p and Pry3p and

Protein of unknown function, YJL079C

11235_at 0.0994947 -0.10667267 -1.597149 -1.49047633 RPS14B

ribosomal protein S14B (rp59B) YJL191W

8642_at 0.18058586 -0.178357 -1.65464167 -1.47628467 IZH4 YOL101C

Membrane protein involved in zinc metabolism, member of the four-

6906_at 0.02679285 -0.049648 -1.52552467 -1.47587667 FRM2 involved in

Protein of unknown function, YCL026C-Athe integration of lipid signa

4537_at 0.08648067 -0.01958467 -1.494392 -1.47480733 ARG4

argininosuccinate lyase YHR018C

8937_at 0.02070048 -0.007292 -1.47192333 -1.46463133 Hypothetical ORFNA YNL095C

3166_i_at 0.07715575 -0.134841 -1.59175833 -1.45691733 NA NA YHRWDELTA9

10909_at 0.13173362 -0.25479067 -1.71157033 -1.45677967 Hypothetical ORFNA YJR116W

5675_at 0.02620855 -0.01633867 -1.47170567 -1.455367 FCY21

purine-cytosine permease YER060W

6038_at 0.02815601 -0.03768433 -1.49211733 -1.454433 recognition motif|nuclear shuttling protein

contains RNA NPL3 YDR432W

5669_g_at 0.02971372 -0.00874133 -1.46311667 -1.45437533 FCY2 /// FCY22 purine-cytosine permease

purine-cytosine permease /// YER056C

4335_at 0.17407738 -0.09959167 -1.550864 -1.45127233 CTR2 YHR175W

Putative low-affinity copper transporter of the vacuolar membrane; m

6051_at 0.20116407 -0.220819 -1.66993867 -1.44911967 URH1 ribohydrolase); EC 3.2.2.3

uridine nucleosidase (uridineYDR400W

9714_at 0.14112295 -0.012335 -1.456086 -1.443751 NA NA YML085C

10576_at 0.09375122 -0.07043 -1.51155867 -1.44112867 PRY2 has similarity to Pry1p and Pry3p and

Protein of unknown function, YKR013W

9432_at 0.14228628 -0.05022967 -1.486077 -1.43584733 PFK2

phosphofructokinase beta subunit YMR205C

11056_at 0.01498651 -0.02725733 -1.462589 -1.43533167 polyphosphateVTC4 YJL012C

synthetase (putative)

9453_at 0.0658823 -0.05490867 -1.48297233 -1.42806367 SSO1

t-SNARE /// t-SNARE/// SSO2 YMR183C

10183_at 0.20567829 -0.050397 -1.47647433 -1.42607733 ACS2

acetyl CoA synthetase YLR153C

9312_at 0.05959167 -0.00408767 -1.429927 -1.42583933 SCW10

soluble cell wall protein YMR305C

7811_at 0.01909025 -0.03107033 -1.45228433 -1.421214 RPL21B

ribosomal protein L21B YPL079W

6368_at 0.10649112 -0.06220467 -1.47832 -1.41611533 Hypothetical ORFNA YDR089W

7662_at 0.14468796 -0.097074 -1.50895133 -1.41187733 SUA7 YPR086W

transcription factor TFIIB homolog

7274_at 0.22117784 -0.210361 -1.62213267 -1.41177167 acid phosphatasePHO5 YBR093C

8231_at 0.33076116 -0.430283 -1.840002 -1.409719 MBF1

multiprotein bridging factor YOR298C-A

10347_at 0.01583855 -0.01397267 -1.42275533 -1.40878267 SSL1 YLR005W

RNA polymerase transcription factor TFIIH component

9856_at 0.17334012 -0.17686833 -1.58542733 -1.408559 SST2 YLR452C

GTPase activating protein (GAP)|RGS (regulator of G-protein signa

3626_i_at 0.05472862 -0.10028867 -1.50791333 -1.40762467 COS10 member of

Protein of unknown function, YNR075W a family of conserved, ofte

6379_at 0.1572739 -0.13910667 -1.544011 -1.40490433 BMH2 YDR099W

member of conserved eukaryotic 14-3-3 gene family

5691_at 0.09233833 -0.03502667 -1.43937233 -1.40434567 Hypothetical ORFNA YER036C

8466_at 0.05486264 -0.02836933 -1.432359 -1.40398967 transferase glycoprotein complex 34 kDa gamma su

oligosaccharylOST3 YOR085W

11097_at 0.25434665 -0.39572333 -1.79401967 -1.39829633 Arylformamidase BNA3 YJL060W

7961_f_at 0.01005847 -0.01367767 -1.40982067 -1.396143 RPL7B YPL198W

ribosomal protein L7B (L6B) (rp11) (YL8)

10599_at 0.08938861 -0.03910433 -1.43367933 -1.394575 LAC1

LAG1 longevity gene homolog YKL008C

11185_at 0.18388513 -0.368324 -1.75159433 -1.38327033 INO1 YJL153C

L-myo-inositol-1-phosphate synthase

4881_at 0.14133666 -0.02447867 -1.406426 -1.38194733 LAs17 BindingLSB1protein YGR136W

5565_at 0.16851582 -0.27445067 -1.653528 -1.37907733 RSP5 YER125W

involved in ubiquitin-mediated protein degradation

4516_f_at 0.00967126 -0.01507233 -1.390557 -1.37548467 RPL14A

ribosomal protein L14A YHL001W

8182_at 0.13304315 -0.12690967 -1.50101633 -1.37410667 FIT3 YOR383C

Cell wall protein involved in iron transport

10065_at 0.25457864 -0.08372233 -1.45389033 -1.370168 YPT6

similar to the human GTPase, Rab6YLR262C

4575_i_at 0.02498425 -0.016115 -1.38354067 -1.36742567 RPL8B YHL033C

ribosomal protein L8B (L4B) (rp6) (YL5)

9645_at 0.31162768 -0.23976867 -1.60599933 -1.36623067 OST6 YML019W

N-oligosaccharyltransferase complex 37kDa subunit (putative)

9953_at 0.06583579 -0.016442 -1.38048567 -1.36404367 elongase SUR4 YLR372W

7188_at 0.10747297 -0.03927833 -1.400944 -1.36166567 Hypothetical ORFNA YBR187W

9391_at 0.22605335 -0.04153367 -1.39922967 -1.357696 Hypothetical ORFNA YMR252C

10002_i_at 0.14450003 -0.02364567 -1.37925167 -1.355606 NA NA YLR333C

9430_at 0.06028101 -0.078223 -1.431706 -1.353483 TOM40 YMR203W

forms the outer membrane import channel|mitochondrial outer mem

5680_at 0.0430728 -0.011136 -1.36118067 -1.35004467 GCD11 YER025W

translational initiation factor eIF-2 gamma subunit

10146_at 0.16817988 -0.10324433 -1.45253167 -1.34928733 SEC13 YLR208W

nuclear pore complex subunit|protein involved in release of transpo

10345_at 0.01107803 -0.01156933 -1.36054833 -1.348979 Hypothetical ORFNA YLR003C

4898_at 0.0420649 -0.06777867 -1.41520433 -1.34742567 B-type cyclin CLB1 YGR108W

7382_at 0.06139224 -0.03595867 -1.38336067 -1.347402 RRN10 YBL025W

upstream activation factor subunit

9708_at 0.12297842 -0.143928 -1.48548367 -1.34155567 GSF2 YML048W

ER localized integral membrane protein that may promote secretion

10930_at 0.30017696 -0.29641 -1.636832 -1.340422 Member of theJSN1 YJR091C

Puf family of RNA-binding proteins, interacts with mR

7317_at 0.02965785 -0.011673 -1.35194833 -1.34027533 REB1 binding protein

RNA polymerase I enhancer YBR049C

9983_at 0.17352917 -0.01800667 -1.351677 -1.33367033 ADE13

adenylosuccinate lyase YLR359W

11369_at 0.26055724 -0.091146 -1.42331533 -1.33216933 G1 cyclin CLN3 YAL040C

6304_at 0.03464616 -0.04159333 -1.37165067 -1.33005733 HOM2 dehydrogenase

aspartic beta semi-aldehyde YDR158W

10566_at 0.33079447 -0.14934833 -1.47777967 -1.32843133 Member of an OSH6 YKR003W

oxysterol-binding protein family with overlapping, red

6370_at 0.08294708 -0.103224 -1.42919 -1.325966 RLI1 superfamily

ATP-binding cassette (ABC) YDR091C nontransporter group (puta

7403_at 0.1074851 -0.013949 -1.338741 -1.324792 Hypothetical ORFMOH1 YBL049W

9126_at 0.05210502 -0.02922133 -1.350105 -1.32088367 lysine permease LYP1 YNL268W

9696_at 0.07886718 -0.04356567 -1.36353467 -1.319969 mec lethality. Ribonucleotide reductase inhibitor.

Suppressor of SML1 YML058W

5096_at 0.0328881 -0.013357 -1.33199767 -1.31864067 Hypothetical ORFNA YGL101W

10953_at 0.12745092 -0.08416467 -1.40092367 -1.316759 HAM1 YJR069C

Protein of unknown function that is involved in DNA repair; mutant i

5381_at 0.28554372 -0.600148 -1.91646867 -1.31632067 BLM3 against bleomycin damage

involved in protecting the cellYFL007W

9675_at 0.2493045 -0.336909 -1.65214267 -1.31523367 SRC1 sister chromatid segregation, potentia

Protein with a putative role inYML034W

7306_at 0.07173508 -0.07497567 -1.388118 -1.31314233 CHS2

chitin synthase 2 YBR038W

5917_at 0.14558889 -0.05722167 -1.36762833 -1.31040667 PAD1

phenylacrylic acid decarboxylaseYDR538W

9130_at 0.12059417 -0.07578733 -1.38476833 -1.308981 PDR17

Pdr16p homolog|Sec14p homolog YNL264C

9630_at 0.21695656 -0.00775867 -1.31442133 -1.30666267 phospholipasePLB1 YMR008C

B (lypophospholipase)

8508_at 0.07942797 -0.027424 -1.33397733 -1.30655333 SHE4 YOR035C

Protein containing a UCS (UNC-45/CRO1/SHE4) domain, binds to m

8678_at 0.10402883 -0.02850867 -1.334678 -1.30616933 SHR5 YOL110W

Subunit of a palmitoyltransferase, composed of Shr5p and Erf2p, th

9108_at 0.3962249 -0.49033067 -1.79200433 -1.30167367 ZWF1 YNL241C

glucose-6-phosphate dehydrogenase

10471_at 0.04853128 -0.01797567 -1.319392 -1.30141633 SRP40 YKR092C

Nopp140 homolog, a nonribosomal protein of the nucleolus and coi

9512_at 0.05709373 -0.01901533 -1.319462 -1.30044667 ASC1

G-beta like protein YMR116C

7547_at 0.07040994 -0.09175867 -1.38959733 -1.29783867 NA NA YPR195C

4464_at 0.09856392 -0.02156667 -1.31675733 -1.29519067 KSP1 YHR082C

Serine/threonine kinase similar to casein kinase II and other serine/

4417_at 0.14701992 -0.083955 -1.378378 -1.294423 EPT1 YHR123W

sn-1,2-diacylglycerol ethanolamine- and cholinephosphotranferase

9637_at 0.26777782 -0.08060067 -1.372106 -1.29150533 ERG5

cytochrome P450|involved inYMR015CC-22 denaturation of the ergosterol sid

7458_i_at 0.11945815 -0.00908267 -1.29577667 -1.286694 NA NA YBL083C

6263_at 0.13459392 -0.09025833 -1.376459 -1.28620067 EBS1 contains a

Protein of unknown function, YDR206W putative RNA recognition m

4779_f_at 0.12796344 -0.148071 -1.43402267 -1.28595167 RPS0A /// ribosomal protein S0B

ribosomal protein S0A /// RPS0B YGR214W

9966_at 0.03401385 -0.00390267 -1.288795 -1.28489233 FKS1

1,3-beta-D-glucan synthase YLR342W

4922_at 0.08533224 -0.08828433 -1.372035 -1.28375067 PIL1 inhibitor of

Long chain base-responsive YGR086C protein kinases Phk1p and

5654_at 0.11738885 -0.18289333 -1.461596 -1.27870267 SER3

3-phosphoglycerate dehydrogenaseYER081W

5718_at 0.12879134 -0.09605267 -1.37257767 -1.276525 SPC25

spindle pole component YER018C

8579_at 0.19621144 -0.09490767 -1.37132833 -1.27642067 YAP7 YOL028C

basic leucine zipper (bZIP) transcription factor

4999_at 0.17605428 -0.21975067 -1.49508467 -1.275334 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YGR026W

8338_at 0.17456711 -0.25858167 -1.53216567 -1.273584 ISU2 YOR226C

Iron-sulfur cluster nifU-like protein

11131_at 0.08863537 -0.10372967 -1.37369633 -1.26996667 Hypothetical ORFNA YJL118W

10168_at 0.11570457 -0.048713 -1.31731867 -1.26860567 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YLR187W

3234_at 0.06469071 -0.08029367 -1.34875333 -1.26845967 COS1 member of

Protein of unknown function, YGR295C a family of conserved, ofte

11355_at 0.08678483 -0.003073 -1.26572467 -1.26265167 CYS3

cystathionine gamma-lyase YAL012W

9704_at 0.18962415 -0.27183167 -1.53296567 -1.261134 SUR7 YML052W

integral membrane protein (putative)

8725_g_at 0.43420919 -1.019294 -2.27831533 -1.25902133 NA

Hypothetical ORF /// ORF YOL155C

4500_at 0.07868402 -0.034222 -1.29196133 -1.25773933 PPA1 V0 domain

proteolipid|vacuolar ATPase YHR026W subunit c''

6869_at 0.10665099 -0.07690133 -1.33233967 -1.25543833 FEN1 in sphingolipid biosynthesis; acts on f

Fatty acid elongase, involvedYCR034W

6431_at 0.03150251 -0.03102067 -1.28543867 -1.254418 LCB2 YDR062W

serine palmitoyltransferase component

8569_at 0.20994196 -0.098754 -1.35272133 -1.25396733 SLG1 YOR008C

cell wall integrity and stress response component 1

5223_at 0.03442494 -0.017821 -1.27019167 -1.25237067 ARO8 YGL202W

aromatic amino acid aminotransferase

10159_at 0.05199815 -0.003323 -1.24948833 -1.24616533 NA transcription is activated by paralogou

Protein of unknown function, YLR179C

5323_at 0.15542529 -0.14757967 -1.392446 -1.24486633 Hypothetical ORFNA YFR026C

4800_at 0.06058325 -0.09370733 -1.33602333 -1.242316 NA NA YGR190C

8019_s_at 0.15437395 -0.11328667 -1.35553233 -1.24224567 Hypothetical ORFNA YPL277C

8920_i_at 0.02545228 -0.03419967 -1.275819 -1.24161933 RPL9B YNL067W

ribosomal protein L9B (L8B) (rp24) (YL11)

11353_at 0.13018743 -0.03402467 -1.27520833 -1.24118367 syntaxin familySYN8 YAL014C

10171_at 0.06167961 -0.00409633 -1.24499733 -1.240901 RRN5 YLR141W

UAF member (upstream activation factor) along with Rrn9p and Rrn

7358_s_at 0.05970194 -0.01767433 -1.25823133 -1.240557 HTA1 YBL003C

histone H2A (HTA1 and HTA2 code for nearly identical proteins)

9884_at 0.05308959 -0.02507467 -1.26251967 -1.237445 Hypothetical ORFNA YLR437C

7334_at 0.05473723 -0.02263467 -1.25920767 -1.236573 uracil permease FUR4 YBR021W

5812_at 0.03726215 -0.00022267 -1.23513333 -1.23491067 RMD6 YEL072W

Protein required for sporulation

8833_at 0.2950387 -0.043632 -1.27771867 -1.23408667 ECM39

mannosyltransferase YNR030W

10680_at 0.17914124 -0.14782767 -1.378795 -1.23096733 GFA1 YKL104C

glucoseamine-6-phosphate synthase|glutamine_fructose-6-phosph

8790_s_at 0.07364859 -0.02535433 -1.25481467 -1.22946033 YIP3

Interacts with YPT proteins YNL044W

5360_at 0.11953584 -0.103936 -1.333249 -1.229313 Hypothetical ORFNA YFR018C

11079_at 0.21500636 -0.259183 -1.48780433 -1.22862133 PRY3 has similarity to Pry1p and Pry2p and

Protein of unknown function, YJL078C

5763_at 0.12656069 -0.06625767 -1.29377667 -1.227519 CUP5 YEL027W

17 kDa|VO sector subunit|dicyclohexylcarbodiimide binding subunit

9936_at 0.05819295 -0.05593367 -1.27959567 -1.223662 synthase 3 YLR401C

dihydrouridine DUS3

11260_at 0.18761694 -0.262624 -1.48513367 -1.22250967 OPT1 YJL212C

peptide transporter|glutathione transporter

10247_at 0.1093127 -0.11176367 -1.33292767 -1.221164 24kDa YLR083C

Protein whose EMP70 cleavage product is found in endosome-enric

8377_at 0.11590363 -0.155291 -1.37581667 -1.22052567 Hypothetical ORFNA YOR175C

4045_s_at 0.07927576 -0.02485367 -1.24126467 -1.216411 reductase, large (R1) subunit

ribonucleotide RNR3 YIL066C

4114_at 0.26516839 -0.42713533 -1.6401 -1.21296467 TIR3

cell wall mannoprotein YIL011W

6890_at 0.26645257 -0.04389267 -1.25643633 -1.21254367 PGK1

3-phosphoglycerate kinase YCR012W

4451_at 0.04604614 -0.00832367 -1.219782 -1.21145833 TRM5 YHR070W

tRNA(m(1)G37)methyltransferase, methylates a tRNA base adjacen

7420_at 0.03403943 -0.01146067 -1.22198433 -1.21052367 HEK2 YBL032W

RNA binding protein with similarity to hnRNP-K that localizes to the

6837_at 0.06144576 -0.06471167 -1.27229233 -1.20758067 ARE1 YCR048W

acyl-CoA cholesterol acyltransferase (sterol-ester synthetase)

10235_at 0.16138467 -0.074272 -1.28136333 -1.20709133 Component of MSL5 YLR116W

the commitment complex, which defines the first step

9913_at 0.34930093 -0.01677567 -1.223169 -1.20639333 Hypothetical ORFNA YLR422W

5573_at 0.50658172 -1.48984567 -2.695534 -1.20568833 GLC7

protein phosphatase type I YER133W

8436_at 0.08694921 -0.03870567 -1.24325833 -1.20455267 KTR1

type II transmembrane protein YOR099W

4866_at 0.06758066 -0.07999467 -1.284457 -1.20446233 ammonia permeaseMEP1 YGR121C

6174_at 0.05950539 -0.007083 -1.21093 -1.203847 PRO1

gamma-glutamyl kinase YDR300C

4102_at 0.05718406 -0.03509533 -1.238118 -1.20302267 Hypothetical ORFNA YIL023C

8393_at 0.06482009 -0.01206333 -1.214604 -1.20254067 NA NA YOR146W

4468_at 0.18681874 -0.00246167 -1.20129567 -1.198834 NAM8 YHR086W

RNA-binding protein|U1 snRNP protein|involved in meiosis-specific

8465_at 0.11809449 -0.133699 -1.33250567 -1.19880667 of YOR084W

Putative lipaseNA the peroxisomal matrix; transcriptionally activated

5740_at 0.03681415 -0.02215133 -1.21940833 -1.197257 Hypothetical ORFNA YEL006W

5977_at 0.0759447 -0.06325333 -1.25748833 -1.194235 GNP1 YDR508C

high affinity glutamine permease

5697_at 0.07578747 -0.08937 -1.283514 -1.194144 MXR1 reductase

peptide methionine sulfoxide YER042W

5253_g_at 0.13285901 -0.191309 -1.38227233 -1.19096333 aspartic YPS6YGL259W

GPI-anchored YPS5 /// protease /// GPI-anchored aspartic protease

8266_at 0.03341459 -0.00834233 -1.19913433 -1.190792 regulator

transcriptional SNF2 YOR290C

8420_at 0.05048729 -0.00563733 -1.19574333 -1.190106 ADE2 YOR128C

phosphoribosylamino-imidazole-carboxylase

8820_at 0.10241748 -0.06995933 -1.258438 -1.18847867 Hypothetical ORFNA YNR061C

7263_at 0.10091608 -0.11722167 -1.30540867 -1.188187 AAC3

ADP/ATP translocator YBR085W

10526_at 0.0403981 -0.01368367 -1.20126233 -1.18757867 heavy chain ofDYN1 YKR054C

cytoplasmic dynein

4799_at 0.06469625 -0.080241 -1.261945 -1.181704 C

cell wall protein RH1 YGR189C

4323_f_at 0.01905685 -0.02130467 -1.20062833 -1.17932367 IMD2

IMP dehydrogenase homolog YHR216W

4730_s_at 0.18924124 -0.01072367 -1.189626 -1.17890233 enolase ENO2 YGR254W

10325_at 0.13184706 -0.044227 -1.22224 -1.178013 RPL15A YLR029C

ribosomal protein L15A (YL10) (rp15R) (L13A)

10009_at 0.41985678 -0.546696 -1.72440133 -1.17770533 NA NA YLR339C

6608_at 0.18124045 -0.06929533 -1.24687033 -1.177575 SNA4 localized to

Protein of unknown function, YDL123W the vacuolar outer membra

6696_at 0.01658549 -0.01736533 -1.19261567 -1.17525033 SHR3 YDL212W

Endoplasmic reticulum packaging chaperone, required for incorpora

10524_at 0.23371977 -0.04871633 -1.22186133 -1.173145 carrier protein MRS4 YKR052C

5069_at 0.30826844 -0.13561133 -1.307668 -1.17205667 Hypothetical ORFNA YGL082W

7641_at 0.07775614 -0.05211967 -1.221442 -1.16932233 RPC40

RNA polymerase III subunit YPR110C

4164_at 0.04646036 -0.00356367 -1.169251 -1.16568733 NA NA YIL053W

7242_at 0.09687637 -0.00748033 -1.17136967 -1.16388933 PHO88 involved in

Probable membrane protein, YBR106W phosphate transport; pho8

10994_at 0.14311865 -0.02918933 -1.19162433 -1.162435 cis-trans isomerase (PPIase)

peptidyl-prolyl ESS1 YJR017C

10326_g_at 0.10719811 -0.03807633 -1.20030667 -1.16223033 RPL15A (YL10) (rp15R) (L13A) /// ribosomal protein

YLR029C

ribosomal protein L15A /// RPL15B

8199_at 0.07971328 -0.03599167 -1.197773 -1.16178133 GDS1 required for

Protein of unknown function, YOR355W growth on glycerol as a ca

8491_at 0.21665813 -0.00528267 -1.16483967 -1.159557 RPL3 YOR063W

ribosomal protein L3 (rp1) (YL1)

8315_i_at 0.08055573 -0.06052567 -1.21863067 -1.158105 Rad53 YOR248W

Suppressor of SRL1 null Lethality

8022_at 0.08159227 -0.03980167 -1.195251 -1.15544933 SAM4 YPL273W

AdoMet-homocysteine methyltransferase

6004_at 0.08329363 -0.03346267 -1.18753633 -1.15407367 SSN2

transcription factor YDR443C

5258_at 0.03306741 -0.01849367 -1.171716 -1.15322233 ZRT1 YGL255W

High-affinity zinc transporter of the plasma membrane, responsible

8871_at 0.07443748 -0.01995833 -1.16982667 -1.14986833 NA YNL024C

Putative S-adenosylmethionine-dependent methyltransferase of the

11150_at 0.10190464 -0.04926 -1.19619533 -1.14693533 membrane protein required for import of mitochondr

16.5 kDa innerTIM17 YJL143W

4860_at 0.1001072 -0.055235 -1.20178167 -1.14654667 NSR1 YGR159C

nuclear localization sequence binding protein

6243_at 0.10478661 -0.059765 -1.20560733 -1.14584233 HEM1

5-aminolevulinate synthase YDR232W

8613_at 0.21769765 -0.09507367 -1.23423367 -1.13916 RPP2A P2A (L44)

60S acidic ribosomal protein YOL039W (A2) (YP2alpha)

10993_at 0.11302079 -0.09274967 -1.230757 -1.13800733 ILV3

dihydroxyacid dehydratase YJR016C

7897_at 0.07698097 -0.014329 -1.15170067 -1.13737167 TBF1

TTAGGG repeat binding factor YPL128C

8984_at 0.28120027 -0.03052767 -1.16417433 -1.13364667 NA NA YNL138W

3949_i_at 0.17582071 -0.200292 -1.33322733 -1.13293533 YIP3

Interacts with YPT proteins YNL044W

6687_at 0.02457897 -0.00884133 -1.14152733 -1.132686 CDC13 YDL220C

single-stranded TG1-3 telomere G-tails binding protein

10722_at 0.19839418 -0.13892533 -1.269908 -1.13098267 Hypothetical ORFNA YKL151C

6864_at 0.09278496 -0.02945833 -1.16033233 -1.130874 RIM1

DNA binding protein YCR028C-A

10473_i_at 0.05599157 -0.005006 -1.13486033 -1.12985433 RPL40B YKR094C

ribosomal protein L40B|also encodes a ubiquitin protein

10738_i_at 0.10004059 -0.07053767 -1.199069 -1.12853133 RPL17A YKL180W

ribosomal protein L17A (L20A) (YL17)

4238_at 0.09599524 -0.014799 -1.14238467 -1.12758567 nitrilase NIT1 YIL164C

6447_at 0.31736891 -0.2539 -1.38138633 -1.12748633 MRH1 YDR033W

Protein that localizes primarily to the plasma membrane, also found

9885_at 0.20711317 -0.09864567 -1.22552167 -1.126876 CAR2

ornithine aminotransferase YLR438W

10511_at 0.29150039 -0.23046233 -1.35652467 -1.12606233 general aminoGAP1acid permease YKR039W

7396_at 0.02928672 -0.034029 -1.15961933 -1.12559033 SCT1 YBL011W

High copy suppresor of choline-transport mutants

9566_at 0.22092305 -0.18970533 -1.313673 -1.12396767 NAM7

helicase (putative) YMR080C

9026_at 0.24380407 -0.312221 -1.43455167 -1.12233067 MEP2

ammonia transport protein YNL142W

9851_at 0.24117561 -0.03542467 -1.15719567 -1.121771 VMA6 subunit d

vacuolar ATPase V0 domain YLR447C (36 kDa)|vacuolar H(+) ATP

7574_at 0.09974412 -0.05415467 -1.17511067 -1.120956 BET2 YPR176C

geranylgeranyltransferase type II beta subunit

4167_at 0.09683627 -0.01022367 -1.13105433 -1.12083067 cyclin PCL7 YIL050W

7365_at 0.11203629 -0.02757167 -1.146678 -1.11910633 ER membraneNA protein YBR005W

4132_at 0.0730483 -0.01469367 -1.13251133 -1.11781767 Hypothetical ORFNA YIL039W

10927_at 0.20089722 -0.101695 -1.219261 -1.117566 Hypothetical ORFNA YJR088C

7717_at 0.02794386 -0.004378 -1.120074 -1.115696 NHP6A YPR052C

11 kDa nonhistone chromosomal protein

9083_at 0.04017627 -0.01683567 -1.13244933 -1.11561367 ADE12

adenylosuccinate synthetaseYNL220W

6818_at 0.21242101 -0.02807667 -1.14268767 -1.114611 PAT1 deadenylation-dependent mRNA-deca

Topoisomerase II-associatedYCR077C

9917_at 0.09287967 -0.09292367 -1.207472 -1.11454833 Hypothetical ORFNA YLR426W

9603_at 0.01561001 -0.00228067 -1.11617667 -1.113896 PEX12 YMR026C

C3HC4 zinc-binding integral peroxisomal membrane protein

6909_at 0.16468663 -0.13778067 -1.250471 -1.11269033 LEU2 YCL018W

beta-IPM (isopropylmalate) dehydrogenase

9098_at 0.09128236 -0.09002167 -1.19838067 -1.108359 NRD1 YNL251C

RNA-binding protein that interacts with the C-terminal domain of the

7654_at 0.1711191 -0.189833 -1.29736667 -1.10753367 Hypothetical ORFNA YPR078C

11041_at 0.02752548 -0.00967433 -1.117056 -1.10738167 reductase subunit|ribonucleotide reductase, small (R

ribonucleotide RNR2 YJL026W

7085_at 0.07538437 -0.07093833 -1.17783467 -1.10689633 TSC10

3-ketosphinganine reductaseYBR265W

6820_at 0.19295227 -0.06646167 -1.17127433 -1.10481267 SRB8 YCR081W

activation mediator subcomplex of RNA polymerase I holoenzyme

9683_at 0.20727662 -0.04544667 -1.14995033 -1.10450367 YOX1 YML027W

homeobox-domain containing protein

7695_at 0.35319136 -0.44273767 -1.546805 -1.10406733 NA NA YPR075C

5698_at 0.07941728 -0.01271067 -1.11592367 -1.103213 SAH1 YER043C

S-adenosyl-L-homocysteine hydrolase (putative)

6532_at 0.2809477 -0.07431333 -1.17043867 -1.09612533 IDP1 YDL066W

NADP-dependent isocitrate dehydrogenase

6823_at 0.07490844 -0.007404 -1.10204167 -1.09463767 TUP1 YCR084C

General repressor of transcription (with Cyc8p), mediates glucose r

4965_at 0.10807155 -0.085909 -1.18051333 -1.09460433 NA NA YGR039W

7418_at 0.10776544 -0.04906767 -1.14035867 -1.091291 cold-sensitive YBL034C

Suppressor of STU1 tub2 mutation. Stu1p binds to interpola

10902_at 0.04069035 -0.00395033 -1.093051 -1.08910067 CPA2

carbamyl phosphate synthetase YJR109C

4801_at 0.06139161 -0.04880867 -1.135224 -1.08641533 HIP1

histidine permease YGR191W

7779_at 0.03076117 -0.023799 -1.11006867 -1.08626967 polyphosphateVTC3 YPL019C

synthetase (putative)

9534_at 0.02940781 -0.00845267 -1.092847 -1.08439433 AIP1

actin cortical patch component YMR092C

6413_at 0.32685476 -0.18704633 -1.26987933 -1.082833 HEM13

coproporphyrinogen III oxidase YDR044W

10755_at 0.23465005 -0.05650133 -1.137876 -1.08137467 PIR1 YKL164C

Protein containing tandem internal repeats

3470_i_at 0.30591832 -0.44723933 -1.528511 -1.08127167 COS5 member of

Protein of unknown function, YDL248W a family of conserved, ofte

7911_at 0.18478109 -0.14391633 -1.22358133 -1.079665 PET20 YPL159C

Protein required for respiratory growth and stability of the mitochond

11139_at 0.23334618 -0.10910833 -1.18614033 -1.077032 PRM10 YJL108C

Hypothetical ORF /// Pheromone-regulated protein, predicted to hav

6894_at 0.3121033 -0.11879933 -1.19502533 -1.076226 ATG22 YCL038C

Autophagy gene essential for breakdown of autophagic vesicles in t

10659_at 0.02536558 -0.007366 -1.08266867 -1.07530267 TEF4 YKL081W

translation elongation factor EF-1gamma

5577_at 0.31285392 -0.26291667 -1.33677833 -1.07386167 GDI1

GDP dissociation inhibitor YER136W

10961_at 0.20592675 -0.01479833 -1.087976 -1.07317767 MIR1 YJR077C

Mitochondrial phosphate carrier, imports inorganic phosphate into m

8464_at 0.05279014 -0.05444 -1.12671133 -1.07227133 function unknownWHI5 YOR083W

8366_at 0.14348157 -0.05371433 -1.125322 -1.07160767 SEY1 YOP1

Synthetic Enhancement with YOR165W

10265_at 0.18325474 -0.03695167 -1.10744933 -1.07049767 ERG3

C-5 sterol desaturase YLR056W

4392_at 0.26448934 -0.172701 -1.242986 -1.070285 DSE2 YHR143W

Daughter cell-specific secreted protein with similarity to glucanases

7126_at 0.15001383 -0.05131333 -1.12113267 -1.06981933 Y

redox regulator BP1 YBR216C

7889_at 0.03683829 -0.034036 -1.10300233 -1.06896633 NA NA YPL136W

7970_at 0.17374706 -0.04620333 -1.11445033 -1.068247 TFP3 subunit c'

vacuolar ATPase V0 domain YPL234C (17 kDa)|vacuolar H(+) ATP

5730_at 0.21102822 -0.11113067 -1.178133 -1.06700233 GTT3 YEL017W

Protein of unknown function with a possible role in glutathione meta

5631_at 0.05927285 -0.02162533 -1.088571 -1.06694567 UBC6

ubiquitin-conjugating enzyme YER100W

7651_at 0.04881217 -0.048772 -1.115642 -1.06687 B-type cyclin CLB2 YPR119W

5234_at 0.05935433 -0.009269 -1.07311367 -1.06384467 ADE5,7 YGL234W

aminoimidazole ribotide synthetase|glycinamide ribotide synthetase

9163_at 0.17548985 -0.01856633 -1.081947 -1.06338067 NA potential Cdc28p substrate

Protein of unknown function, YNL321W

8857_at 0.08874517 -0.08435567 -1.14757867 -1.063223 Hypothetical ORFNA YNR009W

9366_at 0.21437784 -0.13094867 -1.192464 -1.06151533 SCS7

desaturase|hydroxylase YMR272C

9948_f_at 0.04220647 -0.02538567 -1.08563367 -1.060248 RPS22B YLR367W

ribosomal protein S22B (S24B) (rp50) (YS22)

7698_at 0.10510688 -0.027374 -1.08746 -1.060086 GLN1

glutamine synthetase YPR035W

8683_at 0.37348715 -0.20483433 -1.26432233 -1.059488 GRE2 YOL151W

NADPH-dependent methylglyoxal reductase (D-lactaldehyde dehyd

3913_s_at 0.5643716 -1.101919 -2.15951367 -1.05759467 HAP1 YARCTY1-1

Identified by expression profiling and mass spectrometry /// Similar

11003_at 0.26732556 -0.04949867 -1.106244 -1.05674533 BNA1 YJR025C

3-hydroxyanthranilic acid dioxygenase

8933_at 0.19330437 -0.05496767 -1.1109 -1.05593233 VAC7 YNL054W

Integral 128-kDa vacuolar membrane protein; may function to regul

4909_f_at 0.01034644 -0.008187 -1.06359467 -1.05540767 NA NA YGR118W

5236_n_at 0.23643986 -0.14743933 -1.202364 -1.05492467 acetyltransferase, RNA-binding protein required for t

Putative tRNA TAN1 YGL232W

6039_g_at 0.0297668 -0.01632233 -1.07090033 -1.054578 recognition motif|nuclear shuttling protein

contains RNA NPL3 YDR432W

9419_at 0.36785199 -0.29163167 -1.34602067 -1.054389 NA NA YMR193C-A

10122_at 0.05274904 -0.009427 -1.06199833 -1.05257133 NA NA YLR230W

4843_at 0.18231455 -0.073636 -1.12559267 -1.05195667 SKN1 YGR143W

highly homologous to Kre6p|type II membrane protein (putative)

11105_at 0.07976958 -0.024042 -1.07438267 -1.05034067 NA YJL097W

Protein required for cell viability

9516_at 0.17514064 -0.04914567 -1.09792267 -1.048777 ASI1 YMR119W

Putative integral membrane E3 ubiquitin ligase; genetic interactions

5759_at 0.19203012 -0.10585833 -1.15414267 -1.04828433 P-type ATPase SPF1 YEL031W

7060_at 0.17606784 -0.01008567 -1.05559833 -1.04551267 NA NA YBR287W

11146_at 0.20967823 -0.112508 -1.15670833 -1.04420033 GSH1 YJL101C

gamma-glutamylcysteine synthetase

8139_at 0.06193415 -0.025715 -1.069489 -1.043774 Hypothetical ORFNA YOR385W

5614_at 0.06353927 -0.00357833 -1.04622967 -1.04265133 ILV1

threonine deaminase YER086W

4470_at 0.29342745 -0.19987067 -1.24130633 -1.04143567 SRB2 YHR041C

RNA polymerase II holoenzyme/mediator subunit

5611_at 0.11944607 -0.01759533 -1.05812733 -1.040532 RMD7 Division; functions in DNA replication a

Required for Meiotic nuclear YER083C

8532_at 0.09971194 -0.01873033 -1.05925767 -1.04052733 RTS1 YOR014W

protein phosphatase 2A (PP2A) B-type regulatory subunit

10232_at 0.18768495 -0.00920033 -1.04767533 -1.038475 MAP kinase HOG1 YLR113W

5581_at 0.38227835 -0.072595 -1.109244 -1.036649 COX15 YER141W

cytochrome oxidase assembly factor

4992_at 0.15392765 -0.04686067 -1.08273233 -1.03587167 UGA1 YGR019W

gamma-aminobutyrate (GABA) transaminase (4-aminobutyrate ami

10068_i_at 0.32728989 -0.23243067 -1.26696533 -1.03453467 RPS28B YLR264W

ribosomal protein S28B (S33B) (YS27)

8867_at 0.22386399 -0.181038 -1.21445933 -1.03342133 ARE2 YNR019W

acyl-CoA cholesterol acyltransferase (sterol-ester synthetase)

4056_at 0.22598527 -0.01830767 -1.05154933 -1.03324167 NA NA YIR020C

7369_s_at 0.05578185 -0.00551 -1.03745033 -1.03194033 HHT2

histone H3 (HHT1 and HHT2YBR010W code for identical proteins)

6665_at 0.04760814 -0.01667333 -1.046606 -1.02993267 GGC1 YDL198C

Mitochondrial GTP/GDP transporter, essential for mitochondrial gen

5317_s_at 0.21686576 -0.04490567 -1.07233367 -1.027428 NA YFL042C

Due to a sequence change (deletion of G at 46151), YFL043C is no

9688_at 0.089523 -0.040346 -1.064736 -1.02439 APT1 YML022W

adenine phosphoribosyltransferase

4933_at 0.09202815 -0.00391733 -1.027828 -1.02391067 activator YGR097W

transcriptional ASK10 of the SKN7 mediated 'two-component' regu

3627_r_at 0.1320823 -0.094619 -1.118297 -1.023678 COS10 member of

Protein of unknown function, YNR075W a family of conserved, ofte

6359_at 0.21838485 -0.18537533 -1.20710533 -1.02173 Hypothetical ORFNA YDR124W

9101_at 0.15292706 -0.07369767 -1.09536033 -1.02166267 RPA49 YNL248C

RNA polymerase A 49 kDa alpha subunit

10494_at 0.09516905 -0.06525367 -1.08602 -1.02076633 MET1 YKR069W

S-adenosyl-L-methionine uroporphyrinogen III transmethylase, invo

4718_at 0.17482339 -0.15795133 -1.17854667 -1.02059533 protein

MAL-activator MAL13 YGR288W

7441_at 0.01546933 -0.000652 -1.02084367 -1.02019167 PTC3

protein phosphatase type 2CYBL056W

11343_at 0.10708148 -0.0462 -1.065606 -1.019406 LTE1 YAL024C

Gdp/GTP exchange factor required for growth at low temperatures

5961_at 0.08468137 -0.03764733 -1.05591167 -1.01826433 IZH1 YDR492W

Membrane protein involved in zinc metabolism, member of the four-

5424_at 0.22135615 -0.19847167 -1.216321 -1.01784933 AAD6 YFL056C

aryl-alcohol dehydrogenase (putative)

5000_i_at 0.09123387 -0.002883 -1.02037433 -1.01749133 RPS25A (S31A) (rp45) (YS23) /// ribosomal protein S

YGR027C

ribosomal protein S25A /// RPS25B

9416_at 0.12672116 -0.02606433 -1.04241467 -1.01635033 NA YMR191W

Protein required for survival at high temperature during stationary p

7597_at 0.19339709 -0.02653 -1.04202733 -1.01549733 [PSI+] inductionPIN3 YPR154W

9069_at 0.49554208 -0.27590867 -1.290566 -1.01465733 Hypothetical ORFNA YNL190W

8550_at 0.04302097 -0.03325833 -1.04208067 -1.00882233 HTZ1 YOL012C

evolutionarily conserved member of the histone H2A F/Z family of h

8577_at 0.15990055 -0.143528 -1.15110067 -1.00757267 GAS5 YOL030W

Putative 1,3-beta-glucanosyltransferase, has similarity to Gas1p; lo

8479_at 0.05216812 -0.021297 -1.02867067 -1.00737367 RPS7A

ribosomal protein S7A (rp30)YOR096W

5152_at 0.03105456 -0.00905833 -1.01635867 -1.00730033 SEC27

yeast coatomer beta'-subunitYGL137W

3738_s_at 0.14926801 -0.01835733 -1.02560833 -1.007251 COS1 member of

Protein of unknown function, YML132W a family of conserved, ofte

7265_at 0.28470879 -0.015292 -1.021187 -1.005895 RFC5 YBR087W

replication factor C subunit 5|similar to human RFC 38 kDa subunit

8637_at 0.30884549 -0.17722333 -1.183 -1.00577667 MAM3 YOL060C

Protein required for normal mitochondrial morphology, has similarity

4778_at 0.32362752 -0.18686233 -1.18951667 -1.00265433 RTA1 YGR213C

involved in 7-aminocholesterol resistance

8188_at 0.06938088 -0.02941133 -1.03134033 -1.001929 TYE7 a potential

33 kDa|serine-rich protein, isYOR344C member of the bHLH/leucin

6385_at 0.20987427 -0.070927 -1.072179 -1.001252 TMS1 YDR105C

Putative membrane protein, conserved in mammals

7978_at 0.08879971 -0.02377967 -1.02502433 -1.00124467 NEW1 with an Q/N-rich amino terminal doma

This gene encodes a protein YPL226W

5995_at 0.06421145 -0.02647033 -1.02770567 -1.00123533 PHO8 YDR481C

repressible alkaline phosphatase

7341_at 0.08534455 -0.007257 -1.006599 -0.999342 Hypothetical ORFNA YBR028C

6450_at 0.20245956 -0.00284033 -1.001927 -0.99908667 ARO3 YDR035W

3-deoxy-D-arabino-heptulosonate 7-phosphate (DAHP) synthase is

11193_at 0.08922501 -0.03819167 -1.03715067 -0.998959 tyrosine kinase SWE1 YJL187C

9162_at 0.08017063 -0.02201833 -1.019458 -0.99743967 MET2

homoserine O-trans-acetylase YNL277W

6195_at 0.21068795 -0.10117533 -1.09769767 -0.99652233 BSC2 YDR275W

Transcript encoded by this ORF shows a high level of stop codon b

11264_f_at 0.04551477 -0.027116 -1.02312067 -0.99600467 IMD2 homolog /// IMP dehydrogenase homolog

IMP dehydrogenase /// IMD3 YAR075W

10772_at 0.13059064 -0.10696867 -1.100576 -0.99360733 NA NA YKL190W

7945_at 0.14613069 -0.00750233 -0.99964733 -0.992145 DAP1 YPL170W

sterol-binding protein (putative)

9156_at 0.04468434 -0.02951667 -1.011447 -0.98193033 cysteine YNL283C

contains novelWSC2 motif|integral membrane protein (putative)|s

9615_at 0.20204376 -0.026928 -1.00767367 -0.98074567 MSN2

zinc finger protein YMR037C

6549_at 0.04712425 -0.02948167 -1.010078 -0.98059633 KRE9 homolog KNH1 YDL049C

8306_at 0.16170272 -0.05443367 -1.033804 -0.97937033 ABP140

actin filament binding proteinYOR240W

5779_at 0.04816361 -0.034975 -1.01343567 -0.97846067 HAT2 YEL056W

histone acetyltransferase subunit

10315_at 0.05084834 -0.01465833 -0.99132767 -0.97666933 PSR2 YLR019W

Plasma membrane Sodium Response 2

10472_at 0.38465189 -0.423459 -1.39995933 -0.97650033 PTR2

peptide transporter YKR093W

4434_at 0.08226005 -0.031211 -1.00668733 -0.97547633 Hypothetical ORFNA YHR097C

5150_at 0.22208728 -0.13321133 -1.10819067 -0.97497933 Hypothetical ORFNA YGL139W

9157_at 0.25182308 -0.25050567 -1.22541133 -0.97490567 POP3 YNL282W

Nuclear RNase P subunit|RNase MRP subunit

10891_at 0.04672554 -0.026115 -1.000902 -0.974787 PMT4 YJR143C

dolichyl phosphate-D-mannose:protein O-D-mannosyltransferase

10253_at 0.05509042 -0.00686533 -0.98094533 -0.97408 NA YLR089C

putative alanine transaminase (glutamyc pyruvic transaminase)

4218_at 0.27739123 -0.032755 -1.00419033 -0.97143533 TPM2

tropomyosin isoform II YIL138C

7036_s_at 0.34339245 -0.04124467 -1.01237367 -0.971129 AST1 YBL069W

Peripheral membrane protein that interacts with the plasma membra

9426_at 0.16980165 -0.08962967 -1.06036467 -0.970735 G1 cyclin CLN1 YMR199W

9852_at 0.1190313 -0.01470933 -0.98525067 -0.97054133 RPL6A YLR448W

ribosomal protein L6A (L17A) (rp18) (YL16)

10169_at 0.06844629 -0.00276633 -0.973134 -0.97036767 MDL1 transporter

ATP-binding cassette (ABC) YLR188W family member

4949_at 0.02191124 -0.001122 -0.96985433 -0.96873233 Hypothetical ORFNA YGR068C

10267_at 0.1897204 -0.09705533 -1.065694 -0.96863867 SHM2

serine hydroxymethyltransferaseYLR058C

10109_at 0.45487422 -0.71689133 -1.684409 -0.96751767 NA NA YLR217W

6492_at 0.29147104 -0.08130167 -1.0487 -0.96739833 TSC13 YDL015C

ER protein involved in very long chain fatty acid synthesis

8527_at 0.12893659 -0.10123067 -1.06649 -0.96525933 TIR2 YOR010C

cold-shock induced protein of the Srp1p/Tip1p family of serine-alan

7329_at 0.16036747 -0.00703733 -0.97178133 -0.964744 NA unknown

Plasma membrane protein ofYBR016Wfunction; has similarity to hy

7795_at 0.05447381 -0.00296567 -0.96675967 -0.963794 CAM1 YPL048W

calcium and phospholipid binding protein homologous to translation

7646_at 0.24559674 -0.11190367 -1.07559167 -0.963688 Hypothetical ORFNA YPR114W

6871_at 0.07127567 -0.03734667 -1.00026967 -0.962923 ILV6 YCL009C

Regulatory subunit of acetolactate synthase, which catalyzes the fir

7108_at 0.03592588 -0.000602 -0.9634 -0.962798 ALG7 YBR243C

UDP-N-acetyl-glucosamine-1-P transferase (GPT)

10138_g_at 0.2494342 -0.21860333 -1.18116967 -0.96256633 The authentic, NA YLR202C

non-tagged protein was localized to the mitochondria

5618_at 0.04318929 -0.015972 -0.97749267 -0.96152067 PTC2

protein phosphatase type 2CYER089C

7765_at 0.30466565 -0.19480133 -1.15590733 -0.961106 Hypothetical ORFNA YPR013C

7333_at 0.09256595 -0.00706133 -0.96679867 -0.95973733 galactokinase GAL1 YBR020W

8478_at 0.13059237 -0.01936867 -0.97785867 -0.95849 RPS7A

ribosomal protein S7A (rp30)YOR096W

4377_at 0.08480314 -0.03856233 -0.996369 -0.95780667 SPC97

gamma-tubulin complex componentYHR172W

9938_at 0.10941171 -0.05073633 -1.00715033 -0.956414 SFP1

split zinc finger protein YLR403W

9382_at 0.09380948 -0.04395767 -0.99902233 -0.95506467 ZRC1 YMR243C

Vacuolar membrane zinc transporter, transports zinc from the cytos

9979_at 0.02163504 -0.00449867 -0.95893967 -0.954441 ILV5 YLR355C

acetohydroxyacid reductoisomerase

10124_at 0.25924999 -0.01150633 -0.96528667 -0.95378033 ATG26 YLR189C

UDP-glucose:sterol glucosyltransferase

5593_at 0.09925715 -0.007347 -0.960286 -0.952939 activator of FLO1 (putative)

transcriptional FLO8 YER108C

6543_at 0.05369686 -0.00138733 -0.953288 -0.95190067 PSA1 YDL055C

GDP-mannose pyrophosphorylase|mannose-1-phosphate guanyltra

10651_at 0.18632596 -0.01347 -0.96513367 -0.95166367 NA YKL088W

Protein required for cell viability

9360_at 0.12957674 -0.08308267 -1.03423 -0.95114733 NA YMR266W

Overexpression rescues sro7/sop1 in NaCl. Encodes a membrane

5005_at 0.15062271 -0.01554967 -0.96579767 -0.950248 ERG4

sterol C-24 reductase YGL012W

8305_at 0.22474422 -0.005113 -0.95441633 -0.94930333 ABP140

actin filament binding proteinYOR239W

11073_at 0.08761732 -0.02079333 -0.969952 -0.94915867 NUP192

nuclear pore complex subunit YJL039C

4043_s_at 0.32739041 -0.22712967 -1.17548733 -0.94835767 SUC2 YIL162W

invertase (sucrose hydrolyzing enzyme)

8663_at 0.42993043 -0.483951 -1.430936 -0.946985 MDH2

malate dehydrogenase YOL126C

4521_at 0.11097319 -0.00294633 -0.949822 -0.94687567 NEM1

Nuclear Envelope Morphology YHR004C

10717_at 0.05124422 -0.016743 -0.96336367 -0.94662067 RPS27A YKL156W

ribosomal protein S27A (rp61) (YS20)

8592_at 0.28962119 -0.222298 -1.16820567 -0.94590767 GPD2 YOL059W

glycerol-3-phosphate dehydrogenase (NAD+)

6354_at 0.12509812 -0.05011 -0.99535133 -0.94524133 Hypothetical ORFNA YDR119W

4334_i_at 0.3580991 -0.00277533 -0.947832 -0.94505667 enolase ENO2 YHR174W

8486_at 0.17995375 -0.08501433 -1.02940667 -0.94439233 ASE1

spindle midzone component YOR058C

9632_at 0.41917733 -0.22308633 -1.16685033 -0.943764 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR010W

4115_at 0.2139947 -0.06342133 -1.00625333 -0.942832 DOT5 YIL010W

Nuclear thiol peroxidase which functions as an alkyl-hydroperoxide

7429_at 0.07407663 -0.04728 -0.98920167 -0.94192167 UBP13 YBL067C

ubiquitin carboxyl-terminal hydrolase

10475_at 0.06623806 -0.029134 -0.97046567 -0.94133167 MLP1 similar to myosin and TPR

colied-coil protein (putative), YKR095W

7565_at 0.0257569 -0.00097367 -0.940982 -0.94000833 MET16 YPR167C

3'phosphoadenylylsulfate reductase

4988_at 0.14166968 -0.03891433 -0.97884733 -0.939933 Hypothetical ORFNA YGR015C

5781_i_at 0.05478099 -0.01489467 -0.95229533 -0.93740067 RPL12A YEL054C

ribosomal protein L12A (L15A) (YL23)

11157_at 0.38501912 -0.18834367 -1.12424233 -0.93589867 GLG2

glycogen synthesis initiator YJL137C

9971_at 0.18505877 -0.060433 -0.996136 -0.935703 KAP95 YLR347C

karyopherin beta (importin 90) homolog (95 kDa)

10758_at 0.0762176 -0.001096 -0.93580033 -0.93470433 NA YKL161C

Mpk1-like protein kinase; associates with Rlm1p

11168_at 0.11302527 -0.066626 -1.001059 -0.934433 regulator

transcriptional SPT10 YJL127C

4449_at 0.10910828 -0.03884233 -0.97325433 -0.934412 DYS1

deoxyhypusine synthase YHR068W

9994_at 0.14996353 -0.02101233 -0.95533467 -0.93432233 RPL38

ribosomal protein L38 YLR325C

7723_at 0.17474663 -0.071157 -1.00051833 -0.92936133 TIF6 YPR016C

similar to human translation initiation factor 6 (eIF6); however, TIF6

9131_at 0.11341461 -0.01758833 -0.94627767 -0.92868933 YIF1 YNL263C

Yip1-Interacting Factor, shows similarity to NADH dehydrogenases

6065_at 0.05034969 -0.00236033 -0.9303 -0.92793967 ERD1 required for

Predicted membrane protein YDR414C the retention of lumenal e

9037_at 0.1354706 -0.002808 -0.92911033 -0.92630233 Hypothetical ORFNA YNL176C

9990_at 0.09357735 -0.02473867 -0.95066767 -0.925929 SFH1 YLR321C

Snf5p homolog|chromatin remodeling complex member, RSC

7766_at 0.07020272 -0.02186233 -0.947791 -0.92592867 SVL3 mutant phenotype suggests a potentia

Protein of unknown function, YPL032C

6167_at 0.17681925 -0.069152 -0.99369633 -0.92454433 SSD1 YDR293C

Protein with a role in maintenance of cellular integrity, interacts with

5788_at 0.09682095 -0.01891 -0.94156433 -0.92265433 NA

Fumurate ReDuctase Soluble YEL047C

9039_at 0.11363498 -0.05853833 -0.98019867 -0.92166033 NA NA YNL174W

10709_at 0.08691091 -0.04963667 -0.97088033 -0.92124367 OAC1

oxaloacetate transport protein YKL120W

7345_s_at 0.03933144 -0.00593767 -0.92708867 -0.921151 RPL4B YBR031W

ribosomal protein L4B (L2B) (rp2) (YL2)

9947_i_at 0.07289167 -0.02343567 -0.944406 -0.92097033 RPS22B YLR367W

ribosomal protein S22B (S24B) (rp50) (YS22)

6171_at 0.16473419 -0.09385967 -1.01437633 -0.92051667 SUR2

sphingosine hydroxylase YDR297W

8668_at 0.07387068 -0.01259567 -0.93173633 -0.91914067 RPL18B

ribosomal protein L18B (rp28B) YOL120C

5383_at 0.16613344 -0.028113 -0.94707267 -0.91895967 SEC4 YFL005W

ras homolog|small GTP binding protein

11120_at 0.29522958 -0.08123133 -0.999849 -0.91861767 IML2 green fluorescent protein (GFP)-fusion

Protein of unknown function, YJL082W

9341_at 0.41147859 -0.01952133 -0.937783 -0.91826167 Hypothetical ORFNA YMR291W

7348_at 0.2604961 -0.06989833 -0.98722733 -0.917329 HMT1 YBR034C

arginine methyltransferase|mono- and asymmetrically dimethylating

6593_at 0.04804336 -0.01440067 -0.92753033 -0.91312967 PMT5 YDL093W

dolichyl phosphate-D-mannose:protein O-D-mannosyltransferase

6504_at 0.18888405 -0.11825333 -1.031035 -0.91278167 SIT4 bovine type

similar to catalytic subunit of YDL047W 2A protein phosphatase

5603_at 0.29607027 -0.05436633 -0.96675833 -0.912392 AVT6

Asp, Glu transporter YER119C

6060_at 0.07938208 -0.04735433 -0.95923333 -0.911879 SIZ1 YDR409W

chromatin protein; SUMO1/Smt3 ligase

8801_at 0.31549092 -0.080713 -0.99247633 -0.91176333 NA NA YNR043W

7694_at 0.11721341 -0.01820467 -0.92977533 -0.91157067 transketolase 1 TKL1 YPR074C

5571_at 0.15635768 -0.058412 -0.96932667 -0.91091467 RPS26B

ribosomal protein S26B YER131W

5214_at 0.02235563 -0.004831 -0.91568033 -0.91084933 NCS6

has a role in invasive growth YGL211W

7244_at 0.2679691 -0.049988 -0.960119 -0.910131 Hypothetical ORF NA YBR108W

4169_at 0.14161372 -0.04398267 -0.953284 -0.90930133 P-type ATPase NEO1 YIL048W

10072_at 0.31319648 -0.07125 -0.98005833 -0.90880833 NA overproduction suppresses a pam1 slv

Protein of unknown function, YLR267W

8503_at 0.2232036 -0.162378 -1.07075433 -0.90837633 DFG16 YOR030W

Probable multiple transmembrane protein, involved in invasive grow

9317_at 0.19367464 -0.03637267 -0.94465633 -0.90828367 NIP1 YMR309C

translation initiation factor eIF3 subunit

8526_at 0.20277316 -0.14528267 -1.05326867 -0.907986 TIR4

cell wall mannoprotein YOR009W

4744_at 0.20259121 -0.007116 -0.91406733 -0.90695133 HUA1 YGR268C

Cytoplasmic protein of unknown function; computational analysis of

10118_at 0.42148555 -0.408534 -1.31495467 -0.90642067 BUR2

bypass UAS Requirement YLR226W

10999_at 0.12288305 -0.08460133 -0.990434 -0.90583267 REC107 YJR021C

ds break formation complex subunit

6423_at 0.19069672 -0.074215 -0.97990733 -0.90569233 CDC34

ubiquitin-conjugating enzyme YDR054C

5646_at 0.0963986 -0.010639 -0.91519233 -0.90455333 ALD5

aldehyde dehydrogenase YER073W

6324_g_at 0.21754756 -0.054461 -0.95870467 -0.90424367 Hypothetical ORF NA YDR133C

8704_at 0.02744235 -0.00769 -0.90826233 -0.90057233 ALR1 YOL130W

Plasma membrane Mg(2+) transporter, expression and turnover are

4421_at 0.1054143 -0.001462 -0.901946 -0.900484 NA YHR127W

(H)igh copy (S)uppressor of (N)34 dominant negative allele of SEC4

6325_at 0.04635939 -0.01007833 -0.91044133 -0.900363 YCF1 YDR135C

Vacuolar glutathione S-conjugate transporter of the ATP-binding ca

9901_at 0.10524897 -0.03295633 -0.93310933 -0.900153 VIP1

Homologous to S. pombe asp1+ YLR410W

6844_at 0.12266353 -0.029112 -0.92770867 -0.89859667 YIH1 YCR059C

piecemeal microautophagy of the nucleus (PMN)

7385_at 0.08933937 -0.05471767 -0.95119667 -0.896479 NA NA YBL022C

10370_at 0.17151443 -0.04245333 -0.93734467 -0.89489133 synthetase YLL018C

aspartyl-tRNA DPS1

8677_at 0.16041062 -0.086257 -0.980653 -0.894396 Hypothetical ORF NA YOL111C

11050_at 0.23191589 -0.09415233 -0.98720367 -0.89305133 MPS3

nuclear envelope protein YJL018W

8896_at 0.33892691 -0.150318 -1.043271 -0.892953 Hypothetical ORF NA YNL046W

5744_at 0.21885345 -0.02387067 -0.91573067 -0.89186 transferase glycoprotein complex, beta subunit

oligosaccharylWBP1 YEL002C

6493_at 0.02419559 -0.003767 -0.89552367 -0.89175667 NOP1 mammalian

U3 snoRNP protein|similar toYDL014W fibrillarin

9406_at 0.12062621 -0.006953 -0.89791233 -0.89095933 MRE11 YMR224C

Subunit of a complex with Rad50p and Xrs2p (RMX complex) that fu

10081_at 0.23798112 -0.033589 -0.92444367 -0.89085467 TOP3

DNA topoisomerase III YLR234W

8203_at 0.16870228 -0.02536767 -0.91622 -0.89085233 NA VTS1 YOR359W

7609_at 0.26678382 -0.225745 -1.11509067 -0.88934567 NA NA YPR123C

7338_at 0.14678452 -0.01938567 -0.908285 -0.88889933 Hypothetical ORF NA YBR025C

6936_g_at 0.56009094 -1.158366 -2.046886 -0.88852 GLK1

Hypothetical ORF /// glucokinaseYCL042W

8724_at 0.58024769 -1.02492 -1.911521 -0.886601 ORF NA YOL155C

6793_at 0.16697953 -0.03985233 -0.92632033 -0.886468 GIT1 YCR098C

permease involved in the uptake of glycerophosphoinositol (GroPIn

6472_at 0.11972348 -0.030574 -0.91678467 -0.88621067 ABC transporter SNQ2 YDR011W

8921_s_at 0.04217856 -0.01963833 -0.905703 -0.88606467 RPL9B YNL067W

ribosomal protein L9B (L8B) (rp24) (YL11)

6001_at 0.11607827 -0.02022 -0.90513567 -0.88491567 RIB3 YDR487C

3,4-dihydroxy-2-butanone 4-phosphate synthase

8512_at 0.09920455 -0.03023767 -0.91501333 -0.88477567 CK2, YOR039W

protein kinase CKB2 beta' subunit

4230_at 0.0403703 -0.00068333 -0.88433433 -0.883651 STH1 homolog

helicase related protein|snf2 YIL126W

7915_at 0.12259261 -0.025282 -0.90785667 -0.88257467 protein

kinesin relatedKIP2 YPL155C

8147_s_at 0.07099616 -0.00561733 -0.88813767 -0.88252033 Hypothetical ORF NA YOR394W

10058_at 0.36168507 -0.23083433 -1.11245 -0.88161567 HAP1 YLR256W

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

10111_at 0.2507226 -0.01247567 -0.89375833 -0.88128267 MSC3 green fluorescent protein (GFP)-fusion

Protein of unknown function, YLR219W

10194_at 0.40043014 -0.20930167 -1.089756 -0.88045433 aspartic

GPI-anchored YPS3 protease YLR121C

9161_at 0.02703231 -0.01196 -0.892174 -0.880214 CAF120

CCR4 Associated Factor 120 kDa YNL278W

6320_at 0.11133538 -0.011421 -0.89111467 -0.87969367 HMO1

high mobility group (HMG) familyYDR174W

6086_at 0.12977621 -0.06633433 -0.94401767 -0.87768333 SAC7 YDR389W

GTPase activating protein (GAP) for RHO1

6244_at 0.15646819 -0.01174867 -0.88934867 -0.8776 NA NA YDR233C

6668_at 0.12519269 -0.00610633 -0.882734 -0.87662767 SEC31 YDL195W

COPII coat of secretory pathway vesicles component (p150)

6639_at 0.22304075 -0.09665267 -0.971955 -0.87530233 RDI1 YDL135C

Rho GDP dissociation inhibitor with activity toward Rho1p

4958_at 0.09600662 -0.00989467 -0.88485533 -0.87496067 Hypothetical ORF NA YGR031W

10701_at 0.235755 -0.013313 -0.88740333 -0.87409033 PGM1

phosphoglucomutase minor isoformYKL127W

9046_at 0.45825619 -0.029247 -0.90330867 -0.87406167 SKO1 YNL167C

Basic leucine zipper (bZIP) transcriptional factor of the ATF/CREB f

7405_at 0.23597836 -0.02506333 -0.89857767 -0.87351433 protein YBL047C

Key endocytic EDE1 involved in a network of interactions with othe

6833_at 0.1052824 -0.05123567 -0.924511 -0.87327533 Hypothetical ORF NA YCR045C

9095_at 0.23563833 -0.17729367 -1.05045367 -0.87316 Hypothetical ORF NA YNL254C

5770_at 0.12383018 -0.04434533 -0.91701633 -0.872671 transporter AVT2 YEL064C

9073_at 0.24348206 -0.00335733 -0.87564633 -0.872289 ELA1 YNL230C

elongin A transcription elongation factor

4422_at 0.26274385 -0.044222 -0.916295 -0.872073 UPRTase FUR1 YHR128W

9014_at 0.03053419 -0.00980867 -0.88165933 -0.87185067 YCK2

casein kinase I homolog YNL154C

7270_i_at 0.13369954 -0.04461633 -0.91604767 -0.87143133 NHP6B YBR090C

11 kDa nonhistone chromosomal protein /// Hypothetical ORF

6713_at 0.10855397 -0.05909467 -0.93012033 -0.87102567 LRG1 YDL240W

similar to LIM-domain proteins and to rho/rac GTPase-activating fam

7719_at 0.11767163 -0.02623133 -0.89708033 -0.870849 NHP6A YPR053C

11 kDa nonhistone chromosomal protein

7131_at 0.13429971 -0.029172 -0.89912833 -0.86995633 PDB1 YBR221C

pyruvate dehydrogenase beta subunit (E1 beta)

8012_at 0.17835605 -0.109769 -0.97899367 -0.86922467 NA NA YPL238C

6913_at 0.08256274 -0.017843 -0.88667 -0.868827 BUD3 YCL012W

Protein involved in bud-site selection and required for axial budding

9321_at 0.2747771 -0.044488 -0.912298 -0.86781 TGL3

triacylglycerol lipase YMR313C

11360_at 0.14327012 -0.079804 -0.947098 -0.867294 NA NA YAL048C

4401_at 0.03408594 -0.00765533 -0.873935 -0.86627967 GGA2

ARF-binding protein YHR108W

4100_at 0.16992427 -0.09173 -0.95662333 -0.86489333 MUC1 YIR019C

cell surface flocculin with structure similar to serine/threonine-rich G

10185_s_at 0.12540667 -0.00185533 -0.866624 -0.86476867 ASP3-4 cell-wall L-asparaginase II

nitrogen catabolite-regulated YLR155C

7083_at 0.21093368 -0.012619 -0.87559733 -0.86297833 SHM1 YBR263W

Serine hydroxymethyltransferase, mitochondrial

6728_at 0.28939791 -0.00976767 -0.871968 -0.86220033 WHI4 YDL224C

RNA binding protein (putative)|WHI3 homolog

4772_at 0.06443701 -0.00390133 -0.86562433 -0.861723 GCN5

histone acetyltransferase YGR252W

7129_at 0.17931873 -0.014893 -0.87642867 -0.86153567 NA YBR220C

Hypothetical ORF /// Hypothetical ORF

9772_at 0.36414641 -0.01320733 -0.874606 -0.86139867 VAN1

mannosyltransferase YML115C

5635_at 0.14337143 -0.02342433 -0.88476533 -0.861341 to YER064C

mutation leadsNA reduction of ERG9, CYC1-LacZ, and GCN4-LacZ

8666_at 0.07369106 -0.029021 -0.889562 -0.860541 HRP1 YOL123W

cleavage and polyadenylation factor CF I component involved in pre

9103_at 0.27572846 -0.09440733 -0.95356 -0.85915267 NA VPS75 YNL246W

10007_at 0.29486711 -0.036892 -0.89423367 -0.85734167 VRP1

proline-rich protein verprolin YLR337C

10976_at 0.60082848 -1.00178133 -1.857959 -0.85617767 ANB1 YJR047C

translation initiation factor eIF-5A, anaerobically expressed form

7546_at 0.22003148 -0.163312 -1.01758167 -0.85426967 OPT2

peptide transporter YPR194C

9175_at 0.12031379 -0.04089 -0.892883 -0.851993 STB1 YNL309W

Protein with a role in regulation of MBF-specific transcription at Star

8477_at 0.07953243 -0.00800067 -0.85822333 -0.85022267 RKI1 YOR095C

ribose-5-phosphate ketol-isomerase

5634_at 0.05767281 -0.01056433 -0.860212 -0.84964767 the Transcriptional (T) defect of Hpr1 (H) by Overexp

Suppressor of THO1 YER063W

5638_g_at 0.26237958 -0.053038 -0.90180033 -0.84876233 CDC4 YER066W

Hypothetical ORF /// ubiquitin ligase subunit

5526_at 0.1049831 -0.00097267 -0.84961167 -0.848639 NA NA YER178W

5966_at 0.06710641 -0.02586533 -0.87445433 -0.848589 ITR1

myo-inositol transporter YDR497C

5056_at 0.16548862 -0.021759 -0.87028033 -0.84852133 MST27

protein with COPI and COPIIYGL051Wbindng motifs

5595_at 0.08982571 -0.002281 -0.85018333 -0.84790233 KAP123

karyopherin beta 4 YER110C

8448_at 0.22510241 -0.03815467 -0.88602967 -0.847875 Hypothetical ORF NA YOR111W

6097_at 0.08302427 -0.000222 -0.847725 -0.847503 SPC110 YDR356W

interacts with Spc42p, calmodulin, and a 35 kDa protein|spindle pol

8929_at 0.1961482 -0.04316167 -0.89052967 -0.847368 NA localizes

Protein of unknown function, YNL058Cto the vacuole; potential Cdc

6457_at 0.14166259 -0.08320833 -0.92946267 -0.84625433 Hypothetical ORF NA YDR042C

8945_at 0.02946274 -0.006989 -0.85293567 -0.84594667 Contains threeTCB2 YNL087W

calcium and lipid binding domains; may be involved

6085_at 0.0538138 -0.014176 -0.85921033 -0.84503433 RVS167

cytoskeletal protein (putative) YDR388W

10800_at 0.29592622 -0.045595 -0.890006 -0.844411 SAC1

phosphoinositide phosphatase YKL212W

10796_at 0.20798897 -0.058529 -0.90269267 -0.84416367 dihydroorotateURA1dehydrogenase YKL216W

5690_at 0.22394526 -0.06277033 -0.906345 -0.84357467 EDC2 YER035W

RNA-binding protein, activates mRNA decapping directly by binding

4814_at 0.02070472 -0.00297233 -0.84644667 -0.84347433 ADE3

C1-tetrahydrofolate synthaseYGR204W

7069_at 0.2092525 -0.12555267 -0.96891267 -0.84336 PHO89

Na+/Pi symporter (putative) YBR296C

9283_at 0.08052905 -0.012702 -0.85577033 -0.84306833 alcohol

medium chain ADH6 dehydrogenase YMR318C

9015_at 0.14364417 -0.02687767 -0.86868833 -0.84181067 GIM3 YNL153C

bovine prefoldin subunit 4 homolog (putative)

9413_f_at 0.14130565 -0.058168 -0.89966867 -0.84150067 RPS10B

ribosomal protein S10B YMR230W

9961_at 0.13907899 -0.07172 -0.91156433 -0.83984433 CSR1 protein with

Phosphatidylinositol transfer YLR380W a potential role in lipid turn

5687_at 0.10949982 -0.01613033 -0.85557 -0.83943967 FIR1 YER032W

participant in 3' mRNA processing (putative)

4525_at 0.27434899 -0.03234633 -0.87109867 -0.83875233 ERG11 YHR007C

cytochrome P450 lanosterol 14a-demethylase

9294_at 0.32603059 -0.00012367 -0.836923 -0.83679933 Hypothetical ORF NA YMR122w-a

9368_at 0.18483739 -0.089533 -0.92628133 -0.83674833 protease RCE1 YMR274C

5750_at 0.0712162 -0.00449133 -0.84121833 -0.836727 UTR2 YEL040W

Putative glycosidase, glycosylphosphatidylinositol (GPI)-anchored p

6267_at 0.24998108 -0.050612 -0.88591067 -0.83529867 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR210W

7236_at 0.12985503 -0.02223333 -0.85532533 -0.833092 ADH5 YBR145W

alcohol dehydrogenase isoenzyme V

6887_at 0.05276303 -0.018685 -0.85121467 -0.83252967 ADY2

transmembrane protein YCR010C

10655_at 0.11598801 -0.00669133 -0.83857333 -0.831882 HOT13 YKL084W

Assembly factor for the Translocase of the Inner Membrane comple

7169_at 0.15627024 -0.02236267 -0.854042 -0.83167933 MET8 YBR213W

Bifunctional dehydrogenase and ferrochelatase, involved in the bios

3533_f_at 0.1688362 -0.07425467 -0.905327 -0.83107233 NA YPRCTY1-4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10028_at 0.28707937 -0.069347 -0.90024 -0.830893 Spa2p homologPH1 S YLR313C

8600_at 0.06552571 -0.01775633 -0.84804567 -0.83028933 SPE2 YOL052C

S-adenosylmethionine decarboxylase

11048_at 0.24152668 -0.166179 -0.996353 -0.830174 MPS3

nuclear envelope protein YJL019W

8640_at 0.21513012 -0.00193233 -0.831625 -0.82969267 ITR2

myo-inositol transporter YOL103W

9084_at 0.28018991 -0.06228367 -0.89154833 -0.82926467 ALG9

mannosyltransferase YNL219C

8564_at 0.40735144 -0.21912533 -1.047659 -0.82853367 YSP3

subtilisin-like protease III YOR003W

8440_at 0.11824959 -0.05502367 -0.88347033 -0.82844667 OST2 YOR103C

40% identical to vertebrate DAD1 protein|oligosaccharyltransferase

8718_at 0.23316931 -0.15652167 -0.984183 -0.82766133 NA YOL163W

Hypothetical ORF, member of the Dal5p subfamily of the major faci

6630_at 0.12492203 -0.00418267 -0.83026967 -0.826087 COP1 YDL145C

coatomer complex gamma-alpha-COP alpha subunit

11019_at 0.22291224 -0.05261633 -0.87794733 -0.825331 subunit YJL002C

64 kDa, alpha OST1 of oligosaccharyltransferase complex; homol

6904_at 0.23483356 -0.061212 -0.886514 -0.825302 RNQ1 YCL028W

transferable epigenetic modifier, forms a prion responsible for the [P

6334_at 0.12114105 -0.021223 -0.84582067 -0.82459767 SAN1 san1 mutations suppress sir4 and cdc

Protein of unknown function; YDR143C

8507_at 0.0869372 -0.00970467 -0.83296833 -0.82326367 AKR2 YOR034C

Protein involved in constitutive endocytosis of Ste3p

4281_i_at 0.37938286 -0.291563 -1.11414233 -0.82257933 NA NA YIL171W

8949_at 0.07024565 -0.006821 -0.8286 -0.821779 SAL1 YNL083W

Probable transporter, member of the Ca2+-binding subfamily of the

10623_at 0.20320925 -0.11308733 -0.93486333 -0.821776 malic enzyme MAE1 YKL029C

5729_f_at 0.49631625 -0.381751 -1.202883 -0.821132 PMP2 YEL017C-A

proteolipid associated with plasma membrane H(+)-ATPase (Pma1

3948_s_at 0.10377978 -0.02545 -0.84613433 -0.82068433 PTK1 YKL198C

Putative serine/threonine protein kinase

5305_at 0.07660679 -0.00153433 -0.82215133 -0.820617 RET2 YFR051C

coatomer (COPI) complex delta subunit

4176_at 0.15816721 -0.04880433 -0.869405 -0.82060067 Hypothetical ORF NA YIL090W

9485_at 0.1581532 -0.01242 -0.83241567 -0.81999567 Hypothetical ORF JLP2 YMR132C

7387_at 0.13770297 -0.01153833 -0.831125 -0.81958667 RFT1

67 kDa integral membrane proteinYBL020W

4857_at 0.15040226 -0.00418133 -0.82346533 -0.819284 PTI1

Pta1p Interacting protein YGR156W

11039_at 0.03138776 -0.002503 -0.81955867 -0.81705567 NA NA YJL028W

4709_at 0.29011783 -0.10951067 -0.925546 -0.81603533 SCW4

soluble cell wall protein YGR279C

8421_at 0.13212231 -0.04976067 -0.865676 -0.81591533 NA YOR129C

Putative component of the outer plaque of the spindle pole body; m

5605_at 0.0217749 -0.00546167 -0.82071533 -0.81525367 SCS2 YER120W

Protein likely to be involved in regulating INO1 expression; suppres

9339_at 0.06846836 -0.00733367 -0.82112267 -0.813789 HAS1 YMR290C

RNA-dependent helicase (putative)

10527_at 0.33705801 -0.06486167 -0.87850233 -0.81364067 RHO4

GTP-binding protein|ras homolog YKR055W

8953_at 0.22966673 -0.01018 -0.823467 -0.813287 tropomyosin I TPM1 YNL079C

6201_at 0.12260713 -0.05114467 -0.863086 -0.81194133 PHM6 expression

Protein of unknown function, YDR281C is regulated by phosphate

9584_at 0.26993848 -0.069943 -0.881774 -0.811831 STV1 YMR054W

110 kDa subunit; not in vacuole membrane|vacuolar H-ATPase

10016_at 0.26569683 -0.066012 -0.87630267 -0.81029067 Hypothetical ORF NA YLR301W

3643_i_at 0.55633194 -0.92637867 -1.73662333 -0.81024467 NA NA YOLCDELTA7

4459_at 0.18853082 -0.050747 -0.86042433 -0.80967733 IRE1 YHR079C

endoribonuclease|serine-threonine kinase|transmembrane protein

3524_f_at 0.16035926 -0.07208967 -0.881675 -0.80958533 NA YPRCTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

11308_s_at 0.08117306 -0.00181633 -0.810407 -0.80859067 NA

putative membrane protein YAR068W

6877_at 0.08266847 -0.01543033 -0.82377667 -0.80834633 RER1 YCL001W

Protein involved in retention of membrane proteins, including Sec12

6761_at 0.10896369 -0.03230833 -0.837874 -0.80556567 ATG15 YCR068W-A

Lipase, required for intravacuolar lysis of autophagic bodies; locate

4581_at 0.23045094 -0.12763533 -0.92937067 -0.80173533 activator YHL027W

TranscriptionalRIM101 required for entry into meiosis, has similari

3188_at 0.13236245 -0.044209 -0.84568633 -0.80147733 COS8 membrane

Hypothetical ORF /// Nuclear YHL048W protein, member of a famil

6683_g_at 0.09528222 -0.032641 -0.83411167 -0.80147067 LYS20 /// LYS21YDL182W

YDL131W (LYS21) homolog|homocitrate synthase /// YDL182W (LY

6602_at 0.35120071 -0.09180133 -0.89200633 -0.800205 VCX1

vacuolar H+/Ca2+ exchanger YDL128W

7890_at 0.4088305 -0.277787 -1.07788167 -0.80009467 ISU1 YPL135W

Iron-sulfur cluster nifU-like protein

10073_at 0.06272379 -0.01892367 -0.818956 -0.80003233 SEC22 YLR268W

Identified in a screen for dense cells that accumulated invertase at

7731_at 0.47129038 -0.315473 -1.11347033 -0.79799733 YME1 YPR024W

Mitochondrial inner membrane protease of the AAA family, respons

7757_at 0.16430507 -0.05976033 -0.856861 -0.79710067 HAL1

polar 32 kDa cytoplasmic proteinYPR005C

6795_at 0.16656123 -0.06727567 -0.863305 -0.79602933 NA YCR100C

Hypothetical ORF /// Hypothetical ORF

7488_at 0.03209094 -0.00135967 -0.79725733 -0.79589767 BNA4

Kynurenine 3-mono oxygenase YBL098W

5975_at 0.29081456 -0.05852667 -0.85195633 -0.79342967 Hypothetical ORF NA YDR506C

5678_at 0.16284658 -0.00634733 -0.79950767 -0.79316033 PRO3 YER023W

delta 1-pyrroline-5-carboxylate reductase

7190_i_at 0.10735854 -0.00375667 -0.79657133 -0.79281467 RPS9A (rp21) (YS11)

ribosomal protein S9A (S13) YBR189W

5643_at 0.24667356 -0.00437133 -0.79541333 -0.791042 reductase, large (R1) subunit

ribonucleotide RNR1 YER070W

6650_at 0.18048262 -0.077315 -0.86803733 -0.79072233 UGA3 YDL170W

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

4716_at 0.34873019 -0.217918 -1.008238 -0.79032 biotin synthase BIO2 YGR286C

5001_f_at 0.10968854 -0.00882367 -0.79819133 -0.78936767 RPS25A (S31A) (rp45) (YS23) /// ribosomal protein S

YGR027C

ribosomal protein S25A /// RPS25B

4348_at 0.08154458 -0.00483233 -0.79301233 -0.78818 GPI16 YHR188C

GPI transamidase component, human PIG-T homologue

4724_i_at 0.17072427 -0.072262 -0.86038833 -0.78812633 NA NA YGR122C-A

3907_f_at 0.28024736 -0.14582133 -0.93345833 -0.787637 PAU4 YAL068C

Part of 23-member seripauperin multigene family encoded mainly in

5569_at 0.07651458 -0.001031 -0.78841967 -0.78738867 PAK1 YER129W

Upstream kinase for the SNF1 complex, has partially redundant fun

10218_at 0.25359328 -0.11373633 -0.89672033 -0.782984 ICT1 null mutation leads to an increase in s

Protein of unknown function, YLR099C

4559_at 0.12741135 -0.02483833 -0.80676033 -0.781922 LAG1 YHL003C

Ceramide synthase component, involved in synthesis of ceramide f

5626_at 0.14957508 -0.01077 -0.79191967 -0.78114967 RAD51 YER095W

Rad51p colocalizes to ~ 65 spots with Dmc1p prior to synapsis (ind

10663_at 0.3106335 -0.02823867 -0.80916133 -0.78092267 Hypothetical ORFNA YKL077W

8355_at 0.46436047 -0.185612 -0.96641167 -0.78079967 BFR1 (Brefeldin

Multicopy suppressor of BFAYOR198C A)-induced lethality; implica

4385_at 0.37945109 -0.008776 -0.78917767 -0.78040167 SPL2 YHR136C

Protein with similarity to cyclin-dependent kinase inhibitors, overpro

5228_at 0.25702553 -0.03112433 -0.80873833 -0.777614 Mck1 Dosage MDS3 negative regulator of early meiotic gen

Suppressor 3; YGL197W

3412_f_at 0.2166808 -0.10594433 -0.883322 -0.77737767 NA YDRCTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8383_at 0.10719392 -0.004778 -0.78130467 -0.77652667 LAS17

actin assembly factor YOR181W

9695_at 0.14443777 -0.01451633 -0.79029167 -0.77577533 NA YML059C

Serine esterase that deacylates exogenous lysophospholipids, puta

10448_s_at 0.23923758 -0.11038967 -0.885836 -0.77544633 NA YKL033W-A

Similar to S. pombe hypothetical proteins

5051_at 0.14349213 -0.009053 -0.78427833 -0.77522533 SDS23 YGL056C

homolog of pombe SDS23; localizes to spindle pole body

3734_s_at 0.3501045 -0.18741433 -0.960976 -0.77356167 YRF1-7

Y'-helicase protein 1 YLR466W

9451_at 0.40427097 -0.079219 -0.851145 -0.771926 NA open reading frame may be part of a b

Protein of unknown function; YMR181C

3917_f_at 0.12473395 -0.04379433 -0.81528233 -0.771488 NA YARCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4070_at 0.256881 -0.08401633 -0.85467467 -0.77065833 LYS1

saccharopine dehydrogenase YIR034C

6635_at 0.26797997 -0.11934433 -0.88933033 -0.769986 RPO21

RNA polymerase II core subunit YDL140C

10268_at 0.2059467 -0.05087767 -0.82059333 -0.76971567 RNA exonuclease REX2 YLR059C

5125_at 0.18579827 -0.05584367 -0.82514433 -0.76930067 Hypothetical ORFNA YGL117W

6446_at 0.27317256 -0.03944667 -0.80860067 -0.769154 PST2 YDR032C

Protoplasts-SecreTed protein; the gene product was detected amon

11259_at 0.25873279 -0.048327 -0.81707867 -0.76875167 Hypothetical ORFNA YJL213W

9338_at 0.44256802 -0.01233733 -0.780209 -0.76787167 NA

4-amino-4-deoxychorismate lyase YMR289W

7410_at 0.13442377 -0.01017567 -0.77782033 -0.76764467 uridine permeaseFUI1 YBL042C

8687_at 0.12722479 -0.00144833 -0.76823833 -0.76679 PEX11

peroxisomal membrane protein YOL147C

9398_at 0.22041084 -0.03311267 -0.799867 -0.76675433 SKY1 YMR216C

SRPK1-like Kinase in Yeast (SRPK1 is a human serine kinase that

4793_at 0.18578511 -0.02399033 -0.789742 -0.76575167 DIE2

glucosyltransferase YGR227W

6002_at 0.08256773 -0.03060367 -0.79567567 -0.765072 PAC11 YDR488C

Dynein intermediate chain, acts in the cytoplasmic dynein pathway,

8014_at 0.19935892 -0.017042 -0.78125933 -0.76421733 Hypothetical ORFNA YPL236C

4503_at 0.14257813 -0.00509833 -0.768777 -0.76367867 Hypothetical ORFNA YHR029C

8031_at 0.22108596 -0.00681867 -0.76952667 -0.762708 Hypothetical ORFNA YPL264C

10053_at 0.23330105 -0.00087033 -0.76332167 -0.76245133 GSP1

GTP-binding protein YLR293C

7291_at 0.17214504 -0.00229567 -0.76472167 -0.762426 BAP2 YBR068C

High-affinity leucine permease, functions as a branched-chain amin

4138_at 0.29121942 -0.052318 -0.81435867 -0.76204067 BCY1 YIL033C

cAMP-dependent protein kinase regulatory subunit

6225_at 0.26465176 -0.05809167 -0.81996033 -0.76186867 SWM1

Spore Wall Maturation 1 YDR260C

5348_at 0.22828834 -0.018862 -0.77875733 -0.75989533 Hypothetical ORFNA YFR006W

4192_at 0.55479386 -0.66436033 -1.42414467 -0.75978433 ras inhibitor RPI1 YIL119C

8389_at 0.40518299 -0.03410467 -0.79369267 -0.759588 LSC1 YOR142W

alpha subunit of succinyl-CoA ligase (synthetase; ATP-forming), a m

10129_at 0.30210973 -0.045186 -0.80423333 -0.75904733 Hypothetical ORFNA YLR194C

10762_at 0.28246361 -0.06422133 -0.82216167 -0.75794033 EAP1 YKL204W

eIF4E-associated protein, binds eIF4E and inhibits cap-dependent

8386_at 0.10972615 -0.00914133 -0.76702367 -0.75788233 phosphoserineSER1transaminaseYOR184W

5986_at 0.06900208 -0.000189 -0.75730667 -0.75711767 TRS31 YDR472W

targeting complex (TRAPP) component involved in ER to Golgi mem

5607_at 0.23761934 -0.04701167 -0.80365967 -0.756648 GLO3 YER122C

similar to Gcs1p and Sps18p|zinc finger protein

6048_at 0.19793408 -0.00963567 -0.76587367 -0.756238 APT2 YDR441C

Apparent pseudogene, not transcribed or translated under normal c

8991_at 0.48576231 -0.25572933 -1.011914 -0.75618467 TOM22 YNL131W

mitochondrial import receptor protein

7213_at 0.12369357 -0.04794133 -0.803878 -0.75593667 TYR1

prephenate dehydrogenase (NADP+)YBR166C

9007_at 0.12973743 -0.01493733 -0.770731 -0.75579367 CBK1

serine/threonine protein kinase YNL161W

10270_at 0.10768421 -0.01208733 -0.767863 -0.75577567 RPL22A (rp4) (YL31)

ribosomal protein L22A (L1c)YLR061W

4225_at 0.22830243 -0.07047267 -0.82585667 -0.755384 forkhead proteinFKH1 YIL131C

6866_at 0.06607265 -0.00196867 -0.757178 -0.75520933 RPS14B

ribosomal protein S14B (rp59B) YCR031C

4103_at 0.09066605 -0.00355633 -0.75856033 -0.755004 TIM44 YIL022W

48.8 kDa protein involved in mitochondrial protein import

6488_at 0.31364673 -0.013807 -0.76828067 -0.75447367 oxysterol-binding protein family with seven members

Member of an OSH2 YDL019C

9448_at 0.1891477 -0.042417 -0.79485467 -0.75243767 Hypothetical ORFNA YMR178W

4960_at 0.08886508 -0.01183933 -0.76383733 -0.751998 The authentic, NA YGR033C

non-tagged protein was localized to the mitochondria

5008_at 0.09541523 -0.007409 -0.75927867 -0.75186967 LEU1

isopropylmalate isomerase YGL009C

10379_at 0.10952242 -0.011536 -0.76309667 -0.75156067 reductase withYLL051C to Fre2p; expression induce

Putative ferric FRE6 similarity

8324_at 0.28679335 -0.02031767 -0.77166067 -0.751343 SAS5 YOR213C

Involved in silencing at telomeres, HML and HMR

9972_at 0.13681946 -0.04322033 -0.79406 -0.75083967 DIC1

dicarboxylate transport protein YLR348C

5574_at 0.27762349 -0.063677 -0.81423233 -0.75055533 GLC7

protein phosphatase type I YER133W

4935_at 0.09287684 -0.00351767 -0.75365167 -0.750134 of

yeast homologNA mammalian eIF2A YGR054W

4368_at 0.30414027 -0.023366 -0.77073067 -0.74736467 SOL3 YHR163W

weak multicopy suppressor of los1-1

10560_at 0.07847119 -0.01493833 -0.761563 -0.74662467 AUR1 YKL004W

Phosphatidylinositol:ceramide phosphoinositol transferase (IPC syn

5117_at 0.28911787 -0.12067867 -0.86711967 -0.746441 MET13 YGL125W

methylenetetrahydrofolate reductase (mthfr) (putative)

5613_at 0.09769265 -0.01459167 -0.760673 -0.74608133 Hypothetical ORF NA YER085C

8987_at 0.13708062 -0.02286533 -0.767035 -0.74416967 NA NA YNL135C

6481_at 0.13402413 -0.04916233 -0.792047 -0.74288467 Hypothetical ORF NA YDR020C

7133_at 0.26294989 -0.02522967 -0.76670133 -0.74147167 Tyrosine-DNA TDP1 YBR223C

Phosphodiesterase

11287_f_at 0.21151108 -0.028989 -0.770093 -0.741104 PAU5 YAR020C

Part of 23-member seripauperin multigene family encoded mainly in

7367_at 0.15620169 -0.046402 -0.78736767 -0.74096567 FLR1

major facilitator transporter YBR008C

10355_at 0.25114259 -0.00387833 -0.744476 -0.74059767 ER membraneGPI13 YLL031C

localized phosphoryltransferase that adds phosphoe

9208_at 0.18653481 -0.00138867 -0.741535 -0.74014633 KRE1

cell wall beta-glucan assembly YNL322C

4863_at 0.11254826 -0.00314267 -0.74327733 -0.74013467 TIF4631 YGR162W

150 kDa subunit|Tif4632p and mammalian p220 homolog|mRNA ca

7300_at 0.07793288 -0.00233633 -0.74198967 -0.73965333 Hypothetical ORF NA YBR077C

6061_at 0.23175409 -0.08526967 -0.824702 -0.73943233 STE14 YDR410C

farnesyl cysteine-carboxyl methyltransferase

10319_at 0.06922075 -0.008916 -0.747823 -0.738907 IZH3 YLR023C

Membrane protein involved in zinc metabolism, member of the four-

7481_at 0.11203607 -0.001043 -0.739594 -0.738551 NA NA YBL105C

3204_at 0.11447433 -0.023601 -0.76184133 -0.73824033 NA NA YHRCDELTA4

5667_at 0.06144678 -0.00188733 -0.739074 -0.73718667 HIS1

ATP phosphoribosyltransferase YER055C

6082_at 0.31744421 -0.14257367 -0.87969433 -0.73712067 ATO3

transmembrane protein YDR384C

8907_s_at 0.28912436 -0.06385867 -0.800944 -0.73708533 Hypothetical ORF NA YNL034W

6679_at 0.13224791 -0.01589233 -0.752431 -0.73653867 TFP1 YDL185W

site-specific endonuclease VDE (PI-SceI)|vacuolar ATPase V1 dom

6035_at 0.11264279 -0.02351067 -0.75969567 -0.736185 TIF35 YDR429C

translation initiation factor eIF3 subunit

5422_s_at 0.48410872 -0.34811567 -1.08375767 -0.735642 Hypothetical ORF NA YFL067W

6273_at 0.4090106 -0.22643833 -0.96170733 -0.735269 ADR1 YDR216W

positive transcriptional regulator

7374_at 0.04952609 -0.002076 -0.73707733 -0.73500133 SHE1 YBL031W

Cytoskeletal protein of unknown function; overexpression causes gr

8229_at 0.22460394 -0.06799767 -0.802716 -0.73471833 translocase TIM18 YOR297C

8242_at 0.06804682 -0.018887 -0.75291 -0.734023 SLY41 YOR307C

chloroplast phosphate transporter homolog

6712_at 0.43994779 -0.18011733 -0.913897 -0.73377967 Hypothetical ORF NA YDL241W

10186_s_at 0.21907874 -0.09472767 -0.82827167 -0.733544 NA YLR156W

Identified by gene-trapping, microarray-based expression analysis,

6926_at 0.08968871 -0.02617467 -0.759644 -0.73346933 APA1 YCL050C

diadenosine 5',5'''-P1,P4-tetraphosphate phosphorylase I

4946_at 0.09372265 -0.026927 -0.76021767 -0.73329067 VHT1

H+-biotin symporter YGR065C

6369_at 0.21061657 -0.018903 -0.752122 -0.733219 Hypothetical ORF NA YDR090C

9292_at 0.0529322 -0.01076867 -0.74353367 -0.732765 NA NA YMR194C-A

8334_at 0.17630909 -0.03680833 -0.76924333 -0.732435 ODC2 YOR222W

mitochondrial 2-oxodicarboxylate transport protein

5086_at 0.21833167 -0.02433 -0.75609733 -0.73176733 SGF73 SAGA histone acetyltransferase comp

Probable 73KkDa Subunit of YGL066W

5435_at 0.17180298 -0.004462 -0.73532567 -0.73086367 SEC53

phosphomannomutase YFL045C

4319_at 0.21066907 -0.013343 -0.74338967 -0.73004667 SKN7 YHR206W

Protein with similarity to DNA-binding region of heat shock transcrip

9504_at 0.21388938 -0.01386967 -0.74377633 -0.72990667 oligosaccharylSWP1 YMR149W

transferase glycoprotein complex, delta subunit

8601_at 0.11593134 -0.03549733 -0.76499933 -0.729502 GAL11 YOL051W

RNA polymerase II holoenzyme complex component|positive and n

4784_at 0.14749674 -0.00772467 -0.73712867 -0.729404 CRM1 YGR218W

chromosome region maintenance protein

9625_at 0.27900782 -0.09596967 -0.8239 -0.72793033 Hypothetical ORF NA YMR003W

8237_at 0.05854266 -0.00219067 -0.729977 -0.72778633 CPA1 YOR303W

arginine specific|carbamoyl phosphate synthetase

9403_at 0.1393462 -0.008494 -0.731117 -0.722623 The authentic, NA YMR221C

non-tagged protein was localized to the mitochondria

7350_at 0.03986724 -0.006448 -0.72842233 -0.72197433 NA NA YBR036C

7191_f_at 0.16474713 -0.0076 -0.72740767 -0.71980767 RPS9A (rp21) (YS11)

ribosomal protein S9A (S13) YBR189W

11122_at 0.29102742 -0.01046667 -0.73024767 -0.719781 SCP160 YJL080C

May be required during cell division for faithful partitioning of the ER

9865_f_at 0.32237247 -0.132306 -0.850809 -0.718503 PAU4 YLR461W

Part of 23-member seripauperin multigene family encoded mainly in

6106_at 0.33237723 -0.07538933 -0.79246667 -0.71707733 CDC40

beta transducin family YDR364C

7463_at 0.56915653 -0.04343233 -0.76016667 -0.71673433 NUP170

nuclear pore complex subunit YBL079W

10069_f_at 0.34073472 -0.14303533 -0.85845233 -0.715417 RPS28B YLR264W

ribosomal protein S28B (S33B) (YS27)

7618_f_at 0.16201401 -0.00408267 -0.71908867 -0.715006 RPS23B YPR132W

ribosomal protein S23B (S28B) (rp37) (YS14)

9203_at 0.20995092 -0.01928133 -0.733876 -0.71459467 EGT2 (GPI)-anchored cell wall endoglucanas

Glycosylphosphatidylinositol YNL327W

4202_at 0.19258157 -0.02093267 -0.73548067 -0.714548 SEC24

vesicle coat component YIL109C

6196_at 0.24384545 -0.02087233 -0.73418267 -0.71331033 PMP3 protein

hypothetical transmembrane YDR276C

4188_at 0.19249183 -0.01180633 -0.72466 -0.71285367 SEC28

epsilon-COP coatomer subunit YIL076W

7585_at 0.34884937 -0.04182233 -0.754211 -0.71238867 NA NA YPR142C

5589_at 0.18557209 -0.00395 -0.71590033 -0.71195033 RTT105 102, 103,

same phenotype as RTT101,YER104W 104

8717_at 0.24761346 -0.03266567 -0.74386933 -0.71120367 Hypothetical ORFNA YOL164W

5327_at 0.22481425 -0.02010433 -0.73089467 -0.71079033 MET10

sulfite reductase alpha subunit YFR030W

7309_at 0.33903115 -0.03589233 -0.74654533 -0.710653 FAT1

fatty acid transporter YBR041W

8221_at 0.2085732 -0.066065 -0.776613 -0.710548 NA NA YOR331C

5227_at 0.35898678 -0.098085 -0.80842933 -0.71034433 YIP4 YGL198W

Protein that interacts with Rab GTPases; computational analysis of

6591_at 0.2394571 -0.040203 -0.74987167 -0.70966867 PMT1 YDL095W

dolichyl phosphate-D-mannose:protein O-D-mannosyltransferase

10094_at 0.18629404 -0.037926 -0.74659967 -0.70867367 ERF2 YLR246W

Subunit of a palmitoyltransferase, composed of Erf2p and Shr5p, th

6862_at 0.10023305 -0.01195 -0.72048767 -0.70853767 FEN2 YCR028C

Plasma Membrane H+-Pantothenate Symporter

8489_at 0.21202231 -0.01118967 -0.71952967 -0.70834 CK2 alpha' subunit

protein kinase CKA2 YOR061W

8252_at 0.09976227 -0.01169833 -0.71972367 -0.70802533 CAF20 YOR276W

20 kDa protein|functionally analogous to mammalian 4E-BPs|functio

4398_at 0.24952195 -0.04408567 -0.752017 -0.70793133 IMP3

U3 snoRNP protein YHR148W

3225_f_at 0.21528002 -0.05421867 -0.760781 -0.70656233 NA YGRCTY1-3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9458_at 0.14475663 -0.01809367 -0.724615 -0.70652133 Hypothetical ORFNA YMR187C

6117_at 0.27174252 -0.04640767 -0.75283 -0.70642233 ER membraneGPI8 YDR331W

glycoprotein subunit of the glycosylphosphatidylinos

7134_at 0.22465593 -0.09970033 -0.805765 -0.70606467 Hypothetical ORFNA YBR224W

11047_at 0.29187815 -0.13128533 -0.83513633 -0.703851 BBC1 YJL020C

Protein possibly involved in assembly of actin patches; interacts wit

11314_at 0.28706293 -0.05342933 -0.75591033 -0.702481 ERP2 YAL007C

p24 protein involved in membrane trafficking

5522_at 0.3815082 -0.179069 -0.881124 -0.702055 glutaredoxin GRX4 YER174C

8645_at 0.23443831 -0.01706133 -0.71892367 -0.70186233 Hypothetical ORFNA YOL098C

7683_at 0.2083268 -0.05821667 -0.75894567 -0.700729 Hypothetical ORFNA YPR063C

11293_at 0.13508061 -0.019596 -0.71933233 -0.69973633 PRM9 YAR031W

Pheromone-regulated protein with 3 predicted transmembrane segm

11029_at 0.12426621 -0.00961433 -0.70822567 -0.69861133 SUI2 YJR007W

Translation initiation factor eIF-2 alpha subunit

4283_at 0.18691471 -0.046281 -0.744622 -0.698341 NA

L-serine dehydratase YIL168W

11049_g_at 0.2516977 -0.074371 -0.77270433 -0.69833333 MPS3

nuclear envelope protein YJL019W

5053_at 0.33259155 -0.171678 -0.86936233 -0.69768433 found YGL054C

14 kDa proteinERV14 on ER-derived vesicles

4714_at 0.59085254 -0.36632867 -1.06381233 -0.69748367 ERV29 YGR284C

ER-Golgi transport vesicle protein

5991_at 0.30378013 -0.073274 -0.76993767 -0.69666367 SNF1

serine/threonine kinase YDR477W

3403_f_at 0.36682432 -0.17228133 -0.868609 -0.69632767 PAU4 YDR542W

Part of 23-member seripauperin multigene family encoded mainly in

7114_at 0.15547266 -0.005035 -0.70037767 -0.69534267 ARO4 YBR249C

3-deoxy-D-arabino-heptulosonate 7-phosphate (DAHP) synthase is

10855_at 0.18168567 -0.006332 -0.70139467 -0.69506267 PGU1

endo-polygalacturonase YJR153W

6832_at 0.33310425 -0.064971 -0.75950767 -0.69453667 PER1

Protein Processing in the ERYCR044C

11354_at 0.22355421 -0.04982733 -0.74422333 -0.694396 modulator involved in the regulation of structural gen

TranscriptionalDEP1 YAL013W

10794_at 0.25249285 -0.05057633 -0.744185 -0.69360867 SRY1 YKL218C

3-hydroxyaspartate dehydratase, deaminates L-threo-3-hydroxyasp

8353_at 0.32773932 -0.00359833 -0.69705333 -0.693455 LIP5

lipoic acid synthase YOR196C

5681_at 0.5191651 -0.10095833 -0.79434367 -0.69338533 CHO1

phosphatidylserine synthase YER026C

9061_at 0.10273075 -0.01372067 -0.70695333 -0.69323267 NA NA YNL198C

11051_at 0.40410956 -0.09995467 -0.792662 -0.69270733 Hypothetical ORFNA YJL017W

4998_at 0.13706882 -0.02701067 -0.71919233 -0.69218167 NA NA YGR025W

8396_at 0.18748282 -0.02096367 -0.712401 -0.69143733 SMP3

alpha 1,2 mannosyltransferase YOR149C

8698_at 0.36900118 -0.15858167 -0.84942867 -0.690847 PFK27

6-phosphofructo-2-kinase YOL136C

4868_at 0.32187442 -0.075572 -0.765158 -0.689586 PPT1 YGR123C

Protein serine/threonine phosphatase with similarity to human phos

11344_at 0.32906218 -0.004045 -0.69349133 -0.68944633 PMT2 YAL023C

dolichyl phosphate-D-mannose:protein O-D-mannosyltransferase

8910_at 0.29130965 -0.00178333 -0.690585 -0.68880167 HHT2 code for

histone H3 (HHT1 and HHT2YNL031Cidentical proteins)

7119_at 0.28299698 -0.069208 -0.757745 -0.688537 of 20 kDa

Trapp subunit TRS20 YBR254C

8350_at 0.22844405 -0.03135433 -0.718744 -0.68738967 PEX27 YOR193W

Involved in peroxisome proliferation

4939_at 0.24205511 -0.093288 -0.78055767 -0.68726967 Hypothetical ORFNA YGR058W

5745_at 0.06910918 -0.00829433 -0.695482 -0.68718767 Hypothetical ORFNA YEL001C

8143_at 0.1707885 -0.01936333 -0.70601533 -0.686652 Hypothetical ORFNA YOR389W

7924_at 0.24545903 -0.04947967 -0.735618 -0.68613833 NAB3 protein|polyadenylated single strand D

polyadenylated RNA binding YPL190C

10127_at 0.20744281 -0.000972 -0.686615 -0.685643 HCR1 YLR192C

Substoichiometric component of eukaryotic translation initiation fact

8560_at 0.26024515 -0.043 -0.72726133 -0.68426133 IZH2 YOL002C

Membrane protein involved in zinc metabolism, member of the four-

4127_at 0.1184206 -0.01552567 -0.69897767 -0.683452 effector

ARF GAP withAGE2 function(s) YIL044C

4476_at 0.25307462 -0.07217133 -0.75534567 -0.68317433 AAP1'

arginine/alanine aminopeptidase YHR047C

8018_i_at 0.46047472 -0.17589367 -0.85790633 -0.68201267 Hypothetical ORF NA YPL277C

7264_at 0.20739693 -0.02353033 -0.705437 -0.68190667 IST2 YBR086C

Plasma membrane protein that may be involved in osmotolerance,

6599_at 0.17460774 -0.02059933 -0.701995 -0.68139567 RPP1B (YP1beta)

ribosomal protein P1B (L44') YDL130W (Ax)

5925_at 0.29458904 -0.03206067 -0.713276 -0.68121533 NA NA YDR524c-a

5197_at 0.16673316 -0.050065 -0.73043933 -0.68037433 MND1 YGL183C

needed for Meiotic Nuclear Divisions

9456_at 0.57976895 -0.18918033 -0.869473 -0.68029267 HSP82 YMR186W

heat shock protein 90|mammalian Hsp90 homolog

11156_s_at 0.25107697 -0.025751 -0.705036 -0.679285 TIF1 YJL138C

translation initiation factor eIF4A subunit

6485_at 0.45760552 -0.07473833 -0.753774 -0.67903567 GPD1 YDL022W

glycerol-3-phosphate dehydrogenase

6957_s_at 0.34830677 -0.174065 -0.85129267 -0.67722767 BUD5 YCL068C

GTP/GDP exchange factor for Rsr1 protein

10754_at 0.50954833 -0.21784133 -0.89458467 -0.67674333 MCD4 YKL165C

Required for GPI anchor synthesis

9768_at 0.13155059 -0.00189467 -0.677605 -0.67571033 Hypothetical ORF NAB6 YML117W

8162_at 0.32258246 -0.01660033 -0.692277 -0.67567667 PIP2

transcription factor YOR363C

10615_at 0.38073368 -0.23586533 -0.91121333 -0.675348 Hypothetical ORF NA YKL037W

11325_at 0.34717813 -0.01390733 -0.68804867 -0.67414133 ERP1 YAR002C-A

p24 protein involved in membrane trafficking

10045_at 0.24634213 -0.03947133 -0.71346533 -0.673994 endochitinase CTS1 YLR286C

6810_g_at 0.06335183 -0.00948933 -0.68301267 -0.67352333 ATG15 YCR068W

Lipase, required for intravacuolar lysis of autophagic bodies; locate

4787_at 0.2044035 -0.03674833 -0.70999133 -0.673243 TOS2 YGR221C

Protein of unknown function that localizes to the bud neck and bud

9911_at 0.344349 -0.13027033 -0.79984967 -0.66957933 dihydrooratase URA4 YLR420W

4547_at 0.0670095 -0.000832 -0.669538 -0.668706 RPS20

ribosomal protein S20 YHL015W

9859_at 0.20147465 -0.058531 -0.72713533 -0.66860433 Hypothetical ORF NA YLR455W

8534_at 0.35074527 -0.02198267 -0.69048133 -0.66849867 ERP4 YOR016C

p24 protein involved in membrane trafficking

5563_at 0.35799184 -0.05393133 -0.72225267 -0.66832133 ADK2 YER170W

adenylate kinase|mitochondrial GTP:AMP phosphotransferase

10217_at 0.24868897 -0.021336 -0.68939867 -0.66806267 CHA4 YLR098C

DNA binding transcriptional activator of CHA1

5787_at 0.42056301 -0.25438867 -0.92113367 -0.666745 Hypothetical ORF NA YEL048C

7936_at 0.43423515 -0.22268867 -0.88898533 -0.66629667 PPQ1

protein phosphatase Q YPL179W

7364_at 0.33828602 -0.01580167 -0.680405 -0.66460333 The authentic, NA YBR004C

non-tagged protein was localized to the mitochondria

4790_at 0.1083624 -0.01457933 -0.678205 -0.66362567 AZR1 YGR224W

Plasma membrane transporter of the major facilitator superfamily, in

7561_at 0.35319749 -0.00836067 -0.67147033 -0.66310967 TIF3 YPR163C

translation initiation factor eIF-4B

10393_at 0.23926851 -0.08504633 -0.74793667 -0.66289033 ENT4 contains

Protein of unknown function, YLL038Can N-terminal epsin-like dom

6874_at 0.25678435 -0.038228 -0.701112 -0.662884 Hypothetical ORF NA YCL005W

8435_at 0.17731541 -0.02769033 -0.69019067 -0.66250033 NUP1

nuclear pore complex subunit YOR098C

10289_f_at 0.13459698 -0.01644967 -0.678828 -0.66237833 DAN2 cell wall protein

Hypothetical ORF /// putativeYLR037C

4143_at 0.2822641 -0.11632433 -0.77842067 -0.66209633 NA NA YIL028W

6362_at 0.18273027 -0.03813133 -0.69993533 -0.661804 ARO1 YDR127W

3-dehydroquinate dehydratase (3-dehydroquinase)|3-dehydroquina

9050_at 0.20618006 -0.01310133 -0.674026 -0.66092467 Hypothetical ORF NA YNL208W

5756_at 0.30474623 -0.02495733 -0.68574567 -0.66078833 NA NA YEL034W

10387_at 0.36920667 -0.083086 -0.743132 -0.660046 NA NA YLL044W

6459_at 0.40066426 -0.058957 -0.71884467 -0.65988767 MCD1 YDL003W

Mitotic Chromosome Determinant; similar to S. pombe RAD21; may

11125_at 0.14044753 -0.02715367 -0.68632533 -0.65917167 LSM1 YJL124C

Like Sm protein; the finding that Lsm1 contains the Sm consensus

10493_at 0.19778451 -0.02323167 -0.68236967 -0.659138 BET3 YKR068C

transport protein particle (TRAPP) component

4040_at 0.02834321 -0.00161967 -0.66059933 -0.65897967 NA NA YIR017w-a

6606_at 0.40951195 -0.020986 -0.67962067 -0.65863467 HNT1 YDL125C

Adenosine 5'-monophosphoramidase; interacts physically and gene

4827_at 0.30746116 -0.05271467 -0.71084133 -0.65812667 YIP1 YGR172C

Golgi integral membrane protein; binds to the transport GTPases Y

4321_at 0.14069756 -0.018848 -0.67639867 -0.65755067 BAT1 YHR208W

branched-chain amino acid transaminase|highly similar to mammal

4236_at 0.13551117 -0.016254 -0.67319433 -0.65694033 QDR1

multidrug resistance transporterYIL120W

5036_at 0.15800036 -0.01403633 -0.67078967 -0.65675333 TRP5

tryptophan synthetase YGL026C

9973_at 0.2527427 -0.02606367 -0.68175667 -0.655693 NA NA YLR349W

5913_at 0.27816819 -0.03693333 -0.69244367 -0.65551033 FIT1 YDR534C

Cell wall protein involved in iron uptake

6071_at 0.28958065 -0.083341 -0.738843 -0.655502 RAD30

DNA polymerase eta YDR419W

6100_at 0.35086889 -0.050792 -0.70463 -0.653838 Component of VID21 YDR359C

the NuA4 histone acetyltransferase complex

7980_at 0.10090404 -0.01222767 -0.665723 -0.65349533 MMT2 YPL224C

Protein involved in mitochondrial iron accumulation

5063_at 0.20294969 -0.01039133 -0.663572 -0.65318067 RNA15 YGL044C

cleavage and polyadenylation factor CF I component involved in pre

4415_at 0.25987978 -0.06963033 -0.721312 -0.65168167 NA YHR122W

Protein required for cell viability

4824_at 0.343612 -0.04717067 -0.698693 -0.65152233 RNA:Psi-synthase PUS6 YGR169C

9905_at 0.25443397 -0.00263433 -0.653894 -0.65125967 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YLR414C

9854_at 0.45242281 -0.229078 -0.88013433 -0.65105633 HMG2 YLR450W

3-hydroxy-3-methylglutaryl-coenzyme A (HMG-CoA) reductase isoz

11026_at 0.34997336 -0.12335633 -0.77440267 -0.65104633 alpha-agglutininSAG1 YJR004C

7072_s_at 0.29677169 -0.05771167 -0.708425 -0.65071333 maltase MAL12 YBR299W

4478_at 0.04153929 -0.00520167 -0.655802 -0.65060033 FSH1 YHR049W

Serine hydrolase that localizes to both the nucleus and cytoplasm.

8720_f_at 0.39264908 -0.121479 -0.77089 -0.649411 PAU4 YOL161C

Part of 23-member seripauperin multigene family encoded mainly in

5176_at 0.29985057 -0.04488633 -0.69386233 -0.648976 Hypothetical ORFNA YGL159W

10992_at 0.36683169 -0.153193 -0.80216833 -0.64897533 Hypothetical ORFNA YJR015W

10299_at 0.10287976 -0.00592667 -0.65447167 -0.648545 Hypothetical ORFNA YLR047C

10672_at 0.55511683 -0.15217233 -0.798454 -0.64628167 protein|transcriptional activator

ARS1 binding ABF1 YKL112W

7807_at 0.10047375 -0.01093967 -0.65651333 -0.64557367 PMA2

plasma membrane ATPase YPL036W

7685_at 0.41449232 -0.14315933 -0.787752 -0.64459267 ROX1 YPR065W

HMG-domain site-specific DNA binding protein.

8026_at 0.18600859 -0.05127267 -0.69509567 -0.643823 KAR9 YPL269W

Karyogamy protein required for correct positioning of the mitotic spi

10210_at 0.26827937 -0.091592 -0.73527733 -0.64368533 TIS11 YLR136C

Zinc finger containing homolog of mammalian TIS11, glucose repre

7039_at 0.30231746 -0.076843 -0.72033533 -0.64349233 NA NA YBR266C

8500_at 0.20560916 -0.01909867 -0.66123533 -0.64213667 SGO1 YOR073W

Protein that protects centromeric Rec8p at meiosis I; required for ac

7555_s_at 0.23629007 -0.050119 -0.692004 -0.641885 GCR1 YPL075W

trans-acting positive regulator of the enolase and glyceraldehyde-3-

7994_at 0.30452454 -0.01445033 -0.65481467 -0.64036433 BBP1 YPL255W

Protein required for the spindle pole body (SPB) duplication, localiz

7210_at 0.09835699 -0.02053767 -0.66076033 -0.64022267 DEM1 shows similarity to RNA-processing pr

Protein of unknown function, YBR163W

5546_at 0.09439866 -0.001015 -0.640977 -0.639962 Hypothetical ORFNA YER152C

11005_at 0.18760668 -0.03044567 -0.66892767 -0.638482 GEA1

GDP/GTP exchange factor YJR031C

5337_at 0.2937511 -0.02136867 -0.659776 -0.63840733 Hypothetical ORFNA YFR038W

6797_at 0.45202958 -0.24601467 -0.88367367 -0.637659 Hypothetical ORFNA YCR102C

6186_at 0.33957172 -0.030041 -0.66750967 -0.63746867 GIC2 YDR309C

Protein of unknown function involved in initiation of budding and cel

8438_at 0.15534616 -0.00294333 -0.64024533 -0.637302 ras homolog RAS1 YOR101W

9978_at 0.24325284 -0.01094567 -0.647921 -0.63697533 enzyme in theYLR354C

transaldolase, TAL1 pentose phosphate pathway

8570_at 0.22503557 -0.04975133 -0.68649933 -0.636748 NA NA YOL037C

10727_at 0.30233351 -0.03857067 -0.67529633 -0.63672567 AVT3 YKL146W

Gln (Asn), Ile (Leu), Tyr transporter

7693_at 0.24902107 -0.05328733 -0.68992467 -0.63663733 NA NA YPR073C

10390_at 0.51966027 -0.03398767 -0.669666 -0.63567833 SDH2 YLL041C

succinate dehydrogenase (ubiquinone) iron-sulfur protein subunit

3881_f_at 0.23002188 -0.053053 -0.68873067 -0.63567767 NA YJRWTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10959_at 0.32957591 -0.124134 -0.75976933 -0.63563533 HOC1

mannosyltransferase (putative) YJR075W

4082_at 0.49491786 -0.229772 -0.86521833 -0.63544633 SGN1 YIR001C

Cytoplasmic RNA-binding protein, contains an RNA recognition mo

4563_f_at 0.38349546 -0.12992533 -0.764604 -0.63467867 PAU4 YHL046C

Part of 23-member seripauperin multigene family encoded mainly in

6907_at 0.34799731 -0.05573 -0.68841967 -0.63268967 AGP1

amino acid permease YCL025C

4903_at 0.16742556 -0.03015133 -0.661746 -0.63159467 DAM1 YGR113W

Duo1 And Mps1 interacting. Localized to intranuclear spindles and

5921_at 0.46398833 -0.06519267 -0.69657533 -0.63138267 SNA2 has similarity

Protein of unknown function, YDR525W-A to Pmp3p, which is invol

9351_at 0.4251331 -0.03061067 -0.66163267 -0.631022 PET111 YMR257C

translational activator of cytochrome C oxidase subunit II

5371_at 0.29167437 -0.011687 -0.642589 -0.630902 NA NA YFL015C

7977_at 0.33656989 -0.00423633 -0.63417133 -0.629935 ALG5 YPL227C

UDP-glucose:dolichyl-phosphate glucosyltransferase

4572_at 0.14360969 -0.012183 -0.64175833 -0.62957533 MUP3 YHL036W

very low affinity methionine permease

8145_s_at 0.43217245 -0.11195633 -0.74095467 -0.62899833 Hypothetical ORFNA YOR390W

7590_at 0.42453017 -0.09659467 -0.72541233 -0.62881767 Hypothetical ORFNA YPR147C

7461_at 0.26535323 -0.010813 -0.63753067 -0.62671767 Hypothetical ORFNA YBL081W

7457_at 0.14983081 -0.019926 -0.64663533 -0.62670933 CDC27 YBL084C

anaphase promoting complex (APC) subunit

5318_s_at 0.59487853 -0.47417733 -1.10062233 -0.626445 HAC1 YFL031W

bZIP (basic-leucine zipper) protein

5724_at 0.33750942 -0.070329 -0.695503 -0.625174 URA3 YEL021W

orotidine-5'-phosphate decarboxylase

6806_at 0.37068195 -0.15880133 -0.78371033 -0.624909 forkhead proteinHCM1 YCR065W

10574_at 0.55644041 -0.16739467 -0.792295 -0.62490033 Hypothetical ORFNA YKR011C

3672_f_at 0.20607947 -0.05636167 -0.68012833 -0.62376667 NA YMRCTY1-4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8172_at 0.17545713 -0.04406133 -0.667516 -0.62345467 Component of NUD1 YOR373W

the spindle pole body outer plaque, required for exit

8829_at 0.37493697 -0.14672333 -0.76963367 -0.62291033 SEC12 YNR026C

guanine nucleotide exchange factor for Sar1p

9373_at 0.30838252 -0.04703633 -0.66833167 -0.62129533 ribonuclease H RNH1 YMR234W

5267_at 0.11923208 -0.00484433 -0.62576167 -0.62091733 RAI1 and stabilizes the exoribonuclease Ra

Nuclear protein that binds to YGL246C

10582_at 0.18652034 -0.03480633 -0.65548167 -0.62067533 PAN3 YKL025C

Pab1p-dependent poly(A) ribonuclease (PAN) 76 kDa subunit

5061_at 0.23877363 -0.07262033 -0.69305033 -0.62043 RIM8 YGL046W

Involved in proteolytic processing of Rim1p

8458_at 0.16772546 -0.00322433 -0.62278833 -0.619564 RTS2 YOR077W

Basic zinc-finger protein, similar to human and mouse Kin17 protein

3712_s_at 0.49448685 -0.29104533 -0.90958833 -0.618543 NA YMRCTY1-3

TyA Gag protein; the main structural constituent of virus-like particle

9656_g_at 0.18037763 -0.022139 -0.640574 -0.618435 SPT5

transcription factor YML010W

5052_at 0.41406531 -0.080631 -0.699055 -0.618424 OLE1

delta-9-fatty acid desaturase YGL055W

8271_at 0.04107618 -0.00095 -0.619348 -0.618398 RRS1 YOR294W

Essential protein that binds ribosomal protein L11 and is required fo

7674_at 0.18991636 -0.03134467 -0.64919333 -0.61784867 Hypothetical ORFNA YPR098C

4738_at 0.13157387 -0.02759133 -0.64537233 -0.617781 BUD32 YGR262C

Protein involved in bud-site selection; diploid mutants display a rand

8830_at 0.07988397 -0.01158233 -0.62921067 -0.61762833 BUD17 YNR027W

Protein involved in bud-site selection; diploid mutants display a rand

11371_at 0.36584074 -0.01108133 -0.62818633 -0.617105 C

pyruvate kinase DC19 YAL038W

11290_at 0.43283871 -0.17280333 -0.78963733 -0.616834 NA YAR028W

Putative integral membrane protein, member of DUP240 gene fami

10239_at 0.11834684 -0.01982767 -0.635917 -0.61608933 RPL10

ribosomal protein L10 YLR075W

10716_at 0.15817289 -0.011853 -0.62782533 -0.61597233 APE2

aminopeptidase yscII YKL157W

9939_at 0.32929087 -0.08579933 -0.70095433 -0.615155 Hypothetical ORFNA YLR404W

4190_at 0.20588675 -0.041366 -0.656142 -0.614776 SER33

3-phosphoglycerate dehydrogenaseYIL074C

5772_at 0.31535896 -0.07480667 -0.689004 -0.61419733 NPR2 YEL062W

Regulator of nitrogen permeases; transcription is induced in respon

8669_at 0.14868755 -0.01500667 -0.62897667 -0.61397 MCH4 YOL119C

monocarboxylate permease homologue

10227_at 0.18537272 -0.002077 -0.61423467 -0.61215767 Hypothetical ORFNA YLR108C

5997_at 0.12075183 -0.011048 -0.62279533 -0.61174733 KRE2

alpha-1,2-mannosyltransferase YDR483W

8947_at 0.06203904 -0.004299 -0.615706 -0.611407 MKT1 YNL085W

retroviral protease signature protein

10613_at 0.02283474 -0.00090967 -0.611425 -0.61051533 PTM1

membrane protein (putative) YKL039W

9197_s_at 0.44471289 -0.000485 -0.610896 -0.610411 SNO2 nearly identical to Sno3p; expression i

Protein of unknown function, YNL334C

9646_at 0.1083511 -0.00377067 -0.61275467 -0.608984 Hypothetical ORFNA YML018C

5776_at 0.18604177 -0.04037433 -0.64931233 -0.608938 NA NA YEL059W

10322_at 0.22941063 -0.01263533 -0.62151567 -0.60888033 SED5 NSF attachment protein receptor) req

Sed5p is a t-SNARE (solubleYLR026C

7352_at 0.02979385 -0.00103933 -0.60978433 -0.608745 haspin NA YBL009W

9027_at 0.27024181 -0.06446567 -0.673132 -0.60866633 AAH1 YNL141W

adenine aminohydrolase (adenine deaminase)

9977_at 0.15123592 -0.02519 -0.63310667 -0.60791667 BUD8 YLR353W

Protein involved in bud-site selection; diploid mutants display a unip

9044_at 0.16459817 -0.01303533 -0.62075833 -0.607723 PSD1

phosphatidylserine decarboxylaseYNL169C

5575_at 0.2963095 -0.03500833 -0.64198233 -0.606974 Hypothetical ORFNA YER134C

6069_i_at 0.17135697 -0.01156667 -0.617773 -0.60620633 RPL12A YDR418W

ribosomal protein L12A (L15A) (YL23)

10564_at 0.21865862 -0.019006 -0.624483 -0.605477 VPS1 YKR001C

GTP-binding protein (putative)|dynamin GTPase family member|sim

8651_at 0.20090925 -0.01471167 -0.61996233 -0.60525067 Hypothetical ORFNA YOL092W

9284_at 0.36758539 -0.00117867 -0.605974 -0.60479533 NA NA YMR319C

10412_f_at 0.34961234 -0.106695 -0.71059 -0.603895 PAU4 YLL064C

Part of 23-member seripauperin multigene family encoded mainly in

10697_at 0.09240391 -0.00409167 -0.60784467 -0.603753 NA NA YKL131W

5130_at 0.12767083 -0.009383 -0.613084 -0.603701 TAF6 YGL112C

TATA-binding protein-associated-factor

7770_at 0.35931566 -0.02843 -0.631848 -0.603418 ERG10

acetoacetyl CoA thiolase YPL028W

4963_at 0.06260649 -0.00184667 -0.605076 -0.60322933 ACB1 YGR037C

acyl-CoA-binding protein (ACBP)/diazepam binding inhibitor (DBI)/e

7059_at 0.23429773 -0.01758567 -0.620202 -0.60261633 APE3

aminopeptidase yscIII YBR286W

8661_at 0.39582201 -0.14052833 -0.742821 -0.60229267 protein kinase YGK3 YOL128C

6361_at 0.10359036 -0.01489333 -0.616844 -0.60195067 SWF1

Spore Wall Formation YDR126W

7269_g_at 0.1759749 -0.006295 -0.607222 -0.600927 NHP6B YBR090C-A

11 kDa nonhistone chromosomal protein /// Hypothetical ORF

5183_at 0.47019195 -0.04851633 -0.649162 -0.60064567 Hypothetical ORFNA YGL196W

11195_at 0.44702041 -0.06605767 -0.66601633 -0.59995867 Hypothetical ORFNA YJL185C

7563_at 0.21961917 -0.00113767 -0.60001167 -0.598874 RHO1 YPR165W

GTP-binding protein|rho subfamily

11110_at 0.09998546 -0.01248667 -0.61124833 -0.59876167 DNA helicase HPR5 YJL092W

4802_i_at 0.39741144 -0.02335467 -0.62189933 -0.59854467 TDH2 dehydrogenase

glyceraldehyde 3-phosphate YGR192C

10666_at 0.19076028 -0.009681 -0.60812633 -0.59844533 Hypothetical ORFNA YKL075C

4382_at 0.1871721 -0.025564 -0.62384267 -0.59827867 NA potential homolog of mammalian Insig

Protein of unknown function, YHR133C

7783_at 0.31971363 -0.06078233 -0.658932 -0.59814967 Member of theHST2 YPL015C

silencing information regulator 2 (Sir2) family of NAD

8814_at 0.07416462 -0.00368867 -0.60086333 -0.59717467 HOL1 superfamily

similar to the major facilitatorYNR055C of transporters

4318_at 0.19805581 -0.01234467 -0.60909133 -0.59674667 SCH9 YHR205W

cAMP-dependent protein kinase homolog|suppressor of cdc25ts

5548_at 0.15901562 -0.00512333 -0.60153267 -0.59640933 the mitochondrial inner membrane, mediates the ins

Translocase ofOXA1 YER154W

9546_at 0.54012936 -0.16014767 -0.75508733 -0.59493967 protein kinase YPK2 YMR104C

7780_at 0.24019837 -0.06259167 -0.657174 -0.59458233 CTF19

kinetochore protein YPL018W

8992_at 0.39457495 -0.07800767 -0.67203667 -0.594029 CPT1 YNL130C

sn-1,2-diacylglycerol cholinephosphotransferase

9494_at 0.31047606 -0.092689 -0.68639 -0.593701 the YMR140W

Sip5 facilitatesSIP5interaction between the Reg1Glc7 phosphatase

6387_at 0.23391072 -0.00267933 -0.59579767 -0.59311833 multispanning NAmembrane proteinYDR107C

10369_at 0.56162017 -0.25737267 -0.85017167 -0.592799 homolog

protein kinase KNS1 YLL019C

5811_at 0.11547991 -0.010602 -0.60276533 -0.59216333 Hypothetical ORFNA YEL073C

5608_at 0.44944735 -0.233106 -0.824767 -0.591661 YCK3

casein kinase I homolog YER123W

9207_at 0.18194808 -0.000816 -0.592199 -0.591383 LEM3

membrane glycoprotein YNL323W

9863_at 0.22126658 -0.025733 -0.61664033 -0.59090733 GAB1 YLR459W

GPI transamidase subunit, involved in attachment of glycosylphosp

10385_i_at 0.08930942 -0.008352 -0.59907267 -0.59072067 RPL8B YLL045C

ribosomal protein L8B (L4B) (rp6) (YL5)

10329_at 0.39350103 -0.04609467 -0.635918 -0.58982333 Hypothetical ORFNA YLL014W

8247_at 0.12491294 -0.00967 -0.59891933 -0.58924933 NOP58

U3 snoRNP protein YOR310C

8885_at 0.12768327 -0.005932 -0.595148 -0.589216 Hypothetical ORFNA YNL010W

3185_s_at 0.31452714 -0.10639933 -0.69499833 -0.588599 NA YIL175W

Hypothetical ORF /// Hypothetical ORF

8701_at 0.27815298 -0.05627667 -0.644714 -0.58843733 HRT1 YOL133W

Skp1-Cullin-F-box ubiquitin protein ligase (SCF) subunit

7124_at 0.52604117 -0.03044267 -0.61860267 -0.58816 SDS24 YBR214W

Similar to S. pombe SDS23, suppresses DIS2, localized to the nucl

6372_at 0.23733181 -0.029371 -0.61704933 -0.58767833 DNF2 translocase

Potential aminophospholipid YDR093W

3519_f_at 0.36807981 -0.11165333 -0.69784167 -0.58618833 NA NA YBRCDELTA14

7799_at 0.06060565 -0.00354633 -0.589277 -0.58573067 NA NA YPL044C

9665_at 0.52926668 -0.06714967 -0.65272367 -0.585574 GLO1 YML004C

lactoylglutathione lyase (glyoxalase I)

10470_at 0.45093107 -0.07663833 -0.66196233 -0.585324 SRL3 YKR091W

Cytoplasmic protein that, when overexpressed, suppresses the leth

10933_at 0.12198505 -0.00365067 -0.58860233 -0.58495167 RPL43B

ribosomal protein L43B YJR094W-A

11109_at 0.31758666 -0.011795 -0.595746 -0.583951 TOK1 YJL093C

outward-rectifier potassium channel

6114_at 0.23188234 -0.01007467 -0.59335967 -0.583285 NA VPS74 YDR372C

5240_at 0.46371035 -0.09123267 -0.673647 -0.58241433 SAP4 YGL229C

Protein required for function of the Sit4p protein phosphatase, mem

5703_at 0.42342666 -0.08840233 -0.670779 -0.58237667 The authentic, NA YER004W

non-tagged protein was localized to the mitochondria

6127_at 0.11844902 -0.01062133 -0.59237667 -0.58175533 NA YDR341C

Cytoplasmic arginyl-tRNA synthetase

6040_i_at 0.07675739 -0.00298067 -0.584212 -0.58123133 recognition motif|nuclear shuttling protein

contains RNA NPL3 YDR433W

6139_at 0.214453 -0.03631333 -0.61738467 -0.58107133 TRR1 YDR353W

thioredoxin reductase|EC 1.6.4.5

6935_at 0.02956897 -0.00128067 -0.58217967 -0.580899 GLK1 YCL042W

Hypothetical ORF /// glucokinase

4068_at 0.24008424 -0.05821467 -0.63885733 -0.58064267 DAL3

ureidoglycolate hydrolase YIR032C

10660_at 0.22921569 -0.023466 -0.60397133 -0.58050533 VMA5 C|vacuolar

V1 sector hydrophilic subunitYKL080W ATPase V1 domain subun

10955_at 0.39060807 -0.081241 -0.66162667 -0.58038567 NA NA YJR071W

8633_at 0.20466035 -0.01367367 -0.593708 -0.58003433 MET22 YOL064C

3'(2')5'-bisphosphate nucleotidase

9942_at 0.45479419 -0.18655733 -0.76631067 -0.57975333 NMD4 YLR363C

putative Upf1p-interacting protein

9542_at 0.50814543 -0.16861567 -0.74701867 -0.578403 MUB1 YMR100W

Homolog of samB gene of Aspergillus nidulans (deletion of samB re

6634_at 0.17626964 -0.01025367 -0.588321 -0.57806733 BPL1

biotin:apoprotein ligase YDL141W

8786_f_at 0.44103439 -0.12328767 -0.701231 -0.57794333 PAU4 YNR076W

Part of 23-member seripauperin multigene family encoded mainly in

8587_at 0.15404645 -0.009671 -0.58652133 -0.57685033 TAT2 YOL020W

tryptophan permease, high affinity

9295_g_at 0.29559763 -0.00103867 -0.576988 -0.57594933 Hypothetical ORFNA YMR122w-a

4258_at 0.29677304 -0.00444367 -0.580028 -0.57558433 SSL2 ERCC3

DNA helicase|human XPBC, YIL143Chomolog

8866_at 0.07685921 -0.01069967 -0.58499633 -0.57429667 Hypothetical ORFNA YNR018W

4044_s_at 0.27223281 -0.05063567 -0.624809 -0.57417333 Mps One Binder MOB1 YIL106W

10170_g_at 0.48329613 -0.27403533 -0.84811167 -0.57407633 RRN5 YLR140W

UAF member (upstream activation factor) along with Rrn9p and Rrn

10256_at 0.15729469 -0.01948233 -0.593346 -0.57386367 SUL2

high affinity sulfate permease YLR092W

4177_at 0.29273877 -0.06078433 -0.634215 -0.57343067 Hypothetical ORFNA YIL089W

7955_at 0.54957295 -0.04794833 -0.62122067 -0.57327233 TPK2 YPL203W

cAMP-dependent protein kinase catalytic subunit

10206_at 0.39851137 -0.086971 -0.660174 -0.573203 NA YLR132C

Protein required for cell viability

3236_f_at 0.23040432 -0.03837967 -0.61106433 -0.57268467 NA YGRCTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8893_at 0.3198008 -0.032537 -0.60439267 -0.57185567 SFB2

zinc finger protein (putative) YNL049C

7993_at 0.28357836 -0.03071967 -0.60189033 -0.57117067 G1 cyclin CLN2 YPL256C

8969_at 0.15062839 -0.00326667 -0.574403 -0.57113633 Hypothetical ORFNA YNL108C

6245_at 0.21719971 -0.03475467 -0.605257 -0.57050233 homoaconitase LYS4 YDR234W

7956_at 0.40174162 -0.08434267 -0.65448833 -0.57014567 AFT2 YPL202C

Activator of Iron (Fe) Transcription

8299_at 0.31598216 -0.00700967 -0.57653867 -0.569529 protein kinase KIN4 YOR233W

10246_at 0.29748107 -0.06296067 -0.63160033 -0.56863967 Rad53 YLR082C

Suppressor of SRL2 null Lethality

9502_at 0.21640924 -0.047679 -0.615441 -0.567762 Hypothetical ORFNA YMR147W

6937_at 0.59458995 -0.11491567 -0.68176567 -0.56685 GLK1 YCL040W

Hypothetical ORF /// glucokinase

5660_at 0.44346554 -0.18021333 -0.74706 -0.56684667 NA YER048W-A

Similar to D. melanogaster protein; weaker homology to C. elegans

7985_at 0.38236906 -0.050606 -0.61736433 -0.56675833 cyclin PCL8 YPL219W

7383_at 0.13637377 -0.01815167 -0.58480967 -0.566658 NCL1

tRNA:m5C-methyltransferase YBL024W

11182_at 0.45525647 -0.17832967 -0.743781 -0.56545133 Component of SSY5 YJL156C

the SPS plasma membrane amino acid sensor syste

6876_at 0.04223273 -0.00341833 -0.56875833 -0.56534 Hypothetical ORFNA YCL002C

10153_at 0.2277326 -0.00654167 -0.571734 -0.56519233 Hypothetical ORFNA YLR173W

11249_f_at 0.41727978 -0.12967567 -0.69438033 -0.56470467 PAU4 YJL223C

Part of 23-member seripauperin multigene family encoded mainly in

9172_at 0.30647363 -0.005078 -0.569617 -0.564539 RFA2 YNL312W

29% identical to the human p34 subunit of RF-A|replication factor R

7851_at 0.22408016 -0.00627167 -0.570591 -0.56431933 BRO1 YPL084W

BCK1-like resistance to osmotic shock

11209_at 0.08651754 -0.00562467 -0.56945233 -0.56382767 KRE9

cell wall beta-glucan assembly YJL174W

9148_at 0.27565675 -0.00167667 -0.56546133 -0.56378467 N-glycosylatedMID1 YNL291C

integral plasma membrane protein

8630_at 0.30057924 -0.0449 -0.60868367 -0.56378367 RTG1

transcription factor YOL067C

5054_at 0.3964052 -0.03705833 -0.60084133 -0.563783 PRM8 YGL053W

Pheromone-regulated protein with 2 predicted transmembrane segm

5672_at 0.34776338 -0.104277 -0.667927 -0.56365 p14.5 family with

Member of theHMF1 protein YER057C similarity to Mmf1p, function

6678_at 0.34838854 -0.079833 -0.64272267 -0.56288967 Hypothetical ORFNA YDL186W

6284_at 0.121707 -0.00575367 -0.568052 -0.56229833 CDC1 YDR182W

Putative membrane protein of unknown function involved in Mn2+ h

10447_s_at 0.24137923 -0.00194467 -0.56384533 -0.56190067 PTK1 YKL198C

Putative serine/threonine protein kinase

5941_at 0.15312525 -0.02098167 -0.58284067 -0.561859 NA

mammalian GRASP protein homolog YDR517W

5018_at 0.26185382 -0.044903 -0.605879 -0.560976 NA YGR001C

Putative methyltransferase, based on sequence similarity to methyl

6514_at 0.62999082 -0.462692 -1.02346133 -0.56076933 PRM7 YDL038C

Hypothetical ORF /// Pheromone-regulated protein, predicted to hav

9309_at 0.10376094 -0.01160333 -0.57237033 -0.560767 ADH2

alcohol dehydrogenase II YMR303C

9323_at 0.55931572 -0.12552133 -0.68587533 -0.560354 Hypothetical ORFNA YMR315W

9045_at 0.15594829 -0.00756933 -0.56623767 -0.55866833 The authentic, NA YNL168C

non-tagged protein was localized to mitochondria

4391_at 0.31399144 -0.03967467 -0.597309 -0.55763433 CHS7 YHR142W

The seventh gene identified that is involved in chitin synthesis; invo

8535_at 0.19109153 -0.013614 -0.57110533 -0.55749133 PET127

mitochondrial membrane protein YOR017W

10647_at 0.33418656 -0.02628133 -0.58374033 -0.557459 BUD2 YKL092C

GTPase activating protein (GAP) for Rsr1p/Bud1p

4955_at 0.22695434 -0.03832833 -0.59528033 -0.556952 SMD1 YGR074W

Homolog of human core snRNP protein D1, involved in snRNA mat

9974_at 0.36311907 -0.063932 -0.62053467 -0.55660267 ORM2 YLR350W

Endoplasmic reticulum membrane-anchored protein

6458_at 0.35441453 -9.77E-05 -0.556275 -0.5561773 NRG1 YDR043C

binds to UAS-1 in the STA1 promoter and can interact with Ssn6p|tr

11020_i_at 0.61929235 -0.343196 -0.89863367 -0.55543767 PRE3

20S proteasome subunit YJL001W

6868_at 0.3334661 -0.09126867 -0.646381 -0.55511233 NA SNT1 YCR033W

8036_at 0.31313771 -0.06889167 -0.62395533 -0.55506367 APM1 YPL259C

clathrin associated protein complex medium subunit

10292_at 0.3049155 -0.00891733 -0.56387467 -0.55495733 Hypothetical ORFNA YLR040C

7173_at 0.24752384 -0.01212567 -0.56522633 -0.55310067 SEC66 Sec62p and

glycoprotein complexed with YBR171W Sec63p in the Sec63 com

10496_at 0.16186003 -0.00952933 -0.562512 -0.55298267 DRE2 mutation

Protein of unknown function; YKR071Cdisplays synthetic lethal inter

6652_at 0.35512273 -0.06581967 -0.61878867 -0.552969 SFA1 YDL168W

glutathione-dependent formaldehyde dehydrogenase|long-chain alc

9427_at 0.07141611 -0.001586 -0.55396233 -0.55237633 ROT1

membrane protein (putative) YMR200W

8636_at 0.05890897 -0.00428433 -0.55664267 -0.55235833 PRS5 YOL061W

phosphoribosylpyrophosphate synthetase (ribose-phosphate pyroph

6603_at 0.24809104 -0.03631667 -0.58771733 -0.55140067 G1 cyclin PCL2 YDL127W

4105_at 0.11921353 -0.000776 -0.55195967 -0.55118367 HIS6 YIL020C

phosphoribosyl-5-amino-1-phosphoribosyl-4-imidazolecarboxiamide

4041_at 0.15313997 -0.02434667 -0.575405 -0.55105833 NA NA YIR020c-a

6553_at 0.22400788 -0.00313967 -0.55376967 -0.55063 ASM4

nuclear pore complex subunit YDL088C

5251_f_at 0.50024799 -0.16639867 -0.71672833 -0.55032967 PAU4 YGL261C

Part of 23-member seripauperin multigene family encoded mainly in

7160_at 0.29164632 -0.00595367 -0.55620133 -0.55024767 KTR3 YBR205W

alpha-1,2-mannosyltransferase (putative)

6835_at 0.33419386 -0.038177 -0.58804667 -0.54986967 BUD23 YCR047C

Protein involved in bud-site selection; diploid mutants display a rand

9415_at 0.18812925 -0.00298933 -0.55261033 -0.549621 PEP5

Zn-finger protein (putative) YMR231W

11377_at 0.29480055 -0.03855267 -0.587731 -0.54917833 FUN19

Protein of unknown function YAL034C

11017_at 0.35874852 -0.07601967 -0.624863 -0.54884333 SYS1 null mutation

Multicopy suppressor of ypt6 YJL004C

8811_at 0.14829143 -0.017794 -0.566154 -0.54836 NOG2

part of a pre-60S complex YNR053C

4080_at 0.05553477 -0.00229733 -0.55055567 -0.54825833 INP51 YIL002C

phosphatidylinositol 4,5-bisphosphate 5-phosphatase

3337_i_at 0.67254795 -0.52453 -1.072599 -0.548069 NA NA YERCSIGMA2

10052_at 0.54177537 -0.04329 -0.59055167 -0.54726167 SEC72 YLR292C

protein involved in membrane protein insertion into the ER

8348_i_at 0.57326328 -0.23758567 -0.784663 -0.54707733 Hypothetical ORFNA YOR192C

5695_at 0.4213822 -0.037792 -0.58405467 -0.54626267 activator of nitrogen-regulated genes

transcriptional GLN3 YER040W

4574_at 0.25367617 -0.00631833 -0.55224 -0.54592167 SBP1 YHL034C

single stranded nucleic acid binding protein

5988_at 0.42655293 -0.04576067 -0.591285 -0.54552433 NA

Jumonji Interacting Protein YDR474C

5616_at 0.24923393 -0.00377033 -0.54852867 -0.54475833 Sbh2p homologBH1S YER087C-A

5256_at 0.09403785 -0.00136933 -0.54609567 -0.54472633 MNT2

alpha-1,3-mannosyltransferase YGL257C

4832_at 0.40327162 -0.140571 -0.68482967 -0.54425867 ATF2

alcohol acetyltransferase YGR177C

7336_at 0.34471788 -0.04259933 -0.586707 -0.54410767 CHS3

chitin synthase 3 YBR023C

7248_at 0.20654452 -0.01774933 -0.561616 -0.54386667 CYC8 YBR112C

General transcriptional co-repressor, acts together with Tup1p; also

8697_at 0.24796015 -0.01671367 -0.56038867 -0.543675 BSC6 YOL137W

Transcript encoded by this ORF shows a high level of stop codon b

10769_at 0.59781498 -0.183572 -0.72709567 -0.54352367 SDS22

Glc7p regulatory subunit YKL193C

9139_at 0.12706494 -0.012726 -0.556246 -0.54352 GIS2 YNL255C

Putative zinc finger protein with similarity to human CNBP, propose

6849_at 0.25861757 -0.006106 -0.54944333 -0.54333733 CWH43 YCR017C

Putative sensor/transporter protein involved in cell wall biogenesis;

10044_at 0.04001326 -0.00235 -0.54529267 -0.54294267 NNT1 YLR285W

Putative nicotinamide N-methyltransferase

3299_f_at 0.33555473 -0.078701 -0.62156133 -0.54286033 NA YGL260W

Hypothetical ORF /// Hypothetical ORF

10578_at 0.15308072 -0.02307867 -0.56550333 -0.54242467 Hypothetical ORF NA YKR015C

10255_at 0.2195953 -0.001241 -0.543386 -0.542145 Hypothetical ORF NA YLR091W

10166_at 0.21191339 -0.02835 -0.56933167 -0.54098167 RPL37A (L43)YLR185W

(YL35)

ribosomal protein L37A /// RPL37B /// ribosomal protein L37B (L43

6800_at 0.12619242 -0.00118767 -0.54207433 -0.54088667 regulator

transcriptional RDS1 YCR106W

5257_at 0.24863179 -0.03428167 -0.575024 -0.54074233 ADH4 YGL256W

alcohol dehydrogenase isoenzyme IV

7304_at 0.18936005 -0.00280133 -0.54350767 -0.54070633 SEC18 YBR080C

ATPase|NSF|protein involved in protein transport between ER and

3387_f_at 0.18661549 -0.02404167 -0.56452467 -0.540483 NA YDRWTY1-4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9898_at 0.43943203 -0.081091 -0.62120233 -0.54011133 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YLR407W

11298_at 0.29364065 -0.061416 -0.600613 -0.539197 SWH1 YAR042W

Similar to mammalian oxysterol-binding protein

10274_at 0.29846591 -0.035715 -0.57367367 -0.53795867 Hypothetical ORF NA YLR065C

7040_g_at 0.30230686 -0.02939833 -0.56675533 -0.537357 NA NA YBR266C

10386_s_at 0.18342605 -0.00894233 -0.54608933 -0.537147 RPL8B YLL045C

ribosomal protein L8B (L4B) (rp6) (YL5)

10997_at 0.35892255 -0.01187233 -0.548713 -0.53684067 NA NA YJR020W

10075_at 0.72814072 -0.388001 -0.92449767 -0.53649667 NA NA YLR270W

5617_at 0.16784276 -0.00773333 -0.54417567 -0.53644233 DOT6 involved in

Protein of unknown function, YER088C telomeric gene silencing an

8344_at 0.40831128 -0.11911567 -0.654792 -0.53567633 MSB1 YOR188W

Protein involved in positive requlation of both 1,3-beta-glucan synth

7701_at 0.54327916 -0.13346533 -0.66862433 -0.535159 NA NA YPR038W

9202_at 0.21692833 -0.01755267 -0.552513 -0.53496033 chaperonin MDJ2 YNL328C

6365_at 0.18329105 -0.02827633 -0.562654 -0.53437767 FIN1 YDR130C

Basic protein with putative coiled-coil regions that comprises a filam

7947_at 0.16281863 -0.00320433 -0.53755567 -0.53435133 NIP7 YPL211W

Nip7p is required for 60S ribosome subunit biogenesis

8013_at 0.02966935 -0.000142 -0.53432733 -0.53418533 SUI3 YPL237W

translation initiation factor eIF-2 beta subunit

10376_at 0.46637126 -0.21016933 -0.744232 -0.53406267 Hypothetical ORF NA YLL054C

9496_at 0.08319386 -0.00241067 -0.53643033 -0.53401967 RPL13B

ribosomal protein L13B YMR142C

8004_at 0.13152589 -0.001103 -0.535104 -0.534001 rhomboid proteaseRBD2 YPL246C

9964_at 0.19831152 -0.01715333 -0.55108133 -0.533928 RPP0

ribosomal protein P0 (A0) (L10E) YLR340W

10297_at 0.24717123 -0.046489 -0.580378 -0.533889 STU2 YLR045C

Control of microtubule dynamics by Stu2p is essential for spindle or

7328_at 0.37116115 -0.01002733 -0.54307967 -0.53305233 MNN2 YBR015C

golgi alpha-1,2-mannosyltransferase (putative)

6831_at 0.17846165 -0.01990167 -0.552871 -0.53296933 Hypothetical ORF NA YCR043C

3780_f_at 0.31968657 -0.080155 -0.613007 -0.532852 NA YLRWTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7969_at 0.49898263 -0.13552067 -0.66778467 -0.532264 Hypothetical ORF NA YPL191C

10960_at 0.14999293 -0.00345067 -0.53546167 -0.532011 CDC11

10 nm filament component ofYJR076Cmother-bud neck|septin

5071_at 0.10934892 -0.00885967 -0.54057033 -0.53171067 The authentic, NA YGL080W

non-tagged protein was localized to the mitochondria

8691_at 0.23152552 -0.03965533 -0.571034 -0.53137867 RIB4 YOL143C

6,7-dimethyl-8-ribityllumazine synthase (DMRL synthase)

7973_at 0.29592796 -0.05702767 -0.58829867 -0.531271 FAS2

fatty acid synthase alpha subunitYPL231W

10879_at 0.33002352 -0.042604 -0.57360267 -0.53099867 alpha-mannosidaseMNS1 YJR131W

4465_at 0.22000731 -0.00350733 -0.53442067 -0.53091333 SAM35 YHR083W

Essential component of the sorting and assembly machinery (SAM

8365_at 0.46018587 -0.06350633 -0.59440533 -0.530899 PTP2

tyrosine phosphatase YOR208W

8641_at 0.30325394 -0.03843467 -0.56750467 -0.52907 TPT1

tRNA 2'-phosphotransferase YOL102C

4743_at 0.33022344 -0.000213 -0.52920433 -0.52899133 FOL2

GTP-cyclohydrolase I YGR267C

4466_at 0.23070727 -0.007317 -0.535872 -0.528555 STE12

transcription factor YHR084W

11101_at 0.41056389 -0.06800467 -0.59650433 -0.52849967 Zinc-regulatedZAP1 YJL056C

transcription factor, binds to zinc-responsive promot

5542_at 0.38434373 -0.001484 -0.528324 -0.52684 TFIID subunit SPT15 YER148W

6580_at 0.38823275 -0.06159867 -0.58842633 -0.52682767 PHO2 YDL106C

homeobox transcription factor|positive regulator of PHO5 and other

5003_at 0.20766076 -0.00189967 -0.52840033 -0.52650067 PUF

member of thePUF4 protein family YGL014W

8009_at 0.14604612 -0.01339433 -0.53976033 -0.526366 cofactor C

tubulin folding CIN2 YPL241C

8639_at 0.50296256 -0.18509467 -0.71081833 -0.52572367 NDJ1 YOL104C

Meiosis-specific telomere protein Ndj1p is required for bouquet form

4158_at 0.56259168 -0.27504233 -0.80034667 -0.52530433 NA NA YIL059C

7742_at 0.26946976 -0.022696 -0.54756933 -0.52487333 ARP7 YPR034W

actin related protein|chromatin remodeling Snf/Swi complex subunit

5004_at 0.33182189 -0.00727933 -0.532077 -0.52479767 PDR1 YGL013C

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

6527_at 0.10132917 -0.00126 -0.52580567 -0.52454567 NA NA YDL071C

4813_at 0.38294882 -0.071163 -0.595146 -0.523983 NA YGR203W

Probable protein tyrosine phosphatase of the CDC25-like phosphat

7600_s_at 0.5625466 -0.02442533 -0.54812067 -0.52369533 TPO2 /// TPO3YPR156C

Polyamine transport protein /// Polyamine transport protein

7926_at 0.25336842 -0.03352767 -0.557221 -0.52369333 POS5 phosphorylates NADH; also phosphory

Mitochondrial NADH kinase, YPL188W

7067_at 0.3981386 -0.113709 -0.63700433 -0.52329533 is mediated by specific sulfate transporters SUL1 an

sulfate uptake SUL1 YBR294W

7696_at 0.207253 -0.011037 -0.53393933 -0.52290233 NA NA YPR076W

7375_at 0.53503701 -0.21872667 -0.741625 -0.52289833 PET9

ADP/ATP translocator YBL030C

9743_at 0.61060062 -0.08078467 -0.60347867 -0.522694 TSL1 YML100W

similar to TPS3 gene product|trehalose-6-phosphate synthase/phos

10354_at 0.21730475 -0.03862967 -0.56087533 -0.52224567 Hypothetical ORFNA YLL032C

4753_at 0.28266271 -0.010875 -0.53287233 -0.52199733 PHO81 YGR233C

Cyclin-dependent kinase (CDK) inhibitor, regulates Pho80p-Pho85p

8694_at 0.28123071 -0.03088667 -0.55260633 -0.52171967 aminotransferase

acetylornithineARG8 YOL140W

9457_g_at 0.70538813 -0.242186 -0.76388167 -0.52169567 HSP82 YMR186W

heat shock protein 90|mammalian Hsp90 homolog

4360_at 0.36425832 -0.032916 -0.55420067 -0.52128467 Hypothetical ORFNA YHR155W

8236_at 0.62464865 -0.113192 -0.63446633 -0.52127433 NA YOR302W

CPA1 uORF , Arginine attenuator peptide, regulates translation of t

4256_at 0.26282569 -0.02512533 -0.54576633 -0.520641 PAN6

pantothenate synthase YIL145C

10342_at 0.41384042 -0.023737 -0.54415233 -0.52041533 DNM1

similar to dynamin GTPase YLL001W

10688_at 0.34846202 -0.02452333 -0.54428033 -0.519757 CWP2

cell wall mannoprotein YKL097W-A

6235_at 0.20000626 -0.000317 -0.519788 -0.519471 HTB1 YDR224C

histone H2B (HTB1 and HTB2 code for nearly identical proteins)

8660_at 0.32912348 -0.04560233 -0.564542 -0.51893967 NA VPS68 YOL129W

3498_f_at 0.23270645 -0.00713267 -0.52566633 -0.51853367 NA YCLWTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

4247_at 0.44384905 -0.106994 -0.62545667 -0.51846267 IMP2'

transcription factor YIL154C

6138_at 0.10304892 -0.00494567 -0.522986 -0.51804033 Hypothetical ORFNA YDR352W

7614_at 0.20125496 -0.00142667 -0.51880133 -0.51737467 ANT1

adenine nucleotide transporter YPR128C

11178_at 0.35236721 -0.07671867 -0.59407033 -0.51735167 Hypothetical ORFNA YJL160C

5378_at 0.33609504 -0.06674367 -0.58313933 -0.51639567 WWM1 YFL010C

WW domain containing protein interacting with Metacaspase (MCA

8675_at 0.41025124 -0.051798 -0.568016 -0.516218 SKM1 YOL113W

Serine/threonine protein kinase with similarity to Ste20p and Cla4p

9697_at 0.25121401 -0.04345833 -0.55949767 -0.51603933 NA NA YML058C-A

5221_at 0.31040921 -0.05856733 -0.57449867 -0.51593133 NA NA YGL204C

7117_at 0.159405 -0.00515867 -0.519635 -0.51447633 DUT1

dUTP pyrophosphatase YBR252W

10120_at 0.41528283 -0.088912 -0.60328233 -0.51437033 ECM22 YLR228C

Sterol regulatory element binding protein, regulates transcription of

10295_at 0.32025399 -0.02288 -0.53716267 -0.51428267 thioredoxin|ECTRX11.8.4.8 YLR043C

10025_at 0.21413881 -0.01290667 -0.52718867 -0.514282 CDC25 protein

adenylate cyclase regulatory YLR310C

7796_at 0.29687276 -0.016658 -0.529377 -0.512719 NA YPL047W

Probable 11kDa subunit of the SAGA histone acetyltransferase com

10103_at 0.50910495 -0.05213567 -0.56402433 -0.51188867 Hypothetical ORFNA YLR211C

4255_at 0.38529891 -0.044152 -0.55591367 -0.51176167 protein YIL146C

Non-essential ECM37 of unknown function

10286_at 0.49802173 -0.09534667 -0.605298 -0.50995133 SMF3 YLR034C

Nramp homolog|SMF1 and SMF2 homolog|metal transporter (putat

5668_at 0.052974 -0.00300033 -0.51292133 -0.509921 FCY2

purine-cytosine permease YER056C

8432_at 0.32908192 -0.02367033 -0.533504 -0.50983367 SFL1

transcription factor YOR140W

6339_at 0.45568658 -0.019317 -0.52873033 -0.50941333 KGD2 YDR148C

alpha-ketoglutarate dehydrogenase complex dihydrolipoyl transsuc

6290_at 0.15815744 -0.00558133 -0.514969 -0.50938767 cytosolic chaperonin Cct ring complex, related to Tcp

Subunit of the CCT6 YDR188W

4725_f_at 0.53713267 -0.183823 -0.69310633 -0.50928333 NA NA YGR122C-A

3279_f_at 0.2780899 -0.04250267 -0.551043 -0.50854033 NA YGRWTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10636_at 0.27535019 -0.00334333 -0.511768 -0.50842467 aldolase FBA1 YKL060C

10008_at 0.32753648 -0.065265 -0.57285033 -0.50758533 NA NA YLR338W

9530_at 0.18133347 -0.005358 -0.51227067 -0.50691267 Hypothetical ORFNA YMR088C

3916_s_at 0.23374658 -7.67E-05 -0.50680467 -0.50672797 NA YARCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10789_f_at 0.23569015 -0.02277667 -0.52944433 -0.50666767 Hypothetical ORFNA YKL224C

3714_f_at 0.30835772 -0.032765 -0.53915967 -0.50639467 NA YMRCTY1-3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8619_at 0.49636701 -0.14069733 -0.64675267 -0.50605533 NA NA YOL079W

7847_at 0.48050979 -0.176172 -0.68177933 -0.50560733 NA YPL088W

Putative aryl alcohol dehydrogenase; transcription is activated by pa

6380_at 0.46585238 -0.09445433 -0.59967933 -0.505225 NA

integral membrane protein YDR100W

7814_at 0.26500754 -0.03658367 -0.541777 -0.50519333 GPI2 YPL076W

Protein involved in the synthesis of N-acetylglucosaminyl phosphati

8225_at 0.07909275 -0.00078433 -0.505977 -0.50519267 ALA1 YOR335C

Cytoplasmic alanyl-tRNA synthetase, required for protein synthesis

6227_at 0.31901984 -0.00889367 -0.51362033 -0.50472667 Hypothetical ORFNA YDR262W

4280_f_at 0.46440452 -0.12027867 -0.624731 -0.50445233 PAU4 YIL176C

Part of 23-member seripauperin multigene family encoded mainly in

10914_at 0.60868182 -0.167619 -0.671711 -0.504092 ATP2 YJR121W

F(1)F(0)-ATPase complex beta subunit

6393_at 0.5492956 -0.052338 -0.55641467 -0.50407667 DOA4

ubiquitin isopeptidase YDR069C

6613_at 0.14711163 -0.01755167 -0.52133567 -0.503784 NA NA YDL118W

8529_at 0.36131173 -0.054617 -0.557482 -0.502865 Hypothetical ORFNA YOR012W

8646_at 0.16553267 -0.02264567 -0.52530833 -0.50266267 WRS1

tryptophan-tRNA ligase YOL097C

8239_at 0.07144491 -0.00184033 -0.503643 -0.50180267 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YOR304C-A

6536_at 0.16016317 -0.00098733 -0.50256333 -0.501576 NA NA YDL062W

10514_at 0.64210923 -0.18137667 -0.68249733 -0.50112067 UTH1 YKR042W

Youth, involved in determining yeast longevity

6646_at 0.29995162 -0.00637267 -0.50653967 -0.500167 DLD1 YDL174C

D-lactate ferricytochrome c oxidoreductase

11002_at 0.23544754 -0.01197333 -0.51198933 -0.500016 Hypothetical ORFNA YJR024C

11071_at 0.32506865 -0.02115733 -0.52088767 -0.49973033 MHP1 YJL042W

microtubule-associated protein (MAP) (putative)

3613_i_at 0.48646036 -0.16794367 -0.667599 -0.49965533 NA NA YORCDELTA18

11320_at 0.15856795 -0.00207233 -0.50093433 -0.498862 EFB1 YAL003W

translation elongation factor EF-1beta

10944_at 0.19330679 -0.002332 -0.50062333 -0.49829133 CBF1

basic helix-loop-helix protein YJR060W

10351_at 0.3131752 -0.007204 -0.50547233 -0.49826833 GRC3 required for

Protein of unknown function, YLL035W cell growth and possibly in

5410_f_at 0.22832781 -0.00542867 -0.50299233 -0.49756367 PAU5 YFL020C

Part of 23-member seripauperin multigene family encoded mainly in

5749_at 0.53154733 -0.21508367 -0.71251467 -0.497431 Hypothetical ORFNA YEL041W

5746_at 0.37053403 -0.02252133 -0.51971033 -0.497189 MNN1

alpha-1,3-mannosyltransferase YER001W

7342_at 0.48702794 -0.15239467 -0.64934633 -0.49695167 cytidylyltransferase

phosphatidate CDS1 YBR029C

6328_at 0.41550028 -0.06053767 -0.55593367 -0.495396 HPR1 YDR138W

Subunit of THO/TREX, related complexes that couple transcription

3818_at 0.27200985 -0.04659033 -0.54154533 -0.494955 NA NA YKLCDELTA4

4356_at 0.33384011 -0.07772633 -0.572039 -0.49431267 Hypothetical ORFNA YHR151C

9894_at 0.3304123 -0.07146833 -0.565386 -0.49391767 Hypothetical ORFNA YLR445W

6674_at 0.46752454 -0.04286367 -0.53626133 -0.49339767 NA NA YDL189W

6449_at 0.44226822 -0.010485 -0.50357033 -0.49308533 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR034W-B

6152_at 0.26640803 -0.03638767 -0.529312 -0.49292433 asparaginase IASP1 YDR321W

6577_at 0.30145117 -0.047295 -0.54015 -0.492855 Hypothetical ORFNA YDL109C

10147_at 0.18321404 -0.002621 -0.49543833 -0.49281733 RPS31 YLR167W

ribosomal protein S31 (S37) (YS24)|also encodes a ubiquitin protei

10446_s_at 0.4164365 -0.03999733 -0.532785 -0.49278767 PTK1 YKL199C

Putative serine/threonine protein kinase

3911_at 0.37774514 -0.06225867 -0.554749 -0.49249033 NA NA YARCDELTA3

7197_at 0.34253005 -0.022005 -0.514468 -0.492463 APD1 required for

Protein of unknown function, YBR151W normal localization of actin

7645_at 0.29731096 -0.02127967 -0.51346033 -0.49218067 PIS1

phosphatidylinositol synthase YPR113W

8901_at 0.38605465 -0.019336 -0.51113467 -0.49179867 Hypothetical ORFNA YNL040W

9152_at 0.23595271 -0.00346967 -0.49444133 -0.49097167 SEC21 YNL287W

PEST sequence-containing protein|non-clathrin coat protein

11222_at 0.28934238 -0.04962767 -0.54048667 -0.490859 ReCYcling 1 RCY1 YJL204C

7413_at 0.1481244 -0.00417233 -0.49473967 -0.49056733 CTP synthase URA7 YBL039C

8409_at 0.11821272 -0.00646133 -0.496837 -0.49037567 YRR1

transcription factor YOR162C

6454_g_at 0.18398275 -0.00013433 -0.49016367 -0.49002933 ENA1 YDR038C

P-type ATPase Na+ pump|plasma membrane ATPase

5533_at 0.08313472 -0.00455767 -0.49458533 -0.49002767 Hypothetical ORFNA YER184C

4811_at 0.36237818 -0.06685 -0.55645367 -0.48960367 Hypothetical ORFNA YGR201C

6717_at 0.35028397 -0.01977767 -0.50880267 -0.489025 PHO13

p-nitrophenyl phosphatase YDL236W

5147_at 0.38877692 -0.003227 -0.49097733 -0.48775033 GPI10 YGL142C

Identified by expression profiling and mass spectrometry /// alpha 1

9306_at 0.41207326 -0.03409667 -0.521666 -0.48756933 ADE4 YMR300C

phosphoribosylpyrophosphate amidotransferase

7781_at 0.20720707 -0.013958 -0.50100533 -0.48704733 NA YPL017C

Putative S-adenosylmethionine-dependent methyltransferase of the

10690_at 0.51098199 -0.16925267 -0.65621833 -0.48696567 YJU2 YKL095W

Essential nuclear protein; putative spliceosomal component involve

6856_at 0.40455957 -0.03934233 -0.52572967 -0.48638733 Hypothetical ORFNA YCR023C

4568_at 0.19148874 -0.00935233 -0.495499 -0.48614667 ARN1 YHL040C

Transporter, member of the ARN family of transporters that specific

9055_at 0.29137259 -0.00375567 -0.48945467 -0.485699 SPS18

transcription factor YNL204C

5259_at 0.20942098 -0.00402033 -0.48967267 -0.48565233 FZF1 YGL254W

contains five zinc fingers|transcription factor

8932_at 0.34440861 -0.00720133 -0.492808 -0.48560667 POR1 /// POR2 YNL055C

porin|voltage-dependent anion channel (VDAC) /// voltage depende

6889_at 0.61985095 -0.05048533 -0.53608867 -0.48560333 NA NA YCR013C

8616_at 0.49610008 -0.02864967 -0.51364967 -0.485 ATG19 YOL082W

Receptor for biosynthetic cytoplasm to vacuole targeting

9727_at 0.23094634 -0.00724533 -0.49192167 -0.48467633 calcium and lipid binding domains; localized to the b

Contains threeTCB3 YML072C

4396_at 0.34380203 -0.05514867 -0.53971467 -0.484566 CRP1

Cruciform DNA binding protein YHR146W

4782_at 0.27130291 -0.020887 -0.505229 -0.484342 GPI1 YGR216C

Membrane protein involved in the synthesis of N-acetylglucosaminy

10642_at 0.21469481 -0.004676 -0.488712 -0.484036 DEF1

Rad26-interacting protein YKL054C

4339_at 0.06223495 -0.00053433 -0.48448333 -0.483949 OYE2

NAPDH dehydrogenase (old YHR179Wyellow enzyme), isoform 2

4094_at 0.36292978 -0.05917433 -0.54261133 -0.483437 GAT4 YIR013C

Protein containing GATA family zinc finger motifs

7762_at 0.22149528 -0.008976 -0.49206667 -0.48309067 RPA135

RNA polymerase I subunit YPR010C

8410_at 0.53018724 -0.02085133 -0.503455 -0.48260367 DDP1 YOR163W

diadenosine and diphosphoinositol polyphosphate phosphohydrola

6624_at 0.18380976 -0.01407867 -0.49629233 -0.48221367 NA NA YDL151C

4496_at 0.48228898 -0.118242 -0.600115 -0.481873 Hypothetical ORFNA YHR022C

3357_at 0.4605894 -0.15915133 -0.64087333 -0.481722 NA NA YDR544C

10853_at 0.36866223 -0.04112767 -0.521605 -0.48047733 DAN4

cell wall mannoprotein YJR151C

8855_at 0.58965148 -0.08260733 -0.562952 -0.48034467 ATG3 YNR007C

Protein involved in autophagocytosis during starvation

9473_at 0.40751768 -0.04116233 -0.521347 -0.48018467 ER membraneYMR161W unknown function, similar to

Tail-anchored HLJ1 protein of

6394_at 0.53782931 -0.032986 -0.51281933 -0.47983333 The authentic, NA YDR070C

non-tagged protein was localized to the mitochondria

6264_at 0.38231361 -0.04276367 -0.522508 -0.47974433 URS1-binding YDR207C

C6 zinc finger UME6 protein

4395_at 0.37878245 -0.09409033 -0.57351633 -0.479426 NA YHR145C

Identified by expression profiling and mass spectrometry

9028_at 0.24937751 -0.01221667 -0.491342 -0.47912533 UBP10 YNL186W

Ubiquitin-specific protease that deubiquitinates ubiquitin-protein mo

10323_at 0.29995029 -0.015327 -0.49427067 -0.47894367 AAT2

aspartate aminotransferase YLR027C

5547_at 0.16375747 -0.016344 -0.49470333 -0.47835933 PET122 YER153C

translational activator of cytochrome C oxidase subunit III

8990_at 0.28700844 -0.03540033 -0.51354467 -0.47814433 KRE33

Killer toxin REsistant YNL132W

9673_at 0.4379013 -0.06651 -0.544533 -0.478023 AMP deaminase AMD1 YML035C

10608_at 0.43187075 -0.095425 -0.57333667 -0.47791167 NA NA YKL044W

4893_at 0.34640267 -0.03341867 -0.510992 -0.47757333 NOP7 rRNA processing and 60S ribosomal s

Nucleolar protein involved in YGR103W

3517_f_at 0.2843705 -0.03586733 -0.513078 -0.47721067 NA YBRWTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6933_at 0.40734756 -0.030159 -0.507197 -0.477038 PDI1

protein disulfide isomerase YCL043C

6721_at 0.4120488 -0.04259767 -0.51961433 -0.47701667 3.6 kDa protein OST4 YDL232W

10157_at 0.61711872 -0.079016 -0.554981 -0.475965 Hypothetical ORFNA YLR177W

4477_at 0.41537003 -0.097453 -0.57313733 -0.47568433 Hypothetical ORFNA YHR048W

5579_at 0.52205159 -0.12581633 -0.60122033 -0.475404 Hypothetical ORFNA YER139C

3659_f_at 0.28334146 -0.01985833 -0.49476033 -0.474902 NA YNLWTY1-2

Identified by expression profiling and mass spectrometry /// TyA Ga

10641_at 0.16556083 -0.00988467 -0.48461733 -0.47473267 OAR1 YKL055C

3-oxoacyl-[acyl-carrier-protein] reductase

9133_at 0.23091233 -0.00414333 -0.47866133 -0.474518 ORC5 YNL261W

ATP-binding site (putative)|origin recognition complex fifth largest s

5218_at 0.45171439 -0.028837 -0.503265 -0.474428 heterodimeric YGL207W

Subunit of the SPT16 FACT complex (Spt16p-Pob3p), facilita

4986_at 0.2922802 -0.00662133 -0.48087 -0.47424867 U1 snRNP proteinSNU71 YGR013W

7552_at 0.21513857 -0.02264833 -0.496206 -0.47355767 activator of the bZIP family, required for transcription

TranscriptionalARR1 YPR199C

9909_at 0.22987853 -0.01055767 -0.483985 -0.47342733 the Paf1 YLR418C

Substituent of CDC73 complex together with RNA polymerase II, P

5049_at 0.21694379 -0.02628367 -0.49957167 -0.473288 RAD6

ubiquitin-conjugating enzyme YGL058W

3344_f_at 0.26151778 -0.014893 -0.488053 -0.47316 NA NA YERCDELTA15

10509_at 0.35872819 -0.049423 -0.52167767 -0.47225467 HBS1 YKR084C

GTP binding protein with sequence similarity to the elongation facto

7672_at 0.43406421 -0.084375 -0.556623 -0.472248 NA NA YPR096C

7624_at 0.38657747 -0.09406967 -0.565871 -0.47180133 NA NA YPR136C

4436_at 0.24809531 -0.031455 -0.502953 -0.471498 TRA1 YHR099W

ATM/Mec1/TOR1/TOR2-related|NuA4 complex component

5225_at 0.07097824 -0.001432 -0.47227733 -0.47084533 EMP24

type I transmembrane protein YGL200C

4096_at 0.23612107 -0.021638 -0.49220967 -0.47057167 RPR2

Nuclear RNase P subunit YIR015W

10121_at 0.40659307 -0.09026367 -0.56082967 -0.470566 of Ras-like proteins

Rho subfamilyCDC42 YLR229C

6433_at 0.17580614 -0.00176567 -0.472124 -0.47035833 RPS13 YDR064W

ribosomal protein S13 (S27a) (YS15)

8514_at 0.23793419 -0.03368533 -0.50293767 -0.46925233 NA NA YOR041C

8789_s_at 0.11190142 -0.00594467 -0.47485133 -0.46890667 LAP3 YNL239W

aminopeptidase of cysteine protease family

10174_at 0.4619371 -0.003072 -0.47144433 -0.46837233 ACF2 YLR144C

Intracellular beta-1,3-endoglucanase, expression is induced during

5072_at 0.36271521 -0.020451 -0.488143 -0.467692 Hypothetical ORFNA YGL079W

3207_i_at 0.53009432 -0.087991 -0.55564 -0.467649 NA NA YHRCDELTA6

6126_at 0.38919953 -0.099023 -0.56661467 -0.46759167 NA NA YDR340W

11295_r_at 0.48277654 -0.04646567 -0.51390933 -0.46744367 MST27 bindng motifs

protein with COPI and COPIIYAR033W

4435_at 0.36108364 -0.02208733 -0.48899767 -0.46691033 Member of theSFB3 YHR098C

Sec24p family; forms a complex, with Sec23p, that is

9420_i_at 0.3769202 -0.03034367 -0.49657933 -0.46623567 RPL36A (YL39)

ribosomal protein L36A (L39)YMR194W

6400_at 0.49557659 -0.04454133 -0.510726 -0.46618467 RAD55 Rad51p and

RecA homolog|interacts with YDR076W Rad57p by two-hybrid an

4393_at 0.13725224 -0.000277 -0.46596067 -0.46568367 RPC10

RNA polymerase II subunit YHR143W-A

9377_at 0.41117966 -0.08496933 -0.549944 -0.46497467 essential glycosylphosphatidylinositol (GPI)-anchore

Mannosidase, DFG5 YMR238W

7946_at 0.34738441 -0.05480067 -0.51955633 -0.46475567 MEX67

a poly(A)+RNA binding protein YPL169C

9528_at 0.18814318 -0.01188767 -0.476606 -0.46471833 POM152 YMR129W

membrane glycoprotein|nuclear pore complex subunit

4499_at 0.36909387 -0.062073 -0.52670267 -0.46462967 THR1

homoserine kinase YHR025W

8411_at 0.33620744 -0.05342433 -0.518043 -0.46461867 Hypothetical ORFNA YOR164C

6638_at 0.27646296 -0.00130833 -0.46592467 -0.46461633 ARF2

ADP-ribosylation factor 2 YDL137W

9592_at 0.1043014 -0.002524 -0.466804 -0.46428 acetyltransferase

acetylornithineECM40 YMR062C

10971_at 0.39731162 -0.02818667 -0.492404 -0.46421733 NUP85

nuclear pore complex subunit YJR042W

9681_at 0.30310958 -0.00558567 -0.46921767 -0.463632 USA1 YML029W

pre-mRNA splicing factor (putative)

8695_at 0.15908936 -0.010473 -0.474092 -0.463619 CDC33

mRNA cap binding protein eIF-4E YOL139C

7376_at 0.65864876 -0.32207333 -0.78438033 -0.462307 Hypothetical ORFNA YBL029W

8330_at 0.26069394 -0.01539367 -0.477415 -0.46202133 STE13

dipeptidyl aminopeptidase YOR219C

11165_at 0.22623504 -0.00404967 -0.46606967 -0.46202 URA2 YJL130C

aspartate transcarbamylase|glutamine amidotransferase|carbamoy

9345_at 0.38704158 -0.04536633 -0.507287 -0.46192067 NA NA YMR294W-A

10099_at 0.62779699 -0.05631467 -0.517901 -0.46158633 SYM1 YLR251W

Protein homologous to mammalian peroxisomal membrane protein

4505_at 0.32131612 -0.000178 -0.46157933 -0.46140133 DNA helicase RRM3 YHR031C

3424_f_at 0.27383581 -0.03 -0.491282 -0.461282 NA YDRCTY1-3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

5193_at 0.6790577 -0.29093633 -0.752197 -0.46126067 COX4

cytochrome c oxidase subunit IV YGL187C

7665_at 0.30235561 -0.04736233 -0.50842333 -0.461061 Hypothetical ORFNA YPR089W

3658_f_at 0.27168862 -0.03176233 -0.49272367 -0.46096133 NA YNLWTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9381_s_at 0.13489987 -0.002505 -0.46312467 -0.46061967 RPL20A

ribosomal protein L20A (L18A) YMR242C

10934_at 0.18415796 -0.00820367 -0.468533 -0.46032933 SFC1 protein

succinate-fumarate transportYJR095W

8861_at 0.12258029 -0.006869 -0.46419867 -0.45732967 PHO91 YNR013C

Low-affinity phosphate transporter; deletion of pho84, pho87, pho89

4762_at 0.45398746 -0.13862167 -0.59572933 -0.45710767 NA NA YGR242W

6750_i_at 0.41030766 -0.102005 -0.55846767 -0.45646267 NA YCL075W

Psuedogene: encodes fragment of Ty Pol protein

7203_at 0.58268881 -0.1736 -0.62996367 -0.45636367 ICS2 null mutation does not confer any obvi

Protein of unknown function; YBR157C

3619_f_at 0.3568135 -0.01526967 -0.471609 -0.45633933 NA YORCTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

5584_at 0.39819425 -0.01819267 -0.47438633 -0.45619367 UBP5 YER144C

ubiquitin-specific protease (putative)

11232_at 0.45144644 -0.12787433 -0.58347267 -0.45559833 CDC6

pre-initiation complex componentYJL194W

3486_at 0.47672118 -0.122281 -0.57784867 -0.45556767 NA YCLWTY5-1

Psuedogene: encodes fragment of Ty Pol protein /// Psuedogene: e

7266_at 0.3179639 -0.043686 -0.498905 -0.455219 POL30 YBR088C

Proliferating Cell Nuclear Antigen (PCNA)

8403_at 0.36325139 -0.000518 -0.45556 -0.455042 NFI1

chromatin protein YOR156C

5604_at 0.45338095 -0.12278267 -0.57777967 -0.454997 NA NA YER119C-A

3394_f_at 0.39272346 -0.066653 -0.52127833 -0.45462533 NA YDRWTY1-5

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6342_at 0.55096623 -0.10521533 -0.559501 -0.45428567 CTH1 YDR151C

CCCH zinc finger protein family that has two or more repeats of a n

7101_at 0.14622094 -0.00659667 -0.46084767 -0.454251 SSH1 YBR283C

SEC61 homolog involved in co-translational pathway of protein tran

10529_i_at 0.22601354 -0.01271233 -0.46660367 -0.45389133 RPS21A YKR057W

ribosomal protein S21A (S26A) (YS25)

6693_at 0.53129035 -0.01741967 -0.471059 -0.45363933 GDH2 YDL215C

NAD-dependent glutamate dehydrogenase

7794_at 0.26108971 -0.03422367 -0.48764633 -0.45342267 DIG1

MAP kinase-associated protein YPL049C

7962_s_at 0.15998181 -0.01009467 -0.46344633 -0.45335167 RPL7B YPL198W

ribosomal protein L7B (L6B) (rp11) (YL8)

6875_at 0.32864066 -0.00875067 -0.46094767 -0.452197 PGS1 YCL004W

17 kDa phosphatidylglycerolphosphate synthase

7986_at 0.1008684 -0.00051467 -0.45219367 -0.451679 SAR1

ARF family|GTP-binding protein YPL218W

5970_at 0.40339323 -0.00018267 -0.45178333 -0.45160067 PLM2

Plasmid Maintenance YDR501W

7689_at 0.32854397 -0.034957 -0.48650767 -0.45155067 SPE3 YPR069C

putrescine aminopropyltransferase (spermidine synthase)

5732_at 0.1491958 -0.01037 -0.46161167 -0.45124167 conserved protein of unknown function, plays a role i

Non-essential EDC3 YEL015W

9762_at 0.19853361 -0.00750967 -0.45869167 -0.451182 PHO84

inorganic phosphate transporter YML123C

3700_f_at 0.28850193 -0.02866133 -0.4798 -0.45113867 NA YMLWTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8723_at 0.42580033 -0.04340433 -0.49391633 -0.450512 ENB1

enterobactin transporter YOL158C

7845_s_at 0.09873611 -0.00308 -0.45286867 -0.44978867 RPS6A YPL090C

ribosomal protein S6A (S10A) (rp9) (YS4)

10950_at 0.27835443 -0.00285367 -0.45248333 -0.44962967 TOR1 YJR066W

phosphatidylinositol kinase homolog

7619_s_at 0.32413209 -0.01032133 -0.45985 -0.44952867 RPS23B YPR132W

ribosomal protein S23B (S28B) (rp37) (YS14)

6762_s_at 0.52955533 -0.04604767 -0.49556067 -0.449513 KCC4 YCL024W

S. pombe Nim1 homolog|protein kinase

3222_f_at 0.24983334 -0.00869167 -0.45800333 -0.44931167 NA YGRWTY2-2

Identified by expression profiling and mass spectrometry /// TyB Ga

10606_at 0.20085664 -0.00699 -0.45586067 -0.44887067 GPI-anchored YKL046C protein required for cell wa

Mannosidase, DCW1 membrane

8441_at 0.47859682 -0.073068 -0.52180333 -0.44873533 [PSI+] inductionPIN2 YOR104W

5226_at 0.59313262 -0.23089267 -0.67962667 -0.448734 NA NA YGL199C

6885_at 0.35666694 -0.01767467 -0.465904 -0.44822933 SAT4 YCR008W

Protein with similarity to Npr1p protein kinase

6306_at 0.23654798 -0.00076633 -0.44883767 -0.44807133 Component of SSY1 YDR160W

the SPS plasma membrane amino acid sensor syste

6289_at 0.3787543 -0.07609567 -0.52412467 -0.448029 NA NA YDR187C

6301_at 0.4366866 -0.05254367 -0.50019567 -0.447652 CPR1 YDR155C

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

8537_at 0.36769044 -0.003556 -0.45109967 -0.44754367 Hypothetical ORFNA YOR019W

7842_at 0.1844914 -0.00752367 -0.45504267 -0.447519 NOG1 YPL093W

homologs identified in human and Trypanosoma brucei|nucleolar G

4982_at 0.27748011 -0.00965867 -0.45710767 -0.447449 NMA2 YGR010W

nicotinamide/nicotinic acid mononucleotide adenylyltransferase

8805_at 0.56306413 -0.10588467 -0.553233 -0.44734833 NA YNR047W

Putative protein kinase that, when overexpressed, interferes with ph

5168_at 0.29157758 -0.03360733 -0.480927 -0.44731967 Ca2+ ATPase PMR1 YGL167C

10887_at 0.1246877 -0.00900033 -0.45618133 -0.447181 HOM6 YJR139C

L-homoserine:NADP oxidoreductase|homoserine dehydrogenase

10721_at 0.47972883 -0.00399767 -0.450275 -0.44627733 GPM1

phosphoglycerate mutase YKL152C

9466_at 0.28198711 -0.02986733 -0.475964 -0.44609667 Hypothetical ORFNA YMR155W

8168_at 0.15990595 -0.00103433 -0.447016 -0.44598167 RPS12

ribosomal protein S12 YOR369C

5203_at 0.4534972 -0.033661 -0.47890733 -0.44524633 protein, YGL178W

mRNA bindingMPT5 specifically binds to mRNAs encoding chrom

9879_f_at 0.18260658 -0.00966267 -0.454785 -0.44512233 IMD3

IMP dehydrogenase homolog YLR432W

10199_at 0.27945112 -0.03533367 -0.480244 -0.44491033 Hypothetical ORFNA YLR125W

9541_at 0.28892223 -0.00094233 -0.44562933 -0.444687 Hypothetical ORFNA YMR099C

5600_at 0.33742138 -0.005609 -0.45024167 -0.44463267 SPR6

sporulation-specific protein YER115C

5920_at 0.31197254 -0.02882367 -0.47316833 -0.44434467 Hypothetical ORFNA YDR541C

10714_at 0.25772372 -0.00336467 -0.44761 -0.44424533 NA NA YKL159C

8474_at 0.43010485 -0.00899467 -0.45253167 -0.443537 protein YOR092W

Non-essential ECM3 of unknown function

4867_at 0.25596332 -0.027849 -0.47084433 -0.44299533 Hypothetical ORFNA YGR122W

9954_at 0.23997583 -0.02547367 -0.468128 -0.44265433 VID22

Vacuole import and degradation YLR373C

11297_at 0.2865744 -0.03525667 -0.477699 -0.44244233 YAT1

carnitine acetyltransferase YAR035W

10898_at 0.19096219 -0.01326933 -0.45554867 -0.44227933 adenosine kinaseADO1 YJR105W

4358_at 0.35559711 -0.01795067 -0.460226 -0.44227533 SPO16 required for

Protein of unknown function, YHR153C spore formation

5525_at 0.36673912 -0.00132833 -0.44336067 -0.44203233 BMH1 YER177W

member of conserved eukaryotic 14-3-3 gene family

5160_at 0.32210085 -0.02286933 -0.46443833 -0.441569 a complex YGL128C

Component of CWC23 containing Cef1p, putatively involved in pr

8996_at 0.27849111 -0.00970867 -0.45053833 -0.44082967 SPC98

gamma-tubulin complex componentYNL126W

11386_at 0.6005265 -0.18327 -0.62354267 -0.44027267 GDH3 YAL062W

NADP-linked glutamate dehydrogenase

7485_at 0.61226796 -0.08798933 -0.52803067 -0.44004133 protein YBL101C

Non-essential ECM21 of unknown function; promoter contains sever

11024_at 0.32513209 -0.00854067 -0.44855267 -0.440012 MPP10

U3 snoRNP protein YJR002W

5815_at 0.30705182 -0.04269567 -0.48264033 -0.43994467 NA NA YEL067C

10358_at 0.35921884 -0.022374 -0.462146 -0.439772 TPO1 YLL028W

plasma membrane-bound exporter, involved in the detoxification of

9452_at 0.12198085 -0.007065 -0.44679533 -0.43973033 repressor withYMR182C zinc fingers (putative)

transcriptional RGM1 proline-rich

7572_at 0.17817663 -0.005787 -0.445464 -0.439677 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YPR174C

8700_at 0.37355362 -0.05259733 -0.49226867 -0.43967133 NA NA YOL134C

3270_f_at 0.45505831 -0.03647267 -0.475265 -0.43879233 HAP1 YGLWDELTA9

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

8965_at 0.31436847 -0.03000567 -0.46821167 -0.438206 DBP2 YNL112W

ATP dependent RNA helicase|dead box protein

4569_at 0.33853577 -0.00573733 -0.44375033 -0.438013 Hypothetical ORFNA YHL039W

3421_f_at 0.15940188 -0.00853033 -0.446406 -0.43787567 NA YDRWTY2-3

Identified by expression profiling and mass spectrometry /// TyB Ga

7368_i_at 0.36640627 -0.02155767 -0.459219 -0.43766133 HHT2

histone H3 (HHT1 and HHT2YBR010Wcode for identical proteins)

9652_at 0.31475166 -0.005674 -0.44333233 -0.43765833 NA NA YML013C-A

8354_at 0.10775856 -0.003641 -0.44126367 -0.43762267 MCA1

putative cysteine protease YOR197W

6277_at 0.49799052 -0.151019 -0.588597 -0.437578 NA NA YDR220C

4975_at 0.48489054 -0.032661 -0.47016033 -0.43749933 SCM4 YGR049W

Protein that suppresses ts allele of CDC4 when overexpressed

9320_at 0.20475843 -0.019698 -0.45702967 -0.43733167 ELP6 protein subunit

RNA polymerase II ElongatorYMR312W

8495_at 0.32184434 -0.02889433 -0.46616633 -0.437272 ALG8

glycosyl transferase YOR067C

9610_at 0.55954958 -0.21562033 -0.652874 -0.43725367 HOF1 YMR032W

Bud neck-localized, SH3 domain-containing protein required for cyt

4471_at 0.18117389 -0.001641 -0.43843867 -0.43679767 NCP1

NADP-cytochrome P450 reductase YHR042W

8693_at 0.42338314 -0.02880533 -0.46507067 -0.43626533 PPM2 YOL141W

PPM1 homolog|carboxy methyl transferase

8215_at 0.26415073 -0.02660567 -0.462582 -0.43597633 NA NA YOR325W

9985_at 0.40788337 -0.01574733 -0.45146367 -0.43571633 NA regulation

Protein involved in cell cycle YLR361C

10674_at 0.18600129 -0.016595 -0.45208067 -0.43548567 KTI12

Elongator associated protein YKL110C

10793_at 0.31368454 -0.00894933 -0.44399767 -0.43504833 COS9 member of

Protein of unknown function, YKL219W a family of conserved, ofte

8778_at 0.2120909 -0.01695133 -0.450787 -0.43383567 Hypothetical ORFNA YNR066C

6530_at 0.31314441 -0.02999467 -0.463782 -0.43378733 NA NA YDL068W

9056_at 0.19733515 -0.00336933 -0.43657633 -0.433207 NA NA YNL203C

4856_at 0.23839836 -0.006979 -0.44013367 -0.43315467 CYS4

cystathionine beta-synthase YGR155W

5087_at 0.2809438 -0.02468067 -0.45767567 -0.432995 ALG2

glycosyltransferase YGL065C

3607_f_at 0.29144936 -0.02833533 -0.46131767 -0.43298233 NA YORWTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6805_at 0.50316764 -0.04628433 -0.47884067 -0.43255633 BUD31 YCR063W

Protein involved in bud-site selection; diploid mutants display a rand

9777_at 0.69503297 -0.21245133 -0.64467333 -0.432222 COQ5

C-methyltransferase (putative) YML110C

8462_at 0.29243535 -0.03479067 -0.46689067 -0.4321 NA localizes to

Protein of unknown function, YOR081C lipid particles; potential Cd

6432_at 0.19235395 -0.00139833 -0.43337633 -0.431978 Hypothetical ORFNA YDR063W

4438_at 0.33112966 -0.05087967 -0.48273833 -0.43185867 or big

bad in glucoseBIG1 cells YHR101C

4089_at 0.26479924 -0.02332433 -0.45506233 -0.431738 PRI1

DNA primase p48 polypeptide YIR008C

9599_at 0.35288063 -0.00959367 -0.44103233 -0.43143867 QRI8

ubiquitin-conjugating enzyme YMR022W

5077_at 0.45834319 -0.120624 -0.55154167 -0.43091767 MPS2 localized

Essential membrane protein YGL075Cat the nuclear envelope and s

7391_at 0.26824045 -0.027062 -0.45781533 -0.43075333 FUS3 YBL016W

CDC28/cdc2 related protein kinase

6520_at 0.17984863 -0.008249 -0.43872433 -0.43047533 NA NA YDL032W

4895_at 0.17772866 -0.01119133 -0.44156333 -0.430372 VMA21 YGR105W

Protein involved in vacuolar H-ATPase assembly or function. Requi

7431_at 0.31367869 -0.027566 -0.45781733 -0.43025133 NA NA YBL065W

6415_at 0.38728539 -0.05655567 -0.48658967 -0.430034 BAP3

valine transporter YDR046C

5141_at 0.26194138 -0.02871133 -0.458021 -0.42930967 ARO2

chorismate synthase YGL148W

7187_at 0.32487872 -0.03617033 -0.46486367 -0.42869333 PCH2

ATPase (putative) YBR186W

6044_at 0.37768182 -0.07195367 -0.50039667 -0.428443 NA YDR437W

Protein required for cell viability

10614_at 0.13356324 -0.003098 -0.430841 -0.427743 activator|transcriptional repressor

transcriptional RGT1 YKL038W

7554_at 0.21461205 -0.01548333 -0.44320667 -0.42772333 ARR3 YPR201W

Arsenite transporter of the plasma membrane, required for resistan

8303_at 0.405099 -0.04326667 -0.470672 -0.42740533 HES1 YOR237W

similar to human oxysterol binding protein

7975_at 0.24382507 -0.020771 -0.447858 -0.427087 Hypothetical ORFNA YPL229W

5210_at 0.47451333 -0.06496367 -0.491692 -0.42672833 NA NA YGL215W

4179_at 0.56188926 -0.05365833 -0.47969533 -0.426037 Hypothetical ORFNA YIL087C

10765_at 0.31231152 -0.00943967 -0.43528267 -0.425843 AAA ATPase PEX1 YKL197C

8824_at 0.14317409 -0.00632033 -0.43132333 -0.425003 Hypothetical ORFNA YNR021W

11095_at 0.3582509 -0.00061633 -0.425588 -0.42497167 LAS21 YJL062W

major facilitator superfamily (putative)|membrane protein (putative)

8939_at 0.37728039 -0.04451933 -0.46947267 -0.42495333 YPT53

GTP-binding protein|rab family YNL093W

10380_at 0.26347643 -0.00654633 -0.43138967 -0.42484333 COF1 YLL050C

actin binding and severing protein|cofilin

10515_at 0.1811711 -0.00455967 -0.429275 -0.42471533 Hypothetical ORFNA YKR043C

3316_f_at 0.53766638 -0.007697 -0.43220633 -0.42450933 NA NA YERCSIGMA4

4735_at 0.21598082 -0.018696 -0.44311833 -0.42442233 NA NA YGR259C

7927_at 0.36100302 -0.04197767 -0.46627867 -0.424301 MF(ALPHA)1 YPL187W

mating factor alpha

4062_at 0.33540463 -0.02852567 -0.45167633 -0.42315067 YVH1 induced

protein tyrosine phosphataseYIR026C by nitrogen starvation

8290_at 0.34737857 -0.043791 -0.46663 -0.422839 PAC1 YOR269W

Protein involved in nuclear migration, part of the dynein/dynactin pa

9593_at 0.25268801 -0.02584633 -0.44860167 -0.42275533 RIM9 YMR063W

Protein required for IME1 expression

4861_at 0.06226337 -0.00049 -0.422642 -0.422152 NA NA YGR160W

9857_at 0.17207053 -0.00487233 -0.42684567 -0.42197333 nuclear protein RIF2 YLR453C

6898_at 0.50025313 -0.071154 -0.49289833 -0.42174433 LAs17 BindingLSB5protein YCL034W

8622_at 0.54659021 -0.06257067 -0.48424 -0.42166933 NatB N-terminal acetyltransferase, which catalyzes a

Subunit of the MDM20 YOL076W

3320_i_at 0.56262215 -0.110846 -0.53245333 -0.42160733 NA NA YERWDELTA25

5363_at 0.15617882 -0.00328233 -0.42475133 -0.421469 ATG18 YFR021W

Phosphatidylinositol 3,5-bisphosphate-binding protein of the vacuol

8676_at 0.38699206 -0.031109 -0.45247067 -0.42136167 MSB4 the Ras superfamily that acts primarily

GTPase-activating protein of YOL112W

8151_s_at 0.36068767 -0.02594667 -0.446923 -0.42097633 CDC21

thymidylate synthase YOR074C

6215_at 0.34085825 -0.017641 -0.43857633 -0.42093533 NA NA YDR250C

5624_at 0.30760801 -0.001294 -0.42197667 -0.42068267 Hypothetical ORFNA YER093C-A

9928_at 0.23241264 -0.01518333 -0.435625 -0.42044167 ATP10 YLR393W

Mitochondrial inner membrane protein required for assembly of the

4404_at 0.3141467 -0.02214567 -0.442145 -0.41999933 UBA4 before its

Protein that activates Urm1p YHR111Wconjugation to proteins (urm

5178_at 0.62301731 -0.20671167 -0.62652533 -0.41981367 NA YGL157W

Oxidoreductase, catalyzes NADPH-dependent reduction of the bicy

5254_i_at 0.56242386 -0.220689 -0.63981567 -0.41912667 Hypothetical ORFNA YGL258W

3740_f_at 0.28570315 -0.028201 -0.44642067 -0.41821967 NA YLRWTY1-3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7930_at 0.21488056 -0.01427833 -0.432463 -0.41818467 Hypothetical ORFNA YPL184C

10200_at 0.46650476 -0.010952 -0.42854267 -0.41759067 Hypothetical ORFNA YLR126C

9616_at 0.58428464 -0.182309 -0.599642 -0.417333 copper chaperoneCCS1 YMR038C

8563_at 0.29593487 -0.02526033 -0.442214 -0.41695367 ALG6

glucosyltransferase YOR002W

6764_g_at 0.35285426 -0.02086167 -0.43763567 -0.416774 STP22

putative ubiquitin receptor YCL008C

3512_f_at 0.28735534 -0.02075733 -0.43737633 -0.416619 NA YBLWTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7226_at 0.12575551 -0.00082567 -0.416345 -0.41551933 kinase

Cdc28 protein CKS1 subunitYBR135W

4099_at 0.113767 -0.00246567 -0.417136 -0.41467033 YAP5 YIR018W

bZIP (basic-leucine zipper) protein|transcription factor

9921_at 0.22702499 -0.00883933 -0.42269533 -0.413856 VAC14

Activator of Fab1p YLR386W

6057_at 0.70860668 -0.17179667 -0.585559 -0.41376233 PDR15 YDR406W

multidrug resistance transporter (putative)

4713_at 0.17120955 -0.005308 -0.418501 -0.413193 Hypothetical ORFNA YGR283C

4723_f_at 0.54467882 -0.10828033 -0.52133133 -0.413051 PAU4 YGR294W

Part of 23-member seripauperin multigene family encoded mainly in

11375_at 0.29992172 -0.03265967 -0.44558767 -0.412928 NA NA YAL035C-A

4773_at 0.44378629 -0.018978 -0.431474 -0.412496 PUP2

proteasome subunit YGR253C

5559_at 0.19893643 -0.008836 -0.42110667 -0.41227067 DNF1 translocase

Potential aminophospholipid YER166W

9096_at 0.31021198 -0.03031033 -0.44220667 -0.41189633 TEX1 component

transcription export complex YNL253W

4332_at 0.14862227 -0.00379867 -0.41535 -0.41155133 NA NA YHR131w-a

11373_at 0.4057173 -0.00284933 -0.41402267 -0.41117333 NA YAL036C

GTPase, interacts with ribosomes, has similarity to Xenopus GTP-b

6653_at 0.32507898 -0.02266367 -0.43342067 -0.410757 NRP1 rich in asparagine residues

Protein of unknown function, YDL167C

8483_at 0.21185084 -0.01205267 -0.422512 -0.41045933 NA NA YOR055W

7279_at 0.50747187 -0.134751 -0.545174 -0.410423 endonuclease MMS4 YBR098W

8213_at 0.34286912 -0.002805 -0.41294767 -0.41014267 PRO2 YOR323C

gamma-glutamyl phosphate reductase

6079_at 0.13899774 -0.004186 -0.41365667 -0.40947067 YRA1

RNA-binding RNA annealing YDR381Wprotein

10525_at 0.44775893 -0.06769667 -0.47704933 -0.40935267 YSR3

DHS-1-P phosphatase YKR053C

8178_at 0.41763382 -0.07678267 -0.48576433 -0.40898167 NA NA YOR379C

9643_at 0.27215866 -0.018314 -0.427022 -0.408708 UNG1

uracil DNA glycosylase YML021C

4197_at 0.65558526 -0.22026867 -0.62886133 -0.40859267 POR2 YIL114C

voltage dependent anion channel (YVDAC2)

5786_f_at 0.48409846 -0.07129733 -0.479575 -0.40827767 PAU4 YEL049W

Part of 23-member seripauperin multigene family encoded mainly in

3569_at 0.43528756 -0.07830467 -0.48628033 -0.40797567 NA NA YPRWDELTA16

4833_at 0.39922002 -0.049884 -0.45783033 -0.40794633 PBP1 YGR178C

Poly(A)-binding protein binding protein

10899_at 0.50502649 -0.092987 -0.50088633 -0.40789933 protein YJR106W

Non-essential ECM27 of unknown function

5773_at 0.35635116 -0.00376633 -0.41161233 -0.407846 protein YEL061C

Kinesin motor CIN8 involved in mitotic spindle assembly and chro

7195_at 0.63354537 -0.135991 -0.54379233 -0.40780133 ARA1

D-arabinose dehydrogenase YBR149W

7584_at 0.25179268 -0.022888 -0.43059133 -0.40770333 NA NA YPR141C

5041_at 0.32455178 -0.034699 -0.44218967 -0.40749067 haspin ALK1 YGL021W

7037_s_at 0.7155095 -0.102302 -0.50954233 -0.40724033 UGA2 YBR006W

succinate semialdehyde dehydrogenase

7639_at 0.45050401 -0.073286 -0.48047533 -0.40718933 RPN7 YPR108W

proteasome regulatory particle subunit

6627_at 0.49356453 -0.010686 -0.417828 -0.407142 U3 snoRNP proteinNOP14 YDL148C

8320_at 0.14817984 -0.00012067 -0.40699933 -0.40687867 NPT1 YOR209C

nicotinate phosphoribosyltransferase

10621_at 0.39134483 -0.05970933 -0.46637933 -0.40667 NA NA YKL031W

7106_at 0.494559 -0.01376367 -0.420419 -0.40665533 Hypothetical ORF NA YBR241C

11021_f_at 0.69882312 -0.32006 -0.72654233 -0.40648233 PRE3

20S proteasome subunit YJL001W

6003_at 0.24748135 -0.011379 -0.417733 -0.406354 NA NA YDR442W

10415_at 0.69017828 -0.19733033 -0.60331267 -0.40598233 MMP1 YLL061W

high affinity S-methylmethionine permease

3525_f_at 0.21912217 -0.01076267 -0.416545 -0.40578233 NA YPRCTY1-2

Identified by expression profiling and mass spectrometry /// TyA Ga

7433_at 0.08466537 -0.000191 -0.40561833 -0.40542733 protein

kinesin relatedKIP1 YBL063W

9147_at 0.44810357 -0.02353333 -0.428455 -0.40492167 synthase

pseudouridine PUS4 YNL292W

3167_r_at 0.52971139 -0.146414 -0.55123733 -0.40482333 NA NA YHRWDELTA9

8442_g_at 0.27296479 -0.02704133 -0.431633 -0.40459167 [PSI+] induction PIN2 YOR104W

8191_at 0.58250554 -0.124848 -0.529243 -0.404395 PYK2 YOR347C

Pyruvate kinase, glucose-repressed isoform

6888_at 0.37232739 -0.00652867 -0.41012767 -0.403599 ADP1 YCR011C

Shows homology to ATP-dependent permeases

6268_at 0.56011539 -0.00225733 -0.40565467 -0.40339733 GCD6 YDR211W

translation initiation factor eIF-2B epsilon subunit

7592_at 0.74772243 -0.35624633 -0.75943467 -0.40318833 NA NA YPR149W

6279_at 0.44097614 -0.01026567 -0.412242 -0.40197633 SDH4 YDR178W

succinate dehydrogenase membrane anchor subunit

4966_at 0.1734061 -0.00698333 -0.40845433 -0.401471 KSS1 YGR040W

MAP kinase|involved in pheromone signal transduction

11382_at 0.3789932 -0.02996833 -0.431172 -0.40120367 Hypothetical ORF NA YAL064W-B

11330_at 0.28381431 -0.001164 -0.40197367 -0.40080967 ADE1 YAR015W

phosphoribosyl amino imidazolesuccinocarbozamide synthetase

11130_at 0.32527063 -0.017094 -0.41767533 -0.40058133 NA NA YJL119C

5645_at 0.20225865 -0.00822167 -0.407955 -0.39973333 VTC1 YER072W

S. pombe Nrf1p homolog (97% identical in predicted amino acid se

10973_at 0.66037924 -0.102553 -0.50193567 -0.39938267 VPS55 targeting

Involved in Golgi to vacuolar YJR044C

8874_at 0.32514231 -0.002215 -0.40094233 -0.39872733 HDA1 YNL021W

histone deacetylase|shares sequence similarity with Rpd3p, Hos1p

5021_at 0.46757378 -0.08886633 -0.48738233 -0.398516 PEX31 YGR004W

Peroxisomal integral membrane protein, involved in negative regula

11208_at 0.30621578 -0.00295467 -0.40128867 -0.398334 NA NA YJL175W

7363_at 0.56552382 -0.080077 -0.47839567 -0.39831867 COQ1 YBR003W

hexaprenyl pyrophosphate synthetase

9514_at 0.37082494 -0.01839633 -0.41667567 -0.39827933 SPC24

spindle pole component YMR117C

8703_at 0.26032393 -0.02293667 -0.42078267 -0.397846 Hypothetical ORF NA YOL131W

6059_at 0.45841575 -0.077414 -0.47523833 -0.39782433 ADE8 YDR408C

glycinamide ribotide transformylase

6840_at 0.09344056 -0.000879 -0.398404 -0.397525 RSC6 YCR052W

a subunit of RSC, a fifteen-protein chromatin remodeling complex a

6859_at 0.12098514 -0.00317367 -0.400379 -0.39720533 NA NA YCR025C

3206_at 0.32380592 -0.031342 -0.428477 -0.397135 NA NA YHRCDELTA5

7548_at 0.63255695 -0.19445133 -0.59033567 -0.39588433 NA

nuclear protein (putative) YPR196W

10491_at 0.45780869 -0.04780767 -0.44277067 -0.394963 CCP1

cytochrome c peroxidase YKR066C

6464_at 0.45760068 -0.00714533 -0.401713 -0.39456767 ER membraneNA protein YDR003W

8942_at 0.16769357 -0.00256433 -0.39682267 -0.39425833 RHO2 YNL090W

GTP-binding protein|rho subfamily

8931_at 0.18133101 -0.00158267 -0.39579467 -0.394212 Hypothetical ORFNA YNL056W

7952_at 0.53717781 -0.03089433 -0.42491433 -0.39402 NA YPL206C

Endoplasmic reticulum protein of unknown function

9352_at 0.42939222 -0.003526 -0.39734 -0.393814 Hypothetical ORFNA YMR258C

5737_at 0.1507576 -0.00569667 -0.399436 -0.39373933 activator YEL009C

transcriptional GCN4 of amino acid biosynthetic genes

9431_at 0.54079098 -0.13597867 -0.52936667 -0.393388 Hypothetical ORFNA YMR204C

5599_at 0.28234703 -0.01714 -0.410402 -0.393262 BOI2 YER114C

Protein implicated in polar growth, functionally redundant with Boi1p

5255_s_at 0.38025486 -0.054542 -0.44743767 -0.39289567 Hypothetical ORFNA YGL258W

8246_s_at 0.12127745 -0.00425933 -0.397127 -0.39286767 NOP58

U3 snoRNP protein YOR309C

10367_r_at 0.35743401 -0.03183833 -0.42467167 -0.39283333 homolog

protein kinase KNS1 YLL020C

6183_at 0.35184324 -0.01889567 -0.41143633 -0.39254067 Hypothetical ORFNA YDR306C

11379_at 0.6213409 -0.210964 -0.60231267 -0.39134867 SEO1

permease (putative) YAL067C

8414_at 0.26798015 -0.00056867 -0.39184167 -0.391273 profilin PFY1 YOR122C

8847_at 0.09364629 -0.00099633 -0.39093733 -0.389941 RLP7 YNL002C

Significant sequence similarity to RPL7B, but neither can functional

4380_at 0.5697137 -0.01724233 -0.40588433 -0.388642 Hypothetical ORFNA YHR131C

11228_at 0.35337415 -0.03359167 -0.42218333 -0.38859167 PHO90 YJL198W

Low-affinity phosphate transporter; deletion of pho84, pho87, pho89

5129_at 0.41367 -0.00704567 -0.395439 -0.38839333 SLD3 YGL113W

synthetic lethality with dpb11-1; Sld3p interacts with Cdc45 and is re

6323_at 0.40497285 -0.04471667 -0.43285333 -0.38813667 Hypothetical ORFNA YDR133C

6466_at 0.27741022 -0.01709067 -0.40499833 -0.38790767 MAF1 YDR005C

Mod5 protein sorting. Negative effector of Pol III synthesis.

4405_at 0.43890117 -0.015042 -0.402184 -0.387142 Hypothetical ORFNA YHR112C

8891_at 0.42157917 -0.05194267 -0.43856267 -0.38662 Component of COG5 oligomeric

the conservedYNL051W Golgi complex

3529_f_at 0.26976982 -0.01641067 -0.40209233 -0.38568167 NA YPRWTY1-3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8367_at 0.53944103 -0.05100467 -0.43625533 -0.38525067 Hypothetical ORFNA YOR166C

7802_at 0.55766649 -0.08122933 -0.46638467 -0.38515533 Hypothetical ORFNA YPL041C

5040_at 0.31427104 -0.011441 -0.396398 -0.384957 STT3 YGL022W

integral ER membrane protein|oligosaccharyltransferase complex s

11004_at 0.57888475 -0.008683 -0.39326233 -0.38457933 Hypothetical ORFNA YJR030C

7142_at 0.37958831 -0.038149 -0.42271233 -0.38456333 NA NA YBR232C

5343_at 0.2447777 -0.000214 -0.38462833 -0.38441433 Hypothetical ORFNA YFR044C

3199_f_at 0.40084382 -0.00256233 -0.38690467 -0.38434233 NA YHLCDELTA1

Hypothetical ORF /// Identified by expression profiling and mass spe

10579_at 0.4853668 -0.05324633 -0.436446 -0.38319967 TFA1 subunit

transcription factor tfIIE largeYKL028W

9951_at 0.40802745 -0.01791767 -0.40110833 -0.38319067 ARC18

Arp2/3 complex subunit YLR370C

9986_at 0.7208015 -0.38142933 -0.76449567 -0.38306633 NA NA YLR317W

9726_at 0.22667509 -0.00259167 -0.385612 -0.38302033 RPL6A YML073C

ribosomal protein L6A (L17A) (rp18) (YL16)

9183_s_at 0.27244708 -0.01023333 -0.39311967 -0.38288633 RPL18B

ribosomal protein L18B (rp28B) YNL301C

10601_at 0.42205406 -0.009166 -0.39177667 -0.38261067 PI Four

Suppressor of SFK1 Kinase YKL051W

8240_at 0.21799729 -0.00356 -0.38611033 -0.38255033 Hypothetical ORFNA YOR305W

6095_at 0.55201853 -0.03868067 -0.421026 -0.38234533 TRP4 YDR354W

anthranilate phosphoribosyl transferase

7430_at 0.28970996 -0.02060833 -0.402795 -0.38218667 SEF1

transcription factor (putative) YBL066C

9934_at 0.49881329 -0.09649867 -0.47851667 -0.382018 BDF1 YLR399C

Protein involved in transcription initiation at TATA-containing promo

3836_f_at 0.34770218 -0.029411 -0.41084967 -0.38143867 NA YJRWTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10911_at 0.40037171 -0.05142533 -0.432035 -0.38060967 ILM1

Protein of unknown function YJR118C

4896_at 0.4198859 -0.047528 -0.42748533 -0.37995733 Hypothetical ORFNA YGR106C

10467_at 0.25194621 -0.00822233 -0.38812967 -0.37990733 NA

integral membrane protein YKR088C

4498_at 0.54621784 -0.06615567 -0.44603467 -0.379879 MAS2 YHR024C

mitochondrial processing protease 53 kDa subunit

4849_at 0.53387786 -0.014157 -0.39400367 -0.37984667 Hypothetical ORFNA YGR149W

7700_at 0.49836196 -0.025302 -0.405016 -0.379714 ERV2 YPR037C

Flavin-linked sulfhydryl oxidase localized to the endoplasmic reticul

3652_f_at 0.383422 -0.03659233 -0.41616533 -0.379573 NA YNLCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

3284_f_at 0.22564095 -0.001313 -0.380732 -0.379419 NA YFLWTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

9758_at 0.22328011 -0.004229 -0.38339967 -0.37917067 Structure of Chromatin

Remodels the RSC9 YML127W

8222_at 0.22617783 -0.01457067 -0.39292333 -0.37835267 VMA4 YOR332W

E subunit of V1 sector|vacuolar H(+) ATPase 27 kDa subunit

9999_at 0.30624746 -0.00292133 -0.38081967 -0.37789833 CHS5 activity, also required for homozygosis

Involved in chitin synthase IIIYLR330W

6619_at 0.35751258 -0.00514733 -0.38295333 -0.377806 Hypothetical ORFNA YDL156W

5046_at 0.35635194 -0.02077567 -0.39843767 -0.377662 KAP122

karyopherin beta family member YGL016W

3480_at 0.36998126 -0.033615 -0.411067 -0.377452 NA NA YBRCDELTA18

8841_at 0.50746031 -0.03570467 -0.41311033 -0.37740567 DBP6

RNA helicase (putative) YNR038W

8894_at 0.57790419 -0.02005633 -0.397369 -0.37731267 ALG11 YNL048W

Alpha-1,2-mannosyltransferase, catalyzes addition of the terminal a

10091_at 0.38750588 -0.01360967 -0.39090767 -0.377298 NA YLR243W

Protein required for cell viability

8227_at 0.46668287 -0.03068967 -0.40747833 -0.37678867 TEA1 Enhancer-mediated Activation

Mutants are defective in Ty1 YOR337W

10282_at 0.47183808 -0.05526467 -0.43196633 -0.37670167 Hypothetical ORFNA YLR073C

11179_at 0.71633288 -0.259703 -0.63591933 -0.37621633 HSP150 glycoprotein

heat shock protein|secretory YJL159W

9370_at 0.46051444 -0.00986933 -0.38605033 -0.376181 DSK2

ubiquitin-like protein YMR276W

3637_f_at 0.39793904 -0.044259 -0.420173 -0.375914 NA YOLWTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

3588_f_at 0.29713495 -0.019085 -0.394831 -0.375746 NA YPLWTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7910_at 0.24897814 -5.33E-06 -0.37574467 -0.37573934 ligase

leucine--tRNA CDC60 YPL160W

5392_at 0.29629902 -0.01131533 -0.38614367 -0.37482833 actin ACT1 YFL039C

7196_at 0.54769907 -0.025798 -0.40032967 -0.37453167 TBS1

Probable Zn-finger protein YBR150C

7243_at 0.34661522 -0.00144 -0.37592933 -0.37448933 IML3 YBR107C

Protein with a role in kinetochore function, localizes to the outer kin

10361_f_at 0.33296848 -0.018332 -0.392563 -0.374231 DAN2 cell wall protein

Hypothetical ORF /// putativeYLL025W

10557_f_at 0.24426279 -0.00553633 -0.37965 -0.37411367 RPL14A

ribosomal protein L14A YKL006W

8174_at 0.18552188 -0.00581267 -0.37946833 -0.37365567 NADP-specificGDH1 YOR375C

glutamate dehydrogenase

7292_at 0.34176065 -0.000274 -0.37388633 -0.37361233 TAT1 YBR069C

amino acid transport protein for valine, leucine, isoleucine, and tyro

6882_at 0.53581091 -0.0297 -0.40298867 -0.37328867 YCP4 has sequence and structural similarity

Protein of unknown function, YCR004C

3195_f_at 0.51299843 -0.09292567 -0.46610433 -0.37317867 NA NA YHLCSIGMA1

4962_at 0.52640135 -0.10600767 -0.47844067 -0.372433 CAX4 amino acids

contains 3 short stretches of YGR036C that are characteristic for

8913_at 0.36674496 -0.044583 -0.41665333 -0.37207033 NA NA YNL028W

6559_f_at 0.16744187 -0.00219733 -0.37378367 -0.37158633 RPS16A

ribosomal protein S16A (rp61R) YDL083C

7132_at 0.37646819 -0.00719767 -0.37871433 -0.37151667 PCS60

Probable AMP-binding protein YBR222C

4859_at 0.5089331 -0.009913 -0.381078 -0.371165 MTR3

Involved in mRNA transport YGR158C

4183_at 0.45494392 -0.07299833 -0.444109 -0.37111067 NA

Homolog to human PPCS YIL083C

10598_at 0.13178186 -0.00086567 -0.37180733 -0.37094167 MRT4 YKL009W

Protein involved in mRNA turnover and ribosome assembly, localize

5748_at 0.25329478 -0.01023833 -0.38116233 -0.370924 GDA1 Golgi membrane

guanosine diphosphatase of YEL042W

10731_at 0.60603213 -0.067862 -0.43859167 -0.37072967 MRP8

ribosomal protein YKL142W

7416_at 0.29683661 -0.01502967 -0.38547133 -0.37044167 Single-domainNA YBL036C

racemase, possibly non-specific due to the lack of th

7841_at 0.52375925 -0.00798267 -0.37762167 -0.369639 SEC62 YPL094C

ER protein translocation apparatus membrane component

11345_at 0.48159265 -0.08342367 -0.45227467 -0.368851 FUN26 YAL022C

Nucleoside transporter with broad nucleoside selectivity; localized t

6233_at 0.72019553 -0.07193433 -0.440261 -0.36832667 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR222W

8274_at 0.68069494 -0.18834367 -0.55619267 -0.367849 NAT5

N-acetyltransferase YOR253W

8516_at 0.23537153 -0.010884 -0.378201 -0.367317 WHI2 YOR043W

Protein required, with binding partner Psr1p, for full activation of the

9868_at 0.63290707 -0.11188633 -0.478684 -0.36679767 COX19 YLL018C-A

Protein required for cytochrome c oxidase assembly, located in the

5116_at 0.56748343 -0.03274767 -0.39929967 -0.366552 SCS3 YGL126W

Required for inositol prototrophy

4333_at 0.46269215 -0.05564967 -0.4222 -0.36655033 NA NA YHR173C

6853_at 0.35401602 -0.030845 -0.39729667 -0.36645167 MAK31 YCR020C-A

Like Sm protein; member of the Sm protein family, though slightly d

9988_at 0.32597472 -0.000356 -0.36675033 -0.36639433 BUD6 protein, involved in actin cable nucleat

Actin- and formin-interacting YLR319C

8408_at 0.60125628 -0.02830167 -0.394611 -0.36630933 PNS1 has similarity to Torpedo californica tC

Protein of unknown function; YOR161C

8008_at 0.32583192 -0.01899767 -0.384691 -0.36569333 IQG1 determination of budding pattern, prom

Essential protein required forYPL242C

6730_at 0.59663223 -0.15469967 -0.51974333 -0.36504367 The authentic, NA YDL222C

non-tagged protein was localized to the mitochondria

6673_at 0.4301043 -0.005959 -0.37038 -0.364421 UFD2

ubiquitin conjugating factor e4YDL190C

5632_at 0.43346663 -0.04001867 -0.40409367 -0.364075 AST2 in targeting

Protein that may have a role YER101C of plasma membrane [H+]A

5243_at 0.50063081 -0.048148 -0.41190967 -0.36376167 OST5 YGL226C-A

oligosaccharyltransferase complex 9.5 kDa zeta subunit

5143_at 0.36625927 -0.03180867 -0.395567 -0.36375833 Hypothetical ORFNA YGL146C

9490_at 0.62785415 -0.09194067 -0.454884 -0.36294333 GAT2 YMR136W

Protein containing GATA family zinc finger motifs; similar to Gln3p a

8628_at 0.45868282 -0.013218 -0.37569267 -0.36247467 NUF2 YOL069W

Spindle pole body protein, required for chromosome segregation du

5112_at 0.422887 -0.00853433 -0.370945 -0.36241067 Hypothetical ORFNA YGL085W

8291_at 0.32736166 -0.00415667 -0.36649433 -0.36233767 VPH1 YOR270C

V0 sector subunit|essential for vacuolar acidification and vacuolar H

5329_s_at 0.31616815 -0.01473567 -0.37701067 -0.362275 RPL2B YFR031C-A

ribosomal protein L2B (L5B) (rp8) (YL6)

9009_at 0.32945201 -0.01985833 -0.38192833 -0.36207 ASI2 genetic interactions suggest a role in

Predicted membrane protein;YNL159C

8361_at 0.63460759 -0.18913133 -0.551189 -0.36205767 DED1 YOR204W

ATP-dependent DEAD (Asp-Glu-Ala-Asp)-box RNA helicase, requir

10288_at 0.23352884 -0.00825 -0.370262 -0.362012 Hypothetical ORFNA YLR036C

7316_s_at 0.23032671 -0.00347567 -0.36498467 -0.361509 RPS11A YBR048W

ribosomal protein S11A (S18A) (rp41A) (YS12)

4215_g_at 0.31757457 -0.02228967 -0.38378833 -0.36149867 AXL2 YIL141W

Integral plasma membrane protein required for axial budding in hap

7562_at 0.32841315 -0.00602 -0.36749933 -0.36147933 MMS1 YPR164W

sensitive to methyl methanesulfonate (MMS), diepoxybutane, and m

7074_f_at 0.53243621 -0.05178 -0.41317933 -0.36139933 PAU4 YBR301W

Part of 23-member seripauperin multigene family encoded mainly in

3400_i_at 0.59587063 -0.18641833 -0.54746667 -0.36104833 NA NA YDRWDELTA30

3294_at 0.54873999 -0.13534867 -0.49616767 -0.360819 NA NA YFRCDELTA9

5721_at 0.24570918 -0.01535033 -0.376017 -0.36066667 GPA2 protein

nucleotide binding regulatoryYER020W

5350_at 0.5339829 -0.01366233 -0.373825 -0.36016267 FAR7 YFR008W

Protein involved in G1 cell cycle arrest in response to pheromone, i

5914_at 0.34296789 -0.002182 -0.36232867 -0.36014667 NA NA YDR535C

5784_at 0.3746811 -0.013544 -0.37368433 -0.36014033 VMA8 YEL051W

V1 catalytic sector D subunit|vacuolar H-ATPase

5814_at 0.45916376 -0.061189 -0.42072733 -0.35953833 NA NA YEL068C

10248_at 0.5900233 -0.087578 -0.447065 -0.359487 maintenance of bipolar pattern

Involved in theRAX2 YLR084C

7660_at 0.23736699 -0.00311233 -0.36246133 -0.359349 NA

Hypothetical ORF YPR084W

11175_at 0.7012825 -0.00182333 -0.36022567 -0.35840233 NA

Hypothetical ORF YJL163C

7687_at 0.54531659 -0.06308 -0.42065467 -0.35757467 ISA2 YPR067W

Protein required for maturation of mitochondrial and cytosolic Fe/S

7239_at 0.21399068 -0.003536 -0.36093433 -0.35739833 SIF2

Sir4p-Interacting Factor YBR103W

6547_at 0.22543479 -0.003014 -0.36038 -0.357366 LHP1 for maturation of tRNA and snRNA pr

RNA binding protein requiredYDL051W

10115_at 0.63514653 -0.085733 -0.44306933 -0.35733633 IFH1 YLR223C

Essential protein with a highly acidic N-terminal domain; IFH1 exhib

8997_at 0.46801952 -0.04519667 -0.40248733 -0.35729067 ESBP6 YNL125C

monocarboxylate permease (putative)

9997_at 0.5387905 -0.069341 -0.42656233 -0.35722133 NMA1 YLR328W

nicotinamide/nicotinic acid mononucleotide adenylyltransferase

8864_at 0.34875386 -0.02662467 -0.38382233 -0.35719767 ACC1

acetyl CoA carboxylase YNR016C

10543_at 0.25303788 -0.005206 -0.36186233 -0.35665633 alpha

eIF2B 34 kDa GCN3subunit YKR026C

4035_at 0.23592299 -0.011345 -0.36784333 -0.35649833 NA NA YIL156w-a

5010_at 0.1973681 -0.00840967 -0.36481433 -0.35640467 NA NA YGL007W

3487_g_at 0.64731076 -0.26611233 -0.622015 -0.35590267 NA YCLWTY5-1

Psuedogene: encodes fragment of Ty Pol protein /// Psuedogene: e

10144_at 0.65315049 -0.04287433 -0.39868233 -0.355808 ENT2 YLR206W

Epsin-like protein required for endocytosis and actin patch assembl

3772_f_at 0.33309436 -0.01513967 -0.37014233 -0.35500267 NA YLRCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10465_at 0.27017805 -0.01682867 -0.37166 -0.35483133 PRP16

ATP-binding protein (putative) YKR086W

6451_at 0.49192093 -0.014262 -0.36892533 -0.35466333 EHD3 YDR036C

Protein of unconfirmed function, plays an indirect role in endocytic m

10867_s_at 0.47981132 -0.057365 -0.411955 -0.35459 BUD4 YJR092W

Protein involved in bud-site selection and required for axial budding

4987_at 0.36046649 -0.01491833 -0.36948833 -0.35457 MSB2 YGR014W

integral membrane protein (putative)

3441_f_at 0.29237248 -0.01296633 -0.36723667 -0.35427033 NA YDRCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

5694_at 0.37022755 -0.00632833 -0.36035533 -0.354027 HVG1 (putative)

nucleotide sugar transporter YER039C

5408_at 0.33312648 -0.02308033 -0.37709833 -0.354018 FRS2 YFL022C

phenylalanine-tRNA ligase subunit

4556_at 0.5895971 -0.11519133 -0.468596 -0.35340467 SHU1 YHL006C

suppressor of HU sensitivity involved in recombination

6132_at 0.42753158 -0.009392 -0.362405 -0.353013 SVF1 YDR346C

Protein with a potential role in cell survival pathways, required for th

8890_at 0.55552144 -0.10645067 -0.45906233 -0.35261167 MRP7 YNL005C

Mitochondrial ribosomal protein of the large subunit

10949_at 0.53798688 -0.00891367 -0.361495 -0.35258133 ARP3

actin-related gene YJR065C

8232_at 0.47121509 -0.01509267 -0.36765733 -0.35256467 BUD7 YOR299W

Protein involved in bud-site selection; diploid mutants display an ax

10272_at 0.6663629 -0.078748 -0.431229 -0.352481 NA

Hypothetical ORF YLR063W

6544_at 0.26507586 -0.009004 -0.361211 -0.352207 MCH1 YDL054C

Monocarboxylate Permease Homologue

9182_s_at 0.26496635 -0.00174033 -0.35393667 -0.35219633 RPS19B YNL302C

ribosomal protein S19B (rp55B) (S16aB) (YS16B)

8430_at 0.36065918 -0.02297367 -0.37493567 -0.351962 NA NA YOR138C

4429_at 0.59270198 -0.10404533 -0.455921 -0.35187567 NA NA YHR093W

11215_at 0.36153964 -0.03116333 -0.38279 -0.35162667 NA NA YJL211C

8469_g_at 0.47313025 -0.069681 -0.42129967 -0.35161867 YVC1 YOR087W

Vacuolar cation channel, mediates release of Ca(2+) from the vacu

6726_at 0.35353578 -0.00307633 -0.354687 -0.35161067 GCS1 YDL226C

ADP-ribosylation factor GTPase-activating protein (ARF GAP)

10687_at 0.33702643 -0.02713367 -0.37802067 -0.350887 NA NA YKL097C

7127_at 0.52652797 -0.01152733 -0.36200233 -0.350475 ATG12 YBR217W

Protein that becomes conjugated to Atg5p by the E1 enzyme Atg7p

9435_at 0.63026114 -0.088272 -0.438353 -0.350081 ERG12

mevalonate kinase YMR208W

10132_at 0.47333596 -0.012116 -0.36165967 -0.34954367 SIK1

U3 snoRNP protein YLR197W

5310_at 0.77730829 -0.444283 -0.79375367 -0.34947067 NA

Hypothetical ORF YFR055W

7865_at 0.42164014 -0.00844133 -0.35781033 -0.349369 BEM3 YPL115C

rho GTPase activating protein (GAP)

5140_at 0.34476377 -0.01886733 -0.36790733 -0.34904 NA NA YGL149W

9324_at 0.60261759 -0.09156267 -0.43949433 -0.34793167 DIA1 involved in

Protein of unknown function, YMR316W invasive and pseudohypha

5354_at 0.24803743 -0.01097667 -0.35879567 -0.347819 NA

Hypothetical ORF YFR012W

8468_at 0.35543827 -0.02695633 -0.37450633 -0.34755 YVC1 YOR087W

Vacuolar cation channel, mediates release of Ca(2+) from the vacu

7852_at 0.10192698 -0.00053267 -0.34796933 -0.34743667 SEN54 YPL083C

tetrameric tRNA splicing endonuclease 54 kDa subunit

4948_at 0.32115631 -0.008269 -0.355697 -0.347428 NA YGR067C

Hypothetical ORF; has similarity to Adr1p DNA-binding domain

7211_at 0.20215107 -0.00401 -0.35108233 -0.34707233 NA NA YBR164C

7678_at 0.31650574 -0.01728233 -0.36416467 -0.34688233 YMC1 YPR058W

Putative mitochondrial inner membrane transporter, member of the

10860_s_at 0.33662088 -0.01871867 -0.365547 -0.34682833 HXT16 /// HXT17 transporter

hexose permease /// hexose YJR158W

6136_at 0.20114153 -0.00277833 -0.34899533 -0.346217 TCM10 YDR350C

Mitochondrial inner membrane protein required for assembly of the

10336_at 0.40210621 -0.02307567 -0.369046 -0.34597033 Hypothetical ORFNA YLL007C

5047_at 0.37237219 -0.01305267 -0.358058 -0.34500533 YBP2 YGL060W

Protein with a role in resistance to oxidative stress; has similarity to

5230_at 0.47793531 -0.04178767 -0.38672167 -0.344934 CSE1 YGL238W

Nuclear envelope protein that mediates the nuclear export of import

6460_at 0.54897486 -0.05293467 -0.39779433 -0.34485967 NHP10

HMG1-box containing protein YDL002C

3460_at 0.5388884 -0.10843467 -0.453165 -0.34473033 NA NA YCRCtau1

9623_at 0.5917081 -0.113997 -0.45846967 -0.34447267 protein kinase CDC5 YMR001C

9314_at 0.25980662 -0.01224567 -0.35667367 -0.344428 NA NA YMR306C-A

6398_at 0.69622355 -0.020063 -0.363908 -0.343845 TPS2

trehalose-6-phosphate phosphataseYDR074W

8536_at 0.48834187 -0.042923 -0.386663 -0.34374 ROD1 YOR018W

Membrane protein; overexpression confers resistance to the GST s

10744_at 0.32651357 -0.00910667 -0.35281467 -0.343708 ZRT3 YKL175W

Vacuolar membrane zinc transporter, transports zinc from storage i

9489_at 0.36008469 -0.02920533 -0.37283733 -0.343632 NA NA YMR135W-A

10700_at 0.37471691 -0.005211 -0.34878367 -0.34357267 PMU1

phosphomutase homolog YKL128C

7676_at 0.48580684 -0.018542 -0.36172367 -0.34318167 TFB4 YPR056W

transcription initiation factor TFIIH subunit

3503_f_at 0.33740924 -0.00425033 -0.34727267 -0.34302233 NA YBLWTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

7354_at 0.27301282 -0.00479833 -0.34771333 -0.342915 SLA1 YBL007C

cytoskeletal protein binding protein

11043_at 0.47327551 -0.06966167 -0.412556 -0.34289433 APS3 YJL024C

sigma3-like subunit of the yeast AP-3 complex which functions in tra

5405_at 0.43907158 -0.01181467 -0.35463267 -0.342818 BST1 YFL025C

Protein that negatively regulates COPII vesicle formation; functiona

8800_at 0.24877929 -0.00466167 -0.34747967 -0.342818 NA NA YNR042W

11140_at 0.38942514 -0.035722 -0.37802867 -0.34230667 PRM10 YJL107C

Hypothetical ORF /// Pheromone-regulated protein, predicted to hav

4888_at 0.28983561 -0.008836 -0.35086167 -0.34202567 separase ESP1 YGR098C

4538_at 0.2404221 -0.010044 -0.351299 -0.341255 DED81

asparaginyl-tRNA synthetaseYHR019C

8837_at 0.52355795 -0.01090367 -0.35203067 -0.341127 SOL1

Multicopy Suppressor Of los1 YNR034W

4440_at 0.21902452 -0.00046233 -0.34158367 -0.34112133 KIC1 YHR102W

Kinase that interacts with Cdc31p; N-rich kinase 1

8681_at 0.47514821 -0.026255 -0.367007 -0.340752 Hypothetical ORFNA YOL107W

4720_at 0.41290786 -0.02872233 -0.36933967 -0.34061733 NA NA YGR290W

10620_at 0.54766586 -0.08234833 -0.42248067 -0.34013233 IXR1 YKL032C

intrastrand crosslink recognition protein

6237_at 0.29880906 -0.00139833 -0.341398 -0.33999967 adenylate kinaseADK1 YDR226W

6287_at 0.62241661 -0.12378267 -0.46357433 -0.33979167 Hypothetical ORFNA YDR185C

3315_f_at 0.28746366 -0.012782 -0.352481 -0.339699 NA YERCSIGMA4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4118_at 0.48105706 -0.02876433 -0.368363 -0.33959867 FAA3

acyl-CoA synthase YIL009W

7933_at 0.32529795 -0.01102233 -0.35038633 -0.339364 NA NA YPL182C

11054_at 0.51408745 -0.00079067 -0.34013967 -0.339349 CCT3

gamma chaperonin subunit YJL014W

5094_at 0.40555961 -0.00110533 -0.34016233 -0.339057 RPL28 YGL103W

ribosomal protein L28 (L29) (rp44) (YL24)

10366_i_at 0.5848326 -0.078656 -0.41758933 -0.33893333 homolog

protein kinase KNS1 YLL020C

7724_at 0.30620441 -0.01693767 -0.35576767 -0.33883 DSS4

GDP dissociation factor for Sec4pYPR017C

9991_at 0.43116147 -0.050473 -0.38927833 -0.33880533 NA NA YLR322W

4798_at 0.56605769 -0.017078 -0.35565167 -0.33857367 BUB1 YGR188C

checkpoint gene involved in permitting entry into mitosis depending

4567_at 0.56114913 -0.04075033 -0.37913133 -0.338381 NA NA YHL041W

4494_at 0.3897784 -0.01753733 -0.355768 -0.33823067 RPS27B YHR021C

ribosomal protein S27B (rp61) (YS20)

5661_at 0.30642878 -0.013673 -0.351866 -0.338193 Hypothetical ORFNA YER049W

6503_at 0.55011784 -0.038327 -0.376514 -0.338187 delta subunit YDL004W

ATP synthase ATP16

7626_at 0.5468337 -0.09473133 -0.43258967 -0.33785833 NH4+ transporterMEP3 YPR138C

7874_at 0.40640091 -0.02510633 -0.36278 -0.33767367 NA NA YPL106C

10587_at 0.45272892 -0.03545267 -0.37288267 -0.33743 protein YKL020C

ER membraneSPT23 involved, with its homolog Mga2p, in regulati

5361_at 0.48383224 -0.020552 -0.35727033 -0.33671833 FAB1 YFR019W

1-phosphatidylinositol-3-phosphate 5-kinase

6219_at 0.37817988 -0.02297733 -0.359346 -0.33636867 CHL4 YDR254W

Protein necessary for stability of ARS-CEN plasmids; suggested to

10113_at 0.44846207 -0.01418567 -0.350402 -0.33621633 RSA3 YLR221C

Protein with a likely role in ribosomal maturation, required for accum

4913_at 0.40974833 -0.032138 -0.36825567 -0.33611767 PEX8 YGR077C

peroxisome associated protein containing a PTS1 signal

5689_at 0.47437831 -0.03276367 -0.36874833 -0.33598467 Hypothetical ORFNA YER034W

5050_at 0.65774317 -0.124329 -0.460213 -0.335884 Hypothetical ORFNA YGL057C

10556_i_at 0.4234954 -0.031749 -0.367582 -0.335833 RPL14A

ribosomal protein L14A YKL006W

9982_at 0.60805399 -0.10292733 -0.437691 -0.33476367 RSC2

RSC complex member YLR357W

9017_at 0.42338486 -0.00479833 -0.33918067 -0.33438233 RPC31 YNL151C

HMG1-like protein|RNA polymerase III (C) 31 kDa subunit

4359_at 0.57073722 -0.062381 -0.396421 -0.33404 RTT107 YHR154W

Regulator of Ty1 Transposition; Establishes Silent Chromatin

7864_at 0.4478642 -0.00850533 -0.342499 -0.33399367 HOS3 YPL116W

Trichostatin A-insensitive homodimeric histone deacetylase (HDAC

7882_f_at 0.2563198 -0.00366567 -0.33763433 -0.33396867 RPL33A YPL143W

ribosomal protein L33A (L37A) (YL37) (rp47)

6062_at 0.50501934 -0.02919333 -0.36307167 -0.33387833 DFM1 YDR411C

Der1p like family member; localizes to the ER, contains four transm

5114_at 0.36314939 -0.027778 -0.36164767 -0.33386967 GTPase

Suppressor of SCY1 mutant YGL083W

8657_at 0.46998278 -0.00347733 -0.337268 -0.33379067 ADH1

alcohol dehydrogenase YOL086C

9151_at 0.57805781 -0.05121 -0.384486 -0.333276 CAF40

CCR4 Associated Factor 40 kDa YNL288W

8881_at 0.54828257 -0.02505267 -0.357787 -0.33273433 HEF3 3 (EF-3)

Translation elongation factor YNL014W

11219_at 0.38156266 -0.00297767 -0.33533733 -0.33235967 Hypothetical ORFNA YJL207C

10093_at 0.56610627 -0.07037967 -0.402662 -0.33228233 CDD1

cytidine deaminase YLR245C

6581_at 0.53602146 -0.07732433 -0.40933533 -0.332011 QRI2 YDL105W

Nuclear protein of unknown function

10908_at 0.73252875 -0.17026267 -0.50220367 -0.331941 Hypothetical ORFNA YJR115W

7223_at 0.39264489 -0.03119867 -0.36303267 -0.331834 AGP2 YBR132C

plasma membrane carnitine transporter

5099_at 0.43845277 -0.025299 -0.35703667 -0.33173767 USE1 YGL098W

Use1p is a SNARE and forms a complex with the SNAREs Sec22p,

6135_at 0.3368458 -0.018178 -0.349346 -0.331168 aspartic

GPI-anchored YPS7 protease YDR349C

3704_f_at 0.46432728 -0.048365 -0.37936767 -0.33100267 NA YMLWTY1-2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10273_at 0.57455588 -0.041173 -0.37188633 -0.33071333 Hypothetical ORFNA YLR064W

10486_s_at 0.4714927 -0.031869 -0.362486 -0.330617 Hypothetical ORFNA YKR105C

8865_at 0.39712818 -0.016117 -0.34659667 -0.33047967 MAS6 YNR017W

23 kDa mitochondrial inner membrane protein

4445_at 0.49583462 -0.00016467 -0.330162 -0.32999733 CDC12 mother-bud

10 nm filament component ofYHR107C neck|septin

9290_f_at 0.39952248 -0.02611 -0.35561933 -0.32950933 Hypothetical ORFNA YMR325W

8654_at 0.45191097 -0.041025 -0.37021267 -0.32918767 HAL9 YOL089C

contains zinc finger|transcription factor (putative)

7735_at 0.74662376 -0.317543 -0.646433 -0.32889 Protein. YPR028W

Ypt InteractingYOP1 Regulates vesicular traffic in stressed cells

10368_s_at 0.65246265 -0.11850167 -0.446662 -0.32816033 homolog

protein kinase KNS1 YLL020C

5926_g_at 0.51046489 -0.04588933 -0.373984 -0.32809467 NA NA YDR524c-a

7267_at 0.63259474 -0.11537267 -0.443322 -0.32794933 NA NA YBR089W

3430_f_at 0.20446808 -0.000566 -0.32841567 -0.32784967 NA YDRCTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

7229_at 0.45884613 -0.05697467 -0.38481667 -0.327842 NA YBR138C

Cytoplasmic protein of unknown function, potentially phosphorylated

7866_at 0.4931025 -0.04793933 -0.37557067 -0.32763133 NA NA YPL114W

7566_at 0.353785 -0.02162667 -0.34856467 -0.326938 NUT2 YPR168W

RNA polymerase II holoenzyme 21 kDa mediator subunit

6272_at 0.33505015 -0.01427067 -0.34078733 -0.32651667 NA NA YDR215C

4527_at 0.42388872 -0.03332733 -0.35963733 -0.32631 Hypothetical ORFNA YHR009C

9035_at 0.29633538 -0.00990233 -0.33591 -0.32600767 NA NA YNL178W

4472_s_at 0.69601671 -0.188828 -0.51474 -0.325912 DOG1 /// DOG2

2-deoxyglucose-6-phosphateYHR043Cphosphatase /// 2-deoxyglucose-6-ph

3800_at 0.57071814 -0.11645 -0.442231 -0.325781 NA NA YLRWDELTA4

9110_at 0.37206459 -0.01120733 -0.336743 -0.32553567 KEX2

Ca2+-dependent serine protease YNL238W

10920_at 0.61275373 -0.145707 -0.47103167 -0.32532467 Hypothetical ORFNA YJR079W

7793_at 0.42012855 -0.00150133 -0.326813 -0.32531167 MNN9 YPL050C

required for complex glycosylation

7340_at 0.54702553 -0.08528667 -0.41049433 -0.32520767 NA NA YBR027C

9520_at 0.49836112 -0.055232 -0.38039967 -0.32516767 RPL15B YMR121C

ribosomal protein L15B (YL10) (L13B) (rp15R)

4551_at 0.17383803 -0.00188633 -0.32697 -0.32508367 PRS3 YHL011C

ribose-phosphate pyrophosphokinase

9721_at 0.32947922 -0.00309533 -0.327951 -0.32485567 CPR3 YML078W

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

10189_at 0.51395675 -0.02886333 -0.353638 -0.32477467 YLR164Wp is NA YLR164W

homologous to TIM18p

10892_at 0.25412177 -0.00129667 -0.32607 -0.32477333 MGM101

mitochondrial nucleoid protein YJR144W

11081_at 0.37035694 -0.02335133 -0.34812033 -0.324769 NET1 exit from

Nucleolar protein involved in YJL076Wmitosis

11115_at 0.69341321 -0.15198033 -0.476556 -0.32457567 tRNA ligase TRL1 YJL087C

5688_at 0.45808371 -0.02599467 -0.35036933 -0.32437467 ZRG8 YER033C

Cytoplasmic protein of unknown function, transcription is induced u

7690_at 0.303309 -0.001397 -0.32563267 -0.32423567 MED1 YPR070W

essential for transcriptional regulation|mediator complex subunit 1

7702_g_at 0.35967445 -0.00386433 -0.327378 -0.32351367 NA NA YPR038W

6511_at 0.50725596 -0.07662333 -0.39921167 -0.32258833 NA NA YDL041W

10384_at 0.46138563 -0.044202 -0.366473 -0.322271 RNP1

RNA binding protein (putative) YLL046C

5082_at 0.26624789 -0.003372 -0.32549533 -0.32212333 RPB9

RNA polymerase II core subunit YGL070C

8425_s_at 0.2084341 -0.00343733 -0.325403 -0.32196567 EFT1 YOR133W

translation elongation factor 2 (EF-2)

6497_at 0.5463143 -0.00124933 -0.322786 -0.32153667 Hypothetical ORFNA YDL010W

7070_at 0.37788405 -0.010968 -0.33230667 -0.32133867 protein

MAL-activator MAL33 YBR297W

6249_at 0.53627834 -0.00059967 -0.32189667 -0.321297 SEC26

yeast coatomer subunit YDR238C

8002_at 0.30424301 -0.00095067 -0.322189 -0.32123833 GAL4 YPL248C

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

7782_at 0.26470792 -0.00754633 -0.32843633 -0.32089 SWI1

zinc finger transcription factorYPL016W

5550_at 0.51594668 -0.03601367 -0.35661767 -0.320604 Hypothetical ORFNA YER156C

8011_at 0.43629092 -0.02264967 -0.3432 -0.32055033 YAR1 YPL239W

200-amino-acid protein with two ANK repeat motifs and an acidic C

4232_at 0.62974319 -0.014355 -0.33481167 -0.32045667 AYR1 YIL124W

1-acyl dihydroxyacetone phosphate reductase

6000_at 0.62474811 -0.02534667 -0.34549133 -0.32014467 VPS60 YDR486C

vacuolar protein sorting (putative)

4384_at 0.4336433 -0.03058233 -0.350713 -0.32013067 YCK1

casein kinase I homolog YHR135C

4147_at 0.23742679 -0.006535 -0.326574 -0.320039 HOP1

DNA binding protein YIL072W

4972_at 0.39134781 -0.00808433 -0.32792667 -0.31984233 NA function, mRNA is targeted to the bud

Essential protein of unknownYGR046W

7984_s_at 0.24359979 -0.00155767 -0.32133933 -0.31978167 RPL1A part of the

ribosomal protein L1A, formsYPL220W 60S ribosomal subunit

8289_at 0.29581038 -0.01289267 -0.33257567 -0.319683 Hypothetical ORFNA YOR268C

4337_at 0.40693048 -0.023758 -0.343098 -0.31934 NA NA YHR177W

8270_f_at 0.33876516 -0.00085167 -0.31980867 -0.318957 RPS10B

ribosomal protein S10B YOR293W

6286_at 0.58347561 -0.06445233 -0.38335867 -0.31890633 ATC1 YDR184C

Nuclear protein, possibly involved in regulation of cation stress resp

4124_at 0.40481923 -0.01870933 -0.337352 -0.31864267 SYG1

plasma membrane protein YIL047C

7184_at 0.61941098 -0.02766333 -0.34622667 -0.31856333 YPC1 YBR183W

alkaline ceramidase with reverse activity

6618_at 0.45109614 -0.01342767 -0.33146967 -0.318042 Hypothetical ORFNA YDL157C

9016_at 0.50241464 -0.05647367 -0.37448333 -0.31800967 NA YNL152W

Protein required for cell viability

11078_at 0.80101973 -0.270085 -0.58803767 -0.31795267 KAR2 YJL034W

HSP70 family|mammalian BiP (GPR78) homolog

7976_at 0.59667772 -0.01872667 -0.33666833 -0.31794167 CET1 YPL228W

RNA 5'-triphosphatase|mRNA capping enzyme beta subunit (80 kD

8780_at 0.762017 -0.06314167 -0.38106233 -0.31792067 Hypothetical ORFNA YNR068C

10443_at 0.50224743 -0.02339667 -0.341032 -0.31763533 NA NA YKL162C-A

4964_at 0.49562807 -0.05072733 -0.368271 -0.31754367 ORM1 YGR038W

Evolutionarily conserved protein with similarity to Orm2p, required f

5304_at 0.70694159 -0.08005267 -0.39651333 -0.31646067 PRE4 YFR050C

necessary for peptidyl glutamyl peptide hydrolyzing activity|proteaso

8530_g_at 0.38026034 -0.011285 -0.32724433 -0.31595933 Hypothetical ORFNA YOR012W

8672_at 0.43801757 -0.00857233 -0.32436567 -0.31579333 activator

transcriptional MSN1 YOL116W

10208_at 0.51460098 -0.06046667 -0.37610567 -0.315639 PDC5

pyruvate decarboxylase YLR134W

3182_i_at 0.74200125 -0.353219 -0.668842 -0.315623 NA NA YHR217C

7319_at 0.363831 -0.01599267 -0.33135133 -0.31535867 NA NA YBR051W

5390_at 0.64421507 -0.09010567 -0.405366 -0.31526033 FET5 YFL041W

multicopper oxidase|type 1 integral membrane protein

8548_at 0.59974129 -0.11865433 -0.4337 -0.31504567 Hypothetical ORFNA YOL014W

5766_at 0.77085299 -0.30397367 -0.61891267 -0.314939 RIP1 YEL024W

Rieske iron-sulfur protein of the mitochondrial cytochrome bc1 com

3549_f_at 0.532098 -0.06208733 -0.376587 -0.31449967 NA NA YPLWDELTA9

5216_at 0.60620633 -0.06115833 -0.37561333 -0.314455 MIG2 YGL209W

contains zinc fingers very similar to zinc fingers in Mig1p

7544_at 0.44595505 -0.04120867 -0.355191 -0.31398233 aquaporin AQY1 YPR192W

5263_at 0.74077584 -0.12033133 -0.434313 -0.31398167 Hypothetical ORFNA YGL250W

10163_at 0.53549327 -0.012353 -0.32630233 -0.31394933 SWI6

transcription factor YLR182W

11069_at 0.6729058 -0.042136 -0.35592733 -0.31379133 GYP6 YJL044C

GTPase activating protein (GAP) for Ypt6

11234_at 0.56775336 -0.03339033 -0.34714533 -0.313755 SOP4

suppressor of pma1-7 YJL192C

8288_at 0.63308478 -0.006195 -0.31972433 -0.31352933 similar

protein kinase HRK1 to Npr1 YOR267C

7176_at 0.26314889 -0.00880967 -0.32199033 -0.31318067 NA NA YBR174C

8309_at 0.47963163 -0.04686267 -0.35980033 -0.31293767 synthase

pseudouridine PUS7 YOR243C

6229_at 0.55754368 -0.07539433 -0.38814233 -0.312748 AKR1 YDR264C

ankyrin repeat-containing protein

5038_at 0.28556639 -0.00095267 -0.31277367 -0.311821 NA NA YGL024W

11227_at 0.52646135 -0.03001733 -0.341624 -0.31160667 NA NA YJL199C

8919_at 0.40507066 -0.01060533 -0.321648 -0.31104267 forkhead proteinFKH2 YNL068C

6958_s_at 0.55372731 -0.006675 -0.317605 -0.31093 BUD5 factor for Rsr1 protein /// Homeobox-domain c

GTP/GDP exchange /// MATALPHA2 YCL067C

7158_at 0.41223028 -0.03338767 -0.34406167 -0.310674 COS111 resistance

Protein required for wild-typeYBR203W to the antifungal drug ciclop

10679_at 0.64338408 -0.08952267 -0.399923 -0.31040033 Hypothetical ORFNA YKL105C

5315_at 0.39063405 -0.02710767 -0.337438 -0.31033033 HSP12

heat shock protein 12 YFL013w-a

3435_f_at 0.3562065 -0.01870233 -0.32810867 -0.30940633 NA YDRWDELTA7

Identified by expression profiling and mass spectrometry /// TyB Ga

7033_at 0.42544493 -0.03436567 -0.34374633 -0.30938067 NA NA YBR109w-a

6670_at 0.67088788 -0.08252467 -0.391879 -0.30935433 NA YDL193W

Protein required for cell viability

4195_at 0.37783962 -0.00539033 -0.31386333 -0.308473 HIS5 YIL116W

histidinol-phosphate aminotransferase

10083_g_at 0.43571022 -0.02662633 -0.33433967 -0.30771333 NA NA YLR235C

9919_at 0.39557458 -0.02043833 -0.32784967 -0.30741133 IKI3 YLR384C

Subunit of RNA polymerase II elongator complex, which is a histone

6070_s_at 0.30592178 -0.005549 -0.31288767 -0.30733867 RPL12A YDR418W

ribosomal protein L12A (L15A) (YL23)

4403_at 0.40907242 -6.17E-05 -0.30725667 -0.30719497 ERP5 YHR110W

p24 protein involved in membrane trafficking

7643_at 0.53971513 -0.006152 -0.31320633 -0.30705433 Ser/Thr Kinase DBF20 YPR111W

5609_at 0.66279088 -0.11346833 -0.42024333 -0.306775 DSE1 YER124C

Daughter cell-specific protein, may participate in pathways regulatin

8281_at 0.34881067 -0.00458733 -0.31127567 -0.30668833 GCD1 YOR260W

gamma subunit|negative regulator in the general control of amino a

4825_at 0.43318867 -0.00731467 -0.312632 -0.30531733 PSD2 YGR170W

phosphatidylserine decarboxylase

8978_at 0.47895483 -0.013229 -0.31837267 -0.30514367 OCA1 YNL099C

Putative protein tyrosine phosphatase, required for cell cycle arrest

8248_at 0.21792534 -0.00496733 -0.31009767 -0.30513033 ER membraneHSD1 protein YOR311C

8822_at 0.51745768 -0.06826033 -0.37317933 -0.304919 Hypothetical ORFNA YNR063W

8206_at 0.47848455 -0.04471967 -0.34958033 -0.30486067 COT1 YOR316C

Vacuolar transporter that mediates zinc transport into the vacuole; o

10640_at 0.32643204 -0.008417 -0.31321633 -0.30479933 Hypothetical ORFNA YKL056C

8908_s_at 0.66502523 -0.03735633 -0.342066 -0.30470967 Hypothetical ORFNA YNL033W

10713_at 0.59143688 -0.00259133 -0.30719233 -0.304601 protein kinase PRR1 YKL116C

8189_at 0.58645053 -0.10606767 -0.410619 -0.30455133 NA NA YOR345C

4748_at 0.54839018 -0.00149 -0.304679 -0.303189 Hypothetical ORFNA YGR272C

4039_at 0.3117969 -0.01058133 -0.31376133 -0.30318 NA NA YIL066w-a

3724_f_at 0.27233719 -0.00249767 -0.305676 -0.30317833 NA YLRWDELTA23

Identified by expression profiling and mass spectrometry /// TyB Ga

8450_at 0.5876366 -0.10124567 -0.40400167 -0.302756 AZF1 YOR113W

Zinc-finger transcription factor, involved in induction of CLN3 transc

8422_at 0.40986783 -0.00018033 -0.302783 -0.30260267 ORT1 YOR130C

Ornithine transporter of the mitochondrial inner membrane, exports

5972_at 0.7221542 -0.18080133 -0.48334733 -0.302546 LPP1

lipid phosphate phosphataseYDR503C

7653_s_at 0.69157011 -0.192247 -0.49446067 -0.30221367 Hypothetical ORFNA YPR077C

3903_i_at 0.67815939 -0.19041367 -0.49260433 -0.30219067 NA NA YJLWDELTA2

11381_at 0.43800772 -0.028275 -0.33024433 -0.30196933 Hypothetical ORFNA YAL065C

7182_at 0.60744047 -0.120929 -0.42227233 -0.30134333 DTR1

dityrosine transporter MFS-MDR YBR180W

9975_at 0.4720404 -0.02760967 -0.32892633 -0.30131667 NIT3 YLR351C

Nit protein, one of two proteins in S. cerevisiae with similarity to the

9613_at 0.49321993 -0.00822267 -0.309189 -0.30096633 protease IMP2 YMR035W

7121_at 0.46506381 -0.03416367 -0.33492433 -0.30076067 RIB5

Riboflavin biosynthesis YBR256C

9677_at 0.55291048 -0.04263767 -0.34327033 -0.30063267 RAD52 YML032C

Protein that stimulates strand exchange by facilitating Rad51p bindi

10257_at 0.48686322 -0.010844 -0.31137667 -0.30053267 vacuolar v-SNARENYV1 YLR093C

8000_i_at 0.2578873 -0.00765967 -0.30796167 -0.300302 RPL36B (YL39)

ribosomal protein L36B (L39)YPL249C-A

8381_at 0.54967098 -0.00514567 -0.30522133 -0.30007567 APT subcomplex of cleavage and polyadenylation fa

Subunit of the SYC1 YOR179C

11247_s_at 0.57181735 -0.00295633 -0.30297967 -0.30002333 YRF1-7 YJL225C

Hypothetical ORF /// Y'-helicase protein 1

10998_at 0.67534402 -0.14273433 -0.44268833 -0.299954 REC107 YJR021C

ds break formation complex subunit

8911_s_at 0.30522768 -0.00918733 -0.30913933 -0.299952 HHF2

histone H4 (HHF1 and HHF2YNL030W code for identical proteins)

9897_f_at 0.38054306 -0.00547667 -0.30536367 -0.299887 RPL31B YLR406C

ribosomal protein L31B (L34B) (YL28)

8455_at 0.46101593 -0.00975333 -0.309266 -0.29951267 Hypothetical ORFNA YOR118W

10972_at 0.49218009 -0.00571167 -0.30514033 -0.29942867 POL32 YJR043C

55 kDa|DNA polymerase delta subunit

3410_f_at 0.4629874 -0.02828633 -0.32739633 -0.29911 NA YDRWTY2-2

Identified by expression profiling and mass spectrometry /// TyB Ga

9062_at 0.59129631 -0.09368833 -0.392657 -0.29896867 WHI3

RNA binding protein (putative) YNL197C

7588_at 0.4388727 -0.00666833 -0.305571 -0.29890267 ASN1

asparagine synthetase YPR145W

5347_at 0.53836981 -0.02613867 -0.324384 -0.29824533 SAD1 YFR005C

Conserved zinc-finger domain protein involved in pre-mRNA splicin

10481_at 0.51594593 -0.01626467 -0.31410667 -0.297842 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YKR100C

10304_at 0.6732027 -0.06447 -0.36117667 -0.29670667 Hypothetical ORFNA YLR050C

5078_at 0.33172462 -0.014329 -0.310989 -0.29666 NA NA YGL074C

4087_at 0.39763233 -0.02181367 -0.318306 -0.29649233 PAN1 YIR006C

Part of actin cytoskeleton-regulatory complex Pan1p-Sla1p-End3p,

6214_at 0.50698821 -0.05114233 -0.34756 -0.29641767 Hypothetical ORFNA YDR249C

8943_at 0.48790392 -0.00353067 -0.299787 -0.29625633 NA NA YNL089C

7412_at 0.66428352 -0.145979 -0.44220633 -0.29622733 E

HDEL receptor RD2 YBL040C

5067_at 0.37889636 -0.00160133 -0.297026 -0.29542467 HEM2 YGL040C

delta-aminolevulinate dehydratase (porphobilinogen synthase)

11190_at 0.3807239 -0.00110633 -0.29614367 -0.29503733 RPA34

RNA polymerase I subunit A34.5 YJL148W

7254_at 0.69017924 -0.17759167 -0.47219033 -0.29459867 similar

transketolase, TKL2 to TKL1 YBR117C

4938_at 0.68838374 -0.04244133 -0.33695167 -0.29451033 LST7 YGR057C

Required for amino acid permease transport from the Golgi to the c

5028_at 0.44755052 -0.03782367 -0.332131 -0.29430733 NA NA YGL034C

7884_at 0.45567996 -0.020965 -0.31444667 -0.29348167 Hypothetical ORFNA YPL141C

4325_at 0.37327671 -0.020395 -0.313633 -0.293238 NA NA YHL046w-a

10780_at 0.53734172 -0.04251 -0.33519 -0.29268 LOT5 gene expression increases in cultures

Protein of unknown function; YKL183W

9438_at 0.36723 -0.00117767 -0.29299767 -0.29182 DML1 YMR211W

Protein required for cell viability

4412_at 0.44593458 -0.02260667 -0.314202 -0.29159533 SET1 YHR119W

Histone methyltransferase, subunit of the COMPASS complex, whic

9855_at 0.66668498 -0.06883967 -0.36028667 -0.291447 LEU3 YLR451W

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

5590_at 0.47341528 -0.00692 -0.29828167 -0.29136167 NUP157

nuclear pore complex subunit YER105C

6130_at 0.43481771 -0.03122367 -0.32237833 -0.29115467 NA NA YDR344C

5994_at 0.34715894 -0.00264 -0.29368667 -0.29104667 DIG2

MAP kinase-associated protein YDR480W

8021_at 0.60556754 -0.02881533 -0.31937067 -0.29055533 SAM3 YPL274W

high affinity S-adenosylmethionine permease

9150_at 0.64888714 -0.008236 -0.29835133 -0.29011533 PCL1

G1 cyclin|associates with PHO85YNL289W

9562_at 0.76097153 -0.04001333 -0.33002033 -0.290007 PDS5 YMR076C

Precocious Dissociation of Sister chromatids

3499_f_at 0.29254715 -0.00842 -0.29797067 -0.28955067 NA YCLWDELTA5

Identified by expression profiling and mass spectrometry /// TyB Ga

8517_at 0.58585519 -0.09132633 -0.380574 -0.28924767 Hypothetical ORFNA YOR044W

6633_at 0.56585013 -0.04905233 -0.338132 -0.28907967 CRD1

cardiolipin synthase YDL142C

10790_at 0.6974447 -0.00446333 -0.29347067 -0.28900733 Hypothetical ORFNA YKL222C

7869_at 0.40030736 -0.01343767 -0.30213967 -0.288702 arginase CAR1 YPL111W

8392_at 0.35337597 -0.008321 -0.29686167 -0.28854067 PNO1

Associated with Nob1 YOR145C

10051_at 0.55517841 -0.045059 -0.33345433 -0.28839533 GCD7 YLR291C

negative regulator of GCN4 expression|translation initiation factor e

8665_at 0.622583 -0.04631833 -0.33471333 -0.288395 NA YOL124C

Putative S-adenosylmethionine-dependent methyltransferase of the

10554_at 0.4646911 -0.00317733 -0.29143867 -0.28826133 SPC34

spindle pole component YKR037C

6660_at 0.56383467 -0.01088067 -0.299122 -0.28824133 DHH1 YDL160C

Cytoplasmic DExD/H-box helicase, stimulates mRNA decapping, co

6716_at 0.504077 -0.00568867 -0.2937 -0.28801133 Hypothetical ORFNA YDL237W

6357_at 0.63012518 -0.02043267 -0.30838233 -0.28794967 KIN1

Serine/threonine protein kinaseYDR122W

4719_at 0.59792429 -0.013917 -0.30122533 -0.28730833 MAL11 YGR289C

alpha-glucoside transporter|hexose transporter|maltose permease

8595_at 0.5511204 -0.029546 -0.31610233 -0.28655633 GPM3

phosphoglycerate mutase YOL056W

7404_at 0.43911466 -0.01965633 -0.306128 -0.28647167 NA NA YBL048W

4260_at 0.47591469 -0.038129 -0.32435067 -0.28622167 AXL2 YIL141W

Integral plasma membrane protein required for axial budding in hap

8138_at 0.54968151 -0.06715333 -0.35318 -0.28602667 reductase withYOR384W Fre2p; expression induce

Putative ferric FRE5 similarity to

7135_at 0.59533013 -0.044633 -0.33030967 -0.28567667 Hypothetical ORFNA YBR225W

6789_at 0.42956824 -0.01017667 -0.295287 -0.28511033 CDC50 YCR094W

Endosomal protein that regulates cell polarity; similar to Ynr048wp a

8340_at 0.67714723 -0.02212567 -0.30676233 -0.28463667 Hypothetical ORFNA YOR228C

8301_at 0.395176 -0.02073033 -0.305094 -0.28436367 NA NA YOR235W

9661_at 0.41353939 -0.00118633 -0.28525 -0.28406367 ERG6 YML008C

Delta(24)-sterol C-methyltransferase, converts zymosterol to fecost

4482_at 0.52480779 -0.010078 -0.29400167 -0.28392367 CIC1

Core interacting component 1 YHR052W

11207_at 0.51231547 -0.009594 -0.293274 -0.28368 SWI3

transcription factor YJL176C

11236_at 0.38252728 -0.01697933 -0.30043767 -0.28345833 RPS22A YJL190C

ribosomal protein S22A (S24A) (rp50) (YS22)

4063_at 0.28424366 -0.00293033 -0.28637467 -0.28344433 allantoinase DAL1 YIR027C

10583_at 0.46425647 -0.03181667 -0.31451267 -0.282696 URA6 YKL024C

uridine-monophosphate kinase (uridylate kinase)

7447_at 0.45464918 -0.02990833 -0.312252 -0.28234367 ROX3 YBL093C

RNA polymerase II holoenzyme/mediator subunit

9883_at 0.39091836 -0.020503 -0.30247433 -0.28197133 protein YLR436C

Non-essential ECM30 of unknown function

3781_f_at 0.39238566 -0.01164833 -0.29358133 -0.281933 NA YLRWTY1-2

Identified by expression profiling and mass spectrometry /// TyA Ga

4967_at 0.52738601 -0.01152633 -0.293168 -0.28164167 BUD9 YGR041W

Protein involved in bud-site selection; diploid mutants display a unip

10037_at 0.37905216 -0.01948767 -0.301045 -0.28155733 NA NA YLR279W

10033_at 0.56533606 -0.037881 -0.31938467 -0.28150367 SMD2 class

U1 snRNP protein of the Sm YLR275W

8463_at 0.53156843 -0.029384 -0.310757 -0.281373 NA NA YOR082C

9578_at 0.37491207 -0.001399 -0.28255633 -0.28115733 NUP116

nuclear pore complex subunit YMR047C

11027_at 0.44066102 -0.013393 -0.29369 -0.280297 APL1 YJR005W

beta-adaptin|clathrin associated protein complex large subunit

6194_at 0.44154479 -0.026007 -0.306234 -0.280227 NA NA YDR274C

7833_at 0.50897938 -0.04508633 -0.32523033 -0.280144 Hypothetical ORFNA YPL056C

11231_at 0.50269803 -0.04530533 -0.32523833 -0.279933 NA NA YJL195C

11040_at 0.36978606 -0.01635833 -0.29619767 -0.27983933 Hypothetical ORFNA YJL027C

6691_at 0.38533614 -0.01050867 -0.29032333 -0.27981467 TIM22 YDL217C

Mitochondrial inner membrane protein involved in import of proteins

7595_at 0.45711242 -0.02401833 -0.30364833 -0.27963 Hypothetical ORFNA YPR152C

9498_f_at 0.42644496 -0.002547 -0.282094 -0.279547 RPS16A

ribosomal protein S16A (rp61R) YMR143W

6780_at 0.50897936 -0.04438833 -0.32391867 -0.27953033 CSM1 with Lrs4p,

Protein that forms a complexYCR086W located in the nucleolus; L

6178_at 0.46853345 -0.000534 -0.28002033 -0.27948633 CPR5 YDR304C

cyclophilin D|peptidyl-prolyl cis-trans isomerase (PPIase)

4428_at 0.75096866 -0.23483467 -0.514082 -0.27924733 HXT4 YHR092C

high affinity glucose transporter

6309_at 0.44283353 -0.001373 -0.28024833 -0.27887533 protein YDR163W

Non-essential CWC15involved in pre-mRNA splicing, component of

8006_at 0.50493077 -0.02868833 -0.30749533 -0.278807 HUT1 YPL244C

Protein with a role in UDP-galactose transport to the Golgi lumen, h

9617_at 0.45075786 -0.00968 -0.28818933 -0.27850933 coactivator YMR039C

transcriptional SUB1

8547_at 0.58285703 -0.05077667 -0.32891033 -0.27813367 Hypothetical ORFNA YOL015W

7596_at 0.35684047 -0.001629 -0.279676 -0.278047 Hypothetical ORFNA YPR153W

4034_at 0.44989667 -0.018261 -0.29625167 -0.27799067 NA NA YIR020W-B

9429_at 0.27176222 -0.000218 -0.278152 -0.277934 ERG2

C-8 sterol isomerase YMR202W

3580_f_at 0.38326774 -0.00765833 -0.28513567 -0.27747733 NA YORWTY2-2

Identified by expression profiling and mass spectrometry /// TyB Ga

10036_at 0.39905677 -0.00394567 -0.28042167 -0.276476 NA localizes

Protein of unknown function, YLR278Cto the nucleus; potential Cdc

5229_at 0.6028555 -0.069236 -0.34543233 -0.27619633 NA NA YGL239C

4822_at 0.46135453 -0.019114 -0.29529667 -0.27618267 CLC1

clathrin light chain YGR167W

7691_at 0.49210672 -0.031029 -0.30704733 -0.27601833 Hypothetical ORFNA YPR071W

6210_at 0.61595104 -0.006647 -0.282663 -0.276016 MNN10

galactosyltransferase YDR245W

4128_at 0.54383928 -0.05381967 -0.32934367 -0.275524 CBR1

cytochrome b reductase YIL043C

9086_at 0.46990801 -0.00904733 -0.284474 -0.27542667 Hypothetical ORFNA YNL217W

6515_at 0.3196221 -0.00971233 -0.28507733 -0.275365 BSC1 YDL037C

Transcript encoded by this ORF shows a high level of stop codon b

7297_at 0.35317406 -0.00134133 -0.276655 -0.27531367 Hypothetical ORFNA YBR074W

4915_at 0.70220868 -0.03635367 -0.31145433 -0.27510067 Hypothetical ORFNA YGR079W

7278_at 0.65896087 -0.03609533 -0.311043 -0.27494767 VPS15

serine/threonine protein kinase YBR097W

5700_at 0.66665347 -0.129844 -0.40472367 -0.27487967 NA NA YER044C-A

7972_at 0.49818284 -0.04157433 -0.31622767 -0.27465333 t-SNARE SSO1 YPL232W

8549_at 0.56316955 -0.00714467 -0.281661 -0.27451633 HRD1 YOL013C

Ubiquitin-protein ligase required for endoplasmic reticulum-associat

10766_at 0.54547996 -0.00623 -0.280609 -0.274379 v-SNARE YKT6 YKL196C

6672_s_at 0.43227493 -0.00857733 -0.282953 -0.27437567 RPL35A

ribosomal protein L35A YDL191W

3413_f_at 0.3464134 -0.00335567 -0.27740033 -0.27404467 NA YDRCTY1-2

Identified by expression profiling and mass spectrometry /// TyA Ga

6166_at 0.23522863 -0.00199033 -0.275499 -0.27350867 SRP101 YDR292C

signal recognition particle receptor - alpha subunit

3618_f_at 0.39983145 -0.01780533 -0.29119233 -0.273387 NA YORCDELTA20

Identified by expression profiling and mass spectrometry /// TyB Ga

9585_at 0.57406432 -0.026591 -0.29994333 -0.27335233 BUB2 arrest in response to loss of microtub

Protein required for cell cycleYMR055C

9750_at 0.57970276 -0.057637 -0.33010267 -0.27246567 NA NA YML095C-A

4069_at 0.58771882 -0.00805967 -0.28036133 -0.27230167 protein YIR033W

ER membraneMGA2 involved, with its homolog Spt23p, in regulati

4327_at 0.49816753 -0.02911033 -0.30097033 -0.27186 NA NA YHL006w-a

9400_at 0.71593762 -0.05263067 -0.32445667 -0.271826 TRS130 YMR218C

targeting complex (TRAPP) component involved in ER to Golgi mem

10030_at 0.54795127 -0.028383 -0.29997233 -0.27158933 NA NKP2 YLR315W

4400_at 0.35306683 -0.00574867 -0.27571867 -0.26997 peroxin PEX28 YHR150W

6438_at 0.29298303 -0.00240533 -0.272161 -0.26975567 SES1

serine-tRNA ligase YDR023W

11116_at 0.40108023 -0.019121 -0.28867867 -0.26955767 tRNA ligase TRL1 YJL086C

8524_at 0.35360447 -0.007902 -0.277357 -0.269455 Hypothetical ORFNA YOR051C

8034_at 0.6761862 -0.08275867 -0.352023 -0.26926433 NA NA YPL261C

4324_s_at 0.71459378 -0.01223833 -0.28123033 -0.268992 YRF1-7

Y'-helicase protein 1 YHR218W

9555_at 0.59827203 -0.00456333 -0.273554 -0.26899067 MOT3 YMR070W

2 Cys2-His2 zinc fingers at c-terminus, glutamine and asparagine ri

11181_at 0.71089194 -0.15869333 -0.42732467 -0.26863133 FAR1

Cdc28p kinase inhibitor YJL157C

6419_at 0.40934714 -0.003752 -0.27196033 -0.26820833 TPI1

triosephosphate isomerase YDR050C

4350_at 0.71750531 -0.03570567 -0.30389967 -0.268194 ERG9

squalene synthetase YHR190W

11106_at 0.61700853 -0.089892 -0.35802833 -0.26813633 MRPL49 YJL096W

Mitochondrial ribosomal protein of the large subunit

9282_at 0.56072741 -0.00379633 -0.27143533 -0.267639 Hypothetical ORFNA YMR317W

9662_at 0.74361802 -0.10870967 -0.376224 -0.26751433 YAP1

jun-like transcription factor YML007W

10691_at 0.42405482 -0.02115 -0.28861667 -0.26746667 YJU3 localizes to

Protein of unknown function, YKL094W lipid particles

7843_at 0.57303246 -0.06340933 -0.33066567 -0.26725633 SSU1

major facilitator superfamily YPL092W

3493_f_at 0.56781634 -0.03249 -0.299705 -0.267215 HAP1 YCLWDELTA2A

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

5602_at 0.54696911 -0.01439033 -0.28150867 -0.26711833 SHO1

transmembrane osmosensorYER118C

9455_at 0.54424501 -0.03116567 -0.29819533 -0.26702967 NA YMR185W

Protein required for cell viability

9876_at 0.4415617 -0.001976 -0.26899267 -0.26701667 CRN1 YLR429W

Dictyostelium and human actin-binding protein coronin homolog

3241_f_at 0.4380192 -0.00198633 -0.26898433 -0.266998 NA YGRCTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

9653_at 0.34888872 -0.00026967 -0.266994 -0.26672433 ERV25

vesicle coat component YML012W

10213_at 0.34382596 -0.00569367 -0.27226367 -0.26657 SLS1 YLR139C

73 kDa mitochondrial integral membrane protein

9201_at 0.39040861 -0.00227733 -0.26852233 -0.266245 AAA ATPase PEX6 YNL329C

4944_at 0.50133804 -0.01245 -0.27858967 -0.26613967 regulator|zinc YGR063C

transcriptional SPT4 finger protein

9944_at 0.5213718 -0.045661 -0.31145367 -0.26579267 NA NA YLR365W

10229_at 0.54876698 -0.03042167 -0.29593233 -0.26551067 CCW12

cell wall mannoprotein YLR110C

3485_at 0.61665208 -0.09813933 -0.36336833 -0.265229 NA YCLWTY5-1

Psuedogene: encodes fragment of Ty Pol protein

3298_f_at 0.68383173 -0.16948667 -0.43463867 -0.265152 NA NA YGLWOMEGA1

9761_at 0.42108253 -0.02165333 -0.286788 -0.26513467 NA NA YML124C

8331_at 0.63663139 -0.00597867 -0.27104533 -0.26506667 Hypothetical ORFNA YOR220W

4346_at 0.57483399 -0.054586 -0.31950533 -0.26491933 KOG1 YHR186C

Subunit of TORC1, a rapamycin-sensitive complex involved in grow

8349_f_at 0.44232513 -0.025022 -0.289752 -0.26473 Hypothetical ORFNA YOR192C

8185_at 0.46526716 -0.025439 -0.2898 -0.264361 RPA190

RNA polymerase I subunit YOR341W

5537_at 0.80241194 -0.35609333 -0.62043033 -0.264337 NA NA YER188W

5566_at 0.38626629 -0.01245567 -0.27670967 -0.264254 NSA2

ribosome biogenesis YER126C

8692_at 0.31112804 -0.00257633 -0.26657767 -0.26400133 RRP40

3' -> 5' exoribonuclease YOL142W

3914_s_at 0.64990689 -0.00688433 -0.27056333 -0.263679 NA YARCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6175_at 0.33479394 -0.00861633 -0.272187 -0.26357067 CFT1 YDR301W

150 kDa protein associated with polyadenylation factor 1 (PF I)|clea

5974_at 0.69689205 -0.169233 -0.432778 -0.263545 PSP1 YDR505C

high-copy suppressor of cdc17 DNA polymerase alpha mutations

9328_at 0.57202191 -0.03719767 -0.300694 -0.26349633 Hypothetical ORFNA YMR279C

6378_at 0.16271775 -0.00080267 -0.264296 -0.26349333 glutaredoxin GRX3 YDR098C

8957_at 0.36466926 -0.001755 -0.26514533 -0.26339033 IMP4

U3 snoRNP protein YNL075W

6063_at 0.49690888 -0.01799767 -0.28131533 -0.26331767 NA NA YDR413C

6480_at 0.76504057 -0.21255667 -0.47566833 -0.26311167 GCV1 YDR019C

glycine decarboxylase complex T subunit

5969_at 0.44863101 -0.01268233 -0.275605 -0.26292267 RPL37B (YL35)

ribosomal protein L37B (L43)YDR500C

9904_at 0.57661266 -0.02554633 -0.288431 -0.26288467 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YLR413W

9890_s_at 0.35293698 -0.00562633 -0.267778 -0.26215167 RPS1B

ribosomal protein S1B (rp10B) YLR441C

11111_at 0.71881232 -0.16874733 -0.430653 -0.26190567 GWT1 YJL091C

Protein involved in the inositol acylation of glucosaminyl phosphatid

7998_at 0.56713681 -0.039629 -0.301509 -0.26188 NA NA YPL251W

9687_at 0.4693568 -0.009972 -0.27142667 -0.26145467 NA YML023C

Protein required for cell viability

4877_at 0.67787424 -0.108221 -0.36962567 -0.26140467 PHB1 YGR132C

Phb2p homolog|mitochondrial protein

5174_at 0.54876741 -0.02463767 -0.28595067 -0.261313 YIP5 YGL161C

Protein that interacts with Rab GTPases; computational analysis of

4076_f_at 0.50913617 -0.03313767 -0.294287 -0.26114933 Hypothetical ORFNA YIR041W

11062_at 0.74209949 -0.22348867 -0.48457333 -0.26108467 NA localized

Protein of unknown function, YJL051Wto the bud tip; mRNA is targe

6595_at 0.29246367 -0.00276833 -0.26380833 -0.26104 Hypothetical ORFNA YDL133W

6531_at 0.61991662 -0.01043167 -0.27072467 -0.260293 COX9 YDL067C

cytochrome c oxidase subunit VIIa

7823_at 0.44361269 -0.02182767 -0.28210567 -0.260278 Hypothetical ORFNA YPL066W

6202_at 0.49738842 -0.011217 -0.27146767 -0.26025067 Hypothetical ORFNA YDR282C

7349_at 0.24139219 -0.00209833 -0.26232233 -0.260224 PDX3 YBR035C

pyridoxine (pyridoxiamine) phosphate oxidase

7275_at 0.45688771 -0.00471167 -0.26490333 -0.26019167 Hypothetical ORFNA YBR094W

7419_at 0.42255183 -0.015298 -0.27505467 -0.25975667 RIB1

GTP cyclohydrolase II YBL033C

4322_at 0.62726316 -0.08771133 -0.34705233 -0.259341 Hypothetical ORFNA YHR210C

8171_at 0.73526938 -0.04994333 -0.309239 -0.25929567 NDD1

Nuclear Division Defective 1 YOR372C

9644_at 0.51403558 -0.00821667 -0.26716333 -0.25894667 Hypothetical ORFNA YML020W

11317_s_at 0.83160007 -0.283372 -0.54230333 -0.25893133 SSA1 family

heat shock protein of HSP70YAL005C

3732_s_at 0.66527956 -0.05158233 -0.310417 -0.25883467 NA NA YLR463C

9866_i_at 0.53275798 -0.044108 -0.302903 -0.258795 NA NA YLR465C

3285_f_at 0.46545731 -3.97E-05 -0.25875233 -0.25871263 NA YFLWDELTA4

Identified by expression profiling and mass spectrometry /// TyB Ga

7894_at 0.47505689 -0.00744967 -0.266142 -0.25869233 RPL5

ribosomal protein L5 (L1a)(YL3)YPL131W

6870_at 0.73738488 -0.090122 -0.34809033 -0.25796833 SGF29 SAGA histone acetyltransferase comp

Probable 29kKDa Subunit of YCL010C

7161_g_at 0.50149677 -0.02482567 -0.282563 -0.25773733 KTR3 YBR205W

alpha-1,2-mannosyltransferase (putative)

6396_at 0.48254312 -0.00906667 -0.266488 -0.25742133 IPT1

inositolphosphotransferase 1YDR072C

4243_at 0.73950947 -0.126427 -0.383566 -0.257139 Hypothetical ORFNA YIL158W

9386_at 0.62326748 -0.053233 -0.31022033 -0.25698733 FAA4 YMR246W

long chain fatty acyl:CoA synthetase|long-chain fatty acid:CoA ligas

4130_at 0.52652411 -0.007903 -0.26488833 -0.25698533 NA

peripheral membrane proteinYIL041W

6496_at 0.35769059 -0.007364 -0.26409233 -0.25672833 NA NA YDL011C

9526_at 0.33210138 -0.00877833 -0.26509867 -0.25632033 SAS2

zinc finger protein YMR127C

11364_at 0.65448972 -0.00997233 -0.26589 -0.25591767 GCV3 YAL044C

glycine cleavage system H-protein subunit

9640_at 0.38120785 -0.00776767 -0.263645 -0.25587733 Hypothetical ORFNA YMR018W

6332_at 0.45079527 -0.00137167 -0.25699767 -0.255626 DOP1 essential

Protein of unknown function, YDR141Cfor viability, involved in estab

7180_at 0.48044067 -0.00968667 -0.265211 -0.25552433 NA NA YBR178W

5552_at 0.54669566 -0.01545667 -0.270559 -0.25510233 NA has similarity to Afr1p; potentially phos

Protein of unknown function, YER158C

9554_at 0.52550394 -0.01999767 -0.27500867 -0.255011 NAT4

N-alpha acetyltransferase YMR069W

10781_at 0.5272624 -0.02756067 -0.28251567 -0.254955 FAS1 YKL182W

acetyl transferase|dehydratase|enoyl reductase|malonyl/palmityl tra

9206_at 0.522059 -0.037705 -0.29243467 -0.25472967 NA NA YNL324W

4231_at 0.7282892 -0.04369133 -0.29828767 -0.25459633 KGD1 YIL125W

alpha-ketoglutarate dehydrogenase

9723_at 0.63207384 -0.07132133 -0.32583967 -0.25451833 ORF WAR1 YML076C

7415_at 0.51481135 -0.00936033 -0.263611 -0.25425067 APL3 YBL037W

clathrin associated protein complex large subunit

5351_at 0.35655049 -0.005645 -0.259871 -0.254226 GCN20 family

ATP-binding cassette (ABC) YFR009W

6110_at 0.6281287 -0.02714333 -0.28136433 -0.254221 YPR1 YDR368W

2-methylbutyraldehyde reductase, may be involved in isoleucine ca

5984_at 0.63477589 -0.102602 -0.35673567 -0.25413367 UGO1

outer membrane protein YDR470C

8307_at 0.37531832 -0.00076733 -0.25489333 -0.254126 MET7

folylpolyglutamate synthetase YOR241W

6475_at 0.52254234 -0.03393633 -0.28780367 -0.25386733 RAD61 mutation confers radiation sensitivity

Protein of unknown function; YDR014W

3852_f_at 0.29523514 -0.00283433 -0.25663967 -0.25380533 COS5 member

Protein of unknown function, YJR161Cof a family of conserved, ofte

9937_at 0.33709785 -0.00880433 -0.26250767 -0.25370333 NA NA YLR402W

8606_at 0.54771327 -0.04320767 -0.296838 -0.25363033 NA NA YOL046C

10616_at 0.59584641 -0.03143533 -0.28486833 -0.253433 NA NA YKL036C

6798_f_at 0.47659024 -0.02504167 -0.278069 -0.25302733 Hypothetical ORFNA YCR104W

4420_at 0.5240201 -0.03927733 -0.2922 -0.25292267 Hypothetical ORFNA YHR126C

7855_f_at 0.43158954 -0.016315 -0.269132 -0.252817 RPS9A (rp21) (YS11)

ribosomal protein S9A (S13) YPL081W

5308_at 0.47735846 -0.000287 -0.25282067 -0.25253367 NA NA YFR054C

5942_at 0.69729427 -0.089471 -0.34121933 -0.25174833 EUG1 YDR518W

protein disulfide isomerase homolog

9094_s_at 0.30305726 -0.00309133 -0.254714 -0.25162267 SSB2 YNL209W

SSB1 homolog|heat shock protein of HSP70 family

7996_at 0.42843805 -0.01605367 -0.26741267 -0.251359 VIK1 with Kar3p

Protein that forms a complexYPL253C at the spindle pole body, p

5943_at 0.68435981 -0.04724767 -0.29856867 -0.251321 cis-trans isomerase (PPIase)

peptidyl-prolyl FPR2 YDR519W

6918_at 0.69103669 -0.02682567 -0.27760367 -0.250778 division YCL059C

Involved in cellKRR1 and spore germination

6855_at 0.4814096 -0.02293567 -0.273605 -0.25066933 NA NA YCR022C

9020_at 0.32137219 -0.007381 -0.257912 -0.250531 cofactor B

tubulin folding ALF1 YNL148C

3664_f_at 0.37146002 -0.00593 -0.25632567 -0.25039567 NA YNLCDELTA5

Identified by expression profiling and mass spectrometry /// TyB Ga

4577_at 0.57619984 -0.03462533 -0.28452367 -0.24989833 GOS1 YHL031C

SNARE protein with a C-terminal membrane anchor

4858_at 0.73855623 -0.13407467 -0.38362967 -0.249555 CHO2 YGR157W

phosphatidyl-ethanolamine N-methyltransferase

8321_at 0.36162569 -0.00163567 -0.25110233 -0.24946667 RPB10

RNA polymerase II core subunit YOR210W

7380_f_at 0.8031589 -0.24996 -0.49930233 -0.24934233 NA NA YBL026W

7743_at 0.38977193 -0.00095333 -0.25024933 -0.249296 RET3

vesicle coat component YPL010W

3614_f_at 0.63407631 -0.07986733 -0.32898167 -0.24911433 NA NA YORCDELTA18

9497_i_at 0.60027452 -0.03694233 -0.28598167 -0.24903933 RPS16A

ribosomal protein S16A (rp61R) YMR143W

8382_at 0.48463825 -0.007612 -0.255864 -0.248252 DCI1 YOR180C

delta(3,5)-delta(2,4)-dienoyl-CoA isomerase

10567_at 0.58045045 -0.00408433 -0.25159867 -0.24751433 protein YKR004C

Non-essential ECM9 of unknown function

6538_at 0.61924286 -0.03006967 -0.27755767 -0.247488 TSR1 YDL060W

Protein required for processing of 20S pre-rRNA in the cytoplasm, a

7992_at 0.36834986 -0.00036467 -0.24766033 -0.24729567 PUS1

tRNA pseudouridine synthase YPL212C

3733_s_at 0.56777689 -0.016677 -0.263802 -0.247125 YRF1-7

Y'-helicase protein 1 YLR464W

10000_at 0.53607813 -0.039696 -0.28630167 -0.24660567 NA NA YLR331C

6335_at 0.31177989 -0.003428 -0.24998633 -0.24655833 MKC7 YDR144C

aspartyl protease|related to Yap3p

10263_at 0.50405728 -0.02978467 -0.276089 -0.24630433 Non-essential NA YLR054C

protein required for construction of the outer spore w

9881_at 0.64708513 -0.10044467 -0.34663267 -0.246188 NA NA YLR434C

9499_at 0.57780815 -0.01537467 -0.26127767 -0.245903 Hypothetical ORFNA YMR144W

9349_at 0.42155021 -0.00591 -0.25179667 -0.24588667 GFD1 YMR255W

Coiled-coiled protein of unknown function, identified as a high-copy

5246_at 0.34711943 -0.00408233 -0.24985367 -0.24577133 SDT1 YGL224C

Pyrimidine nucleotidase; overexpression suppresses the 6-AU sens

6312_at 0.30832576 -0.0027 -0.24834433 -0.24564433 SEC5

exocyst complex component YDR166C

3584_f_at 0.49018049 -0.002867 -0.24851033 -0.24564333 NA NA YPLCDELTA1

5955_at 0.62568401 -0.01138233 -0.25693033 -0.245548 NA YDR531W

Pantothenate kinase (ATP:D-pantothenate 4'-phosphotransferase, E

10152_at 0.60333443 -0.047944 -0.29329267 -0.24534867 DPH5 YLR172C

Methyltransferase required for diphthamide biosynthesis, not essen

6927_at 0.58958355 -0.01882 -0.26373533 -0.24491533 Hypothetical ORFNA YCL049C

3544_at 0.50169098 -0.02968833 -0.27428233 -0.244594 NA NA YBL108W

9488_at 0.62195408 -0.02393833 -0.26821533 -0.244277 GID8 involved in

Protein of unknown function, YMR135C proteasome-dependent cat

5139_at 0.64500396 -0.00652667 -0.25035233 -0.24382567 INO80 YGL150C

ATPase that forms a large complex, containing actin and several ac

4223_at 0.46720641 -0.00859067 -0.252171 -0.24358033 RPL16A YIL133C

ribosomal protein L16A (L21A) (rp22) (YL15)

9006_s_at 0.35538563 -0.00624467 -0.249764 -0.24351933 RPL42A YNL162W

ribosomal protein L42A (YL27) (L41A)

4513_at 0.71808097 -0.02910467 -0.27225667 -0.243152 MSC7 green fluorescent protein (GFP)-fusion

Protein of unknown function, YHR039C

10801_at 0.56237794 -0.03066933 -0.27367533 -0.243006 TRP3 YKL211C

anthranilate synthase component II|indole-3-phosphate

3450_r_at 0.54473858 -0.03863167 -0.28160867 -0.242977 NA NA YDRWDELTA10

10954_at 0.58548082 -0.04827033 -0.29106 -0.24278967 LIA1 YJR070C

Protein that binds to the C-terminal domain of Hyp2p (eIF5A); has f

6388_at 0.61313676 -0.00618667 -0.24894433 -0.24275767 GSG1 protein particle), a multi-subunit comp

Subunit of TRAPP (transport YDR108W

6561_at 0.47930578 -0.01883133 -0.26146667 -0.24263533 RPP1A (YP1alpha)

acidic ribosomal protein P1A YDL081C (A1)

8398_at 0.4143853 -0.013674 -0.256294 -0.24262 RPB2

RNA polymerase II core subunit YOR151C

6238_at 0.63954812 -0.00498367 -0.24756 -0.24257633 SIR4 YDR227W

silencing regulator at HML, HMR, and telomeres

9383_at 0.51507979 -0.02696233 -0.26942033 -0.242458 Hypothetical ORFNA YMR244W

8258_at 0.69220224 -0.014061 -0.256482 -0.242421 NA NA YOR282W

3572_f_at 0.43427464 -0.01687067 -0.259038 -0.24216733 NA YORCDELTA21

Identified by expression profiling and mass spectrometry /// TyA Ga

3945_at 0.54030667 -0.01730867 -0.25946467 -0.242156 ERV1

sulfhydryl oxidase YGR029W

11366_at 0.46331678 -0.02284567 -0.26460333 -0.24175767 NA NA YAL043C-A

10005_at 0.3868542 -0.00557833 -0.24721633 -0.241638 nucleoporin NUP2 YLR335W

7853_at 0.60720938 -0.039313 -0.28091833 -0.24160533 MOT1

helicase (putative) YPL082C

7066_at 0.52301473 -0.02858367 -0.26985667 -0.241273 Hypothetical ORFNA YBR293W

10612_at 0.51782199 -0.00195933 -0.24305433 -0.241095 N

Nifu-like protein FU1 YKL040C

4184_s_at 0.61940976 -0.02769467 -0.26817533 -0.24048067 NA YIL080W

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9493_at 0.57072293 -0.02506367 -0.26525433 -0.24019067 RIM11 YMR139W

Required for Ime1p phosphorylation, association of the Ime1p-Ume

5551_at 0.65357374 -0.00488833 -0.24494733 -0.240059 Component of COG3 YER157W

the Conserved Oligomeric Golgi complex

4224_at 0.50085376 -0.00826867 -0.24808367 -0.239815 CSM2 chromosome segregation during meio

Protein required for accurate YIL132C

10205_at 0.71504107 -0.130635 -0.36991333 -0.23927833 ACE2 YLR131C

zinc finger transcription factor

5029_at 0.51911758 -0.03380533 -0.27273233 -0.238927 HOP2 YGL033W

meiosis-specific gene required for the pairing of similar chromosom

5647_s_at 0.43338482 -0.005437 -0.24408967 -0.23865267 RPS24B

ribosomal protein S24B YER074W

9774_at 0.21295791 -0.001238 -0.23985267 -0.23861467 DAT1 YML113W

datin|oligo(dA).oligo(dT)-binding protein

6680_s_at 0.63639581 -0.00282067 -0.24119867 -0.238378 RPL41A YDL184C

ribosomal protein L41A (YL41) (L47A)

5179_at 0.82610616 -0.23625233 -0.47434233 -0.23809 AMS1

alpha mannosidase YGL156W

10029_at 0.5739879 -0.03466733 -0.27156533 -0.236898 septin CDC3 YLR314C

3578_f_at 0.5095147 -0.01384367 -0.25001067 -0.236167 NA YORWDELTA23

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

11211_at 0.66859174 -0.01961067 -0.25495833 -0.23534767 CPS1

carboxypeptidase yscS YJL172W

9143_at 0.55649703 -0.02063933 -0.25525033 -0.234611 NA NA YNL296W

10602_at 0.46627242 -0.01388733 -0.248393 -0.23450567 Hypothetical ORFNA YKL050C

10416_at 0.56302301 -0.04359333 -0.27803367 -0.23444033 GTT2

glutathione transferase YLL060C

7240_at 0.44580331 -0.007423 -0.241586 -0.234163 YMC2 YBR104W

Putative mitochondrial inner membrane transporter, member of the

8618_at 0.53200793 -0.00322433 -0.23721433 -0.23399 REX4

RNA EXonuclease; member YOL080Cof 3'->5' exonuclease family. See Mose

10512_at 0.59598943 -0.03747833 -0.27143133 -0.233953 NA NA YKR040C

5649_at 0.6385089 -0.00440733 -0.23812867 -0.23372133 Hypothetical ORFNA YER076C

8032_at 0.53640382 -0.01646067 -0.250122 -0.23366133 KEL3 YPL263C

kelch-repeat protein|similar to Kel1 and Kel2

7144_at 0.56855695 -0.001578 -0.23503167 -0.23345367 ARC40 YBR234C

Arp2/3 complex subunit, 40 kilodalton

6841_at 0.30161959 -0.00383267 -0.237233 -0.23340033 THR4

threonine synthase YCR053W

6184_at 0.63167363 -0.00929767 -0.242566 -0.23326833 Hypothetical ORFNA YDR307W

5498_at 0.44303273 -0.01176 -0.24483367 -0.23307367 NA NA YER038w-a

3422_f_at 0.344408 -0.00452467 -0.23747967 -0.232955 NA YDRWDELTA20

Identified by expression profiling and mass spectrometry /// TyB Ga

10373_at 0.61101967 -0.014399 -0.247061 -0.232662 JLP1 YLL057C

similar to Fe(II)-dependent sulfonate/alpha-ketoglutarate dioxygena

4997_at 0.60733107 -0.014792 -0.24738933 -0.23259733 THG1 YGR024C

tRNAHis guanylyltransferase, adds a guanosine residue to the 5' en

4904_at 0.77108584 -0.09032367 -0.32286833 -0.23254467 NA NA YGR114C

4329_at 0.5069473 -0.02468233 -0.25689433 -0.232212 NA NA YHR056w-a

7688_at 0.83459974 -0.03614533 -0.26833367 -0.23218833 I histone YPR068C

Putative class HOS1 deacetylase (HDAC) with sequence similari

10682_at 0.33206413 -0.00444433 -0.236355 -0.23191067 NA NA YKL102C

10684_at 0.72944168 -0.01946767 -0.25118067 -0.231713 Hypothetical ORFNA YKL100C

3832_s_at 0.5883447 -0.05234067 -0.28405067 -0.23171 NA YKR106W

Protein of unconfirmed function; displays a topology characteristic o

7372_at 0.57622621 -0.046298 -0.27782467 -0.23152667 Hypothetical ORFNA YBR013C

6729_at 0.80969661 -0.16103867 -0.39224767 -0.231209 HBT1 YDL223C

Substrate of the Hub1p ubiquitin-like protein that localizes to the sh

7784_at 0.86883385 -0.251338 -0.48242167 -0.23108367 Hypothetical ORFNA YPL014W

4341_at 0.66008241 -0.02229867 -0.25288867 -0.23059 NA

integral membrane protein YHR181W

5739_at 0.69550714 -0.104149 -0.334118 -0.229969 Hypothetical ORFNA YEL007W

11380_at 0.60508173 -0.04816167 -0.27750733 -0.22934567 NA NA YAL066W

8918_at 0.3559198 -0.00545333 -0.23466967 -0.22921633 RPL16B YNL069C

ribosomal protein L16B (L21B) (rp23) (YL15)

5393_at 0.33353211 -0.00448467 -0.23326733 -0.22878267 YPT1 YFL038C

GTP-binding protein|ras homolog|similar to mammalian Rab1A prot

5313_s_at 0.4689712 -0.000371 -0.229128 -0.228757 MOB2

Mob1p-like protein YFL035C

8809_at 0.69039218 -0.03520267 -0.263839 -0.22863633 BRE5

protein of unknown function YNR051C

5034_at 0.49000565 -0.00221133 -0.23059167 -0.22838033 glucanase SCW11 YGL028C

7684_at 0.39302264 -0.00579433 -0.23396833 -0.228174 NA NA YPR064W

11023_at 0.55149434 -0.01886 -0.24689033 -0.22803033 AVT1 YJR001W

Gln (Asn), Ile (Leu), Tyr transporter

6623_at 0.57126209 -0.02893333 -0.25682167 -0.22788833 NA NA YDL152W

7871_at 0.60974269 -0.01548033 -0.24285967 -0.22737933 Hypothetical ORFNA YPL109C

7737_at 0.47053625 -0.01007133 -0.23712433 -0.227053 APL4 YPR029C

clathrin associated protein complex large subunit|gamma-adaptin

4389_at 0.56822794 -0.038102 -0.265032 -0.22693 NA NA YHR139C-A

9380_at 0.48055533 -0.003355 -0.230255 -0.2269 YHM2 YMR241W

DNA binding protein|mtDNA stabilizing protein, mitochondrial inner

10657_at 0.73777917 -0.01602533 -0.24290033 -0.226875 NA NA YKL083W

11356_at 0.82357628 -0.13705567 -0.36341933 -0.22636367 ACS1

acetyl CoA synthetase YAL054C

6226_at 0.40242149 -0.008913 -0.23467467 -0.22576167 EXG2

exo-1,3-beta-glucanase YDR261C

7245_at 0.48345784 -0.00126633 -0.22688867 -0.22562233 calmodulin CMD1 YBR109C

6705_at 0.51898388 -0.00907033 -0.23438467 -0.22531433 Hypothetical ORFNA YDL203C

3237_f_at 0.47491167 -0.007728 -0.23272933 -0.22500133 HAP1 YGRCTY1-2

Identified by expression profiling and mass spectrometry /// TyB Ga

9801_at 0.61401383 -0.017665 -0.24253 -0.224865 Hypothetical ORFNA YML131W

4077_at 0.44589771 -0.00714267 -0.231908 -0.22476533 Hypothetical ORFNA YIR042C

3352_s_at 0.62148835 -0.06287767 -0.28695 -0.22407233 NA NA YERWDELTA21

3442_f_at 0.40008904 -0.00207033 -0.226134 -0.22406367 HAP1 YDRCTY1-1

Identified by expression profiling and mass spectrometry /// TyB Ga

5540_at 0.55360878 -0.02916867 -0.25276233 -0.22359367 NA NA YER091C-A

9364_at 0.63393686 -0.03696767 -0.26042733 -0.22345967 RRN9 YMR270C

upstream activation factor subunit

7551_at 0.60087953 -0.046754 -0.269986 -0.223232 SGE1 YPR198W

multi-copy suppressor of gal11 null; member of drug-resistance pro

4876_at 0.72146618 -0.14006967 -0.36281233 -0.22274267 Hypothetical ORFNA YGR131W

4897_at 0.44641985 -0.014145 -0.236771 -0.222626 NA NA YGR107W

8419_at 0.5948514 -0.00815533 -0.230659 -0.22250367 RGA1 YOR127W

rho GTPase activating protein (GAP)

3515_at 0.46376696 -0.01362567 -0.23611767 -0.222492 NA NA YBRCDELTA11

8962_at 0.37656611 -0.00121933 -0.22368433 -0.222465 NA NA YNL114C

8484_at 0.72089758 -0.079966 -0.30216 -0.222194 NOB1 YOR056C

Associated with the 26S proteasome

9179_at 0.71352673 -0.02010167 -0.242267 -0.22216533 Hypothetical ORFNA YNL305C

8212_at 0.29701747 -0.001675 -0.22382267 -0.22214767 Hypothetical ORFNA YOR322C

9694_at 0.61954149 -0.01279033 -0.23487167 -0.22208133 OGG1 YML060W

43 kDa 8-oxo-guanine DNA glycosylase

9751_at 0.62245076 -0.04991833 -0.27171567 -0.22179733 GIM5 YML094W

bovine prefoldin subunit 5 homolog (putative)

4067_at 0.65208242 -0.04523633 -0.26698333 -0.221747 DAL7

malate synthase 2 YIR031C

11045_at 0.56225445 -0.036313 -0.257933 -0.22162 NA NA YJL022W

9378_at 0.61800538 -0.002516 -0.22381967 -0.22130367 ribonuclease IIIRNT1 YMR239C

10096_at 0.46664791 -0.01522267 -0.23651433 -0.22129167 RCK2

Serine/threonine protein kinaseYLR248W

7454_s_at 0.49348889 -0.00845267 -0.22957433 -0.22112167 RPL23B YBL087C

ribosomal protein L23B (L17aB) (YL32)

10916_at 0.46362689 -0.00969467 -0.23060667 -0.220912 RPS5 YJR123W

ribosomal protein S5 (S2) (rp14) (YS8)

3449_i_at 0.58021909 -0.035062 -0.25596567 -0.22090367 NA NA YDRWDELTA10

5430_at 0.67877719 -0.0542 -0.275064 -0.220864 ALR2 overexpression confers increased tole

Probable Mg(2+) transporter;YFL050C

11300_at 0.60800298 -0.05442567 -0.27510833 -0.22068267 NA NA YAR047C

9875_at 0.66548827 -0.03418767 -0.253817 -0.21962933 NA NA YLR428C

6234_at 0.67899225 -0.033752 -0.25299833 -0.21924633 NA potentially

Protein of unknown function, YDR223W phosphorylated by Cdc28p

4918_at 0.58068681 -0.02119867 -0.24040567 -0.219207 TOM20 YGR082W

20 kDa mitochondrial outer membrane protein import receptor

10478_at 0.70257615 -0.02164733 -0.240761 -0.21911367 NA NA YKR097W

9085_at 0.56235941 -0.02453467 -0.24363567 -0.219101 MGS1 YNL218W

Maintenance of Genome Stability 1

10513_at 0.49721185 -0.01997433 -0.238794 -0.21881967 Hypothetical ORFNA YKR041W

4148_at 0.67846682 -0.01279767 -0.23157433 -0.21877667 PCI8 YIL071C

translational regulator (putative)|COP9 signalosome (CSN) subunit

4216_at 0.73033945 -0.067971 -0.28662967 -0.21865867 AXL2 YIL140W

Integral plasma membrane protein required for axial budding in hap

4442_at 0.86520015 -0.29199967 -0.510642 -0.21864233 aldose reductaseGRE3 YHR104W

10252_at 0.47648321 -0.00460033 -0.22312267 -0.21852233 GAA1 YLR088W

GPI:protein transamidase component (putative)

10350_at 0.68683696 -0.09751667 -0.31540767 -0.217891 PAM18

DnaJ-like protein, cochaperone YLR008C

4432_at 0.53165951 -0.011201 -0.22906467 -0.21786367 HXT5

hexose transporter YHR096C

6053_at 0.5395012 -0.00191367 -0.21891767 -0.217004 NA NA YDR401W

9684_s_at 0.38559917 -0.00143567 -0.218313 -0.21687733 RPS18B

ribosomal protein S18B YML026C

5709_at 0.54957963 -0.02697367 -0.24381533 -0.21684167 NTF2 YER009W

nuclear transport factor|similar to mammalian cytosolic nuclear imp

5686_at 0.60742826 -0.000576 -0.217271 -0.216695 YPT31

GTPase|YPT32 homolog|ras YER031Chomolog

11307_s_at 0.5601411 -0.03033567 -0.247028 -0.21669233 NA

putative membrane protein YAR066W

6046_at 0.53295938 -0.021336 -0.23801 -0.216674 LRS4

Loss of rDNA silencing YDR439W

8688_at 0.55065764 -0.02909433 -0.24563467 -0.21654033 PSF3

subunit of the GINS complexYOL146W

7878_at 0.550607 -0.03092767 -0.24711067 -0.216183 NA NA YPL102C

10545_at 0.68132017 -0.009562 -0.225717 -0.216155 SAP190 YKR028W

type 2A-related protein phosphatase

3495_f_at 0.70842756 -0.027008 -0.24289567 -0.21588767 NA NA YCLWdelta2b

4123_at 0.47731571 -0.01691467 -0.23263033 -0.21571567 BET1 YIL004C

Type II membrane protein required for vesicular transport between

10805_at 0.60009161 -0.037344 -0.252205 -0.214861 NA

Hypothetical ORF YKL207W

9569_at 0.58658074 -0.00098567 -0.21550567 -0.21452 ADH3 YMR083W

alcohol dehydrogenase isoenzyme III

11128_at 0.68165014 -0.084673 -0.299164 -0.214491 RPE1 YJL121C

D-ribulose-5-Phosphate 3-epimerase

7192_at 0.71459311 -0.12661867 -0.34097767 -0.214359 RPL21B

ribosomal protein L21B YBR190W

11158_i_at 0.33042928 -0.00308033 -0.21737933 -0.214299 NA NA YJL136C

3223_f_at 0.45378169 -0.01311967 -0.227302 -0.21418233 NA YGRWDELTA28

Identified by expression profiling and mass spectrometry /// TyB Ga

10010_at 0.75576709 -0.09224933 -0.306248 -0.21399867 subunit

ATP synthase ATP14 h YLR295C

6252_at 0.66897279 -0.08131333 -0.295228 -0.21391467 NA NA YDR241W

5960_at 0.7506867 -0.06090867 -0.274632 -0.21372333 NA NA YDR491C

4945_at 0.7105886 -0.03336867 -0.24680667 -0.213438 NA NA YGR064W

10893_s_at 0.33921152 -0.00256333 -0.21528833 -0.212725 RPS4A (rp5) (S7A)

ribosomal protein S4A (YS6) YJR145C

7542_at 0.73177955 -0.039564 -0.252261 -0.212697 RPC82 YPR190C

82 kDa subunit of RNA polymerase III (C)

6528_at 0.55414436 -0.03008533 -0.24224367 -0.21215833 BDF2 YDL070W

BDF1 homolog|bromodomain protein

10886_at 0.58636298 -0.033607 -0.24575533 -0.21214833 IML1 green fluorescent protein (GFP)-fusion

Protein of unknown function, YJR138W

7550_at 0.57621479 -0.02829833 -0.24020467 -0.21190633 NA NA YPR197C

10559_at 0.56913001 -0.01161167 -0.22328433 -0.21167267 BYE1 YKL005C

Negative regulator of transcription elongation

6711_at 0.61615048 -0.050601 -0.26188233 -0.21128133 NA NA YDL242W

4993_at 0.53030245 -0.01017933 -0.22146 -0.21128067 VMA7 subunit F

vacuolar ATPase V1 domain YGR020C (14 kDa)

4367_at 0.56890617 -0.00827333 -0.21946733 -0.211194 NA

Hypothetical ORF YHR162W

4207_at 0.59375875 -0.00232667 -0.21319 -0.21086333 NA

Hypothetical ORF YIL103W

9342_at 0.62946302 -0.00264867 -0.21306633 -0.21041767 GOT1

membrane protein YMR292W

5204_at 0.4081359 -0.00285767 -0.21309033 -0.21023267 NA

Hypothetical ORF YGL176C

11333_at 0.69440194 -0.04890033 -0.25912467 -0.21022433 POP5 YAL033W

Nuclear RNase P subunit|RNase MRP subunit

5391_at 0.34899558 -0.00300833 -0.213151 -0.21014267 NA

Hypothetical ORF YFL040W

8662_at 0.34923987 -0.00104433 -0.21108367 -0.21003933 RPL25 (YL25)

ribosomal protein L25 (rpl6L)YOL127W

7294_at 0.80637158 -0.25956233 -0.468912 -0.20934967 NA

Hypothetical ORF YBR071W

3365_f_at 0.45951571 -0.01324 -0.22161633 -0.20837633 NA YELCDELTA4

Identified by expression profiling and mass spectrometry /// TyB Ga

10106_at 0.85086767 -0.42028467 -0.62865 -0.20836533 FRE1 YLR214W

cupric reductase|ferric reductase

6688_at 0.70501571 -0.060986 -0.26899533 -0.20800933 DTD1

D-Tyr-tRNA(Tyr) deacylase YDL219W

4149_at 0.75488999 -0.077797 -0.28569333 -0.20789633 MAM33 YIL070C

33-kDa mitochondrial acidic matrix protein

6278_at 0.57154932 -0.00186567 -0.20952767 -0.207662 UBC1

ubiquitin-conjugating enzyme YDR177W

11351_at 0.61545808 -0.01429633 -0.22168833 -0.207392 TPD3 YAL016W

protein phosphatase 2A regulatory subunit A

3918_f_at 0.54596618 -0.011565 -0.21851167 -0.20694667 NA YARCTY1-1

Identified by expression profiling and mass spectrometry /// TyA Ga

10250_at 0.48647676 -0.00721767 -0.214048 -0.20683033 SMC4 YLR086W

SMC chromosomal ATPase family member

9478_at 0.83114129 -0.02369733 -0.23050633 -0.206809 NA

Hypothetical ORF YMR166C

7231_at 0.60592653 -0.00879033 -0.21541433 -0.206624 IRA1 YBR140C

GTPase activating protein (GAP)

7877_at 0.66276439 -0.01672733 -0.22296133 -0.206234 non-tagged protein was localized to the mitochondria

The authentic, NA YPL103C

4780_at 0.52328814 -0.02040633 -0.22639433 -0.205988 RPS0A

ribosomal protein S0A YGR214W

9910_at 0.44152566 -0.00253567 -0.20801533 -0.20547967 NA

Hypothetical ORF YLR419W

5523_at 0.5412858 -0.01128533 -0.21672867 -0.20544333 TMT1 YER175C

Trans-aconitate Methyltransferase 1

7355_at 0.58750731 -0.023074 -0.22844867 -0.20537467 LDB7 null mutant

Protein of unknown function; YBL006C shows a reduced affinity fo

3729_f_at 0.46587868 -0.01229533 -0.21760567 -0.20531033 NA YLRCDELTA26

Identified by expression profiling and mass spectrometry /// TyB Ga

10773_at 0.53737806 -0.02115033 -0.22616467 -0.20501433 NA NA YKL190W

9165_at 0.70962541 -0.10864767 -0.313488 -0.20484033 NA NA YNL319W

3488_at 0.6930192 -0.08160133 -0.28632533 -0.204724 NA YCLWTY5-1

Psuedogene: encodes fragment of Ty Pol protein

4058_at 0.43451121 -0.000224 -0.204946 -0.204722 SEC11

signal peptidase subunit YIR022W

7080_at 0.50010928 -0.010954 -0.21564167 -0.20468767 RGD1 YBR260C

GTPase activating protein (GAP) (putative)

10677_at 0.77720125 -0.09997733 -0.304569 -0.20459167 NA

Hypothetical ORF YKL107W

10538_at 0.52193911 -0.01086933 -0.21494233 -0.204073 NA

Hypothetical ORF YKR021W

3531_at 0.61618739 -0.01942767 -0.223458 -0.20403033 NA NA YPRCDELTA22

7225_at 0.74923011 -0.069294 -0.27331033 -0.20401633 NA NA YBR134W

11070_at 0.69199074 -0.086605 -0.29046367 -0.20385867 NA

Hypothetical ORF YJL043W

9862_at 0.46194914 -0.010621 -0.21431633 -0.20369533 NA NA YLR458W

6557_at 0.47692084 -0.000208 -0.203775 -0.203567 SUB2

ATP-dependent RNA helicase YDL084W

9552_at 0.79048305 -0.079263 -0.282745 -0.203482 Hypothetical ORFNA YMR110C

5716_at 0.64570574 -0.00116733 -0.204635 -0.20346767 BIM1 YER016W

Bim1p and Kar9p together make up the cortical microtubule-capture

10164_at 0.75714367 -0.08745267 -0.29078767 -0.203335 TOS4 YLR183C

Transcription factor that binds to a number of promoter regions, par

5374_at 0.61546833 -0.02457933 -0.22700733 -0.202428 NA NA YFL013W-A

5362_at 0.39214081 -0.00443433 -0.206772 -0.20233767 NA NA YFR020W

10372_at 0.51711014 -0.00713 -0.209186 -0.202056 SDC25 YLL016W

Ras guanine nucleotide exchange factor (GEF); in the S288C strain

5433_at 0.62523494 -0.014443 -0.216229 -0.201786 RGD2 YFL047W

specific GTPase activating protein (RhoGAP)

5916_at 0.51986064 -0.01841433 -0.22017533 -0.201761 NA NA YDR537C

3381_f_at 0.69652982 -0.095386 -0.29680967 -0.20142367 NA NA YDRWSIGMA4

5015_at 0.61964156 -0.01215867 -0.21346033 -0.20130167 ERP6 YGL002W

p24 protein involved in membrane trafficking

5648_at 0.64362219 -0.02438167 -0.22540567 -0.201024 PTP3

tyrosine phosphatase YER075C

11014_at 0.6385521 -0.05119 -0.25216067 -0.20097067 NA NA YJL007C

10047_f_at 0.47735533 -0.006569 -0.20750233 -0.20093333 NA NA YLR287C-A

6756_at 0.72503103 -0.03141967 -0.231981 -0.20056133 HTL1

High-Temperature Lethal YCR020W-B

8148_at 0.45669603 -0.008348 -0.208486 -0.200138 NA NA YOL013W-A

3741_f_at 0.52349052 -0.01642233 -0.21647867 -0.20005633 NA YLRWTY1-3

Identified by expression profiling and mass spectrometry /// TyA Ga

8882_at 0.5524877 -0.019981 -0.21998167 -0.20000067 NA NA YNL013C

7073_at 0.60867545 -0.00602133 -0.205914 -0.19989267 NA NA YBR300C

8373_at 0.44286713 -0.002397 -0.20227 -0.199873 chain YOR171C

sphingoid longLCB4 base (LCB) kinase

7077_at 0.62435076 -0.01589567 -0.21575733 -0.19986167 TSC3 YBR058c-a

Involved in sphingolipid biosynthesis. Stimulates the activity of serin

7806_at 0.55140044 -0.01495167 -0.21459967 -0.199648 EGD1 YPL037C

pol II transcribed genes regulator

8329_at 0.57675057 -0.015219 -0.21475167 -0.19953267 NA NA YOR218C

4557_at 0.58925996 -0.03053567 -0.23005667 -0.199521 NA NA YHL005C

9002_at 0.42365528 -0.00749433 -0.206888 -0.19939367 NA NA YNL120C

3504_f_at 0.49425402 -0.01088733 -0.210117 -0.19922967 NA YBLWDELTA5

Identified by expression profiling and mass spectrometry /// TyB Ga

6484_at 0.6472419 -0.045537 -0.244605 -0.199068 NA NA YDL023C

9117_at 0.59431647 -0.00644367 -0.20541267 -0.198969 PDR16

Pdr17p homolog|Sec14p homolog YNL231C

10204_at 0.74606388 -0.01496067 -0.213794 -0.19883333 ZRT2 YLR130C

low affinity zinc transport protein

5619_at 0.74867181 -0.01239567 -0.21106233 -0.19866667 TRP2 YER090W

anthranilate synthase component I

6422_at 0.50075729 -0.01415867 -0.212491 -0.19833233 NA NA YDR053W

10198_at 0.56185312 -0.024864 -0.222428 -0.197564 NA NA YLR124W

9945_at 0.52806814 -0.013247 -0.21069267 -0.19744567 NA NA YLR366W

10588_at 0.56880962 -0.00980367 -0.20695467 -0.197151 RAM2 YKL019W

CAAX farnesyltransferase alpha subunit

4996_at 0.75237333 -0.011526 -0.208659 -0.197133 with transduce

acts in concertMTL1Mid2p to YGR023W cell wall stress signals

8783_at 0.61403539 -0.04024133 -0.23722433 -0.196983 Hypothetical ORFNA YNR071C

10167_at 0.47003279 -0.005251 -0.20221233 -0.19696133 EMG1

ribosome biogenesis YLR186W

10645_at 0.79466664 -0.153242 -0.35017133 -0.19692933 Component of ASK1 YKL052C

the DASH complex that binds to microtubules and ki

4454_at 0.59649828 -0.00297867 -0.19959667 -0.196618 oxysterol-binding protein family with seven members

Member of an OSH3 YHR073W

4711_at 0.82427695 -0.107601 -0.30412733 -0.19652633 ABC transporter YOR1 YGR281W

10547_at 0.55515642 -0.01999033 -0.21617033 -0.19618 GMH1 YKR030W

Golgi membrane protein of unknown function, interacts with Gea1p

4448_at 0.80333341 -0.10010467 -0.29625433 -0.19614967 RMD12 YHR067W

Mitochondrial protein required for sporulation

10629_at 0.84134383 -0.09627167 -0.291993 -0.19572133 YNK1

nucleoside diphosphate kinase YKL067W

3723_f_at 0.49906354 -0.005892 -0.201513 -0.195621 NA YLRWTY2-1

Identified by expression profiling and mass spectrometry /// TyB Ga

10726_at 0.55324379 -0.01421433 -0.209818 -0.19560367 NA NA YKL147C

6364_at 0.61998305 -0.01079567 -0.206349 -0.19555333 SAC6 YDR129C

actin filament bundling protein|fimbrin homolog

3600_i_at 0.58892768 -0.03110733 -0.22661067 -0.19550333 NA NA YOLWSIGMA2

7582_at 0.73240345 -0.00062933 -0.19612167 -0.19549233 GDB1 YPR184W

Glycogen debranching enzyme containing glucanotranferase and a

6661_at 0.60840107 -0.00052233 -0.19565567 -0.19513333 STE7

MAP kinase kinase (MEK) YDL159W

8582_at 0.77442946 -0.0429 -0.237755 -0.194855 LAG2

affects longevity YOL025W

5659_at 0.68208619 -0.01354167 -0.208228 -0.19468633 NA NA YER048C

7721_at 0.61849217 -0.03947867 -0.234141 -0.19466233 NA NA YPR014C

8785_at 0.65236875 -0.05603667 -0.25055767 -0.194521 NA

putative reductase YNR074C

9001_at 0.65178725 -0.03312367 -0.22745733 -0.19433367 TOM70 YNL121C

70 kDa mitochondrial specialized import receptor of the outer memb

5428_at 0.68493641 -0.07595267 -0.270058 -0.19410533 Hypothetical ORFNA YFL052W

8808_at 0.75032422 -0.03958667 -0.233637 -0.19405033 LYS9 YNR050C

Seventh step in lysine biosynthesis pathway

3566_i_at 0.54374788 -0.01951367 -0.21333233 -0.19381867 NA NA YPRCDELTA15

6847_g_at 0.75001267 -0.04085033 -0.234577 -0.19372667 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YCR061W

7064_at 0.79942786 -0.00840033 -0.20179733 -0.193397 NA NA YBR291C

7728_at 0.64689154 -0.005671 -0.19902567 -0.19335467 AGC1

Aspartate-glutamate transporterYPR021C

6316_at 0.69957799 -0.03332933 -0.226661 -0.19333167 SEC7 YDR170C

guanine nucleotide exchange protein for ARF

6144_at 0.73688107 -0.02875867 -0.22156333 -0.19280467 PIB1 YDR313C

Phosphatidylinositol(3)-phosphate binding

10296_at 0.59055136 -0.00435067 -0.19690933 -0.19255867 PDC1

pyruvate decarboxylase YLR044C

8187_at 0.55684247 -0.02060433 -0.21315133 -0.192547 NA NA YOR343C

7271_at 0.64871679 -0.01829833 -0.21084467 -0.19254633 Hypothetical ORFNA YBR090C

10522_at 0.63055178 -0.04080333 -0.23329633 -0.192493 TRK2 YKR050W

low affinity potassium transport|membrane protein

10485_at 0.67592316 -0.03663467 -0.22868233 -0.19204767 NA YKR104W

ORFs YKR103W and YKR104W are merged in different strain back

11061_g_at 0.70387063 -0.00373867 -0.19578333 -0.19204467 TDH2 /// TDH1YJL052W

glyceraldehyde 3-phosphate dehydrogenase /// glyceraldehyde-3-p

3589_f_at 0.46709301 -0.004944 -0.196977 -0.192033 NA YPLWTY1-1

Identified by expression profiling and mass spectrometry /// TyA Ga

8875_at 0.48847157 -0.001007 -0.19269333 -0.19168633 ARK1 YNL020C

serine/threonine kinase (putative)

6955_s_at 0.69583757 -0.08273433 -0.27439833 -0.191664 NA YCL076W

Psuedogene: encodes fragment of Ty Pol protein

3776_i_at 0.85646637 -0.52537867 -0.71703833 -0.19165967 NA NA YLRCDELTA9

10995_at 0.74800049 -0.11108767 -0.30198267 -0.190895 NA NA YJR018W

6080_at 0.54446916 -0.01376133 -0.204139 -0.19037767 RPP2B YDR382W

ribosomal protein P2B (YP2beta) (L45)

10187_at 0.70523451 -0.06551067 -0.25588433 -0.19037367 Hypothetical ORFNA YLR162W

8591_at 0.7850468 -0.13312667 -0.32347233 -0.19034567 CMK2 YOL016C

calmodulin-dependent protein kinase

4889_at 0.69269568 -0.025161 -0.21482567 -0.18966467 TEL2

telomere binding protein YGR099W

5553_at 0.66179245 -0.013145 -0.20232233 -0.18917733 regulator

transcriptional BUR6 YER159C

9635_at 0.78952571 -0.10268867 -0.29182967 -0.189141 SEC59 YMR013C

membrane protein|required for core glycosylation

9771_at 0.63154285 -0.02330367 -0.21239067 -0.189087 ATR1 YML116W

Multidrug efflux pump of the major facilitator superfamily, required fo

6572_at 0.72646634 -0.01470433 -0.20376033 -0.189056 NA

homolog of mammalian BAP31 YDL072C

8217_at 0.57976115 -0.01249433 -0.20099033 -0.188496 SNC2 YOR327C

vesicle-associated membrane protein (synaptobrevin) homolog

7366_at 0.6301404 -0.02619467 -0.21465233 -0.18845767 NA NA YBR007C

8617_at 0.61886702 -0.02414033 -0.21244367 -0.18830333 IRA2 YOL081W

GTPase activating protein|highly homologous to Ira1p|neurofibromi

7215_at 0.641702 -0.02865433 -0.216582 -0.18792767 NA NA YBR124W

4203_at 0.79004426 -0.07310033 -0.26038133 -0.187281 Hypothetical ORFNA YIL108W

4887_at 0.52237087 -0.00556233 -0.19262833 -0.187066 NA VPS62 YGR141W

7916_at 0.75366173 -0.042406 -0.229402 -0.186996 PEP4

vacuolar proteinase A YPL154C

9622_at 0.53736373 -0.00765667 -0.194382 -0.18672533 YPT7

GTP-binding protein|rab family YML001W

3874_i_at 0.76961719 -0.15872267 -0.34543067 -0.186708 NA NA YJLWDELTA9

9676_at 0.65523307 -0.013261 -0.199889 -0.186628 SRC1 sister chromatid segregation, potentia

Protein with a putative role inYML033W

10548_at 0.69833104 -0.01582033 -0.20220467 -0.18638433 phospholipaseSPO14D YKR031C

5309_at 0.60463137 -0.02948067 -0.21582267 -0.186342 NA NA YFR056C

9476_at 0.8368828 -0.20312767 -0.38914233 -0.18601467 MSS11 YMR164C

758 amino acid polypeptide with poly-glutamine and poly-asparagin

4186_at 0.43644966 -0.00231467 -0.188318 -0.18600333 THS1

threonine-tRNA ligase YIL078W

4328_at 0.68612463 -0.00688367 -0.192622 -0.18573833 NA NA YHL002c-a

5736_at 0.64527509 -0.03865033 -0.22407133 -0.185421 NA NA YEL010W

4381_at 0.56495134 -0.020468 -0.205874 -0.185406 protein YHR132C

Non-essential ECM14 of unknown function, similar to zinc carboxype

10476_at 0.61428088 -0.03019467 -0.21544333 -0.18524867 Hypothetical ORFNA YKR096W

4756_at 0.69153439 -0.05354833 -0.23876933 -0.185221 NA YGR236C

Protein required for survival at high temperature during stationary p

5791_at 0.71369994 -0.03480233 -0.21991533 -0.185113 IES6 YEL044W

Protein that associates with the INO80 chromatin remodeling comp

5670_i_at 0.40499089 -0.004353 -0.18940067 -0.18504767 RPL34B

ribosomal protein L34B YER056C-A

5298_at 0.65443586 -0.040616 -0.22559567 -0.18497967 Hypothetical ORFNA YGL262W

4172_at 0.46357828 -5.07E-05 -0.184892 -0.1848413 LYS12

homo-isocitrate dehydrogenase YIL094C

7747_at 0.67744989 -0.00486867 -0.18959433 -0.18472567 NCR1 YPL006W

transmembrane protein (putative)

6375_at 0.44201048 -0.00568 -0.19036767 -0.18468767 NA NA YDR095C

7392_at 0.731737 -0.02311467 -0.20779733 -0.18468267 NA NA YBL015W

4517_at 0.66089047 -0.011132 -0.19542233 -0.18429033 oxysterol-binding protein family with seven members

Member of an OSH7 YHR001W

3369_i_at 0.66969952 -0.03945667 -0.22374467 -0.184288 NA NA YERWDELTA7

3612_f_at 0.49772533 -0.00796633 -0.19222367 -0.18425733 NA YORWDELTA17

Hypothetical ORF /// Identified by expression profiling and mass spe

5366_s_at 0.70215661 -0.02234133 -0.20647 -0.18412867 LAs17 BindingLSB3 protein YFR024C-A

8141_at 0.62742577 -0.030303 -0.21433133 -0.18402833 Hypothetical ORFNA YOR387C

7638_at 0.72290571 -0.082901 -0.26683 -0.183929 YTH1

polyadenylation factor subunit YPR107C

9470_at 0.48261141 -0.00216233 -0.18602233 -0.18386 NA NA YMR158W-A

8216_at 0.62530903 -0.00967667 -0.19335867 -0.183682 class V myosin MYO2 YOR326W

7568_at 0.6809612 -0.03784533 -0.22135633 -0.183511 NA NA YPR170C

3252_s_at 0.76023287 -0.13986433 -0.32256633 -0.182702 NA YGRWTY3-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9955_at 0.65364516 -0.047603 -0.230109 -0.182506 NA NA YLR374C

7168_at 0.78360813 -0.07223767 -0.25361867 -0.181381 NGR1 YBR212W

glucose-repressible RNA binding protein

5039_at 0.52809005 -0.00131133 -0.18249467 -0.18118333 PIB2 YGL023C

Phosphatidylinositol 3-phosphate binding

9572_at 0.53171942 -0.00333067 -0.184364 -0.18103333 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR086W

6367_at 0.53904041 -0.01246067 -0.19323967 -0.180779 Hypothetical ORF NA YDR132C

10558_s_at 0.40656392 -0.00157433 -0.18211833 -0.180544 RPL14A

ribosomal protein L14A YKL006W

11204_s_at 0.48586562 -0.008252 -0.18870867 -0.18045667 RPL17A YJL177W

ribosomal protein L17A (L20A) (YL17)

3737_s_at 0.69396156 -0.02162167 -0.201852 -0.18023033 YRF1-7

Y'-helicase protein 1 YLR467W

8850_at 0.85621926 -0.062526 -0.24248167 -0.17995567 FUN34

transmembrane protein (putative)YNR002C

10535_at 0.7628218 -0.04904833 -0.228702 -0.17965367 Hypothetical ORF NA YKR018C

8846_at 0.57999937 -0.00585967 -0.18536933 -0.17950967 PET8 YNL003C

S-adenosylmethionine transporter of the mitochondrial inner memb

10155_at 0.63418623 -0.00771133 -0.18720967 -0.17949833 CBF5 YLR175W

major low affinity 55 kDa centromere/microtubule binding protein

6476_at 0.71343304 -0.03352067 -0.212805 -0.17928433 NA NA YDR015C

5119_at 0.64476202 -0.01955767 -0.198638 -0.17908033 RPS2 YGL123W

ribosomal protein S2 (S4) (rp12) (YS5)

8336_at 0.61800995 -0.01858367 -0.197414 -0.17883033 RPB8 YOR224C

16 kDa RNA polymerase subunit (common to polymerases I, II and

9746_at 0.63934119 -0.00540167 -0.18410533 -0.17870367 TFIID subunit TAF13 YML098W

7246_at 0.71408727 -0.01659433 -0.19498867 -0.17839433 ALG1

beta-1,4-mannosyltransferase YBR110W

6340_at 0.62972096 -0.03569 -0.214074 -0.178384 NA NA YDR149C

7741_at 0.57546295 -0.020562 -0.19894 -0.178378 histidine-tRNAHTS1ligase YPR033C

3496_f_at 0.43742829 -0.00107733 -0.179339 -0.17826167 NA YCLWDELTA4

Identified by expression profiling and mass spectrometry /// TyB Ga

5110_at 0.53185778 -0.00474367 -0.18268467 -0.177941 MMS2 YGL087C

Member of error-free postreplication DNA repair pathway

9501_at 0.58247096 -0.011737 -0.18959033 -0.17785333 TIF34 YMR146C

translation initiation factor eIF3 p39 subunit

9047_at 0.70312811 -0.04087733 -0.218565 -0.17768767 BNI5 YNL166C

Protein involved in organization of septins at the mother-bud neck, m

3501_f_at 0.60879111 -0.01858367 -0.196176 -0.17759233 NA YBLWDELTA4

Identified by expression profiling and mass spectrometry /// TyB Ga

4481_at 0.82517593 -0.07761633 -0.25519433 -0.177578 COX6

cytochrome c oxidase subunit YHR051W

7570_at 0.81383888 -0.14143767 -0.318379 -0.17694133 NA transcriptionally activated by Yrm1p al

Protein of unknown function, YPR172W

3348_f_at 0.66028156 -0.00332767 -0.18021867 -0.176891 NA YERCDELTA19

Identified by expression profiling and mass spectrometry /// TyA Ga

10079_at 0.51418352 -0.00982167 -0.18664 -0.17681833 NA NA YLR232W

3596_f_at 0.50389671 -0.00687933 -0.18364467 -0.17676533 NA YPLWDELTA8

Identified by expression profiling and mass spectrometry /// TyB Ga

7166_at 0.56324902 -0.01266367 -0.18929267 -0.176629 ERV15 has similarity to Erv14p

Protein of unknown function, YBR210W

3861_f_at 0.62106337 -0.031566 -0.208126 -0.17656 NA YJLCDELTA5

Identified by expression profiling and mass spectrometry /// TyB Ga

7071_s_at 0.70099856 -0.02223233 -0.19874933 -0.176517 maltose permease MAL31 YBR298C

4791_at 0.60597527 -0.02439867 -0.20038667 -0.175988 AMA1 YGR225W

Required for sporulation, highly induced during sporulation; activato

8806_at 0.70295692 -0.028552 -0.204516 -0.175964 Hypothetical ORF NA YNR048W

6819_at 0.71322121 -0.01590133 -0.19185633 -0.175955 Hypothetical ORF NA YCR079W

7394_at 0.6502542 -0.02820933 -0.203784 -0.17557467 FMT1

methionyl-tRNA transformylase YBL013W

6119_at 0.65104937 -0.01539533 -0.19096667 -0.17557133 Hypothetical ORF NA YDR333C

8038_at 0.63225366 -0.00522167 -0.18066667 -0.175445 Hypothetical ORF NA YPL257W

6959_s_at 0.71325761 -0.07430733 -0.24957333 -0.175266 regulation of YCL066W

involved in theMATALPHA1 alpha-specific genes|transcription facto

3168_f_at 0.80229558 -0.184618 -0.35987 -0.175252 NA NA YHRWDELTA9

3359_f_at 0.48589821 -0.00014233 -0.17526267 -0.17512033 NA YELWDELTA2

Hypothetical ORF /// Identified by expression profiling and mass spe

6015_at 0.70692097 -0.046464 -0.22151233 -0.17504833 Na+/H+ exchanger NHX1 YDR456W

6546_at 0.42673711 -0.00066067 -0.17568733 -0.17502667 SLC1 YDL052C

1-acyl-sn-gylcerol-3-phosphate acyl transferase (putative)

7287_at 0.66356287 -0.03753633 -0.212531 -0.17499467 NA NA YBR064W

3915_s_at 0.76904422 -0.01325133 -0.18820533 -0.174954 NA YARCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6395_at 0.53985637 -0.008091 -0.18302867 -0.17493767 NA YDR071C

It acetylates polyamines such as putrescine, spermidine and sperm

4549_at 0.60115209 -0.00565233 -0.18052633 -0.174874 Hypothetical ORF NA YHL013C

10498_at 0.57147421 -0.002705 -0.17667867 -0.17397367 NA NA YKR073C

6719_at 0.75014223 -0.08095267 -0.25491433 -0.17396167 GYP7

GTPase activating protein (GAP) YDL234C

7861_at 0.41486419 -0.00285867 -0.176673 -0.17381433 DBP1 YPL119C

ATP dependent RNA helicase (putative)|dead box protein (putative)

4370_at 0.71096555 -0.02802933 -0.201186 -0.17315667 PRP8

U5 snRNP and spliceosome YHR165C component

7268_at 0.54242617 -0.010698 -0.183758 -0.17306 NHP6B YBR090C-A

11 kDa nonhistone chromosomal protein

11176_at 0.75265036 -0.00655533 -0.17910833 -0.172553 JJJ2 YJL162C

Protein that may function as a cochaperone, as suggested by the p

3942_at 0.88303431 -0.479258 -0.651772 -0.172514 HAC1 YFL031W

bZIP (basic-leucine zipper) protein

4979_at 0.6543334 -0.012798 -0.18519567 -0.17239767 MUQ1 YGR007W

choline phosphate cytidylyltransferase (also called phosphoethanol

7356_at 0.83638751 -0.203236 -0.375611 -0.172375 PDR3 YBL005W

Zinc-finger transcription factor related to Pdr1p

6537_f_at 0.6692834 -0.01088433 -0.18308833 -0.172204 RPS29A YDL061C

ribosomal protein S29A (S36A) (YS29)

7953_at 0.58772275 -0.00020967 -0.17217233 -0.17196267 NA NA YPL205C

10082_at 0.63538306 -0.028372 -0.19924433 -0.17087233 NA NA YLR235C

7198_at 0.67501934 -0.04816333 -0.219027 -0.17086367 SPP381

U4/U6/U5 snRNP-associatedYBR152Wprotein|contains PEST proteolysis mo

9313_at 0.63239029 -0.01427433 -0.184912 -0.17063767 FKS3 has similarity

Protein of unknown function, YMR306W to 1,3-beta-D-glucan syn

10711_at 0.6506424 -0.030015 -0.20032867 -0.17031367 NA NA YKL118W

6382_at 0.61956031 -0.02778967 -0.197278 -0.16948833 NA NA YDR102C

6809_at 0.76599962 -0.097358 -0.26682367 -0.16946567 ATG15 YCR068W

Lipase, required for intravacuolar lysis of autophagic bodies; locate

3297_i_at 0.76291632 -0.11825633 -0.28731033 -0.169054 NA NA YGLWOMEGA1

6281_at 0.69950104 -0.02180833 -0.19069233 -0.168884 Hypothetical ORFNA YDR179W-A

9322_at 0.68120895 -0.00908 -0.17793867 -0.16885867 PRE5 YMR314W

20S proteasome alpha-type subunit

3747_at 0.76267663 -0.11462033 -0.28345333 -0.168833 NA NA YLRCDELTA16

7310_at 0.54666328 -0.00486567 -0.17364 -0.16877433 Hypothetical ORFNA YBR042C

6526_at 0.64412499 -0.032543 -0.20084567 -0.16830267 NA NA YDL026W

6836_at 0.56432168 -0.00402467 -0.172192 -0.16816733 NA NA YCR049C

5705_at 0.67954992 -0.01327733 -0.181425 -0.16814767 NUG1 YER006W

Nuclear GTPase involved in Ribosome biogenesis

4090_at 0.68800263 -0.03289867 -0.200868 -0.16796933 MSL1

U2 snRNP component|YU2B'' YIR009W

4497_at 0.67407629 -0.00400333 -0.17184967 -0.16784633 class II myosinMYO1 YHR023W

6816_at 0.75941747 -0.09249667 -0.25974467 -0.167248 ERS1 YCR075C

Protein with similarity to human cystinosin, which is a H(+)-driven tr

5919_at 0.85538778 -0.19045567 -0.357475 -0.16701933 Hypothetical ORFNA YDR540C

3330_f_at 0.69381158 -0.019988 -0.18649867 -0.16651067 NA YFLWDELTA3

Identified by expression profiling and mass spectrometry /// TyB Ga

10172_at 0.62159206 -0.00722167 -0.17371633 -0.16649467 proline oxidase PUT1 YLR142W

10039_s_at 0.69137195 -0.041161 -0.207572 -0.166411 Hypothetical ORFNA YLR280C

8605_at 0.81821215 -0.18163267 -0.347999 -0.16636633 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YOL047C

10966_at 0.62913178 -0.027202 -0.19350667 -0.16630467 NA NA YJR037W

10901_at 0.68825183 -0.034517 -0.20059567 -0.16607867 ABM1 required for

Protein of unknown function, YJR108W normal microtubule organ

7314_at 0.86246426 -0.34310367 -0.50918033 -0.16607667 homolog, found in the cytoplasm and nucleus; has si

Zeta-crystallin ZTA1 YBR046C

3946_at 0.73867565 -0.07197867 -0.23794233 -0.16596367 ERV1

sulfhydryl oxidase YGR029W

7034_i_at 0.83344904 -0.031948 -0.19787733 -0.16592933 NA NA YBR126w-a

3547_f_at 0.62509427 -0.02391467 -0.18975967 -0.165845 NA YBLWDELTA2

Identified by expression profiling and mass spectrometry /// TyB Ga

7487_at 0.68513229 -0.04559533 -0.21121 -0.16561467 alpha

F1F0-ATPase ATP1 subunit YBL099W

4740_at 0.46090177 -0.00036467 -0.165643 -0.16527833 MES1

methionine-tRNA ligase YGR264C

5233_at 0.62552674 -0.02233833 -0.187578 -0.16523967 NA potential Cdc28p substrate

Protein of unknown function, YGL235W

7734_at 0.65811619 -0.02684133 -0.191908 -0.16506667 Hypothetical ORFNA YPR027C

8003_at 0.84480593 -0.00942733 -0.17431167 -0.16488433 Hypothetical ORFNA YPL247C

4194_at 0.69827977 -0.03969933 -0.204358 -0.16465867 PRM5 YIL117C

Pheromone-regulated protein, predicted to have 1 transmembrane

9414_f_at 0.59128673 -0.00474133 -0.169253 -0.16451167 RPS10B

ribosomal protein S10B YMR230W

4854_at 0.81332628 -0.15161633 -0.31608167 -0.16446533 Hypothetical ORFNA YGR153W

4316_at 0.69152601 -0.036931 -0.20121833 -0.16428733 Hypothetical ORFNA YHR202W

9486_at 0.74328462 -0.08658667 -0.25043167 -0.163845 REC114

early sporulation protein YMR133W

5092_at 0.59567811 -0.00335733 -0.16711833 -0.163761 ARC1 YGL105W

Protein that binds tRNA and methionyl- and glutamyl-tRNA syntheta

3362_at 0.77092295 -0.10952867 -0.27304067 -0.163512 NA NA YELCDELTA3

4869_at 0.58543876 -0.004513 -0.16771633 -0.16320333 ASN2

asparagine synthetase YGR124W

9405_at 0.72892757 -0.06327433 -0.22639833 -0.163124 UBP8 YMR223W

Ubiquitin-specific protease that is a component of the SAGA (Spt-A

7092_at 0.79482801 -0.07526467 -0.238113 -0.16284833 protein kinase CHK1 YBR274W

8623_at 0.67968121 -0.00194267 -0.16387667 -0.161934 Hypothetical ORFNA YOL075C

5950_at 0.76966731 -0.05723767 -0.21884433 -0.16160667 NA NA YDR526C

7892_at 0.75324781 -0.08214167 -0.24362667 -0.161485 regulator

transcriptional RDS2 YPL133C

7756_at 0.62291119 -0.01348867 -0.17459433 -0.16110567 Hypothetical ORFNA YPR004C

5985_at 0.58400206 -0.00298867 -0.16382133 -0.16083267 RPL27B

ribosomal protein L27B YDR471W

4357_at 0.7609621 -0.08152633 -0.24228133 -0.160755 with negatively charged C-terminus required for func

20 kDa proteinSPO12 YHR152W

8915_at 0.78664555 -0.108703 -0.269394 -0.160691 RNH201 YNL072W

Ribonuclease H2 catalytic subunit, removes RNA primers during Ok

7891_at 0.74523162 -0.079131 -0.23976 -0.160629 ODC1 YPL134C

mitochondrial 2-oxodicarboxylate transport protein

9177_at 0.89360118 -0.410281 -0.570902 -0.160621 MCK1 YNL307C

43.1 kDa serine/threonine/tyrosine protein kinase

11321_at 0.7876769 -0.01556067 -0.17596767 -0.160407 VPS8 YAL002W

membrane-associated hydrophilic protein which contains a C-termin

11318_at 0.67886436 -0.03979833 -0.1993 -0.15950167 NA NA YAL004W

7789_at 0.6125066 -0.02106333 -0.18041833 -0.159355 LEE1

Protein of unknown function YPL054W

7371_at 0.6516661 -0.02941467 -0.18842967 -0.159015 NA NA YBR012C

4208_at 0.71763937 -0.05519167 -0.213893 -0.15870133 Hypothetical ORF NA YIL102C

8363_at 0.73310814 -0.024772 -0.183072 -0.1583 NOC2 YOR206W

Protein that forms a nucleolar complex with Mak21p that binds to 90

10907_at 0.64387989 -0.01135967 -0.16946867 -0.158109 NA

Small hydrophobic protein YJR114W

10671_at 0.78579679 -0.04444633 -0.20246933 -0.158023 exonuclease required for Okazaki fragment processi

42 kDa 5' to 3' RAD27 YKL113C

7154_at 0.64171494 -0.01889867 -0.17667567 -0.157777 TAF5 YBR198C

Subunit (90 kDa) of TFIID and SAGA complexes, involved in RNA p

5398_at 0.76379105 -0.01580933 -0.17319633 -0.157387 RIM15 kinase related to S. pombe cek1+

trehalose-associated protein YFL033C

9105_at 0.44567378 -0.00227533 -0.15962133 -0.157346 SUI1 YNL244C

translation initiation factor eIF1

6477_at 0.70815292 -0.02448433 -0.181688 -0.15720367 DAD1

Essential protein, componentYDR016Cof the DASH complex, involved in spin

5954_at 0.84814037 -0.17993633 -0.336555 -0.15661867 APA2 phosphorylase II

5',5'''-P-1,P-4-tetraphosphateYDR530C

8502_at 0.62857846 -0.02340267 -0.17968567 -0.156283 NA NA YOR029W

6260_at 0.54208063 -0.00541967 -0.161597 -0.15617733 NA NA YDR203W

9369_at 0.43784456 -0.002616 -0.15870867 -0.15609267 BUL1 in specifying

BUL1p is putatively involved YMR275C ubiquitination substrates

3471_f_at 0.59542958 -0.01470467 -0.170458 -0.15575333 COS5 member of

Protein of unknown function, YDL248W a family of conserved, ofte

6863_at 0.57508216 -0.007105 -0.162511 -0.155406 RIM1

DNA binding protein YCR028C-A

6884_at 0.7389262 -0.04706933 -0.20235367 -0.15528433 NA NA YCR006C

9286_s_at 0.73482932 -0.05249867 -0.20776867 -0.15527 SAM4 YMR321C

AdoMet-homocysteine methyltransferase

8175_at 0.66358451 -0.03098867 -0.186094 -0.15510533 NA NA YOR376W

6600_at 0.71076096 -0.03820333 -0.19306767 -0.15486433 RPP1B (YP1beta)

ribosomal protein P1B (L44') YDL130W (Ax)

8679_at 0.66799719 -0.020969 -0.175737 -0.154768 ZEO1 YOL109W

Peripheral membrane protein of the plasma membrane that interact

3601_f_at 0.69536727 -0.04034033 -0.195032 -0.15469167 NA NA YOLWSIGMA2

6895_at 0.64196683 -0.00907767 -0.16367133 -0.15459367 SRO9 YCL037C

Associates with translating ribosomes; may function in the cytoplas

5073_at 0.66375555 -0.01535733 -0.16939667 -0.15403933 DBP3 YGL078C

ATP dependent RNA helicase|dead/deah box protein CA3

8499_at 0.66389042 -0.030036 -0.18401467 -0.15397867 NA NA YOR072W

3395_f_at 0.68673445 -0.03497867 -0.18894867 -0.15397 NA YDRWTY1-5

Identified by expression profiling and mass spectrometry /// TyA Ga

7751_at 0.71053525 -0.01055867 -0.16428533 -0.15372667 functionally related to SNF7

appears to be SNF8 YPL002C

4073_at 0.78873013 -0.04758167 -0.20128333 -0.15370167 HYR1

glutathione-peroxidase (putative)YIR037W

11161_at 0.79219116 -0.026256 -0.17978333 -0.15352733 LCB3 YJL134W

dihydrosphingosine-1-phosphate phophatase

10864_r_at 0.79847159 -0.13489733 -0.28810267 -0.15320533 NA

Identified by SAGE YJL136w-a

6649_at 0.71955117 -0.030483 -0.18289067 -0.15240767 GLT1

glutamate synthase (NADH) YDL171C

10638_at 0.75054893 -0.029063 -0.18116633 -0.15210333 TOA2 YKL058W

transcription factor IIA subunit|beta

6960_at 0.74833674 -0.07630967 -0.227794 -0.15148433 regulation of YCL065W

involved in theMATALPHA1 alpha-specific genes|transcription facto

3726_f_at 0.61380621 -0.011709 -0.16317067 -0.15146167 NA YLRCDELTA25

Identified by expression profiling and mass spectrometry /// TyB Ga

8335_at 0.85379014 -0.033109 -0.18424733 -0.15113833 Hypothetical ORF NA YOR223W

6295_at 0.70420066 -0.045792 -0.19602433 -0.15023233 NA NA YDR193W

8445_at 0.74959071 -0.03835033 -0.18833833 -0.149988 LEU9 YOR108W

alpha-isopropylmalate synthase (2-isopropylmalate synthase)

3429_f_at 0.61209557 -0.004875 -0.15484333 -0.14996833 NA YDRCDELTA4

Hypothetical ORF /// Identified by expression profiling and mass spe

8966_at 0.8719739 -0.11855767 -0.268137 -0.14957933 cytochrome b5CYB5 YNL111C

6164_at 0.7428519 -0.06747733 -0.21695067 -0.14947333 NA NA YDR290W

11121_at 0.64178483 -0.00364067 -0.15302467 -0.149384 ARP4 YJL081C

54.8 kDa protein|actin related protein

11174_at 0.85724273 -0.17325833 -0.32246233 -0.149204 TPK1 YJL164C

cAMP-dependent protein kinase catalytic subunit (putative)

10112_at 0.76966595 -0.06528333 -0.214422 -0.14913867 NA NA YLR220W

8337_at 0.77601104 -0.06449867 -0.21358567 -0.149087 NA NA YOR225W

8007_at 0.53787017 -0.00100633 -0.15003567 -0.14902933 SRP68 YPL243W

signal recognition particle component

5715_at 0.83408397 -0.11744133 -0.266406 -0.14896467 FAA2 YER015W

acyl-CoA synthetase (fatty acid activator 2)

11223_at 0.78159685 -0.01168467 -0.16051867 -0.148834 PRP21

RNA splicing factor YJL203W

6355_at 0.7315412 -0.017487 -0.16602367 -0.14853667 TRM1 YDR120C

N2,N2-dimethylguanosine-specific tRNA methyltransferase

9104_at 0.79335511 -0.074922 -0.22330833 -0.14838633 a complex YNL245C

Component of CWC25 containing Cef1p, involved in pre-mRNA s

9895_i_at 0.62909069 -0.01242333 -0.160577 -0.14815367 RPL31A (L34A) (YL28) /// ribosomal protein L31B (L

ribosomal protein L31A /// RPL31BYLR406C

5207_at 0.77855033 -0.01493033 -0.16301267 -0.14808233 NA NA YGL218W

5205_at 0.74740073 -0.067811 -0.215233 -0.147422 SAE2 YGL175C

Protein with a role in accurate meiotic and mitotic double-strand bre

7445_at 0.64580115 -0.005157 -0.15216533 -0.14700833 Hypothetical ORF NA YBL095W

4584_at 0.7983888 -0.04011233 -0.18701433 -0.146902 RIM4 YHL024W

RNA-binding protein of the RRM class (putative)

8177_at 0.71395362 -0.03124633 -0.177635 -0.14638867 Hypothetical ORF NA YOR378W

8924_at 0.74416729 -0.03253567 -0.17891067 -0.146375 YDJ1 YNL064C

heat shock protein|yeast dnaJ homolog (nuclear envelope protein)

6149_at 0.58887341 -0.005116 -0.15141367 -0.14629767 MCM21 maintenance

Involved in minichromosome YDR318W

10937_at 0.65446537 -0.00777333 -0.15368433 -0.145911 NA

Hypothetical ORF YJR098C

3419_f_at 0.58111733 -0.00452467 -0.15038933 -0.14586467 NA YDRWDELTA19

Identified by expression profiling and mass spectrometry /// TyB Ga

11389_at 0.54387995 -0.002431 -0.14818 -0.145749 ECM1 localized

Protein of unknown function, YAL059Win the nucleoplasm and the n

7393_at 0.87401104 -0.004577 -0.15022033 -0.14564333 RRN6 YBL014C

yeast Pol I core factor (CF) also composed of Rrn11p, Rrn7p and T

9629_at 0.87541092 -0.27008967 -0.41552533 -0.14543567 NA NA YMR007W

11206_f_at 0.55285821 -0.00521067 -0.15019667 -0.144986 RPL17A YJL177W

ribosomal protein L17A (L20A) (YL17)

9390_at 0.83020389 -0.01772333 -0.162603 -0.14487967 NA NA YMR251W-A

9713_at 0.64552275 -0.013064 -0.15790833 -0.14484433 ALO1

D-arabinono-1,4-lactone oxidaseYML086C

5758_at 0.81711366 -0.059457 -0.20402 -0.144563 MCM3 at ARS's

Member of complex that actsYEL032Wto initiate replication

5704_at 0.78897037 -0.03397433 -0.17851267 -0.14453833 YND1

apyrase (NDPase/NTPase) YER005W

4168_at 0.69877611 -0.03520233 -0.17969 -0.14448767 DFG10 involved

Protein of unknown function, YIL049Win filamentous growth

5136_at 0.63662517 -0.00266333 -0.14709733 -0.144434 light

myosin Myo2pMLC1chain YGL106W

9958_at 0.64072289 -0.015429 -0.15957967 -0.14415067 FBP1

fructose-1,6-bisphosphatase YLR377C

5423_s_at 0.81135158 -0.120304 -0.264073 -0.143769 AAD4 YFL057C

aryl-alcohol dehydrogenase (putative)

3910_at 0.85925103 -0.08956967 -0.23245767 -0.142888 NA NA YALCDELTA2

3494_f_at 0.59930403 -0.00159 -0.143354 -0.141764 NA YCLWDELTA3

Identified by expression profiling and mass spectrometry /// TyB Ga

8906_at 0.82597306 -0.08745767 -0.22913167 -0.141674 NA

Hypothetical ORF YNL035C

5427_at 0.72265712 -0.04603933 -0.18761233 -0.141573 DAK2

dihydroxyacetone kinase YFL053W

3865_f_at 0.84688486 -0.21093233 -0.35247833 -0.141546 NA NA YJLCDELTA6

9923_f_at 0.6952352 -0.007793 -0.14890633 -0.14111333 RPS29A YLR388W

ribosomal protein S29A (S36A) (YS29)

8269_f_at 0.77276166 -0.075279 -0.216354 -0.141075 NA NA YOR293W

7834_at 0.80209484 -0.05411767 -0.195172 -0.14105433 ELP4 protein subunit

RNA polymerase II ElongatorYPL101W

6124_at 0.65796994 -0.01671667 -0.15762467 -0.140908 NA

Hypothetical ORF YDR338C

8493_at 0.8846183 -0.27980267 -0.42039933 -0.14059667 cytochrome c1CYT1 YOR065W

11309_at 0.70912843 -0.01068133 -0.15111433 -0.140433 NA YAR069C

Identified by gene-trapping, microarray-based expression analysis,

9460_at 0.80097052 -0.11169033 -0.25198433 -0.140294 GCV2 YMR189W

glycine cleavage system P subunit|glycine decarboxylase complex

9537_at 0.79612898 -0.01789833 -0.15747567 -0.13957733 SNO1 YMR095C

Protein of unconfirmed function, involved in pyridoxine metabolism;

10737_at 0.69359415 -0.016188 -0.15543033 -0.13924233 PRS1 YKL181W

ribose-phosphate pyrophosphokinase

8250_at 0.7337368 -0.04483533 -0.18391533 -0.13908 NA NA YOR314W

10309_at 0.80751543 -0.114091 -0.25294133 -0.13885033 GAT3 YLR013W

Protein containing GATA family zinc finger motifs

9968_s_at 0.66875643 -0.01303733 -0.15178933 -0.138752 RPL26B YLR344W

ribosomal protein L26B (L33B) (YL33)

6686_at 0.61241602 -0.01049733 -0.149213 -0.13871567 NA NA YDL221W

8292_at 0.73745012 -0.03391133 -0.17248867 -0.13857733 NA

Hypothetical ORF YOR271C

7395_at 0.71690207 -0.03863867 -0.176744 -0.13810533 NA NA YBL012C

5761_at 0.77337154 -0.00390733 -0.14138067 -0.13747333 BUD16 YEL029C

Protein involved in bud-site selection; diploid mutants display a rand

7837_at 0.67846353 -0.01261767 -0.14998133 -0.13736367 NA

Hypothetical ORF YPL098C

3466_i_at 0.79128304 -0.096416 -0.23377433 -0.13735833 NA NA YCRWDELTA13

7777_at 0.76145605 -0.057352 -0.19467167 -0.13731967 protein YPL021W

Non-essential ECM23 of unconfirmed function; affects pre-rRNA pro

8431_at 0.78120077 -0.07913533 -0.215739 -0.13660367 NA NA YOR139C

10216_at 0.83832154 -0.00191967 -0.138442 -0.13652233 HRT3 YLR097C

Putative nuclear ubiquitin ligase, based on computational analysis o

6064_at 0.74907605 -0.02471733 -0.161234 -0.13651667 NA YDR412W

Protein required for cell viability

10224_at 0.65780605 -0.00350833 -0.139895 -0.13638667 SEN2 subunit

tRNA splicing endonuclease YLR105C

7642_at 0.72123717 -0.02256467 -0.15889933 -0.13633467 Ser/Thr Kinase DBF20 YPR111W

9436_at 0.77992796 -0.023242 -0.15951133 -0.13626933 NA

Hypothetical ORF YMR209C

7755_at 0.79208237 -0.03159567 -0.167628 -0.13603233 NA

Hypothetical ORF YPR003C

7635_at 0.75397303 -0.02804433 -0.16340767 -0.13536333 to the YPR104C

domain similarFHL1 fork head DNA-binding domain found in the de

4212_g_at 0.57897933 -0.004073 -0.13936967 -0.13529667 glucoamylase SGA1 YIL099W

3882_f_at 0.64847339 -0.01074167 -0.145981 -0.13523933 NA YJRWTY1-1

Identified by expression profiling and mass spectrometry /// TyA Ga

9399_at 0.69270248 -0.01671867 -0.15188967 -0.135171 GMP synthaseGUA1 YMR217W

8190_at 0.69770359 -0.01386467 -0.14878267 -0.134918 REV1

deoxycytidyl transferase YOR346W

7863_at 0.75044089 -0.032021 -0.166849 -0.134828 IDI1 YPL117C

isopentenyl diphosphate:dimethylallyl diphosphate isomerase (IPP

7583_at 0.8352856 -0.02264233 -0.15729767 -0.13465533 ATG13 YPR185W

Phosphorylated protein that interacts with Vac8p, required for the cy

4541_at 0.88296047 -0.07917167 -0.21374933 -0.13457767 non-tagged protein was localized to the mitochondria

The authentic, NA YHL021C

9732_at 0.65032017 -0.00122467 -0.13574867 -0.134524 ERV41 YML067C

Protein localized to COPII-coated vesicles, forms a complex with Er

5268_at 0.57928918 -0.00511867 -0.139615 -0.13449633 GUS1 YGL245W

Glutamyl-tRNA synthetase (GluRS), forms a complex with methiony

7740_at 0.72974398 -0.03957367 -0.173701 -0.13412733 of the YPR032W

yeast homologSRO7 Drosophila tumor suppressor, lethal giant larv

5958_at 0.71845822 -0.001629 -0.13575167 -0.13412267 SLD5

subunit of the GINS complexYDR489W

9503_at 0.74222468 -0.03342267 -0.16752433 -0.13410167 Hypothetical ORFNA YMR148W

4083_at 0.82073089 -0.08589367 -0.219994 -0.13410033 DEAH YIR002C

Member of theMPH1 family of helicases, functions in an error-free

8388_at 0.76090119 -0.03235267 -0.16641033 -0.13405767 Hypothetical ORFNA YOR186W

9041_at 0.69853732 -0.00401867 -0.13804667 -0.134028 APC1

ubiquitin ligase subunit YNL172W

5765_at 0.76304395 -0.02637333 -0.160255 -0.13388167 RSC YEL025C

SWI/SNF and NA interacting protein 1

9348_at 0.81860525 -0.01632733 -0.15019933 -0.133872 PRC1 YMR297W

carboxypeptidase Y (proteinase C)|carboxypeptidase yscY|CPY

6014_at 0.69603659 -0.02095533 -0.15459933 -0.133644 NA NA YDR455C

11046_at 0.85001469 -0.04305467 -0.176647 -0.13359233 BBC1 YJL021C

Protein possibly involved in assembly of actin patches; interacts wit

6131_at 0.70562798 -0.006303 -0.139317 -0.133014 HXT3

low affinity glucose transporterYDR345C

6565_at 0.76294204 -0.01492267 -0.147783 -0.13286033 MDH3

malate dehydrogenase YDL078C

7130_g_at 0.48873387 -0.00070367 -0.13328767 -0.132584 NA YBR220C

Hypothetical ORF /// Hypothetical ORF

7648_at 0.66076296 -0.00246033 -0.133309 -0.13084867 Hypothetical ORFNA YPR116W

10141_at 0.80609445 -0.02868733 -0.15921567 -0.13052833 MSS51 YLR203C

Protein required for the maturation and translation of COX1 mRNA

7172_at 0.7787804 -0.02422433 -0.15426033 -0.130036 NPL4 YBR170C

Endoplasmic reticulum and nuclear membrane protein, forms a com

6846_at 0.80902704 -0.05350233 -0.182961 -0.12945867 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YCR061W

7808_at 0.63667421 -0.00487433 -0.13396567 -0.12909133 NA NA YPL035C

8834_at 0.78202657 -0.05429767 -0.18333 -0.12903233 SSK2 YNR031C

MAP kinase kinase kinase|activator of Pbs2p

5074_at 0.58068894 -0.004041 -0.132996 -0.128955 HNM1 YGL077C

transporter (permease) for choline and nitrogen mustard; share hom

10308_at 0.8130591 -0.10237933 -0.23098633 -0.128607 Hypothetical ORFNA YLR012C

11301_i_at 0.80370096 -0.08054367 -0.209104 -0.12856033 FLO1 flocculation,

Lectin-like protein involved inYAR050W cell wall protein that bind

7854_i_at 0.78468865 -0.074988 -0.20337133 -0.12838333 RPS9A (rp21) (YS11)

ribosomal protein S9A (S13) YPL081W

7370_at 0.52959233 -0.00270333 -0.13078567 -0.12808233 IPP1

inorganic pyrophosphatase YBR011C

5142_i_at 0.7480937 -0.00565333 -0.13360767 -0.12795433 RPL9B YGL147C

ribosomal protein L9B (L8B) (rp24) (YL11)

11136_at 0.72046234 -0.006019 -0.13344567 -0.12742667 CCT7 YJL111W

chaperonin containing T-complex subunit seven component

8260_at 0.83621023 -0.06184333 -0.189204 -0.12736067 HUA2 YOR284W

Cytoplasmic protein of unknown function; computational analysis of

4989_at 0.67625522 -0.010014 -0.13716333 -0.12714933 Hypothetical ORFNA YGR016W

8347_at 0.7499578 -0.02183767 -0.148976 -0.12713833 RIS1

SWI2/SNF2 DNA-dependentYOR191W ATPase family member (putative)

7170_at 0.80875909 -0.00729367 -0.13427233 -0.12697867 PEX32 YBR168W

Peroxisomal integral membrane protein, involved in negative regula

6575_at 0.72864959 -0.03037667 -0.15713133 -0.12675467 exosome 3->5RRP42 YDL111C

exoribonuclease complex component with Rrp4p, Rr

9521_at 0.78489143 -0.01846433 -0.14447167 -0.12600733 NA NA YMR122C

9198_s_at 0.81699062 -0.039425 -0.165371 -0.125946 SNZ2 YNL333W

Snooze: stationary phase-induced gene family

4721_at 0.76679986 -0.040738 -0.16652033 -0.12578233 NA YGR291C

Identified by gene-trapping, microarray-based expression analysis,

8207_at 0.90040648 -0.20007333 -0.32571467 -0.12564133 NA NA YOR317W

9920_at 0.75847586 -0.04245567 -0.168072 -0.12561633 SWC7 component

Protein of unknown function, YLR385C of the Swr1p complex that

6302_at 0.71917422 -0.02255 -0.148119 -0.125569 RPA14

RNA polymerase I subunit YDR156W

7768_at 0.83436543 -0.01353533 -0.13894833 -0.125413 Hypothetical ORFNA YPL030W

10627_at 0.80603437 -0.051407 -0.176799 -0.125392 Hypothetical ORFNA YKL069W

9864_at 0.85275938 -0.10792067 -0.23319533 -0.12527467 Hypothetical ORFNA YLR460C

11160_at 0.75359756 -0.04417067 -0.16906267 -0.124892 LCB3 YJL135W

dihydrosphingosine-1-phosphate phophatase

4544_at 0.76435131 -0.0514 -0.17595033 -0.12455033 Hypothetical ORFNA YHL018W

3795_at 0.76526746 -0.051529 -0.175998 -0.124469 NA NA YLRCSIGMA1

4491_at 0.81867094 -0.006094 -0.13025267 -0.12415867 PAN5

ketopantoate reductase YHR063C

8627_at 0.79307232 -0.036867 -0.16073967 -0.12387267 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YOL070C

9671_at 0.760834 -0.04625333 -0.17008467 -0.12383133 Hypothetical ORFNA YML037C

7538_at 0.85039228 -0.07071867 -0.19445667 -0.123738 PZF1 YPR186C

transcription factor IIIA (putative)

6109_at 0.79585033 -0.014983 -0.138155 -0.123172 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR367W

3599_at 0.82438086 -0.11583867 -0.239005 -0.12316633 NA NA YOLCDELTA9

5915_at 0.64155087 -0.00022633 -0.123289 -0.12306267 STL1

sugar transporter-like proteinYDR536W

9072_at 0.89419799 -0.32759567 -0.45048433 -0.12288867 Non-essential NA YNL187W

protein with putative leucine-rich nuclear export signa

10882_at 0.80478486 -0.01603 -0.13861533 -0.12258533 SGM1 required

Protein of unknown function, YJR134Cfor wild-type growth rate on g

4715_at 0.68275164 -0.01579333 -0.13821233 -0.122419 binding YGR285C

zuotin, Z-DNA ZUO1 protein (putative)

9091_at 0.78902698 -0.037524 -0.159461 -0.121937 VID27

Vacuole import and degradation YNL212W

5384_at 0.76860822 -0.022142 -0.14371233 -0.12157033 polyphosphateVTC2 YFL004W

synthetase (putative)

7202_at 0.65368682 -0.00124367 -0.12269833 -0.12145467 protein YBR156C

Mitotic spindle SLI15 involved in chromosome segregation.

5949_at 0.71266578 -0.02435267 -0.14554667 -0.121194 NA NA YDR525W

10605_at 0.76350975 -0.03456633 -0.15563933 -0.121073 Hypothetical ORFNA YKL047W

5601_at 0.73980707 -0.01354867 -0.13459033 -0.12104167 SLX8 YER116C

Protein containing a RING finger domain that forms a complex with

10207_at 0.7806458 -0.051302 -0.172281 -0.120979 choline kinaseCKI1 YLR133W

6815_at 0.80482281 -0.02376867 -0.144557 -0.12078833 SOL2

multicopy suppressor of los1-1 YCR073W-A

3507_at 0.81023442 -0.060636 -0.18065867 -0.12002267 NA NA YBLCDELTA7

10670_at 0.8199873 -0.00753367 -0.12719533 -0.11966167 APN1 YKL114C

major apurinic/apyrimidinic endonuclease/3'-repair diesterase

9437_at 0.89180756 -0.045878 -0.16539133 -0.11951333 Hypothetical ORFNA YMR210W

11383_at 0.78006812 -0.05574967 -0.17457533 -0.11882567 Hypothetical ORFNA YAL064C-A

6140_at 0.70333714 -0.013316 -0.131831 -0.118515 SUM1 YDR310C

Suppresor of mar1-1 (sir2) mutation

3745_f_at 0.78234999 -0.034825 -0.15327667 -0.11845167 NA NA YLRWSIGMA3

5151_at 0.77959212 -0.04170667 -0.159988 -0.11828133 Hypothetical ORFNA YGL138C

6408_at 0.75104167 -0.010283 -0.128474 -0.118191 NA

integral membrane protein YDR084C

9570_at 0.82393028 -0.10598033 -0.22399833 -0.118018 Hypothetical ORFNA YMR084W

7484_at 0.77903987 -0.02318533 -0.14073133 -0.117546 SFT2

similar to mammalian syntaxin 5YBL102W

7425_s_at 0.63617677 -0.00158167 -0.118504 -0.11692233 RPS8B YBL072C

ribosomal protein S8B (S14B) (rp19) (YS9)

4529_f_at 0.69711619 -0.00890633 -0.12445333 -0.115547 RPL27A

ribosomal protein L27A YHR010W

6615_at 0.67822351 -0.003895 -0.11881433 -0.11491933 NUP84 YDL116W

nuclear pore complex subunit|similar to mammalian Nup107p

6658_at 0.74787373 -0.03247067 -0.14730733 -0.11483667 NA NA YDL162C

3621_i_at 0.81108099 -0.078152 -0.19284933 -0.11469733 NA YNRWSIGMA4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

5585_at 0.7800257 -0.049302 -0.16389167 -0.11458967 iron permeaseFTR1 YER145C

10324_at 0.76660109 -0.00732033 -0.12188267 -0.11456233 ADE16 YLR028C

5-aminoimidazole-4-carboxamide ribonucleotide (AICAR) transform

10363_at 0.86102859 -0.06433633 -0.17889133 -0.114555 Hypothetical ORFNA YLL023C

3751_f_at 0.63960701 -0.00071967 -0.11494867 -0.114229 NA YLRCDELTA18

Identified by expression profiling and mass spectrometry /// TyB Ga

8256_at 0.69568149 -0.00083033 -0.11505367 -0.11422333 FSH3 YOR280C

Serine hydrolase that localizes to both the nucleus and cytoplasm.

8546_at 0.87824767 -0.24803767 -0.36176967 -0.113732 CIN5 YOR028C

bZIP (basic-leucine zipper) protein|can activate transcription from a

10442_s_at 0.71170404 -0.019396 -0.13303667 -0.11364067 MNN4 mannosylphosphate transferase (Mnn

Putative positive regulator of YKL200C

7424_at 0.74670195 -0.02612967 -0.139555 -0.11342533 NA NA YBL073W

11108_at 0.81954818 -0.054139 -0.16745133 -0.11331233 KHA1

putative K+/H+ antiporter YJL094C

9356_at 0.8076596 -0.038132 -0.15143533 -0.11330333 Hypothetical ORFNA YMR262W

9733_at 0.71042103 -0.01929367 -0.13235633 -0.11306267 SMA2

Spore Membrane Assembly YML066C

3350_f_at 0.60065943 -0.00438967 -0.117346 -0.11295633 NA YERCTY1-1

Identified by expression profiling and mass spectrometry /// TyA Ga

5252_at 0.69648627 -0.01548133 -0.12809 -0.11260867 aspartic

GPI-anchored YPS5 protease YGL259W

4245_at 0.80835978 -0.02918833 -0.14166667 -0.11247833 UBP7

ubiquitin-specific protease YIL156W

9425_at 0.83385223 -0.02724333 -0.13965767 -0.11241433 CIK1

Kar3-binding protein YMR198W

3321_f_at 0.82121638 -0.08734467 -0.199373 -0.11202833 NA NA YERWDELTA25

10894_at 0.75346026 -0.03257167 -0.14446167 -0.11189 HMS2 YJR146W

heat shock transcription factor homolog

11340_at 0.71728142 -0.018102 -0.129943 -0.111841 Hypothetical ORFNA YAL027W

4425_at 0.77377412 -0.033378 -0.14483233 -0.11145433 GAR1

small nucleolar RNP protein YHR089C

8542_at 0.7467042 -0.02870533 -0.140148 -0.11144267 NA NA YOR024W

4185_at 0.79885496 -0.00616167 -0.116912 -0.11075033 AIR1 YIL079C

RING finger protein that interacts with the arginine methyltransferas

5978_at 0.75390825 -0.03153333 -0.14208033 -0.110547 NA NA YDR509W

7656_s_at 0.58311542 -0.00142467 -0.11174 -0.11031533 TEF1 YPR080W

translational elongation factor EF-1 alpha

3444_f_at 0.64442663 -0.003943 -0.11416433 -0.11022133 NA YDRCDELTA8

Identified by expression profiling and mass spectrometry /// TyB Ga

3697_f_at 0.64761435 -0.004489 -0.11444967 -0.10996067 NA YMLCDELTA2

Hypothetical ORF /// Identified by expression profiling and mass spe

6534_at 0.71821491 -0.01826333 -0.12821533 -0.109952 UBC9

SUMO-conjugating enzyme YDL064W

9164_at 0.8049599 -0.05593333 -0.16576033 -0.109827 Hypothetical ORFNA YNL320W

9347_at 0.60700941 -0.00263467 -0.112214 -0.10957933 LCB1 YMR296C

serine palmitoyltransferase component

9067_at 0.82580555 -0.062726 -0.172285 -0.109559 CHS1

chitin synthase 1 YNL192W

5596_at 0.88253898 -0.23013633 -0.33957833 -0.109442 SWI4

transcription factor YER111C

4907_at 0.77294142 -0.01742967 -0.12627133 -0.10884167 SPT6 YGR116W

interacts with histones, primarily histone H3, possesses nucleosom

3622_f_at 0.77075219 -0.02141733 -0.130228 -0.10881067 NA YNRWSIGMA4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8211_at 0.8916166 -0.16709333 -0.275893 -0.10879967 PMT3 YOR321W

dolichyl phosphate-D-mannose:protein O-D-mannosyltransferase

5180_at 0.66317559 -0.001623 -0.11017867 -0.10855567 CDC43 YGL155W

protein geranylgeranyltransferase type 1 polypeptide subunit

8325_at 0.77228841 -0.02606767 -0.134414 -0.10834633 Hypothetical ORFNA YOR214C

6377_at 0.84600977 -0.04618867 -0.15438067 -0.108192 MSH6

human GTBP protein homolog YDR097C

9659_at 0.79427433 -0.04268267 -0.15084267 -0.10816 NA NA YML010C-B

3742_f_at 0.69734751 -0.006379 -0.11433667 -0.10795767 HAP1 YLRWDELTA14

Identified by expression profiling and mass spectrometry /// TyB Ga

9861_at 0.74212475 -0.00904467 -0.11688367 -0.107839 Nap1p BindingNBP1Protein YLR457C

10123_at 0.87641514 -0.01743033 -0.12464 -0.10720967 Kynureninase BNA5 YLR231C

9316_at 0.68067292 -0.00764667 -0.11393767 -0.106291 karyopherin PSE1 YMR308C

3692_at 0.81828329 -0.069011 -0.174888 -0.105877 NA NA YMRWDELTA20

5918_at 0.66151911 -0.00299667 -0.10876033 -0.10576367 Hypothetical ORFNA YDR539W

6172_at 0.8353472 -0.01835567 -0.12331033 -0.10495467 subunit YDR298C

ATP synthase ATP5 5|oligomycin sensitivity-conferring protein

6055_at 0.73774347 -0.01371667 -0.118544 -0.10482733 RPB7 YDR404C

RNA polymerase II dissociable subunit

8941_at 0.78031146 -0.007697 -0.11195733 -0.10426033 NST1 mediates

Protein of unknown function, YNL091Wsensitivity to salt stress; inte

7194_at 0.79166017 -0.01736 -0.12125667 -0.10389667 YSW1 YBR148W

Protein expressed specifically in spores

7411_at 0.65348178 -0.004384 -0.10821567 -0.10383167 PRE7

proteasome subunit YBL041W

9289_at 0.80806902 -0.036526 -0.140322 -0.103796 NA NA YMR324C

10179_at 0.8627731 -0.03533333 -0.13895533 -0.103622 Hypothetical ORFNA YLR149C

9063_at 0.78578309 -0.033159 -0.13645967 -0.10330067 NA YNL196C

Sporulation-specific protein with a leucine zipper motif

4722_s_at 0.79964049 -0.04811267 -0.15133467 -0.103222 NA NA YGR293C

7344_i_at 0.87054489 -0.050069 -0.15309433 -0.10302533 RPL4B YBR031W

ribosomal protein L4B (L2B) (rp2) (YL2)

11159_s_at 0.6704215 -9.13E-05 -0.10276867 -0.10267737 RPS21A YJL136C

ribosomal protein S21A (S26A) (YS25)

7631_at 0.90867259 -0.00136233 -0.103752 -0.10238967 SNT309 YPR101W

protein complex component associated with the splicing factor Prp1

7868_at 0.87900613 -0.002993 -0.10496333 -0.10197033 peroxin PEX25 YPL112C

7230_at 0.90184605 -0.03370867 -0.13540967 -0.101701 Hypothetical ORFNA YBR139W

3147_at 0.794347 -0.042186 -0.14366633 -0.10148033 NA NA YIRCDELTA6

6590_at 0.71638254 -0.01139367 -0.112839 -0.10144533 NA NA YDL096C

10101_at 0.73726693 -0.01852233 -0.11987267 -0.10135033 PNP1

purine nucleoside phosphorylaseYLR209C

5035_at 0.73378395 -0.01660933 -0.11780633 -0.101197 glucosidase I CWH41 YGL027C

8583_at 0.83175677 -0.05152967 -0.15262367 -0.101094 Hypothetical ORFNA YOL024W

8565_at 0.79876616 -0.01707967 -0.11781267 -0.100733 NA YOR004W

Protein required for cell viability

7824_at 0.83576081 -0.00855133 -0.109276 -0.10072467 VPS28 YPL065W

soluble, hydrophilic protein involved in transport of precursors for so

10080_at 0.8142336 -0.006479 -0.10681267 -0.10033367 EST1

Telomere elongation protein YLR233C

4908_at 0.86046229 -0.02755833 -0.127709 -0.10015067 Hypothetical ORFNA YGR117C

7428_at 0.7768525 -0.01053133 -0.110497 -0.09996567 PRS4 YBL068W

ribose-phosphate pyrophosphokinase

5989_at 0.77365876 -0.03008167 -0.13003 -0.09994833 NA

Jumonji Interacting Protein YDR475C

6026_at 0.73240355 -0.00771267 -0.10761933 -0.09990667 HKR1 YDR420W

contains EF hand motif|type I transmembrane protein

11261_at 0.8314835 -0.071825 -0.171704 -0.099879 NA YAR070C

Identified by gene-trapping, microarray-based expression analysis,

10417_at 0.79155779 -0.033955 -0.13381233 -0.09985733 NA NA YLL059C

3581_f_at 0.71935451 -0.010988 -0.11041 -0.099422 NA YORWDELTA24

Identified by expression profiling and mass spectrometry /// TyB Ga

5126_at 0.86268733 -0.089566 -0.18875 -0.099184 CDC20 YGL116W

anaphase promoting complex (APC) subunit

3218_at 0.81928931 -0.058866 -0.157861 -0.098995 NA NA YGRWDELTA26

3591_f_at 0.72060706 -0.013907 -0.11269633 -0.09878933 NA YPLWDELTA5

Identified by expression profiling and mass spectrometry /// TyB Ga

3379_f_at 0.73335353 -0.009239 -0.10797567 -0.09873667 HAP1 YDRCDELTA22

Identified by expression profiling and mass spectrometry /// TyA Ga

10996_at 0.85365943 -0.06697233 -0.16566733 -0.098695 TES1

acyl-CoA thioesterase YJR019C

9173_at 0.68307797 -0.00720933 -0.10541 -0.09820067 F-box protein NA YNL311C

4146_at 0.80140201 -0.02998867 -0.12746567 -0.097477 NA NA YIL025C

3667_f_at 0.73043298 -0.012546 -0.10997633 -0.09743033 NA YNLCDELTA6

Identified by expression profiling and mass spectrometry /// TyB Ga

4406_at 0.83596108 -0.01012133 -0.10752633 -0.097405 Hypothetical ORFNA YHR113W

4159_at 0.72944421 -0.01366467 -0.11100633 -0.09734167 NA NA YIL058W

8787_at 0.75838985 -0.01492833 -0.111617 -0.09668867 HUB1

ubiquitin-like modifier YNR032C-A

3749_r_at 0.82494329 -0.05937067 -0.15568367 -0.096313 NA NA YLRWDELTA17

10926_at 0.75521013 -0.00885033 -0.10516233 -0.096312 STE18 YJR087W

G protein gamma subunit|coupled to mating factor receptor

5411_at 0.79056353 -0.03166033 -0.127934 -0.09627367 NA NA YFL019C

5200_at 0.89831408 -0.14530767 -0.24124833 -0.09594067 protein kinase ATG1 YGL180W

7444_at 0.85783157 -0.02242033 -0.11812267 -0.09570233 NA NA YBL096C

3628_f_at 0.85702571 -0.10351733 -0.199182 -0.09566467 COS10 member of

Protein of unknown function, YNR075W a family of conserved, ofte

11013_at 0.70403404 -0.007036 -0.10221733 -0.09518133 CCT8 YJL008C

chaperonin containing T-complex subunit eight component

10900_at 0.85389366 -0.03083833 -0.12578267 -0.09494433 Hypothetical ORFNA YJR107W

10348_at 0.83112878 -0.00489 -0.099832 -0.094942 SSK1 YLR006C

two-component signal transducer that with Sln1p regulates osmose

5149_at 0.78258955 -0.016644 -0.11153633 -0.09489233 Hypothetical ORFNA YGL140C

11010_at 0.7998658 -0.01401133 -0.10860533 -0.094594 RPC17 YJL011C

RNA polymerase III subunit C17; physically interacts with C31, C11

3440_f_at 0.74173999 -0.00893967 -0.10341633 -0.09447667 NA YDRCDELTA7

Identified by expression profiling and mass spectrometry /// TyB Ga

10060_at 0.92094599 -0.00624667 -0.10060967 -0.094363 GSY2 YLR258W

glycogen synthase (UDP-glucose-starch glucosyltransferase)

3269_f_at 0.86243688 -0.05743433 -0.15152567 -0.09409133 NA NA YGLWDELTA8

9960_at 0.77454243 -0.02510567 -0.119077 -0.09397133 NA NA YLR379W

3302_f_at 0.71343132 -0.00790533 -0.101696 -0.09379067 NA YGLCDELTA1

Identified by expression profiling and mass spectrometry

3689_f_at 0.75399897 -0.00826467 -0.101993 -0.09372833 NA YMRWDELTA19

Identified by expression profiling and mass spectrometry /// TyB Ga

6499_at 0.79086923 -0.01568033 -0.109264 -0.09358367 APC11 YDL008W

anaphase promoting complex (APC) subunit

8230_at 0.83848586 -0.001534 -0.09511733 -0.09358333 Hypothetical ORFNA YOR298W

4201_at 0.81643269 -0.00222767 -0.09574867 -0.093521 NA YIL110W

Putative S-adenosylmethionine-dependent methyltransferase of the

8972_at 0.80572555 -0.037889 -0.131401 -0.093512 NA NA YNL105W

4930_at 0.85300774 -0.00221633 -0.09565567 -0.09343933 VAS1

valine-tRNA ligase YGR094W

8607_at 0.86544512 -0.04566067 -0.13892767 -0.093267 PAS kinase PSK2 YOL045W

10062_at 0.9064755 -0.040019 -0.13286033 -0.09284133 chain YLR260W

sphingoid longLCB5 base (LCB) kinase

7682_at 0.78587375 -0.026526 -0.119061 -0.092535 FCY1

cytosine deaminase YPR062W

6569_at 0.71362235 -0.00353367 -0.096046 -0.09251233 RPL31A (L34A) (YL28) /// ribosomal protein L31B (L

YDL075W

ribosomal protein L31A /// RPL31B

9699_at 0.78769999 -0.00414933 -0.09662767 -0.09247833 IMD4

IMP dehydrogenase homolog YML056C

10293_at 0.82279699 -0.05120433 -0.14355 -0.09234567 NA NA YLR041W

4365_at 0.86196371 -0.050308 -0.14261067 -0.09230267 peroxin PEX18 YHR160C

10970_at 0.82726251 -0.005339 -0.097429 -0.09209 URB2 YJR041C

Nucleolar protein required for normal metabolism of the rRNA prima

10359_at 0.83627149 -0.058639 -0.15047467 -0.09183567 ISA1 YLL027W

Mitochondrial matrix protein involved in biogenesis of the iron-sulfur

5331_at 0.7933964 -0.00103867 -0.09266467 -0.091626 RPL29

ribosomal protein L29 (YL43)YFR032C-A

7115_at 0.88723192 -0.13328933 -0.22460233 -0.091313 Hypothetical ORFNA YBR250W

6054_at 0.84115862 -0.04228633 -0.13349467 -0.09120833 dityrosine synthesis in the outer layer of the spore w

first enzyme inDIT1 YDR403W

9755_at 0.82884092 -0.05155067 -0.14274067 -0.09119 NA NA YML090W

3288_at 0.82711358 -0.047247 -0.13812633 -0.09087933 NA NA YFLCDELTA6

9365_at 0.87008186 -0.00275633 -0.09323767 -0.09048133 URA10 YMR271C

orotate phosphoribosyltransferase 2

3373_at 0.70947907 -0.00249067 -0.09292867 -0.090438 NA NA YERCDELTA8

9129_at 0.77899315 -0.01591133 -0.10632233 -0.090411 IST1 factor, as

Putative translation initiation YNL265C suggested by computational

7311_at 0.83991526 -0.03451033 -0.124851 -0.09034067 NA may have

Protein of unknown function, YBR043C a role in drug resistance

7792_at 0.85435701 -0.01552733 -0.10569667 -0.09016933 ARL3 YPL051W

Similar to ADP-ribosylation factor. Part of the carboxypeptidase Y p

8610_at 0.83510085 -0.01032967 -0.10043967 -0.09011 NGL1 YOL042W

RNase (putative)|DNase (putative)

4282_f_at 0.75453597 -0.00976967 -0.09985333 -0.09008367 glucose permeaseHXT11 YIL171W

6585_at 0.8127685 -0.00544367 -0.09542933 -0.08998567 protein kinase DUN1 YDL101C

8272_at 0.8871695 -0.11558867 -0.20552833 -0.08993967 UAF30 YOR295W

Topoisomerase 1 and RAD52 epistasis group Interactions

3313_f_at 0.75570353 -0.00898533 -0.098647 -0.08966167 NA YERWDELTA22

Identified by expression profiling and mass spectrometry /// TyB Ga

5032_at 0.71418553 -0.001906 -0.09137933 -0.08947333 RPL30 YGL030W

ribosomal protein L30 (L32) (rp73) (YL38) large subunit

7224_at 0.77029202 -0.00729433 -0.09662733 -0.089333 Has homologyHSL7 YBR133C

to arginine methyltransferases

8339_at 0.91772646 -0.02293933 -0.11217433 -0.089235 Hypothetical ORFNA YOR227W

9465_at 0.87544732 -0.02433567 -0.11344533 -0.08910967 RIM13 YMR154C

cysteine protease|similar to E. nidulans palB|calpain-like protease i

5639_at 0.84524463 -0.06930833 -0.15835133 -0.089043 NA NA YER066C-A

3399_f_at 0.75333517 -0.01394533 -0.10288933 -0.088944 NA YDRWDELTA29

Identified by expression profiling and mass spectrometry /// TyB Ga

5404_at 0.85789391 -0.05063567 -0.13956733 -0.08893167 STE2 YFL026W

alpha-factor pheromone receptor|seven-transmembrane domain pro

5946_at 0.77996908 -0.02188433 -0.11079567 -0.08891133 SPS2

Middle/late gene of meiosis YDR522C

10948_at 0.77578259 -0.00592633 -0.09451633 -0.08859 CCT5 YJR064W

chaperonin subunit epsilon subunit

10180_at 0.65409629 -0.00247967 -0.09095633 -0.08847667 STM1 YLR150W

purine motif triplex-binding protein

5344_at 0.75606875 -0.00597433 -0.094306 -0.08833167 NIC96 YFR002W

96 kDa nucleoporin-interacting component|nuclear pore complex su

10251_at 0.79653326 -0.00783767 -0.096152 -0.08831433 CSF1 YLR087C

Protein required for fermentation at low temperature

11187_at 0.86134673 -0.04533667 -0.13363833 -0.08830167 SNA3 YJL151C

Integral membrane protein localized to vacuolar intralumenal vesicl

5541_at 0.88814992 -0.09188533 -0.17985933 -0.087974 NA NA YER006c-a

4446_at 0.88637947 -0.02672667 -0.11461 -0.08788333 RRP3 YHR065C

weak RNA-dependent ATPase activity which is not specific for rRNA

11268_at 0.79599379 -0.02711633 -0.114904 -0.08778767 NA NA YAR040c

9691_i_at 0.75265443 -0.00010433 -0.087834 -0.08772967 RPS1B

ribosomal protein S1B (rp10B) YML063W

9030_at 0.90993695 -0.16870667 -0.25630267 -0.087596 MRPL19 YNL184C

Mitochondrial ribosomal protein of the large subunit

5532_at 0.7921105 -0.02149667 -0.10880567 -0.087309 FAU1 YER183C

5,10-methenyltetrahydrofolate synthetase

11323_at 0.83405239 -0.05168 -0.138692 -0.087012 TFC3 YAL001C

transcription factor tau (TFIIIC) subunit

8821_at 0.81428968 -0.03372067 -0.12058433 -0.08686367 Hypothetical ORFNA YNR062C

8368_i_at 0.77643922 -0.017305 -0.104097 -0.086792 RPS28A YOR167C

ribosomal protein S28A (S33A) (YS27)

4441_at 0.7891053 -0.01024633 -0.09693467 -0.08668833 SBE22 YHR103W

functionally redundant and similar in structure to SBE2

8297_at 0.88469221 -0.02651267 -0.11287133 -0.08635867 MKK1

MAP kinase kinase (MEK) YOR231W

4853_at 0.91185681 -0.159226 -0.24545167 -0.08622567 RSR1 YGR152C

Gtp-binding protein of the ras superfamily involved in bud site selec

4808_at 0.86540324 -0.00107 -0.087102 -0.086032 NA function; green fluorescent protein (GF

Essential protein of unknownYGR198W

10539_at 0.80437804 -0.017123 -0.10248767 -0.08536467 NA YKR022C

Protein required for cell viability

3947_at 0.7236584 -0.00724033 -0.09233133 -0.085091 NA YKL033W-A

Similar to S. pombe hypothetical proteins

3171_r_at 0.89183789 -0.15401733 -0.23901533 -0.084998 NA NA YHRCDELTA11

3240_f_at 0.74827768 -0.01025 -0.09506367 -0.08481367 NA YGRCDELTA17

Identified by expression profiling and mass spectrometry /// TyB Ga

4209_at 0.84041186 -0.003749 -0.08853567 -0.08478667 repressor

transcriptional XBP1 YIL101C

10084_at 0.7501495 -0.010198 -0.09495167 -0.08475367 NA NA YLR236C

5664_at 0.79699885 -0.00547233 -0.09011433 -0.084642 HOM3 YER052C

aspartate kinase (L-aspartate 4-P-transferase) (EC 2.7.2.4)

3423_f_at 0.76362013 -0.01187 -0.09646233 -0.08459233 NA YDRCDELTA21

Identified by expression profiling and mass spectrometry /// TyB Ga

11153_at 0.92133906 -0.01584 -0.10028267 -0.08444267 YAK1

Serine-threonine protein kinase YJL141C

6714_at 0.92618408 -0.125212 -0.20950267 -0.08429067 ADY3 YDL239C

Protein required for spore wall formation, thought to mediate assem

4741_at 0.83796897 -0.049147 -0.132963 -0.083816 NA NA YGR265W

5064_at 0.85544214 -0.01365767 -0.097373 -0.08371533 DST1 YGL043W

RNA polymerase II elongation factor|transcription elongation factor|

7705_at 0.84783885 -0.008592 -0.09223667 -0.08364467 TIF5 YPR041W

Translation initiation factor eIF5

6657_at 0.83351937 -0.04569667 -0.12921933 -0.08352267 NA NA YDL163W

7407_at 0.87668863 -0.02703233 -0.11042933 -0.083397 COR1 YBL045C

coenzyme QH2 cytochrome c reductase 44 kDa core protein subun

3902_f_at 0.74701888 -0.00688567 -0.08997367 -0.083088 NA YJLCDELTA3

Hypothetical ORF /// Identified by expression profiling and mass spe

3748_i_at 0.8681963 -0.08428 -0.16713167 -0.08285167 NA NA YLRWDELTA17

6473_i_at 0.84687716 -0.01678133 -0.09939267 -0.08261133 NA NA YDR012W

9011_at 0.78352837 -0.007554 -0.08984133 -0.08228733 Hypothetical ORFNA YNL157W

5306_at 0.87915514 -0.07037733 -0.15251533 -0.082138 RPN12

32-34 kDa protein YFR052W

4113_at 0.77964367 -0.015877 -0.09794867 -0.08207167 NA NA YIL012W

3345_f_at 0.81784794 -0.00967033 -0.091533 -0.08186267 NA YERCDELTA16

Identified by expression profiling and mass spectrometry /// TyB Ga

5747_at 0.84038696 -0.04146767 -0.12292033 -0.08145267 Hypothetical ORFNA YEL043W

11132_at 0.749733 -0.00397267 -0.08525467 -0.081282 PHO86 YJL117W

Protein specifically required for packaging of the high-affinity phosp

8985_at 0.88184805 -0.02501267 -0.10627533 -0.08126267 NAM9 YNL137C

mitochondrial S4 ribosomal protein (putative)

10269_at 0.82406496 -0.03489933 -0.11614033 -0.081241 FRS1 YLR060W

phenylalanine-tRNA ligase subunit

3844_f_at 0.79069719 -0.01498367 -0.09622033 -0.08123667 NA YJRWDELTA17

Identified by expression profiling and mass spectrometry /// TyB Ga

9896_f_at 0.74704528 -0.004365 -0.08551533 -0.08115033 RPL31A (L34A) (YL28) /// ribosomal protein L31B (L

YLR406C

ribosomal protein L31A /// RPL31B

3583_i_at 0.87321283 -0.088141 -0.16913933 -0.08099833 NA NA YPLCDELTA1

11210_at 0.82745511 -0.02438967 -0.105325 -0.08093533 RFA3

replication factor-A subunit 3 YJL173C

10378_at 0.82063328 -0.015236 -0.09616033 -0.08092433 AQY2 YLL052C

Hypothetical ORF; maybe continuous with YLL052C (AQY2) in som

8518_at 0.81100205 -0.00501667 -0.085564 -0.08054733 TOM6 YOR045W

associates with TOM40|protein translocation complex component

5399_at 0.86806526 -0.02153267 -0.102048 -0.08051533 HAC1 YFL032W

bZIP (basic-leucine zipper) protein

4419_at 0.86248011 -0.06994767 -0.150403 -0.08045533 NA NA YHR125W

5190_i_at 0.85936429 -0.059669 -0.13999433 -0.08032533 RPS26A

ribosomal protein S26A YGL189C

7257_at 0.7730269 -0.00727633 -0.08734 -0.08006367 GRS1

glycine-tRNA ligase YBR121C

5539_at 0.83544235 -0.00694633 -0.08694267 -0.07999633 Hypothetical ORFNA YER039C-A

9907_at 0.78229719 -0.014797 -0.094781 -0.079984 Hypothetical ORFNA YLR416C

3311_f_at 0.76309064 -0.00392 -0.08388933 -0.07996933 NA YERWDELTA18

Identified by expression profiling and mass spectrometry /// TyB Ga

6275_at 0.83723763 -0.02281233 -0.10240433 -0.079592 septin SPR28 YDR218C

4336_at 0.83073646 -0.03229367 -0.111866 -0.07957233 FMO1

flavin-containing monooxygenase YHR176W

4848_at 0.75479419 -0.007046 -0.08601067 -0.07896467 RPL24B YGR148C

ribosomal protein L24B (rp29) (YL21) (L30B)

4112_at 0.89748828 -0.023091 -0.101807 -0.078716 PDR11

ABC transporter (putative) YIL013C

8332_at 0.83568388 -0.01681133 -0.095525 -0.07871367 MCT1

malonyl-CoA:ACP transferase YOR221C

5330_at 0.90616245 -0.050642 -0.129272 -0.07863 Hypothetical ORFNA YFR032C

7549_g_at 0.78736704 -0.00932033 -0.08792667 -0.07860633 protein YPR196W

MAL-activator MAL33 /// nuclear protein (putative)

7228_at 0.91802657 -0.134364 -0.212856 -0.078492 Hypothetical ORFNA YBR137W

4492_at 0.83968456 -0.00626 -0.08428533 -0.07802533 HSP70 family SSZ1 YHR064C

4871_at 0.83743225 -0.03945267 -0.11731433 -0.07786167 Hypothetical ORFNA YGR126W

11358_at 0.87245049 -0.00923467 -0.08707533 -0.07784067 OAF1

transcription factor YAL051W

4970_at 0.88884841 -0.023905 -0.101637 -0.077732 RME1 YGR044C

zinc finger protein|negative regulator of meiosis; directly repressed

3180_f_at 0.86118103 -0.00866 -0.08596 -0.0773 NA YHRCTY1-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4570_at 0.85015602 -0.00513633 -0.08233833 -0.077202 CBP2 YHL038C

Protein required for splicing of COB aI5 intron

9159_at 0.85866547 -0.00537133 -0.08239667 -0.07702533 ERG24

sterol C-14 reductase YNL280C

4846_at 0.86633704 -0.01128433 -0.08811333 -0.076829 Hypothetical ORFNA YGR146C

10040_at 0.8438845 -0.025266 -0.10191733 -0.07665133 Hypothetical ORFNA YLR281C

6667_at 0.79974146 -0.015745 -0.092074 -0.076329 NA NA YDL196W

3276_i_at 0.94398719 -0.41045833 -0.48671 -0.07625167 NA NA YGRCDELTA12

4906_at 0.79263176 -0.016432 -0.09265933 -0.07622733 NA NA YGR115C

6414_at 0.84520217 -0.000988 -0.07696667 -0.07597867 RPC11 YDR045C

TFIIS-like small Pol III subunit C11

9087_at 0.81512834 -0.006623 -0.08259767 -0.07597467 RAP1

repressor activator protein YNL216W

8594_at 0.91819378 -0.18704267 -0.26297567 -0.075933 Hypothetical ORFNA YOL057W

5808_i_at 0.82501063 -0.02138033 -0.09652133 -0.075141 NA NA YEL076W-C

3363_at 0.71301144 -0.001327 -0.076378 -0.075051 NA NA YELCTAU1

10150_at 0.83917145 -0.02383133 -0.09853933 -0.074708 APS1 YLR170C

clathrin associated protein complex small subunit

3665_f_at 0.77192184 -0.00640433 -0.08106433 -0.07466 NA YNLCTY2-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4507_at 0.85744395 -0.03207367 -0.10649433 -0.07442067 Hypothetical ORFNA YHR033W

7844_at 0.73926682 -0.00308767 -0.077485 -0.07439733 NA NA YPL091W

10669_at 0.88981007 -0.08965233 -0.16389867 -0.07424633 protein kinase PRR1 YKL115C

6641_at 0.81386689 -0.000804 -0.074388 -0.073584 PCL9 YDL179W

Cyclin, forms a functional kinase complex with Pho85p cyclin-depen

4554_at 0.88570475 -0.003226 -0.07672733 -0.07350133 Hypothetical ORFNA YHL008C

8356_at 0.84127713 -0.008152 -0.08165133 -0.07349933 NA NA YOR199W

3527_f_at 0.82327353 -0.00875 -0.08191667 -0.07316667 NA YPRCDELTA19

Identified by expression profiling and mass spectrometry /// TyA Ga

11162_at 0.83330563 -0.00481767 -0.07791433 -0.07309667 carrier protein MRS3 YJL133W

6541_at 0.69771786 -0.00074567 -0.073503 -0.07275733 Hypothetical ORFNA YDL057W

8571_at 0.87755544 -0.005163 -0.07784233 -0.07267933 NA potential Cdc28p substrate

Protein of unknown function; YOL036W

8852_at 0.87183064 -0.05372933 -0.12594667 -0.07221733 Hypothetical ORFNA YNR004W

10097_at 0.75870601 -0.00704467 -0.07925633 -0.07221167 YEF3 3 (EF-3)

Translation elongation factor YLR249W

9054_g_at 0.78886881 -0.00468033 -0.07673933 -0.072059 RTT106 /// SPS18

YNL205C

Regulator of Ty1 Transposition - same phenotype as RTT101 - RTT

4977_at 0.86309419 -0.05475833 -0.12678167 -0.07202333 NA NA YGR051C

3256_at 0.8863435 -0.09014867 -0.16195967 -0.071811 NA NA YGRWDELTA21

9682_at 0.86563846 -0.01778333 -0.08938 -0.07159667 TSA1 YML028W

thioredoxin-peroxidase (TPx); reduces H2O2 and alkyl hydroperoxid

6176_at 0.87581804 -0.03467067 -0.10615367 -0.071483 protein YDR302W

ER membraneGPI11 involved in a late step of glycosylphosphatidy

10528_at 0.86110085 -0.036838 -0.10773433 -0.07089633 TRM2

tRNA methyltransferase YKR056W

9715_at 0.8473034 -0.02028067 -0.09115967 -0.070879 NA NA YML084W

4131_at 0.83548786 -0.01475067 -0.08560933 -0.07085867 NA localizes

Protein of unknown function, YIL040W to the endoplasmic reticulum

10610_at 0.90228753 -0.043553 -0.11410333 -0.07055033 SPC42

spindle pole body component YKL042W

5951_at 0.87006428 -0.01517 -0.08569133 -0.07052133 RBA50 YDR527W

Protein required for cell viability

3611_f_at 0.8204098 -0.01800867 -0.08847133 -0.07046267 NA NA YORWDELTA16

7708_f_at 0.80013184 -0.00818133 -0.07855233 -0.070371 RPL43A

ribosomal protein L43A YPR043W

4178_at 0.75807409 -0.00372733 -0.07407 -0.07034267 transporter AVT7 YIL088C

8352_at 0.92508343 -0.068182 -0.13840833 -0.07022633 (putative)

leucine zipper SLK19 YOR195W

8585_at 0.77800041 -0.000425 -0.07022233 -0.06979733 NA YOL022C

Protein required for cell viability

5780_at 0.82760245 -0.005838 -0.07533167 -0.06949367 POL5

DNA polymerase phi YEL055C

8664_at 0.82868016 -0.012983 -0.08239133 -0.06940833 Hypothetical ORFNA YOL125W

9717_at 0.81897154 -0.00632933 -0.07554267 -0.06921333 Hypothetical ORFNA YML082W

7633_s_at 0.82174996 -0.001022 -0.07013433 -0.06911233 RPL11A YPR102C

ribosomal protein L11A (L16A) (rp39A) (YL22)

3833_f_at 0.91121901 -0.14919533 -0.21800233 -0.068807 NA NA YKRWOMEGA1

6956_s_at 0.77932631 -0.00644733 -0.07512467 -0.06867733 NA YCL074W

Psuedogene: encodes fragment of Ty Pol protein

3615_i_at 0.91675928 -0.17772 -0.24609267 -0.06837267 NA NA YORWDELTA19

6932_at 0.91947868 -0.157699 -0.225878 -0.068179 Hypothetical ORFNA YCL044C

4426_at 0.848771 -0.00306833 -0.07120033 -0.068132 YNG2 YHR090C

NuA4 histone acetyltransferase complex component

8612_at 0.69524812 -0.00073767 -0.06884633 -0.06810867 NA NA YOL040C

4797_at 0.89550408 -0.02634033 -0.09419367 -0.06785333 HGH1 YGR187C

Protein of unknown function with similarity to human HMG1 and HM

9686_s_at 0.79969816 -0.005213 -0.07291433 -0.06770133 RPS17A

ribosomal protein S17A (rp51A) YML024W

11205_i_at 0.76234572 -0.003365 -0.07106133 -0.06769633 NA NA YJL177W

7362_at 0.92064298 -0.12985967 -0.19732433 -0.06746467 RER2

cis-prenyltransferase YBR002C

4976_at 0.83194257 -0.00064 -0.068052 -0.067412 NA NA YGR050C

9450_at 0.81768986 -0.013777 -0.08097 -0.067193 CTL1

RNA triphosphatase YMR180C

4457_at 0.83272191 -0.020046 -0.08646733 -0.06642133 PTC7

type 2C Protein Phosphatase YHR076W

6042_at 0.90260745 -0.04859767 -0.11484533 -0.06624767 PPM1 YDR435C

carboxy methyl transferase for protein phosphatase 2A catalytic sub

7790_at 0.82489091 -0.01130567 -0.077157 -0.06585133 KTR6

mannosylphosphate transferase YPL053C

9517_g_at 0.82923908 -0.00237733 -0.06819 -0.06581267 ASI1 YMR119W

Putative integral membrane E3 ubiquitin ligase; genetic interactions

9703_at 0.90537661 -0.01656367 -0.082261 -0.06569733 NA

Hypothetical ORF YML053C

8883_at 0.92131959 -0.08746067 -0.152842 -0.06538133 SPO1

similar to phospholipase B YNL012W

4879_at 0.88700963 -0.02428567 -0.08960933 -0.06532367 CAF130

CCR4 Associated Factor 130 kDa YGR134W

10302_g_at 0.82537201 -0.01186567 -0.07712067 -0.065255 RPS0A /// ribosomal protein S0B

ribosomal protein S0A /// RPS0BYLR048W

9409_at 0.86585592 -0.02436 -0.089584 -0.065224 NA YMR226C

NADP(+)-dependent dehydrogenase; acts on serine, L-allo-threonin

7772_at 0.91289678 -0.04368967 -0.10885533 -0.06516567 SKS1 and grr1

multicopy suppressor of snf3YPL026Cmutants

5778_at 0.87877471 -0.02767167 -0.09264267 -0.064971 NA

Hypothetical ORF YEL057C

7587_at 0.87615095 -0.01472033 -0.07941133 -0.064691 NOC4

U3 snoRNP protein YPR144C

6917_at 0.91983514 -0.013587 -0.078142 -0.064555 MRC1 YCL061C

S-phase checkpoint protein found at replication forks, required for D

5764_at 0.80382849 -0.004493 -0.06895533 -0.06446233 SNU13 YEL026W

U3 snoRNP protein|U4/U6.U5 snRNP component

5707_at 0.83146927 -0.001488 -0.06584367 -0.06435567 NA

Hypothetical ORF YER007C-A

10483_at 0.87598345 -0.04015767 -0.10437 -0.06421233 FLO10 YKR102W

Lectin-like protein with similarity to Flo1p, thought to be involved in

4139_at 0.87923431 -0.04643967 -0.11063433 -0.06419467 NA NA YIL032C

10571_at 0.85075859 -0.01899667 -0.08305067 -0.064054 RSC4

RSC complex member YKR008W

5979_at 0.85923078 -0.01325333 -0.07729367 -0.06404033 SMT3 in function

Protein that may be involved YDR510W and/or structure of the euka

7758_at 0.89666354 -0.031189 -0.09516333 -0.06397433 ICL2

2-methylisocitrate lyase YPR006C

4155_at 0.85111397 -0.00498967 -0.06890967 -0.06392 ARC15

Arp complex subunit YIL062C

3500_f_at 0.88054926 -0.03686033 -0.100189 -0.06332867 NA NA YBLWDELTA3

7888_at 0.92416245 -0.16543567 -0.22864133 -0.06320567 NA

Hypothetical ORF YPL137C

5301_at 0.89830174 -0.032715 -0.09584967 -0.06313467 BNA6 YFR047C

Quinolinate phosphoribosyl transferase

3212_f_at 0.90248078 -0.06001367 -0.12289867 -0.062885 NA NA YGRWDELTA22

7165_at 0.86145308 -0.03211667 -0.09439 -0.06227333 NA NA YBR209W

9679_at 0.89037823 -0.03779333 -0.099684 -0.06189067 NDC1 YML031W

multiple transmembrane domains (putative)|nuclear envelope prote

5504_at 0.88075816 -0.042204 -0.103872 -0.061668 NA NA YER165c-a

8782_at 0.86946762 -0.03434367 -0.095812 -0.06146833 NA YNR070W

ABC transporter of the PDR family

3752_f_at 0.78139491 -0.00554233 -0.06692367 -0.06138133 NA NA YLRCDELTA19

6407_at 0.88655724 -0.00264233 -0.06400767 -0.06136533 RRP8 efficient processing of pre-rRNA at sit

nucleolar protein required forYDR083W

7330_at 0.89823778 -0.011088 -0.07205333 -0.06096533 KAP104

karyopherin beta 2 YBR017C

6452_at 0.79041582 -0.00499233 -0.06593233 -0.06094 KRS1

lysine-tRNA ligase YDR037W

5752_at 0.85873041 -0.02069733 -0.081485 -0.06078767 NA NA YEL038W

5090_at 0.92989298 -0.09605733 -0.156827 -0.06076967 PYC1

pyruvate carboxylase YGL062W

3380_i_at 0.84249968 -0.00919667 -0.06966967 -0.060473 NA NA YDRWSIGMA4

7091_at 0.8139473 -0.004514 -0.064912 -0.060398 UBX7

Hypothetical ORF YBR273C

6509_at 0.88339808 -0.038178 -0.09832933 -0.06015133 PRP11

snRNA-associated protein YDL043C

11103_at 0.91179232 -0.082267 -0.142377 -0.06011 CHS6 YJL099W

Involved in chitin biosynthesis and/or its regulation

10712_at 0.90577825 -0.01554733 -0.075561 -0.06001367 SBA1

HSP90 associated co-chaperone YKL117W

8916_at 0.82946927 -0.001192 -0.06115933 -0.05996733 LAT1 YNL071W

pyruvate dehydrogenase complex dihydrolipoamide acetyltransfera

3654_i_at 0.89083076 -0.05570433 -0.115612 -0.05990767 NA NA YNLCSIGMA1

4761_at 0.81580261 -0.00524433 -0.06504933 -0.059805 YAP1802 member

Yeast Assembly Polypeptide,YGR241Cof AP180 protein family, bind

5406_at 0.89336861 -0.04338467 -0.102889 -0.05950433 EPL1 YFL024C

NuA4 histone acetyltransferase complex component

6671_at 0.8595074 -0.01985267 -0.07928933 -0.05943667 ARF1

ADP-ribosylation factor YDL192W

7921_at 0.87377945 -0.00706733 -0.06640867 -0.05934133 ATG5

Involved in autophagy YPL149W

6463_at 0.80361265 -0.003538 -0.06264933 -0.05911133 YRB1 YDR002W

Yeast Ran Binder #1; suppressor of FUS1; homolog of mouse HTF

10516_at 0.88521592 -0.03595667 -0.09425033 -0.05829367 UIP5

Ulp1 Interacting Protein 5 YKR044W

6266_at 0.89985145 -0.04871667 -0.10690733 -0.05819067 NA NA YDR209C

9624_at 0.95297084 -0.380334 -0.438455 -0.058121 NA

Hypothetical ORF YMR002W

9127_at 0.89951288 -0.005937 -0.063814 -0.057877 PIK1

phosphatidylinositol 4-kinaseYNL267W

7616_at 0.88382539 -0.016231 -0.073932 -0.057701 NA NA YPR130C

5297_at 0.88040545 -0.041899 -0.099593 -0.057694 COS12 member of

Protein of unknown function, YGL263W a family of conserved, ofte

5682_at 0.85522252 -0.01599467 -0.07363233 -0.05763767 GAL83 YER027C

One of three possible beta-subunits of the Snf1 kinase complex, all

9670_at 0.90907865 -0.00204033 -0.059536 -0.05749567 YMD8 YML038C

similar to vanadate resistance protein Gog5

11305_s_at 0.87272679 -0.03016467 -0.087648 -0.05748333 NA

Hypothetical ORF YAR062W

9358_at 0.85491808 -0.020264 -0.07749767 -0.05723367 and recruitment protein

Ubc7p bindingCUE1 YMR264W

9711_at 0.86808494 -0.023151 -0.08021567 -0.05706467 F-box protein UFO1 YML088W

9940_at 0.8156475 -0.00331167 -0.060268 -0.05695633 synthase 4 YLR405W

dihydrouridine DUS4

3322_at 0.88586153 -0.04366933 -0.10041467 -0.05674533 NA NA YERCDELTA26

9924_at 0.87010457 -0.018057 -0.07424567 -0.05618867 STE23

involved in a-factor processingYLR389C

6037_at 0.89123528 -0.048583 -0.10472567 -0.05614267 NA NA YDR431W

8358_at 0.85103908 -0.01469167 -0.07079167 -0.0561 PET56 YOR201C

ribose methyltransferase for mitochondrial 21S rRNA

4916_at 0.87405376 -0.023172 -0.078951 -0.055779 TWF1 sequestering protein

twinfilin A, an actin monomerYGR080W

6009_at 0.92323613 -0.03409033 -0.08975033 -0.05566 UTP6

U3 snoRNP protein YDR449C

7692_at 0.9095099 -0.078923 -0.13454367 -0.05562067 NOT5 YPR072W

NOT complex member, a global negative regulator of transcription

3434_f_at 0.89930763 -0.03048633 -0.08597267 -0.05548633 NA NA YDRCDELTA6A

4566_at 0.89644128 -0.02856033 -0.08332267 -0.05476233 Hypothetical ORFNA YHL042W

9355_at 0.95051103 -0.05265867 -0.10711233 -0.05445367 TPS3 YMR261C

trehalose-6-phosphate synthase/phosphatase complex 115 kDa reg

8480_at 0.96590655 -0.36654567 -0.420749 -0.05420333 Hypothetical ORFNA YOR052C

7251_at 0.8842596 -0.011336 -0.06520233 -0.05386633 LYS2

alpha aminoadipate reductase YBR115C

9374_at 0.89175836 -0.00529067 -0.058993 -0.05370233 RNA1 YMR235C

GTPase activating protein (GAP) for Gsp1p

3215_f_at 0.9079373 -0.04176833 -0.09524467 -0.05347633 NA YGRWDELTA24

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4501_at 0.93653225 -0.08788133 -0.14121467 -0.05333333 RPN1

26S proteasome PA700 subunit YHR027C

6676_at 0.91151045 -0.04212567 -0.095421 -0.05329533 PPH22 YDL188C

Catalytic subunit of protein phosphatase 2A, functionally redundant

8364_at 0.85848942 -0.01801433 -0.07116033 -0.053146 RET1 YOR207C

second-largest subunit of RNA polymerase III

9484_at 0.896828 -0.020331 -0.073424 -0.053093 RRB1

RiboSome Assembly 2 YMR131C

7284_at 0.87139711 -0.019291 -0.072321 -0.05303 TRM7 YBR061C

2'-O-ribose tRNA anticodon loop methyltransferase

10310_at 0.89464037 -0.00518667 -0.05815367 -0.052967 PPR1 YLR014C

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

8369_f_at 0.86139168 -0.0098 -0.06274333 -0.05294333 RPS28A YOR167C

ribosomal protein S28A (S33A) (YS27)

3927_f_at 0.87012111 -0.015831 -0.068467 -0.052636 NA YARWDELTA7

Hypothetical ORF /// Identified by expression profiling and mass spe

10625_at 0.93010481 -0.00660033 -0.059188 -0.05258767 Hypothetical ORFNA YKL071W

8525_at 0.86644398 -0.018962 -0.07154367 -0.05258167 and YOR008C-A

diepoxybutaneNA mitomycin C resistance

5057_at 0.81873567 -0.00119433 -0.053734 -0.05253967 Hypothetical ORFNA YGL050W

3521_i_at 0.90608742 -0.04683867 -0.09936233 -0.05252367 NA NA YBRWDELTA15

8999_at 0.87685595 -0.003185 -0.05570467 -0.05251967 shows protein NA YNL123W

sequence similarity to the mammalian Omi/HtrA2 fam

4764_at 0.89964234 -0.02724167 -0.07914067 -0.051899 LSC2 ligase (synthetase; ATP-forming), a m

beta subunit of succinyl-CoA YGR244C

6075_at 0.87644364 -0.020981 -0.072686 -0.051705 snRNP proteinLSM6 YDR378C

10852_at 0.87978613 -0.00900433 -0.06053133 -0.051527 DAN1 YJR150C

cell wall mannoprotein|induced during anaerobic growth

6934_at 0.90645252 -0.02881533 -0.08009667 -0.05128133 PDI1

protein disulfide isomerase YCL041C

10962_at 0.9522536 -0.25860367 -0.30979267 -0.051189 BNA2 YJR078W

Hypothetical ORF /// Tryptophan 2,3-dioxygenase

9142_at 0.91609467 -0.00628467 -0.05705 -0.05076533 MON2 YNL297C

Peripheral membrane protein with a role in endocytosis and vacuole

3568_f_at 0.9207098 -0.08481 -0.135534 -0.050724 NA NA YPRCDELTA15

8853_at 0.83092931 -0.00641 -0.05679367 -0.05038367 NA NA YNR005C

5187_at 0.87223139 -0.01338367 -0.06362967 -0.050246 IME4

methyltransferase YGL192W

9980_at 0.92357765 -0.00969933 -0.059759 -0.05005967 Hypothetical ORFNA YLR356W

10631_at 0.92213137 -0.010742 -0.06027367 -0.04953167 NA

homolog of mammalian BAP31 YKL065C

10896_at 0.91216849 -0.050013 -0.09945033 -0.04943733 NA NA YJR148W

6554_at 0.89806448 -0.00249067 -0.05176733 -0.04927667 LUC7 YDL087C

Living Under Cap-binding complex expression

8648_at 0.85453205 -0.00202167 -0.05125467 -0.049233 HMI1 YOL095C

Mitochondrial inner membrane localized ATP-dependent DNA helic

9891_at 0.90900695 -0.05347233 -0.10268367 -0.04921133 SIR3 YLR442C

silencing regulator at HML, HMR, and telomeres

4542_at 0.95035375 -0.16701167 -0.216024 -0.04901233 regulator of aYHL020C genes; phosphorylation by p

TranscriptionalOPI1 variety of

10165_at 0.90354279 -0.02454833 -0.07341833 -0.04887 NA NA YLR184W

6363_at 0.87477501 -0.01006767 -0.05868433 -0.04861667 Hypothetical ORFNA YDR128W

4717_at 0.93181348 -0.07649967 -0.125009 -0.04850933 NA NA YGR287C

5973_at 0.94217581 -0.07812767 -0.12643367 -0.048306 NA YDR504C

Protein required for survival at high temperature during stationary p

10357_at 0.79676024 -0.00191633 -0.05019733 -0.048281 Hypothetical ORFNA YLL029W

5549_at 0.94960546 -0.068488 -0.11674233 -0.04825433 BEM2 YER155C

rho GTPase activating protein (GAP)

6545_at 0.88264381 -0.000204 -0.04824833 -0.04804433 protein, YDL053C

Pbp1p bindingPBP4 interacts strongly with Pab1p-binding protein

3655_f_at 0.91630284 -0.04638 -0.09417433 -0.04779433 NA NA YNLCSIGMA1

8543_at 0.95227788 -0.150374 -0.19812367 -0.04774967 Homolog of SIR2 HST3 YOR025W

10600_at 0.94598254 -0.076717 -0.12425867 -0.04754167 C

capping protein AP1 YKL007W

3535_i_at 0.96122353 -0.41291767 -0.460389 -0.04747133 NA NA YPRWSIGMA3

6371_at 0.91249257 -0.03202433 -0.079175 -0.04715067 UBC13

ubiquitin-conjugating enzyme YDR092W

11326_at 0.93733217 -0.11955167 -0.16665933 -0.04710767 SWD1 YAR003W

compass (complex proteins associated with Set1p) component

9070_at 0.90666462 -0.04195867 -0.08883433 -0.04687567 SRP1

karyopherin alpha YNL189W

5939_at 0.96480956 -0.37470933 -0.42156467 -0.04685533 SLF1 YDR515W

Associates with translating ribosomes; may function in cytoplasm to

9376_at 0.91508042 -0.019834 -0.06659133 -0.04675733 NA YMR237W

Protein involved in transport at the trans-Golgi

6294_at 0.87109447 -0.004859 -0.05134467 -0.04648567 associated with nuclear pore complexes; structurally

42 kDa proteinNUP42 YDR192C

3623_f_at 0.84300057 -0.00297633 -0.04944567 -0.04646933 NA YNRCDELTA8

Hypothetical ORF /// Identified by expression profiling and mass spe

8496_at 0.89017993 -0.01459367 -0.060861 -0.04626733 VAM10 YOR068C

Required for normal tethering of vacuoles prior to fusion.

7298_at 0.90703475 -0.02901267 -0.07524667 -0.046234 NA

Hypothetical ORF YBR075W

6101_at 0.89731983 -0.02962467 -0.07567667 -0.046052 NA NA YDR360W

7313_at 0.95084853 -0.14482467 -0.19073467 -0.04591 GIP1 YBR045C

Meiosis-specific protein proposed to be a regulatory subunit of the p

6697_at 0.94623253 -0.035805 -0.081489 -0.045684 NA

Hypothetical ORF YDL211C

10656_at 0.95982516 -0.06536167 -0.11075833 -0.04539667 NA YKL082C

Required for normal pre-rRNA Processing

4437_at 0.92753515 -0.02756267 -0.07284833 -0.04528567 NA

Hypothetical ORF YHR100C

6084_at 0.93324575 -0.02440967 -0.06884467 -0.044435 NA

Hypothetical ORF YDR387C

3392_f_at 0.85448128 -0.00606833 -0.05036 -0.04429167 NA YDRWDELTA27

Identified by expression profiling and mass spectrometry /// TyA Ga

3675_r_at 0.9577843 -0.29065433 -0.33484933 -0.044195 NA NA YMRCDELTA11

9764_at 0.91704174 -0.00477067 -0.04896467 -0.044194 (putative)

small GTPase GTR1 YML121W

7754_at 0.93541146 -0.01725567 -0.061431 -0.04417533 PDH1 YPR002W

Mitochondrial protein that participates in respiration, induced by dia

10778_at 0.89174126 -0.00900833 -0.053065 -0.04405667 ASH1 YKL185W

Zinc-finger inhibitor of HO transcription; mRNA is localized and tran

4122_at 0.87455363 -0.00230033 -0.04632367 -0.04402333 disulfide isomerase)-related protein involved in endo

Pdi1p (protein EPS1 YIL005W

8539_at 0.91242583 -0.034253 -0.07822167 -0.04396867 NA

Hypothetical ORF YOR021C

7205_at 0.91324239 -0.03166833 -0.07545133 -0.043783 NA

microsomal beta-keto-reductase YBR159W

9880_at 0.90210048 -0.002753 -0.04650567 -0.04375267 CNA1

calcineurin subunit A YLR433C

5999_at 0.87919576 -0.00127767 -0.04480633 -0.04352867 VPS72 component

Protein of unknown function, YDR485C of the Swr1p complex that

11016_at 0.96071707 -0.04371433 -0.08711633 -0.043402 CYR1

adenylate cyclase YJL005W

3465_at 0.93643388 -0.097907 -0.14115133 -0.04324433 NA NA YCRWOMEGA3

9882_at 0.93037649 -0.01310567 -0.056141 -0.04303533 TSR2 YLR435W

Protein with a potential role in pre-rRNA processing

8970_at 0.86931912 -0.00464267 -0.04757367 -0.042931 YAF9 leukemogenic protein AF9; member o

Yeast homolog of the humanYNL107W

7850_at 0.87638273 -0.006019 -0.047972 -0.041953 SEC16

vesicle coat component YPL085W

4495_at 0.92028993 -0.050564 -0.09142867 -0.04086467 protein YHR021W-A

Non-essential ECM12 of unknown function

7716_at 0.92785337 -0.01391667 -0.05472733 -0.04081067 NA NA YPR051W

5612_at 0.94984187 -0.10611567 -0.14680567 -0.04069 NA NA YER084W

6399_at 0.94224184 -0.022749 -0.06330467 -0.04055567 PPH3

protein phosphatase type 2AYDR075W

7095_at 0.91022744 -0.005321 -0.045867 -0.040546 NA NA YBR277C

4950_at 0.92417433 -0.041037 -0.081495 -0.040458 NA NA YGR069W

10594_at 0.92949328 -0.04858433 -0.08900733 -0.040423 ARC19

Arp complex subunit YKL013C

10505_at 0.934421 -0.045987 -0.08636133 -0.04037433 MTD1 YKR080W

NAD-dependent 5,10-methylenetetrahydrafolate dehydrogenase

10550_at 0.95209343 -0.10261233 -0.14284933 -0.040237 NA NA YKR033C

10327_at 0.92442675 -0.04773967 -0.087781 -0.04004133 NA

Hypothetical ORF YLR030W

5209_at 0.94942623 -0.083842 -0.12382133 -0.03997933 KIP3

Kinesin-related protein YGL216W

10967_at 0.92022411 -0.04553467 -0.08540233 -0.03986767 NA NA YJR038C

10209_at 0.90743659 -0.013824 -0.053251 -0.039427 SLX4 YLR135W

Subunit of a complex, with Slx1p, that hydrolyzes 5' branches from

3459_at 0.86955641 -0.00699133 -0.046044 -0.03905267 NA NA YCRWDELTA9

7856_at 0.90173524 -0.01549567 -0.05451233 -0.03901667 NA NA YPL080C

7820_at 0.87372842 -0.00658967 -0.04493367 -0.038344 diphosphate synthase|EC 2.5.1.29

geranylgeranylBTS1 YPL069C

5753_at 0.91880707 -0.01026567 -0.04847267 -0.038207 NA NA YEL037C

9912_at 0.92657462 -0.01552733 -0.05368267 -0.03815533 19S regulatory particle of the 26S proteasome lid

Subunit of the RPN13 YLR421C

6605_at 0.94608594 -0.00368867 -0.04171667 -0.038028 HNT1 YDL125C

Adenosine 5'-monophosphoramidase; interacts physically and gene

9709_at 0.94837739 -0.10994333 -0.14747867 -0.03753533 NA NA YML048W-A

3661_at 0.91888748 -0.035517 -0.072942 -0.037425 NA NA YNLWSIGMA2

3329_f_at 0.9347825 -0.047041 -0.08437633 -0.03733533 NA YFLWDELTA2

Similar to probable membrane protein YDR340W and to yeast CYC

10230_at 0.88208884 -0.006354 -0.04328833 -0.03693433 NA NA YLR111W

6718_at 0.92563657 -0.04522467 -0.08184033 -0.03661567 YPD1 YDL235C

two-component phosphorelay intermediate

3940_at 0.97225783 -0.40092167 -0.43741767 -0.036496 DER1 YBR201W

Endoplasmic reticulum membrane protein, required for the protein d

4878_at 0.91935506 -0.01874833 -0.05523267 -0.03648433 PEX4 family

ubiquitin-conjugating protein YGR133W

4995_at 0.92585478 -0.03760933 -0.07392933 -0.03632 NA NA YGR022C

3586_f_at 0.88052087 -0.00578133 -0.04141333 -0.035632 NA YPLWDELTA3

Identified by expression profiling and mass spectrometry /// TyA Ga

4745_at 0.9309585 -0.03462233 -0.07005233 -0.03543 NA NA YGR269W

6568_f_at 0.87791412 -0.00341633 -0.03839867 -0.03498233 RPL31A YDL075W

ribosomal protein L31A (L34A) (YL28)

3432_f_at 0.88979595 -0.00192267 -0.03667 -0.03474733 NA YDRCDELTA5

Hypothetical ORF /// Identified by expression profiling and mass spe

8144_g_at 0.91264086 -0.01816567 -0.05236833 -0.03420267 Hypothetical ORF NA YOR389W

6620_at 0.93391768 -0.026761 -0.060322 -0.033561 B-type cyclin CLB3 YDL155W

6865_at 0.96023597 -0.00587333 -0.039237 -0.03336367 SYP1 YCR030C

Protein with a potential role in actin cytoskeletal organization; overe

8443_at 0.94564557 -0.03417233 -0.067436 -0.03326367 syntaxin familyVAM3 YOR106W

7707_i_at 0.90214692 -0.003061 -0.03624633 -0.03318533 RPL43A

ribosomal protein L43A YPR043W

7791_at 0.95806614 -0.120715 -0.15321067 -0.03249567 Hypothetical ORF NA YPL052W

10489_at 0.93432065 -0.025501 -0.05780467 -0.03230367 Hypothetical ORF NA YKR064W

10743_at 0.93553336 -0.02114933 -0.05343233 -0.032283 LST4 YKL176C

required for amino acid permease transport from the Golgi to the ce

4157_at 0.97302435 -0.23169733 -0.26375533 -0.032058 Hypothetical ORF NA YIL060W

7650_at 0.92087172 -0.00179633 -0.03369533 -0.031899 Hypothetical ORF NA YPR118W

3609_i_at 0.97256073 -0.37438767 -0.40616267 -0.031775 NA NA YORCDELTA15

4807_at 0.90558702 -0.010707 -0.04215933 -0.03145233 SNG1 YGR197C

Involved in nitrosoguanidine resistance

9111_at 0.97988307 -0.39438933 -0.42574233 -0.031353 YTP1 YNL237W

Probable type-III integral membrane protein of unknown function, ha

3839_at 0.95458999 -0.084332 -0.115365 -0.031033 NA NA YJRWDELTA14

11038_at 0.93022151 -0.02956833 -0.06042967 -0.03086133 VPS53 YJL029C

hydrophilic protein that is peripherally associated with the late Golgi

4509_at 0.93572579 -0.01082133 -0.04134167 -0.03052033 Hypothetical ORF NA YHR035W

11265_i_at 0.94533271 -0.050331 -0.080336 -0.030005 by YAL069W

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

9077_at 0.91795031 -0.00875067 -0.03826567 -0.029515 NA NA YNL226W

7586_at 0.94277396 -0.001565 -0.03085067 -0.02928567 NA YPR143W

Protein required for cell viability

9641_at 0.94244806 -0.007086 -0.036346 -0.02926 two-hybrid assay

binds Sin3p in STB4 YMR019W

11089_at 0.97023933 -0.06788733 -0.097091 -0.02920367 Hypothetical ORF NA YJL068C

6700_at 0.93207762 -0.024782 -0.05398033 -0.02919833 HMG-like protein NHP2 YDL208W

6689_at 0.93044773 -0.01940467 -0.04770733 -0.02830267 DTD1

D-Tyr-tRNA(Tyr) deacylase YDL219W

8404_at 0.95585691 -0.00636033 -0.03442833 -0.028068 PUP1

proteasome subunit (putative) YOR157C

4473_i_at 0.97795508 -0.14757233 -0.17552733 -0.027955 NA NA YHR044C

6050_at 0.95603982 -0.046489 -0.074261 -0.027772 HPT1 YDR399W

hypoxanthine guanine phosphoribosyltransferase

4870_at 0.95262987 -0.00815333 -0.03575133 -0.027598 Hypothetical ORF NA YGR125W

4221_at 0.94520967 -0.04565633 -0.073178 -0.02752167 VHS2 suppresses the synthetic lethality of th

Gene whose overexpression YIL135C

8163_at 0.94485167 -0.03477 -0.062279 -0.027509 NA NA YOR364W

5816_at 0.93525974 -0.012047 -0.03928533 -0.02723833 HPA3 YEL066W

Histone acetyltransferase of the Gcn5-related N-acetyltransferase (

7905_at 0.9625953 -0.012541 -0.03969333 -0.02715233 NA SET6 YPL165C

5108_at 0.95331571 -0.04199667 -0.06874533 -0.02674867 MF(ALPHA)2 YGL089C

alpha mating factor

7940_at 0.93914202 -0.011112 -0.03774567 -0.02663367 SPT14 YPL175W

N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein

4726_at 0.95018538 -0.05355567 -0.08018567 -0.02663 Identified by SAGENA YGL006w-a

9981_at 0.9538772 -0.050331 -0.07667267 -0.02634167 NA NA YLR358C

8328_at 0.92772574 -0.00872867 -0.03490767 -0.026179 RFC1 YOR217W

replication factor C subunit 1|similar to human RFC 140 kDa subun

10725_at 0.97691993 -0.04828533 -0.07396833 -0.025683 SDH1 YKL148C

succinate dehydrogenase flavoprotein subunit

7249_at 0.92536325 -0.004399 -0.0298 -0.025401 NA NA YBR113W

4314_at 0.92618317 -0.01090133 -0.036261 -0.02535967 RPN10 YHR200W

26S proteasome component|mammalian S5a protein homolog

9058_at 0.97835481 -0.13038533 -0.15571833 -0.025333 PSY2 deletion results in sensitivity to antican

Protein of unknown function; YNL201C

10356_at 0.95299082 -0.04965033 -0.07493167 -0.02528133 NA NA YLL030C

7448_at 0.92398946 -0.00031 -0.02543533 -0.02512533 RPL32

ribosomal protein L32 YBL092W

9524_at 0.92077449 -0.00352333 -0.02855633 -0.025033 STO1 YMR125W

Large subunit of the nuclear cap-binding protein complex

4562_at 0.95050508 -0.043011 -0.06775633 -0.02474533 ARN2 YHL047C

triacetylfusarinine C transporter

6441_at 0.94772096 -0.02846233 -0.05293567 -0.02447333 Component of VPS54 YDR027C

the GARP (Golgi-associated retrograde protein) com

8952_at 0.93155427 -0.013707 -0.03792533 -0.02421833 NA YNL080C

Deletion causes slight growth defect, similar to U. maydis myp1 pro

9158_at 0.97601019 -0.22597 -0.25007 -0.0241 HCH1 that binds

Heat shock protein regulator YNL281W to Hsp90p and may stimula

3823_f_at 0.95295046 -0.04610633 -0.07014433 -0.024038 NA YKLWDELTA7

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10031_at 0.94788047 -0.02788067 -0.051829 -0.02394833 TAD3 YLR316C

tRNA-specific adenosine deaminase subunit

3705_f_at 0.94755301 -0.031516 -0.05542967 -0.02391367 NA YMLWTY1-2

Identified by expression profiling and mass spectrometry /// TyA Ga

8302_at 0.96285328 -0.071402 -0.095285 -0.023883 DFR1

dihydrofolate reductase YOR236W

3239_f_at 0.9109741 -0.00372833 -0.027425 -0.02369667 NA YGRCDELTA16

Identified by expression profiling and mass spectrometry /// TyB Ga

10264_at 0.94466384 -0.020881 -0.04453 -0.023649 SPT8 acetyltransferase SAGA complex|trans

probable member of histone YLR055C

10632_at 0.95980319 -0.00564733 -0.029126 -0.02347867 MNR2 YKL064W

Putative megnesium transporter; has similarity to Alr1p and Alr2p, w

8275_at 0.96207188 -0.06037233 -0.08363167 -0.02325933 SEC63 YOR254C

Protein involved in protein import into ER

4394_at 0.95167027 -0.03574667 -0.05883733 -0.02309067 dCMP deaminase DCD1 YHR144C

10604_at 0.95881964 -0.00649967 -0.02958633 -0.02308667 protein kinase ELM1 YKL048C

10974_at 0.9766428 -0.195168 -0.21808867 -0.02292067 SSC1 YJR045C

mitochondrial matrix protein involved in protein import|Endo.SceI en

7914_at 0.94829206 -0.00920033 -0.031773 -0.02257267 PRM4 YPL156C

Pheromone-regulated protein, predicted to have 1 transmembrane

5505_at 0.92400991 -0.00114933 -0.02346233 -0.022313 NA NA YER172c-a

6025_at 0.95212541 -0.01172867 -0.033924 -0.02219533 RMT2

arginine methyltransferase YDR465C

9956_at 0.9571038 -0.00276067 -0.024939 -0.02217833 NA and in uptake of branched-chain amin

Involved in pre-tRNA splicingYLR375W

3286_f_at 0.95645085 -0.01440733 -0.03554333 -0.021136 NA NA YFLWDELTA5

7703_at 0.96205116 -0.05106567 -0.07175367 -0.020688 obserwed null YPR039W was Sporulation DeFicienc

SDF1 the first TIP41 phenotype

6839_at 0.97040804 -0.05682 -0.07740467 -0.02058467 Hypothetical ORFNA YCR051W

10980_at 0.94472805 -0.00649 -0.02701933 -0.02052933 OSM1

osmotic growth protein YJR051W

9394_at 0.95566173 -0.005771 -0.02616567 -0.02039467 protein YMR212C

Non-essential EFR3 of unknown function; exhibits synthetic lethal

5102_at 0.94329338 -0.01393567 -0.034188 -0.02025233 VPS45 YGL095C

Protein of the Sec1p family essential for vacuolar protein sorting; re

7617_at 0.97421682 -0.01076633 -0.030498 -0.01973167 NAT3

N-terminal acetyltransferase YPR131C

4742_at 0.97048275 -0.05948533 -0.079105 -0.01961967 NA YGR266W

probably contains a single transmembrane span

9134_at 0.96898648 -0.03295067 -0.05253233 -0.01958167 NA YNL260C

Protein required for cell viability

5757_at 0.95146372 -0.00777133 -0.026524 -0.01875267 NA NA YEL033W

8689_at 0.95936489 -0.01829533 -0.037034 -0.01873867 Component of CTR9 YOL145C

the Paf1p complex, which is a large complex that bin

6783_at 0.96854626 -0.03516633 -0.053879 -0.01871267 ABP1

actin binding protein YCR088W

5621_at 0.94949658 -0.002281 -0.02092433 -0.01864333 IES5 YER092W

Protein that associates with the INO80 chromatin remodeling comp

8226_at 0.96839265 -0.06134267 -0.07986867 -0.018526 KRE5 YOR336W

appears to function early in (1,6)-beta-D-glucan synthesis pathway

4250_at 0.96754513 -0.01323167 -0.03123433 -0.01800267 Hypothetical ORFNA YIL151C

4510_at 0.96057259 -0.00437467 -0.02233967 -0.017965 NA YHR036W

Protein required for cell viability

10683_at 0.97278942 -0.045549 -0.06336333 -0.01781433 HSL1

serine-threonine kinase YKL101W

5425_at 0.9747444 -0.05977333 -0.07755933 -0.017786 AGP3 YFL055W

Low-affinity amino acid permease, may act to supply the cell with am

9123_at 0.9684769 -0.02940267 -0.04671733 -0.01731467 BNI1 YNL271C

formin, involved in spindle orientation

3721_s_at 0.98374636 -0.14068967 -0.15797633 -0.01728667 NA YLRWTY2-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8333_at 0.96889345 -0.04625133 -0.06350267 -0.01725133 MCT1

malonyl-CoA:ACP transferase YOR221C

4349_at 0.97687415 -0.09307733 -0.110169 -0.01709167 hydrolase

peptidyl-tRNA PTH1 YHR189W

10181_at 0.98199894 -0.10182933 -0.11882833 -0.016999 PCD1

coenzyme A diphosphatase YLR151C

10245_at 0.96464275 -0.03693267 -0.05392633 -0.01699367 GAL2

galactose permease YLR081W

11096_at 0.98253619 -0.09986367 -0.116731 -0.01686733 NUP82 coiled-coil

82 kDa protein, with putative YJL061W domain, has carboxy-termin

5191_f_at 0.94956032 -0.00605033 -0.02278533 -0.016735 RPS26A

ribosomal protein S26A YGL189C

4752_at 0.97213639 -0.00561067 -0.02199933 -0.01638867 NAS6 YGR232W

26S proteasome interacting protein

11198_at 0.96909461 -0.04641867 -0.062765 -0.01634633 NA NA YJL182C

3875_f_at 0.97376228 -0.08386633 -0.10017133 -0.016305 NA NA YJLWDELTA9

5128_at 0.95206635 -0.00492733 -0.02104367 -0.01611633 NA YGL114W

Putative member of the oligopeptide transporter (OPT) family of me

3469_f_at 0.97169347 -0.03029367 -0.04563933 -0.01534567 NA NA YCRCDELTA14

6539_at 0.98204468 -0.096404 -0.11142867 -0.01502467 RAD59 homology

the RAD59 gene product hasYDL059C to the Rad52 protein

3272_f_at 0.97353968 -0.05644967 -0.07139267 -0.014943 NA NA YGLCSIGMA3

7826_at 0.98062968 -0.01910633 -0.033991 -0.01488467 TIM50 YPL063W

Protein of the inner mitochondrial membrane, required for import of

4431_at 0.9716061 -0.03372133 -0.048547 -0.01482567 NA NA YHR095W

7900_at 0.96310118 -0.003658 -0.01815367 -0.01449567 karyopherin KAP120 YPL125W

9598_at 0.94813613 -0.00195167 -0.01544633 -0.01349467 MAC1 activator

metal-binding transcriptional YMR021C

8346_at 0.96719627 -0.003697 -0.01705267 -0.01335567 SPR1 YOR190W

exo-1,3-beta-glucanase, sporulation-specific

8658_at 0.96749628 -0.017972 -0.03124967 -0.01327767 NA NA YOL085C

6796_at 0.97653464 -0.04112167 -0.05428333 -0.01316167 Hypothetical ORFNA YCR101C

4165_i_at 0.95714849 -0.00102133 -0.01415367 -0.01313233 RPL34B

ribosomal protein L34B YIL052C

5300_at 0.98570382 -0.01538333 -0.027761 -0.01237767 NA

kinetochore protein YFR046C

6443_at 0.96701571 -0.002416 -0.01479 -0.012374 NA NA YDR029W

3509_f_at 0.96588224 -0.013341 -0.02542733 -0.01208633 NA YBLCSIGMA1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6873_at 0.97842437 -0.05185833 -0.063507 -0.01164867 NA NA YCL006C

10979_at 0.98237186 -0.003632 -0.01518367 -0.01155167 Component of ISY1 YJR050W

the spliceosome complex involved in pre-mRNA splic

5220_at 0.96675101 -0.011482 -0.022841 -0.011359 POX1

fatty-acyl coenzyme A oxidase YGL205W

8471_at 0.97712075 -0.03322467 -0.044556 -0.01133133 VPS21

small GTP-binding protein YOR089C

10704_at 0.98488703 -0.00883233 -0.02010967 -0.01127733 SHR3; YKL124W

Suppressor of SSH4 confers leflunomide resistance when overexp

6584_at 0.97774189 -0.01865 -0.02977967 -0.01112967 CDC2 (delta) subunit

DNA polymerase III catalytic YDL102W

3481_at 0.97714654 -0.021646 -0.03274667 -0.01110067 NA NA YBRCDELTA19

10477_g_at 0.96945764 -0.009089 -0.01993 -0.010841 Hypothetical ORFNA YKR096W

9551_at 0.97821734 -0.016972 -0.02764467 -0.01067267 myosin I MYO5 YMR109W

3346_at 0.98592543 -0.08871433 -0.09925367 -0.01053933 NA NA YERCTAU3

8439_at 0.98157437 -0.03581733 -0.04612233 -0.010305 NA NA YOR102W

10584_at 0.98744186 -0.055004 -0.06475967 -0.00975567 Hypothetical ORF NA YKL023W

4340_at 0.99066187 -0.18254233 -0.192279 -0.00973667 NA NA YHR180W

9079_at 0.97824818 -0.01307367 -0.02270633 -0.00963267 Hypothetical ORF NA YNL224C

4536_at 0.98368155 -0.04325633 -0.05278033 -0.009524 YSC83

similar to S. douglasii YSD83YHR017W

10876_at 0.97377939 -0.00759333 -0.01698267 -0.00938933 NA NA YJR128W

7959_at 0.98719303 -0.05021133 -0.05939967 -0.00918833 Hypothetical ORF NA YPL199C

6901_at 0.98484728 -0.031255 -0.04024033 -0.00898533 RRP7

involved in rRNA processing YCL031C

9118_at 0.98268264 -0.024544 -0.03333633 -0.00879233 NA NA YNL276C

6160_at 0.98368564 -0.01075667 -0.01881633 -0.00805967 NA NA YDR328C

4812_at 0.98652791 -0.00090633 -0.00893467 -0.00802833 PCT1 YGR202C

cholinephosphate cytidylyltransferase|phosphorylcholine transferas

3886_f_at 0.98953177 -0.11115833 -0.119068 -0.00790967 NA NA YJLWSIGMA1

5810_s_at 0.98728448 -0.03825967 -0.04615667 -0.007897 by YEL074W

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

8293_at 0.98498135 -0.02319467 -0.031061 -0.00786633 YTM1

microtubule-associated protein YOR272W

11183_at 0.98740027 -0.00597667 -0.013723 -0.00774633 FBP26

fructose-2,6-bisphosphatase YJL155C

8253_at 0.99185342 -0.122502 -0.12996867 -0.00746667 NA NA YOR277C

10877_at 0.98617512 -0.01102633 -0.01801933 -0.006993 NA YJR129C

Putative S-adenosylmethionine-dependent methyltransferase of the

8902_at 0.989655 -0.02037533 -0.027157 -0.00678167 TFIIIB 90 kDa BDP1subunit YNL039W

6518_at 0.98777057 -0.04267833 -0.04935433 -0.006676 NA NA YDL034W

7875_at 0.9857689 -0.024507 -0.031116 -0.006609 Hypothetical ORF NA YPL105C

10197_at 0.98657966 -0.00147 -0.00790367 -0.00643367 NA NA YLR123C

5594_at 0.98227372 -0.01391167 -0.02031267 -0.006401 activator of FLO1 (putative)

transcriptional FLO8 YER109C

8655_at 0.9904394 -0.07505233 -0.08139767 -0.00634533 MPD2 YOL088C

protein disulfide isomerase related protein

5948_at 0.99144592 -0.02312233 -0.02891733 -0.005795 effector

ARF GAP withAGE1 function(s) YDR524C

7929_at 0.99204919 -0.02016533 -0.02449833 -0.004333 NA NA YPL185W

3638_f_at 0.9858611 -0.006452 -0.01070033 -0.00424833 NA YOLWTY1-1

Identified by expression profiling and mass spectrometry /// TyB Ga

4754_at 0.99166316 -0.002259 -0.00551767 -0.00325867 NA NA YGR234W

3571_f_at 0.9918095 -0.01432367 -0.01755267 -0.003229 NA YPRCDELTA18

Identified by expression profiling and mass spectrometry /// TyA Ga

3384_f_at 0.99278852 -0.00880933 -0.01193867 -0.00312933 NA YDRWSIGMA5

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10320_at 0.99372327 -0.02889633 -0.03186867 -0.00297233 UBR2

ubiquitin-protein ligase (E3) YLR024C

9906_at 0.99326974 -0.01998667 -0.022545 -0.00255833 Hypothetical ORF NA YLR415C

9327_at 0.99540424 -0.022991 -0.025295 -0.002304 Hypothetical ORF NA YMR278W

3209_f_at 0.99239518 -0.00020833 -0.00246367 -0.00225533 MAG1 YHRWDELTA7

3-methyladenine DNA glycosylase /// Identified by expression profili

3560_at 0.9966271 -0.087687 -0.08992633 -0.00223933 NA NA YPRCDELTA13

7081_at 0.99500916 -0.01694067 -0.01902667 -0.002086 NA YBR261C

Putative S-adenosylmethionine-dependent methyltransferase of the

3203_f_at 0.99383396 -0.00894967 -0.01099867 -0.002049 NA YHRCDELTA3

Identified by expression profiling and mass spectrometry /// TyA Ga

5501_at 0.99640356 -0.036767 -0.03845367 -0.00168667 NA NA YER068c-a

4166_at 0.99677889 -0.00077733 -0.00190133 -0.001124 MMF1 YIL051C

Maintenance of Mitochondrial Function

5181_at 0.99839656 -0.05174567 -0.05282933 -0.00108367 LYS5 YGL154C

alpha aminoadipate reductase phosphopantetheinyl transferase

3727_f_at 0.99853691 -0.00836933 -0.00886833 -0.000499 NA YLRCTY2-2

Identified by expression profiling and mass spectrometry /// TyB Ga

10285_at 0.99921301 -0.00095033 -0.00141167 -0.00046133 RSC58 YLR033W

58KDa Subunit of RSC Chromatin Remodeling Complex

5250_at 0.99980212 -0.00225267 -0.00232 -6.7333E-05 Hypothetical ORF NA YGL220W

6586_at 0.99824246 -0.00290867 -0.00242333 0.00048533 ARR4 YDL100C

ATPase, involved in resistance to heat and metal stress, active as a

9115_at 0.99919794 -0.01419867 -0.01365833 0.00054033 Chs3p YNL233W

required to linkBNI4 and Chs4p to the septins

4707_at 0.9983815 -0.01526067 -0.01464133 0.00061933 NA

Homolog to human PPAT YGR277C

4776_at 0.99660207 -0.01197067 -0.01080633 0.00116433 ZPR1

zinc finger protein YGR211W

8276_at 0.99566398 -0.032383 -0.03036433 0.00201867 Non-essential NA YOR255W

protein required for construction of the outer spore w

6236_i_at 0.99335593 -0.00710733 -0.00468033 0.002427 HTA1 YDR225W

histone H2A (HTA1 and HTA2 code for nearly identical proteins)

5717_at 0.99404587 -0.00442067 -0.00168333 0.00273733 AFG3

ATP dependent metalloprotease YER017C

5568_at 0.98988766 -0.007142 -0.00363367 0.00350833 Hypothetical ORF NA YER128W

9903_at 0.98771901 -0.00530067 -0.00177967 0.003521 Hypothetical ORF NA YLR412W

5432_at 0.99437261 -0.030824 -0.02717 0.003654 EMP47 YFL048C

47 kDa type I transmembrane protein localized to the Golgi

3660_f_at 0.98966866 -0.010774 -0.00708733 0.00368667 HAP1 YNLWDELTA4

Identified by expression profiling and mass spectrometry /// TyA Ga

7233_at 0.99378143 -0.047551 -0.04379033 0.00376067 Necessary for MAK5 YBR142W

maintenance of dsRNA killer plasmids. Is predicted t

4200_at 0.9940334 -0.001276 0.00250967 0.00378567 COX5B

cytochrome c oxidase chain Vb YIL111W

10130_at 0.9843339 -0.00079833 0.00316133 0.00395967 NMT1

N-myristoyl transferase YLR195C

3897_s_at 0.99385868 -0.10249433 -0.098424 0.00407033 NA YJLWTY4-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7895_at 0.99260393 -0.013534 -0.00929167 0.00424233 SPO19

meiosis-specific GPI-protein YPL130W

3750_f_at 0.98918408 -0.017327 -0.01303533 0.00429167 NA NA YLRWDELTA17

7831_at 0.99458306 -0.14100233 -0.13669033 0.004312 PDR12

multidrug resistance transporterYPL058C

4372_at 0.99187731 -0.010708 -0.00610233 0.00460567 THP2

affects transcription elongationYHR167W

8284_at 0.99054199 -0.03811133 -0.03344267 0.00466867 NA NA YOR263C

6410_at 0.98352871 -0.001882 0.002911 0.004793 SSS1 YDR086C

ER protein|Sec61 trimeric complex component|Ssh1 trimeric compl

7827_at 0.98970242 -0.02190667 -0.01705833 0.00484833 NA NA YPL062W

10098_at 0.98293528 -0.00692467 -0.001803 0.00512167 SSP120 green fluorescent protein (GFP)-fusion

Protein of unknown function; YLR250W

4129_at 0.98908036 -0.039287 -0.03390233 0.00538467 NA

Hypothetical ORF YIL042C

5271_at 0.99504123 -0.09691467 -0.09152167 0.005393 NA

Hypothetical ORF YGL242C

6128_f_at 0.98531995 -0.000825 0.004626 0.005451 HXT6

hexose transporter YDR342C

3677_f_at 0.98855117 -0.026837 -0.02134967 0.00548733 NA NA YMRWDELTA12

3193_at 0.99144754 -0.09379533 -0.08830067 0.00549467 NA NA YHL045W

3408_f_at 0.98895346 -0.045745 -0.04012967 0.00561533 NA YDRWDELTA13

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7950_at 0.98933002 -0.02128933 -0.01535 0.00593933 NA

Hypothetical ORF YPL208W

8192_at 0.98728723 -0.01571467 -0.00961167 0.006103 PUT4

proline specific permease YOR348C

3235_f_at 0.9797394 -0.006486 -0.00035733 0.00612867 NA YGRCDELTA15

Identified by expression profiling and mass spectrometry /// TyB Ga

7139_at 0.98972812 -0.060617 -0.05389433 0.00672267 glucosidase II ROT2 YBR229C

4905_g_at 0.99082965 -0.01477767 -0.00788133 0.00689633 NA NA YGR114C

3411_f_at 0.98687271 -0.048872 -0.04189633 0.00697567 NA YDRWDELTA14

Identified by expression profiling and mass spectrometry /// TyB Ga

6232_at 0.98388223 -0.00210733 0.00497467 0.007082 NA

Hypothetical ORF YDR221W

10942_at 0.98675038 -0.05801733 -0.05073067 0.00728667 CTP synthase URA8 YJR103W

7322_at 0.99224837 -0.097048 -0.08975967 0.00728833 YRO2 YBR054W

Putative plasma membrane protein of unknown function, transcriptio

7938_at 0.98505485 -0.01518467 -0.00752467 0.00766 CUP9

DNA binding protein (putative) YPL177C

5316_at 0.98377482 -0.032743 -0.025021 0.007722 NA NA YFR036w-a

10562_at 0.97552016 -0.00834367 -0.000131 0.00821267 DID4 YKL002W

class E vacuolar-protein sorting and endocytosis factor

10371_at 0.98241626 -0.019155 -0.01070367 0.00845133 NA YLL017W

Ras guanine nucleotide exchange factor (GEF); in the S288C strain

11251_s_at 0.98893437 -0.16431267 -0.15504167 0.009271 NA

Hypothetical ORF YJL221C

7801_at 0.97143977 -0.00220067 0.00711467 0.00931533 SSN3 YPL042C

cyclin (SSN8)-dependent serine/threonine protein kinase

9132_at 0.98134253 -0.014417 -0.00503433 0.00938267 POL2

DNA polymerase II YNL262W

6824_at 0.9840015 -0.03991433 -0.03032033 0.009594 NA NA YCR085W

7771_at 0.9767735 -0.01254733 -0.002734 0.00981333 SMA1

Spore Membrane Assembly YPL027W

6096_at 0.96684312 -0.00708 0.00297567 0.01005567 NA NA YDR355C

8589_at 0.98302191 -0.00348567 0.006608 0.01009367 TLG2 YOL018C

tSNARE that affects a late Golgi compartment

6292_at 0.97551103 -0.00526 0.00496733 0.01022733 RVB1 YDR190C

RUVB-like protein, TIP49a Homologue

3625_at 0.99083118 -0.10519033 -0.094748 0.01044233 COS10 member of

Protein of unknown function, YNR075W a family of conserved, ofte

3630_at 0.98431785 -0.105527 -0.09496567 0.01056133 NA NA YOLCDELTA1

6315_at 0.98590162 -0.054844 -0.04397367 0.01087033 two-hybrid assay

binds Sin3p in STB3 YDR169C

5982_at 0.98398171 -0.07640467 -0.06531767 0.011087 TLG1 YDR468C

tSNARE that affects a late Golgi compartment

7679_at 0.97634365 -0.035844 -0.024582 0.011262 NA NA YPR059C

5699_at 0.98021735 -0.02325133 -0.011707 0.01154433 ERG28 YER044C

Endoplasmic reticulum membrane protein, may facilitate protein-pro

4971_at 0.98149828 -0.02516167 -0.013508 0.01165367 NA

Hypothetical ORF YGR045C

10904_at 0.98030691 -0.01969867 -0.00799833 0.01170033 NA

Hypothetical ORF YJR111C

11025_at 0.97869927 -0.06206867 -0.049798 0.01227067 NA

Hypothetical ORF YJR003C

9477_at 0.98052805 -0.00240933 0.010185 0.01259433 SMP2

involved in plasmid maintenance YMR165C

10414_at 0.98966306 -0.307101 -0.29444633 0.01265467 MHT1 YLL062C

S-Methylmethionine Homocysteine methylTransferase

7881_at 0.98133436 -0.07430133 -0.061566 0.01273533 NA

Hypothetical ORF YPL144W

10863_i_at 0.97638649 -0.02459467 -0.01164967 0.012945 NA

Identified by SAGE YJL136w-a

8245_r_at 0.97626144 -0.02033233 -0.00735233 0.01298 NOP58

U3 snoRNP protein YOR309C

6448_at 0.96854965 -0.01480167 -0.001752 0.01304967 activator of lysine pathway genes with 2-aminoadipa

TranscriptionalLYS14 YDR034C

3896_s_at 0.97638224 -0.06292433 -0.04960367 0.01332067 NA YJLWTY4-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6517_at 0.95759887 -0.010145 0.003502 0.013647 GPR1 coupled

Plasma membrane G-proteinYDL035Creceptor that interacts with th

7981_at 0.98342864 -0.053371 -0.03965233 0.01371867 unknown function; stress induced (osmotic, ionic, oxi

Hydrophilin of GRE1 YPL223C

5768_at 0.97284948 -0.00999767 0.00416333 0.014161 GEA2

ARF GTP/GDP exchange factor YEL022W

6808_at 0.9673223 -0.00868467 0.00585867 0.01454333 SED4 YCR067C

Sed4p is an integral ER membrane protein, which, along along with

5037_at 0.98025528 -0.12144867 -0.10658633 0.01486233 PGD1 polyglutamine domain protein

Probable transcription factor,YGL025C

9873_at 0.97171351 -0.03788133 -0.022987 0.01489433 NA

Hypothetical ORF YLR426W

8241_at 0.98786677 -0.34431467 -0.329356 0.01495867 MCH5 YOR306C

monocarboxylate permease homologue

5048_at 0.97188508 -0.04096133 -0.02591267 0.01504867 NA

Hypothetical ORF YGL059W

7035_s_at 0.98497936 -0.01704 -0.00197667 0.01506333 NA NA YBR126w-a

10466_at 0.94901567 -0.003202 0.012093 0.015295 OMA1 mitochondrial inner membrane, involve

Metalloendopeptidase of the YKR087C

5671_s_at 0.94719317 -0.006408 0.009008 0.015416 RPL34B

ribosomal protein L34B YER056C-A

4524_at 0.97798347 -0.04257933 -0.02648867 0.01609067 STP2 YHR006W

Transcription factor, activated by proteolytic processing in response

5976_at 0.98243279 -0.146243 -0.13000433 0.01623867 GIN4 YDR507C

serine/threonine kinase (putative)

5369_at 0.97542988 -0.023079 -0.00678433 0.01629467 GNA1 YFL017C

glucosamine-phosphate N-acetyltransferase

7658_at 0.9644517 -0.01095667 0.00546267 0.01641933 DIB1

17 kDa U4/U6.U5 associatedYPR082Cprotein

3706_f_at 0.96381011 -0.029705 -0.01325 0.016455 NA YMLWDELTA6

TyA Gag protein; the main structural constituent of virus-like particle

10880_at 0.97817163 -0.01836033 -0.00171 0.01665033 NMD5 YJR132W

Upf1p interacting protein|importin beta homolog Kap119p

3817_f_at 0.94462037 -0.00316433 0.01358467 0.016749 NA YKLCSIGMA1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8444_at 0.97977399 -0.04589067 -0.02862167 0.017269 RGS2

GTPase activating protein (GAP)YOR107W

7113_at 0.97488766 -0.01137533 0.00626767 0.017643 HIS7 synthase

imidazole glycerol phosphateYBR248C

6535_at 0.96854507 -0.04642 -0.02861067 0.01780933 NA

Hypothetical ORF YDL063C

7738_at 0.9850735 -0.22416233 -0.20622067 0.01794167 CSR2 YPR030W

Nuclear protein with a potential regulatory role in utilization of galac

5576_at 0.95722166 -0.027482 -0.00883333 0.01864867 NA NA YER135C

10771_at 0.96565981 -0.047892 -0.02914267 0.01874933 DPH2 involved in

Protein of unknown function, YKL191W diphtheria toxicity and diph

8680_at 0.95541222 -0.01829833 0.00051433 0.01881267 INO4 protein

basic helix-loop-helix (bHLH)YOL108C

3912_f_at 0.93660208 -0.00164467 0.01719333 0.018838 NA YARCDELTA4

Identified by expression profiling and mass spectrometry /// TyA Ga

8877_r_at 0.97036832 -0.09525367 -0.076279 0.01897467 NA NA YNL017C

3773_f_at 0.95730345 -0.02537333 -0.006328 0.01904533 NA YLRCTY1-1

Identified by expression profiling and mass spectrometry /// TyA Ga

7308_at 0.925659 -0.00152933 0.017634 0.01916333 FIG1

integral membrane protein YBR040W

10626_at 0.95954572 -0.02736467 -0.00818967 0.019175 NA

Hypothetical ORF YKL070W

3639_f_at 0.94590334 -0.00775067 0.01161967 0.01937033 NA YOLWDELTA5

TyA Gag protein; the main structural constituent of virus-like particle

6758_at 0.97438313 -0.15987933 -0.140004 0.01987533 NA NA YCR102W-A

10549_at 0.94521743 -0.017793 0.002611 0.020404 NA NA YKR032W

3662_f_at 0.93918769 -0.00382233 0.01667067 0.020493 NA YNLWSIGMA3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8838_at 0.97518091 -0.05247633 -0.03198267 0.02049367 ARC35

Arp complex subunit YNR035C

9568_at 0.92566985 -0.00448467 0.01600933 0.020494 NA NA YMR082C

4191_at 0.97138261 -0.028573 -0.00783767 0.02073533 SPO22 YIL073C

meiosis-specific phospholipase A2 homolog

3386_f_at 0.92198272 -0.001557 0.01936867 0.02092567 NA YDRWDELTA23

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10362_at 0.98794784 -0.28869233 -0.267763 0.02092933 SSA1 family

heat shock protein of HSP70YLL024C

4137_at 0.95163691 -0.001873 0.01921367 0.02108667 CAP2

capping protein beta subunit YIL034C

8849_at 0.97867657 -0.03459067 -0.01337733 0.02121333 C

citrate synthase IT1 YNR001C

10797_at 0.96680093 -0.00010667 0.021193 0.02129967 NA

Hypothetical ORF YKL215C

3489_f_at 0.97095718 -0.13727 -0.11591833 0.02135167 NA NA YCLWTY5-1

10117_at 0.9710574 -0.09428433 -0.072902 0.02138233 NA

Hypothetical ORF YLR225C

9125_at 0.94923198 -0.01185467 0.00965233 0.021507 BSC4 YNL269W

Transcript encoded by this ORF shows a high level of stop codon b

5535_at 0.93534399 -0.000387 0.02168833 0.02207533 NA

Hypothetical ORF YER186C

4528_i_at 0.95528988 -0.00713433 0.01494767 0.022082 RPL27A

ribosomal protein L27A YHR010W

3291_f_at 0.94318402 -0.01016733 0.01209433 0.02226167 NA YFRCDELTA8

TyA Gag protein; the main structural constituent of virus-like particle

6265_at 0.94935298 -0.00323067 0.01915733 0.022388 MSS4 YDR208W

phosphatidylinositol 4-phosphate kinase

4928_at 0.95228082 -0.00029167 0.02271533 0.023007 Ser/Thr Kinase DBF2 YGR092W

7788_at 0.92968628 -0.001499 0.021844 0.023343 LGE1 null mutant

Protein of unknown function; YPL055C forms abnormally large cel

11177_at 0.98271237 -0.30073567 -0.27736833 0.02336733 non-tagged protein was localized to the mitochondria

The authentic, NA YJL161W

6318_at 0.9519858 -0.024005 -0.000331 0.023674 SUP35 eRF3

translation termination factor YDR172W

5239_at 0.9200777 -0.00258667 0.02109567 0.02368233 NA

Hypothetical ORF YGL230C

8453_at 0.9481373 -0.017788 0.00593667 0.02372467 RPO31

RNA polymerase III subunit YOR116C

7629_at 0.95866946 -0.01278233 0.01095367 0.023736 NA NA YPR099C

4805_at 0.94258632 -0.011123 0.01289733 0.02402033 SKI6

RNAse PH homolog YGR195W

7452_at 0.92438402 -0.00856067 0.01575167 0.02431233 transporter AVT5 YBL089W

10913_at 0.96011599 -0.06088767 -0.036571 0.02431667 NA

Hypothetical ORF YJR120W

6158_at 0.93818125 -0.00728667 0.017158 0.02444467 NA

Hypothetical ORF YDR326C

7209_at 0.95432883 -0.02006333 0.00445967 0.024523 YSY6 YBR162W-A

Protein that participates in secretory pathway

3873_f_at 0.96630506 -0.12419167 -0.09966067 0.024531 NA NA YJLWDELTA8

7675_at 0.93620723 -0.01620633 0.00851833 0.02472467 SEC8

exocyst complex component YPR055W

4239_at 0.87545785 -0.000385 0.024416 0.024801 NA NA YIL163C

7990_at 0.91402737 -0.00242067 0.022675 0.02509567 THI6 YPL214C

TMP pyrophosphorylase|hydroxyethylthiazole kinase

9672_at 0.95711877 -0.01613633 0.009128 0.02526433 NA

Hypothetical ORF YML036W

4175_at 0.94063811 -0.01192733 0.01368767 0.025615 NA YIL091C

Protein required for cell viability

7649_at 0.96928924 -0.097812 -0.072122 0.02569 NA

Hypothetical ORF YPR117W

8889_at 0.93610406 -0.00676833 0.019131 0.02589933 LST8 YNL006W

Required for amino acid permease transport from the Golgi to the c

9304_at 0.95316522 -0.047388 -0.02143467 0.02595333 NA YMR298W

Protein required for cell viability

3162_at 0.91233025 -0.00174833 0.02427933 0.02602767 NA NA YHRWTAU3

8621_at 0.942242 -0.02326967 0.003032 0.02630167 BRX1 YOL077C

Essential nucleolar protein required for biogenesis of the 60S riboso

5720_at 0.94275107 -0.01801667 0.00857467 0.02659133 NA NA YER019C-A

11304_at 0.93359556 -0.01704 0.00956933 0.02660933 NA YAR061W

Identified by gene-trapping, microarray-based expression analysis,

7773_at 0.93188326 -0.02226833 0.004484 0.02675233 NA NA YPL025C

7378_s_at 0.91537728 -0.00269467 0.024083 0.02677767 NA NA YBL027W

3761_f_at 0.94334056 -0.03706667 -0.00961667 0.02745 NA YLRWDELTA22

Identified by expression profiling and mass spectrometry /// TyB Ga

5352_at 0.9656219 -0.01634433 0.01117833 0.02752267 UBP6 YFR010W

Ubiquitin-specific protease situated in the base subcomplex of the 2

8184_at 0.94812711 -0.035592 -0.006939 0.028653 RPA43 YOR340C

DNA dependent RNA polymerase I subunit A43

5728_i_at 0.9797455 -0.400302 -0.37118667 0.02911533 PMP2 YEL017C-A

proteolipid associated with plasma membrane H(+)-ATPase (Pma1

4313_at 0.94073258 -0.02232267 0.00699867 0.02932133 non-tagged protein was localized to the mitochondria

The authentic, NA YHR199C

11392_at 0.9224594 -0.00928667 0.02018333 0.02947 subunit

Proposed betaGPB2 of theYAL056W heterotrimeric G protein that interacts

11085_at 0.92577721 -0.001433 0.02825033 0.02968333 PSF2

subunit of the GINS complexYJL072C

9753_at 0.9234528 -0.00197567 0.02771 0.02968567 PRE8

proteasome component Y7 YML092C

11252_s_at 0.93956331 -0.02496033 0.00483667 0.029797 NA NA YJL220W

9433_at 0.93279941 -0.00907833 0.020875 0.02995333 NA

Hypothetical ORF YMR206W

8433_at 0.90384761 -0.00178333 0.02817 0.02995333 ARP8

actin-related protein YOR141C

8900_at 0.92228937 -0.01943667 0.010524 0.02996067 the conservedYNL041C Golgi complex; interacts w

Component of COG6 oligomeric

8429_at 0.93998299 -0.00822233 0.02196967 0.030192 eIF5A

Suppressor of SIA1 YOR137C

3214_at 0.95486369 -0.01036167 0.02000767 0.03036933 NA NA YGRWDELTA23

8322_at 0.91820931 -0.004976 0.02540267 0.03037867 MGM1 related to

GTP-binding domain protein YOR211Cdynamin

9527_at 0.95126531 -0.03818533 -0.007617 0.03056833 ECM16

U3 snoRNP protein YMR128W

3208_f_at 0.94429829 -0.018457 0.01275833 0.03121533 NA NA YHRCDELTA6

9439_at 0.94841478 -0.03062033 0.00120667 0.031827 NA YMR171C

Endosomal protein of unknown function, mRNA is targeted to the bu

11107_at 0.94597994 -0.00636633 0.025571 0.03193733 MEKK BCK1 YJL095W

9867_s_at 0.94430593 -0.01630867 0.015715 0.03202367 NA NA YLR465C

7917_at 0.92639358 -0.011529 0.02056267 0.03209167 protein kinase RAD53 YPL153C

7713_at 0.89873332 -0.00299167 0.02936367 0.03235533 TAH18 YPR048W

Protein with a potential role in DNA replication; displays synthetic le

6465_at 0.91627302 -0.002101 0.03025633 0.03235733 RAD57 Rad 55p by

RecA homolog|interacts with YDR004W two-hybrid analysis|simila

6157_at 0.93834475 -0.00303567 0.029678 0.03271367 YCG1

Yeast Condensin G YDR325W

5429_at 0.92996256 -0.02336067 0.00939567 0.03275633 NA

Hypothetical ORF YFL051C

3484_f_at 0.95315632 -0.10060067 -0.067643 0.03295767 NA NA YCLWOMEGA1

6034_at 0.90008619 -0.00841333 0.02472333 0.03313667 NA

Hypothetical ORF YDR428C

3585_f_at 0.93700045 -0.02809633 0.00579933 0.03389567 NA NA YPLWSIGMA1

3674_i_at 0.96256162 -0.15745867 -0.12340867 0.03405 NA NA YMRCDELTA11

9933_at 0.8916792 -0.00485133 0.029225 0.03407633 NA NA YLR398C

11072_at 0.89992475 -0.003509 0.031231 0.03474 NSP1

nuclear pore complex subunit YJL041W

9620_at 0.94770362 -0.080937 -0.04599867 0.03493833 NA

Hypothetical ORF YML003W

7825_at 0.95294308 -0.0032 0.03191833 0.03511833 a complex YPL064C

Component of CWC27 containing Cef1p, putatively involved in pr

7901_at 0.91464956 -0.01344567 0.02205233 0.035498 SPC29

spindle pole body component YPL124W

7232_at 0.92485482 -0.02553433 0.010205 0.03573933 NA

Hypothetical ORF YBR141C

9506_at 0.88269455 -0.008105 0.02764933 0.03575433 NA NA YMR151W

3340_f_at 0.87758321 -0.004819 0.031292 0.036111 NA YERCDELTA14

Hypothetical ORF /// Identified by expression profiling and mass spe

7234_at 0.89159106 -0.01166067 0.02476867 0.03642933 SUP45 YBR143C

eRF1 (eukaryotic Release Factor 1) homolog

6125_at 0.88313593 -0.00288867 0.03390333 0.036792 NA YDR339C

Protein required for cell viability

8522_at 0.96625697 -0.18531867 -0.148241 0.03707767 sphingoid long chain base (LCB) sensitivity of an LC

Suppressor of RSB1 YOR049C

4285_at 0.95058191 -0.11558733 -0.078037 0.03755033 NA YIL166C

Hypothetical ORF, member of the Dal5p subfamily of the major faci

3257_f_at 0.95149603 -0.080253 -0.04245133 0.03780167 NA YGRWSIGMA6

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

5375_at 0.92383522 -0.01900867 0.01888467 0.03789333 Hypothetical ORFNA YFL012W

8863_at 0.92634171 -0.03216867 0.00600067 0.03816933 SMM1

tRNA dihydrouridine synthase YNR015W

5592_at 0.82337004 -0.000885 0.03800033 0.03888533 GLE2 YER107C

nuclear pore complex subunit|rae1 S. pombe homolog

10919_at 0.87895151 -0.00666933 0.03243133 0.03910067 NA VPS70 YJR126C

4926_at 0.91952392 -0.034534 0.00481667 0.03935067 UTP22 involved in

Possible U3 snoRNP protein YGR090W maturation of pre-18S rRN

5058_at 0.88484459 -0.00606533 0.03365867 0.039724 TIF4632 YGL049C

150 kDa|eIF-4F mRNA cap-binding complex subunit|eIF-4G homolo

4526_at 0.9612947 -0.08829733 -0.04849333 0.039804 superoxide dismutase

Mn-containing SOD2 YHR008C

4257_at 0.9334665 -0.00129 0.03883467 0.04012467 TID3 YIL144W

Highly conserved coil-coil protein, component of the Ndc80 comple

6092_at 0.89618445 -0.01628133 0.02420867 0.04049 SXM1

karyopherin beta family member YDR395W

7816_at 0.91907135 -0.02610367 0.014398 0.04050167 NA NA YPL073C

6611_at 0.93446209 -0.03392767 0.00682767 0.04075533 Homologue YDL120W

Yeast FrataxinYFH1

11167_at 0.90598023 -0.02487467 0.01636267 0.04123733 PBS2 YJL128C

MAP kinase kinase (MEK)|may act as a scaffolding protein for Sho1

7262_at 0.9242632 -0.05011967 -0.0086 0.04151967 MIS1

C1-tetrahydrofolate synthaseYBR084W

8958_at 0.93282217 -0.01708433 0.024555 0.04163933 MLF3

Protein of unknown function YNL074C

10890_at 0.92800582 -0.04423933 -0.002475 0.04176433 Hypothetical ORFNA YJR142W

9392_at 0.9202812 -0.009318 0.03245333 0.04177133 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR253C

9034_at 0.93436283 -0.048007 -0.00618533 0.04182167 NA NA YNL179C

6425_at 0.93243606 -0.05246933 -0.01033167 0.04213767 Hypothetical ORFNA YDR056C

10499_at 0.90613002 -0.002214 0.04028733 0.04250133 Hypothetical ORFNA YKR074W

6799_at 0.89224396 -0.002335 0.04089867 0.04323367 alcohol

medium chain ADH7 dehydrogenase YCR105W

6516_at 0.90143279 -0.01717567 0.02609433 0.04327 Hypothetical ORFNA YDL036C

6685_at 0.88664304 -0.016904 0.026434 0.043338 Hypothetical ORFNA YDL180W

5311_at 0.88844278 -0.01828 0.02561333 0.04389333 Hypothetical ORFNA YFR057W

5079_at 0.93389474 -0.01309667 0.03086033 0.043957 HSF1

heat shock transcription factor YGL073W

7253_g_at 0.91488375 -0.04113367 0.00311333 0.044247 similar

transketolase, TKL2 to TKL1 YBR116C

10910_at 0.85254621 -0.00815433 0.03638833 0.04454267 STE24

zinc metallo-protease YJR117W

11258_at 0.88803959 -0.00713767 0.03757467 0.04471233 hexose permease HXT8 YJL214W

3338_f_at 0.95084914 -0.15528 -0.110289 0.044991 NA NA YERCSIGMA2

6137_at 0.93512499 -0.08234233 -0.037327 0.04501533 SBE2

Required for bud growth YDR351W

9089_at 0.92207763 -0.03788067 0.007173 0.04505367 PEX17 YNL214W

23 kDa peroxisome associated protein, binds Pex14p

6596_at 0.92139947 -0.01758667 0.02749733 0.045084 CDC53 YDL132W

Cullin, structural protein of SCF complexes (which also contain Skp

10889_at 0.90983232 -0.044968 0.00015933 0.04512733 NA YJR141W

Protein required for cell viability

5198_at 0.91876109 -0.06200867 -0.016712 0.04529667 NA NA YGL182C

10802_at 0.94745264 -0.05135867 -0.00580167 0.045557 UBA1

ubiquitin activating enzyme e1 YKL210W

7997_at 0.90061634 -0.014502 0.031148 0.04565 YAH1 YPL252C

iron-sulfur protein similar to human adrenodoxin

4831_at 0.94627308 -0.131873 -0.08609267 0.04578033 NA NA YGR176W

8267_at 0.82437552 -0.00277967 0.043004 0.04578367 Hypothetical ORFNA YOR291W

5734_at 0.92434788 -0.06689833 -0.02109967 0.04579867 NA NA YEL013W

4550_at 0.91615647 -0.032896 0.013165 0.046061 Hypothetical ORFNA YHL012W

7220_at 0.90305505 -0.03334833 0.013271 0.04661933 NA NA YBR129C

9422_at 0.95201809 -0.183104 -0.136351 0.046753 ICY1 cytoskeleton

Protein that interacts with theYMR195W and is involved in chrom

8519_at 0.83489864 -0.00593867 0.04130733 0.047246 RNA helicase DBP5 YOR046C

5031_at 0.86354699 -0.00019333 0.04724233 0.04743567 RPL24A YGL031C

ribosomal protein L24A (rp29) (YL21) (L30A)

5105_at 0.9199352 -0.01420067 0.0333 0.04750067 NUP145

nuclear pore complex subunit YGL092W

9674_at 0.87528993 -0.01709533 0.030796 0.04789133 NA NA YML035C-A

5093_at 0.89048916 -0.01383667 0.03412067 0.04795733 NA VPS73 YGL104C

3375_f_at 0.88995202 -0.009246 0.038898 0.048144 NA YERCSIGMA1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8963_at 0.85112485 -0.006977 0.041168 0.048145 RPC19 YNL113W

RNA polymerases I (A) and III (C) subunit

11060_at 0.9483765 -0.00800267 0.04017967 0.04818233 TDH1 dehydrogenase 1

glyceraldehyde-3-phosphate YJL052W

7931_at 0.90817151 -0.00106367 0.04714367 0.04820733 NA NA YPL183W-A

9093_at 0.86421171 -0.009511 0.039267 0.048778 MER1 YNL210W

RNA-binding motif protein required for MRE2-dependent mRNA spl

11092_at 0.89610129 -0.036112 0.01309167 0.04920367 DLS1 YJL065C

Subunit of ISW2/yCHRAC chromatin accessibility complex along wi

4493_at 0.85348888 -0.00861433 0.04113733 0.04975167 NA YHR020W

Protein required for cell viability

4553_at 0.79084492 -0.001738 0.048063 0.049801 YAP3 YHL009C

bZIP protein; transcription factor

6474_at 0.92445146 -0.03967167 0.01026733 0.049939 PSF1

subunit of the GINS complexYDR013W

6300_g_at 0.89640913 -0.02050233 0.029594 0.05009633 CPR1 YDR154C

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

6013_at 0.89289347 -0.01603033 0.03438833 0.05041867 guanylate kinaseGUK1 YDR454C

5006_at 0.93084387 -0.08092567 -0.030457 0.05046867 NA NA YGL011C

3590_f_at 0.82943211 -0.00561933 0.04496533 0.05058467 NA YPLWDELTA4

Identified by expression profiling and mass spectrometry /// TyA Ga

11294_g_at 0.94581393 -0.05320433 -0.00242533 0.050779 PRM8 /// PRM9 AR031W

Y

Pheromone-regulated protein with 2 predicted transmembrane segm

7919_at 0.81628123 -0.00399767 0.04703467 0.05103233 PRP46

pre-mRNA splicing factor YPL151C

8384_f_at 0.85762355 -0.006031 0.04517467 0.05120567 NA NA YOR182C

7406_at 0.93696618 -0.00887833 0.042374 0.05125233 Hypothetical ORF NA YBL046W

7906_at 0.90806317 -0.01764267 0.033963 0.05160567 Mutl Homolog MLH3 YPL164C

9310_at 0.95493805 -0.14299233 -0.09101267 0.05197967 UBP15 YMR304W

Ubiquitin-specific protease that may play a role in ubiquitin precurso

4952_at 0.85381793 -0.001501 0.05070833 0.05220933 Hypothetical ORF NA YGR071C

6204_at 0.81728565 -0.00340467 0.049234 0.05263867 DPP1

diacylglycerol pyrophosphateYDR284Cphosphatase

3461_f_at 0.80570121 -0.00145833 0.05150633 0.05296467 NA YCRWDELTA10

Identified by expression profiling and mass spectrometry /// Similar

6704_at 0.95911508 -0.21261267 -0.15956767 0.053045 NA NA YDL204W

6710_at 0.90599067 -0.003828 0.04946167 0.05328967 AAD4 YDL243C

aryl-alcohol dehydrogenase (putative)

4774_at 0.86493318 -0.00279167 0.05057933 0.053371 thioredoxin|ECTRX21.8.4.8 YGR209C

8140_at 0.91947448 -0.002307 0.05120767 0.05351467 photolyase PHR1 YOR386W

11031_s_at 0.86688621 -0.01257767 0.040948 0.05352567 TDH2 dehydrogenase

glyceraldehyde 3-phosphate YJR009C

5123_at 0.92651765 -0.06261667 -0.00890133 0.05371533 ABC1 YGL119W

Protein required for ubiquinone (coenzyme Q) biosynthesis, which i

9393_at 0.90316902 -0.011537 0.04261533 0.05415233 NA NA YMR254C

6675_at 0.90818043 -0.021116 0.03313667 0.05425267 RBS1

R3H-domain protein YDL189W

3793_f_at 0.86909036 -0.01223267 0.042213 0.05444567 MAG1 YLLCDELTA1

3-methyladenine DNA glycosylase /// Identified by expression profili

8202_at 0.92773463 -0.06015067 -0.00566367 0.054487 HAP5 factor component (along with Hap2p a

CCAAT-binding transcription YOR358W

5084_at 0.93394035 -0.151348 -0.09679367 0.05455433 MNP1 YGL068W

Putative mitochondrial-nucleoid specific ribosomal protein

8954_at 0.90398064 -0.03139133 0.02331567 0.054707 NA NIS1 YNL078W

6524_at 0.89409688 -0.044644 0.01065233 0.05529633 MPS1 YDL028C

Dual-specificity kinase required for spindle pole body (SPB) duplica

6228_at 0.83279278 -0.000633 0.054705 0.055338 DIN7 YDR263C

Mitochondrial nuclease functioning in DNA repair and replication, m

8702_at 0.88500219 -0.03235467 0.02307033 0.055425 GAS4 YOL132W

Putative 1,3-beta-glucanosyltransferase, has similarity to Gas1p; lo

8379_at 0.94018421 -0.13459 -0.07915733 0.05543267 the meiotic outer plaque, a membrane-organizing ce

Component of MPC54 YOR177C

10201_at 0.87794907 -0.03218067 0.02327733 0.055458 APC2 YLR127C

anaphase promoting complex (APC) subunit

10947_at 0.85926821 -0.00910467 0.04663933 0.055744 RPA12

RNA polymerase I A12.2 subunit YJR063W

3389_f_at 0.80146084 -0.003205 0.052602 0.055807 NA YDRWDELTA25

Identified by expression profiling and mass spectrometry /// Similar

8818_at 0.90555462 -0.06104567 -0.005203 0.05584267 MNT4

mannosyltransferase (putative) YNR059W

6592_at 0.86969875 -0.02665133 0.030055 0.05670633 NA NA YDL094C

7775_at 0.8132191 -0.00660633 0.05023733 0.05684367 MET12 YPL023C

methylenetetrahydrofolate reductase (mthfr) (putative)

7991_at 0.92306136 -0.01544633 0.04162133 0.05706767 Component of LEA1 YPL213W

U2 snRNP; disruption causes reduced U2 snRNP lev

9736_at 0.8608231 -0.019695 0.03788567 0.05758067 URA5 YML106W

orotate phosphoribosyltransferase 1

8220_at 0.89903248 -0.02605533 0.031615 0.05767033 MIP1 YOR330C

mitochondrial DNA polymerase catalytic subunit

5273_at 0.92638819 -0.020389 0.03754567 0.05793467 DOC1 YGL240W

Processivity factor required for the ubiquitination activity of the anap

8027_at 0.79285764 -0.00469533 0.053397 0.05809233 PLC1 YPL268W

phosphoinositide-specific phospholipase C

9166_at 0.90158582 -0.06869033 -0.010309 0.05838133 HXT14

hexose transporter YNL318C

10729_at 0.86488055 -0.014679 0.04414433 0.05882333 RPC25

RNA polymerase III subunit YKL144C

8257_at 0.85460622 -0.004828 0.05454667 0.05937467 NA NA YOR281C

3343_i_at 0.92088439 -0.08900033 -0.02930867 0.05969167 NA NA YERCDELTA15

3575_f_at 0.85310575 -0.00857467 0.051303 0.05987767 NA YORWSIGMA3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9354_at 0.84460616 -0.00631567 0.05393667 0.06025233 TIF11 YMR260C

translation initiation factor eIF1A

4818_at 0.84815283 -0.00672933 0.053534 0.06026333 phosphoserineSER2 phosphatase YGR208W

5947_at 0.86733571 -0.01190433 0.04837233 0.06027667 SPS1 YDR523C

dispensable for mitosis, involved in middle/late stage of meiosis, req

10381_at 0.86413082 -0.00087733 0.059413 0.06029033 Hypothetical ORF NA YLL049W

3656_f_at 0.85245659 -0.008892 0.05164433 0.06053633 HAP1 YNLWDELTA3

Identified by expression profiling and mass spectrometry /// TyA Ga

4899_at 0.9336509 -0.05362333 0.007126 0.06074933 B-type cyclin CLB6 YGR109C

7749_at 0.93764717 -0.023618 0.03730167 0.06091967 LSP1 inhibitor of

Long chain base-responsive YPL004C protein kinases Phk1p and

6091_at 0.81080811 -0.003358 0.05771633 0.06107433 RPT3 YDR394W

probable 26S protease subunit and member of the CDC48/PAS1/S

3694_at 0.83227933 -0.01230633 0.048836 0.06114233 NA YMR326C

Identified by gene-trapping, microarray-based expression analysis,

10484_at 0.89229561 -0.01585433 0.04534233 0.06119667 NFT1 YKR103W

Putative MRP-type ABC transporter

10634_at 0.93144299 -0.11239967 -0.05091433 0.06148533 MSN4

zinc finger protein YKL062W

7238_at 0.88102974 -0.03489067 0.02682167 0.06171233 EXO84 YBR102C

exocyst complex component|spliceosome assembly protein

5409_at 0.90689918 -0.047074 0.015008 0.062082 activator with GATA-1-type Zn finger DNA-binding m

transcriptional GAT1 YFL021W

6331_at 0.86239309 -0.01227167 0.05010067 0.06237233 NA YDR140W

Putative S-adenosylmethionine-dependent methyltransferase of the

7381_at 0.80745546 -0.008583 0.05445367 0.06303667 LSM2 YBL026W

snRNA-associated protein, Sm class

7668_at 0.85960965 -0.01294267 0.05018667 0.06312933 NA NA YPR092W

9031_at 0.82422956 -0.009539 0.05375333 0.06329233 homolog

protein kinase NPR1 YNL183C

10654_at 0.89733655 -0.04533667 0.018362 0.06369867 MDH1

malate dehydrogenase YKL085W

3696_at 0.8949237 -0.059988 0.003734 0.063722 NA NA YMLCDELTA1

10041_at 0.90847785 -0.07351767 -0.00933367 0.064184 NA NA YLR282C

5016_at 0.77403323 -0.00023133 0.064005 0.06423633 ERG26

C-3 sterol dehydrogenase YGL001C

7730_at 0.76604065 -0.00102133 0.06346433 0.06448567 EAF3 YPR023C

Esa1p-associated factor, nonessential component of the NuA4 ace

10445_s_at 0.91886185 -0.12681967 -0.061441 0.06537867 MNN4 mannosylphosphate transferase (Mnn

Putative positive regulator of YKL201C

10573_at 0.89691245 -0.068753 -0.00326067 0.06549233 TOF2 YKR010C

topoisomerase I interacting factor 2

4865_at 0.80075013 -0.01000367 0.05550933 0.065513 the conservedYGR120C Golgi complex

Component of COG2 oligomeric

4287_s_at 0.93941213 -0.20657567 -0.14084533 0.06573033 NA YHR209W

Putative S-adenosylmethionine-dependent methyltransferase of the

10517_at 0.90483273 -0.08466033 -0.01873067 0.06592967 Hypothetical ORFNA YKR045C

6028_at 0.8679541 -0.00824067 0.057772 0.06601267 CAD1 /// SIP1 YDR422C

basic leucine zipper transcription factor /// protein kinase complex c

6682_at 0.87608805 -0.03795233 0.02809733 0.06604967 LYS20 /// LYS21YDL182W

YDL131W (LYS21) homolog|homocitrate synthase /// YDL182W (LY

3785_f_at 0.82924449 -0.01072267 0.05552467 0.06624733 HAP1 YLRWDELTA13

Identified by expression profiling and mass spectrometry /// TyA Ga

8394_at 0.83104062 -0.005897 0.06088533 0.06678233 MDM32 YOR147W

Mitochondrial Distribution and Morphology

5165_at 0.88674229 -0.01977167 0.04719633 0.066968 the meiotic outer plaque of the spindle pole body, inv

Component of SPO74 YGL170C

7125_at 0.90198279 -0.01528733 0.05187633 0.06716367 basic

highly chargedHPC2 protein YBR215W

4109_at 0.87800549 -0.01855433 0.04873733 0.06729167 BAR1 YIL015W

protease|synthesized in a-cells; cleaves and inactivates alpha facto

6016_at 0.80608139 -0.00859933 0.05871833 0.06731767 TOM1 YDR457W

hect-domain-containing protein, containing kinase motifs|similar to R

10694_at 0.90689142 -0.076337 -0.00901 0.067327 1-Oct YKL134C

intermediate peptidase|possesses octapeptidyl amino-peptidase ac

10048_at 0.85169791 -0.024102 0.043348 0.06745 MEC3 YLR288C

Involved in checkpoint control and DNA repair; forms a clamp with R

8262_at 0.86471739 -0.011598 0.05592567 0.06752367 non-tagged protein was localized to the mitochondria

The authentic, NA YOR286W

11257_at 0.87950067 -0.02096633 0.04670367 0.06767 NA NA YJL215C

7332_at 0.89276062 -0.03871833 0.02897967 0.067698 GAL10

UDP-glucose 4-epimerase YBR019C

5625_at 0.81479147 -0.00853267 0.059404 0.06793667 PUP3

20S proteasome subunit beta3_scYER094C

3347_s_at 0.90880273 -0.06338667 0.00461533 0.068002 NA NA YERWDELTA17

10059_at 0.77145267 -0.00642433 0.06211033 0.06853467 Hypothetical ORFNA YLR257W

10331_at 0.89906045 -0.075979 -0.007243 0.068736 Hypothetical ORFNA YLL012W

7483_at 0.86004433 -0.00673433 0.06205233 0.06878667 R

phosphoprotein TG3 YBL103C

4823_at 0.83588576 -0.004662 0.06429867 0.06896067 Hypothetical ORFNA YGR168C

9136_at 0.82548046 -0.001026 0.06796433 0.06899033 DSL1 YNL258C

Endoplasmic reticulum (ER)-localized peripheral membrane protein

6310_at 0.78652826 -0.001144 0.06806933 0.06921333 SEC1 YDR164C

SNARE docking complex subunit (putative)

6920_at 0.89708341 -0.05798933 0.01135967 0.069349 PRD1 YCL057W

Zinc metalloendopeptidase, found in the cytoplasm and intermembr

9454_at 0.91997553 -0.108673 -0.03888633 0.06978667 Hypothetical ORFNA YMR184W

5389_at 0.92202008 -0.05574167 0.014079 0.06982067 NA

deubiquitinating enzyme YFL044C

5754_at 0.86762559 -0.030831 0.03915867 0.06998967 NA NA YEL036C

7958_at 0.84171329 -0.02759333 0.04292267 0.070516 CSM4 chromosome segregation during meio

Protein required for accurate YPL200W

7337_at 0.88152311 -0.033019 0.037959 0.070978 SCO2 YBR024W

Originally identified as a multicopy suppressor of a respiratory defec

10077_at 0.86701234 -0.026039 0.045463 0.071502 loss of cohesionYCS4 YLR272C

5238_at 0.76268865 -0.00026867 0.071426 0.07169467 Hypothetical ORFNA YGL231C

5530_at 0.88241539 -0.05993767 0.011762 0.07169967 NA NA YER181C

4249_at 0.81964589 -0.00662567 0.06531133 0.071937 Hypothetical ORFNA YIL152W

8558_at 0.82039694 -7.27E-05 0.07200067 0.07207337 SIN3 in transcriptional regulation

DNA binding protein|involvedYOL004W

5580_at 0.89818641 -0.01043833 0.06176867 0.072207 Hypothetical ORFNA YER140W

3777_f_at 0.86517785 -0.03925333 0.03297733 0.07223067 NA NA YLRCDELTA9

4921_i_at 0.78707079 -0.00960933 0.06271267 0.072322 NA NA YGR085C

7162_at 0.84130255 -0.00638 0.06674867 0.07312867 NA NA YBR206W

10761_at 0.85344275 -0.00481667 0.06912967 0.07394633 exportin-t LOS1 YKL205W

8195_at 0.8037791 -0.016473 0.05750433 0.07397733 MEK1 YOR351C

meiosis-specific serine/threonine protein kinase

7647_at 0.84567676 -0.03189733 0.04241267 0.07431 Hypothetical ORFNA YPR115W

8286_at 0.76065272 -0.00054167 0.073787 0.07432867 cofactor

tubulin folding RBL2 A YOR265W

10678_at 0.92134621 -0.18550867 -0.11105933 0.07444933 AAT1

aspartate aminotransferase YKL106W

4081_at 0.92091809 -0.05517167 0.019762 0.07493367 Hypothetical ORFNA YIL001W

6880_at 0.82279407 -0.021304 0.05379967 0.07510367 septin CDC10 YCR002C

5131_at 0.85735922 -0.01430233 0.06096033 0.07526267 NSA1

ribosome biogenesis YGL111W

9547_at 0.93899867 -0.103471 -0.028102 0.075369 PGM2

phosphoglucomutase YMR105C

8776_at 0.76630689 -0.001776 0.07420467 0.07598067 NA

Hypothetical ORF YNR064C

10388_at 0.86854089 -0.02397833 0.052452 0.07643033 FPS1

glycerol channel protein YLL043W

7260_at 0.77122548 -0.003532 0.07306467 0.07659667 UBC4 e2

ubiquitin conjugating enzymeYBR082C

6180_i_at 0.92709006 -0.14191767 -0.06516333 0.07675433 HNT2 YDR305C

Dinucleoside triphosphate hydrolase; has similarity to the tumor sup

4840_at 0.86044411 -0.04600267 0.03111567 0.07711833 NA NA YGR185C

6838_at 0.92840841 -0.102549 -0.025399 0.07715 NA NA YCR050C

6512_at 0.77749383 -0.000303 0.07699533 0.07729833 NA NA YDL040C

4331_at 0.8897522 -0.01774533 0.05984567 0.077591 NA NA YHR070c-a

7608_at 0.81297357 -0.02227233 0.05553767 0.07781 AXL1 YPR122W

Haploid specific endoprotease that performs one of two N-terminal

10313_at 0.82347679 -0.022618 0.055434 0.078052 MEU1 YLR017W

Protein that regulates ADH2 gene expression

6103_at 0.84471517 -0.02105433 0.05739267 0.078447 TFC6 YDR362C

91 kDa tau91 subunit of transcription factor IIIC (TFIIIC)

6453_at 0.86922611 -0.038653 0.039884 0.078537 ENA1 YDR038C

P-type ATPase Na+ pump|plasma membrane ATPase

10317_at 0.84524628 -0.043433 0.03522333 0.07865633 NA

Hypothetical ORF YLR021W

9647_at 0.83884001 -0.04375433 0.03500167 0.078756 PSP2 YML017W

Polymerase suppressor 2; Suppressors of group II intron-splicing d

10469_at 0.83945756 -0.03597767 0.04345733 0.079435 PXL1 YKR090W

LIM domain-containing protein that localizes to sites of polarized gro

6104_at 0.86345442 -0.034334 0.045113 0.079447 ESC2 YDR363W

Protein involved in mating-type locus silencing, interacts with Sir2p;

8498_at 0.805364 -0.00542767 0.074174 0.07960167 NA

Hypothetical ORF YOR071C

8685_at 0.76876974 -0.00366867 0.07609533 0.079764 DCP1 YOL149W

Decapping enzyme, essential phosphoprotein component of mRNA

4142_at 0.84780134 -0.02185733 0.05806733 0.07992467 NA

Hypothetical ORF YIL029C

10917_at 0.79416558 -0.012827 0.06712767 0.07995467 NA

Hypothetical ORF YJR124C

8244_i_at 0.83900089 -0.00158067 0.07878733 0.080368 NOP58

U3 snoRNP protein YOR309C

9487_at 0.89670722 -0.03532367 0.045416 0.08073967 NA YMR134W

Protein required for cell viability

6930_at 0.84149922 -0.00310467 0.07765767 0.08076233 NA

Hypothetical ORF YCL045C

6230_at 0.820748 -0.02106933 0.060174 0.08124333 PEX10 YDR265W

C3HC4 zinc-binding integral peroxisomal membrane protein

4343_at 0.74297517 -0.002942 0.07841233 0.08135433 GND1 YHR183W

6-phosphogluconate dehydrogenase, decarboxylating; converts 6-p

9012_at 0.87012532 -0.02876867 0.05266633 0.081435 NA potential

Protein of unknown function, YNL156Chomolog of mammalian Insig

3539_f_at 0.83947141 -0.025022 0.05649067 0.08151267 NA YPRWSIGMA4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7848_at 0.93283064 -0.21276133 -0.13096767 0.08179367 YDC1 YPL087W

alkaline dihydroceramidase with minor reverse activity

4248_at 0.85570255 -0.02642233 0.055395 0.08181733 RRD1

Resistant to Rapamycin DeletionYIL153W

8993_at 0.85031535 -0.03898367 0.04299667 0.08198033 NRK1

nicotinamide riboside kinase YNL129W

10495_at 0.84389051 -0.03364667 0.04879633 0.082443 NA

Hypothetical ORF YKR070W

9515_at 0.93610446 -0.33342 -0.250882 0.082538 NA

Hypothetical ORF YMR118C

4117_at 0.8890009 -0.00493567 0.077719 0.08265467 EST3

20.5 kDa 181aa protein YIL009C-A

10095_at 0.84035877 -0.00366367 0.079233 0.08289667 NA

Hypothetical ORF YLR247C

9976_at 0.87182976 -0.00334 0.07971567 0.08305567 NA

Hypothetical ORF YLR352W

10104_at 0.87478587 -0.03203 0.05124433 0.08327433 gamma tubulinTUB4 YLR212C

11250_s_at 0.79329868 -0.003324 0.08053267 0.08385667 VTH2 YJL222W

potential membrane glycoprotein|strong similarity to Vth1 and Pep1

8214_at 0.80122617 -0.01102633 0.07285067 0.083877 endoplasmic reticulum membrane protein that is a su

Tail-anchored FRT1 YOR324C

8860_at 0.80965818 -0.01781033 0.06611567 0.083926 uridine kinase URK1 YNR012W

8254_at 0.80817437 -0.02253467 0.06172633 0.084261 HEM4

uroporphyrinogen III synthase YOR278W

10739_f_at 0.76579852 -0.00401933 0.08075333 0.08477267 RPL17A YKL180W

ribosomal protein L17A (L20A) (YL17)

6529_at 0.86883146 -0.017887 0.06713033 0.08501733 CBS1 YDL069C

translational activator of cytochrome B

6211_at 0.77353047 -0.00933567 0.07586767 0.08520333 of 23 kDa

Trapp subunit TRS23 YDR246W

7922_at 0.60775425 -2.83E-05 0.08533467 0.08536297 PPT2 YPL148C

phosphopantetheine:protein transferase (PPTase)

7859_at 0.82268811 -0.039512 0.04586167 0.08537367 required for synapsis and meiotic recombination

Meiotic proteinMEI5 YPL121C

4121_at 0.84752632 -0.04323167 0.04240233 0.085634 NA YIL006W

Pvruvate transporter of the mitochondrial inner membrane, member

7217_at 0.88819804 -0.043853 0.04184367 0.08569667 TPS1 YBR126C

trehalose-6-phosphate synthase/phosphatase complex 56 kDa synt

8029_at 0.85890506 -0.0622 0.023801 0.086001 DIM1

dimethyladenosine transferase YPL266W

10364_at 0.85158993 -0.04897133 0.03714733 0.08611867 component of YLL022C histone acetyltransferase co

Non-essential HIF1 the HAT-B

8424_at 0.73003457 -0.00016733 0.08624733 0.08641467 VPS17 YOR132W

Peripheral membrane protein required for vacuolar protein sorting

11170_at 0.87043579 -0.05746533 0.02918033 0.08664567 SET2 YJL168C

Histone methyltransferase with a role in transcriptional elongation, m

3801_f_at 0.7929731 -0.017544 0.069224 0.086768 NA NA YLRCDELTA5

5208_at 0.82249188 -0.017979 0.06885433 0.08683333 NA NA YGL217C

9475_at 0.87440647 -0.061404 0.025482 0.086886 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR163C

8300_f_at 0.78090755 -0.00043833 0.086512 0.08695033 RPL33A YOR234C

ribosomal protein L33A (L37A) (YL37) (rp47)

6348_at 0.88783944 -0.06688833 0.020117 0.08700533 PDS1

42 kDa nuclear securin YDR113C

7204_at 0.68546245 -0.003025 0.083983 0.087008 AMN1 YBR158W

Involved in daughter cell separation and Chromosome STability

6494_at 0.59727862 -0.000683 0.08635133 0.08703433 HEX3 YDL013W

Ring finger protein involved in the DNA damage response with poss

3782_f_at 0.80146768 -0.014528 0.07306867 0.08759667 NA YLRWDELTA11

Identified by expression profiling and mass spectrometry /// TyA Ga

3680_i_at 0.81063267 -0.00348533 0.084334 0.08781933 NA NA YMRWDELTA15

11055_at 0.76579191 -0.01257967 0.07533867 0.08791833 MAD3 YJL013C

spindle checkpoint complex subunit

4885_at 0.86225742 -0.05781833 0.03021 0.08802833 NA NA YGR139W

11119_at 0.76683205 -0.00028933 0.088033 0.08832233 Hypothetical ORFNA YJL083W

9472_at 0.86059856 -0.02688267 0.06183567 0.08871833 Hypothetical ORFNA YMR160W

5777_at 0.77029853 -0.01622033 0.07260433 0.08882467 PCM1

phosphoacetylglucosamine mutase YEL058W

3634_f_at 0.8452977 -0.041017 0.048017 0.089034 NA YOLCDELTA3

Identified by expression profiling and mass spectrometry /// TyA Ga

5712_at 0.87691867 -0.07030867 0.01880033 0.089109 PRE1

22.6 kDa proteasome subunit YER012W

7128_at 0.62396641 -0.00057333 0.08882433 0.08939767 PYC2

pyruvate carboxylase YBR218C

4376_at 0.84418989 -0.025992 0.063757 0.089749 autophagy ATG7 YHR171W

6908_at 0.81755786 -0.017425 0.07321133 0.09063633 NA NA YCL023C

6784_at 0.86004598 -0.045498 0.045369 0.090867 cell wall protein (putative)

GPI-anchored FIG2 YCR089W

10791_at 0.83213266 -0.02974333 0.06119267 0.090936 MCH2 YKL221W

monocarboxylate permease homologue

5224_at 0.83069867 -0.00067733 0.090343 0.09102033 Member of theMCM6 YGL201C

MCM/P1 family of proteins involved in DNA replicatio

9943_at 0.83725168 -0.00177867 0.089298 0.09107667 Hypothetical ORFNA YLR364W

7159_at 0.90900112 -0.12988067 -0.03834533 0.09153533 Hypothetical ORFNA YBR204C

5122_at 0.78368827 -0.01440033 0.077339 0.09173933 RNA helicase PRP43 YGL120C

4037_at 0.73272081 -0.00040067 0.091375 0.09177567 NA NA YIL071w-a

8898_at 0.92178399 -0.14667667 -0.05484233 0.09183433 NA NA YNL043C

5598_at 0.73396313 -0.00995167 0.08192067 0.09187233 Hypothetical ORFNA YER113C

7149_at 0.62581446 -0.00111467 0.09131433 0.092429 MED8 YBR193C

RNA polymerase II holoenzyme/mediator subunit

10191_at 0.84029368 -0.01870033 0.07395533 0.09265567 SEC10

exocyst complex component YLR166C

9678_at 0.78748075 -0.01189767 0.08104133 0.092939 NA NA YML032C-A

9463_at 0.71413558 -0.00766 0.08537533 0.09303533 NUP53 YMR153W

karyopherin docking complex component of the nuclear pore compl

7112_at 0.83771246 -0.061533 0.03176533 0.09329833 with YBR247C

57 kDa proteinENP1an apparent MW of 70 kDa by SDS-PAGE (puta

8164_at 0.84697594 -0.042249 0.05117833 0.09342733 Hypothetical ORFNA YOR365C

10854_at 0.80251524 -0.03597933 0.05766233 0.09364167 DAL5

allantoate permease YJR152W

3458_f_at 0.74462699 -0.002555 0.091327 0.093882 NA NA YCRWDELTA8

9576_at 0.81413075 -0.000843 0.093544 0.094387 MCM1 YMR043W

contains the 56 amino-acid MADS (MCM1, AG, DEFAm SRF)-box m

7379_i_at 0.8482743 -0.07997067 0.01455633 0.094527 LSM2 YBL026W

snRNA-associated protein, Sm class

9666_at 0.6996715 -0.00295967 0.091648 0.09460767 PRP39 YML046W

RNA splicing factor|U1 snRNP protein

9330_at 0.675215 -0.003962 0.09067967 0.09464167 GPI12 YMR281W

N-acetylglucosaminylphosphatidylinositol de-N-acetylase

6656_at 0.86225545 -0.03276567 0.06204833 0.094814 DNA ligase CDC9 YDL164C

9720_at 0.74923192 -0.01052167 0.084372 0.09489367 Hypothetical ORFNA YML079W

9914_at 0.94031689 -0.47852533 -0.38330033 0.095225 ATG17 YLR423C

required for activation of Apg1 protein kinase

3771_f_at 0.6228602 -0.000879 0.09440833 0.09528733 NA YLRCDELTA7

Identified by expression profiling and mass spectrometry /// TyA Ga

9424_at 0.78136908 -0.00012267 0.095362 0.09548467 NA NA YMR197C

3425_f_at 0.69346157 -0.00740667 0.088363 0.09576967 HAP1 YDRCTY1-3

Identified by expression profiling and mass spectrometry /// TyB Ga

9722_at 0.68371401 -0.000534 0.09539133 0.09592533 TRAPP 18kDaBET5 component YML077W

6173_at 0.83180168 -0.01229267 0.08438167 0.09667433 BFR2 YDR299W

involved in protein transport step at the Brefeldin A blocks

3597_at 0.89484063 -0.06605967 0.03063367 0.09669333 NA NA YOLCDELTA8

10102_at 0.78971858 -0.024281 0.07253133 0.09681233 B-type cyclin CLB4 YLR210W

3319_f_at 0.60351753 -0.00121133 0.095627 0.09683833 NA YERCDELTA24

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6699_at 0.86974407 -0.02813067 0.06892 0.09705067 CWC2 YDL209C

Protein involved in pre-mRNA splicing, component of a complex con

4460_i_at 0.87048845 -0.13663967 -0.03954867 0.097091 SAE3 YHR079C-A

Protein involved in DNA repair, meiotic recombination, and chromos

5572_at 0.80362557 -0.00536333 0.09195133 0.09731467 Paralog of MDS3 PMD1 YER132C

9609_at 0.77739943 -0.0034 0.09436567 0.09776567 NA NA YMR031W-A

7809_at 0.89128345 -0.03154567 0.066758 0.09830367 Hypothetical ORFNA YPL034W

5202_at 0.82659373 -0.060285 0.038221 0.098506 NA NA YGL177W

7760_at 0.86028012 -0.01167733 0.08699833 0.09867567 activator involved in the transcription of TPO2, HSP3

TranscriptionalHAA1 YPR008W

4990_at 0.80725101 -0.026565 0.07217733 0.09874233 Hypothetical ORFNA YGR017W

4227_at 0.79383265 -0.008456 0.09095367 0.09940967 TAO3 YIL129C

Identified in a hunt for mutants that activate OCH1 transcription

7632_i_at 0.71314388 -0.000188 0.09960667 0.09979467 NA NA YPR102C

6801_at 0.85721165 -0.01707 0.08307767 0.10014767 NA NA YCL022C

5302_at 0.78846322 -0.00850267 0.09198867 0.10049133 RMD8 sporulation

Cytosolic protein required forYFR048W

9557_at 0.77289431 -0.001175 0.09946433 0.10063933 HMG-1 homolog ABF2 YMR072W

10983_at 0.86592475 -0.108197 -0.00751567 0.10068133 NA function; potential Cdc28p substrate

Vacuolar protein of unknown YJR054W

3169_f_at 0.69282014 -0.00988733 0.09082 0.10070733 NA YHRCDELTA10

Hypothetical ORF /// Identified by expression profiling and mass spe

8304_at 0.67326848 -0.007188 0.093542 0.10073 NA

Hypothetical ORF YOR238W

6558_i_at 0.80165348 -0.007592 0.093193 0.100785 RPS16A

ribosomal protein S16A (rp61R) YDL083C

7636_at 0.85312555 -0.02734767 0.07349067 0.10083833 the conservedYPR105C Golgi complex

Component of COG4 oligomeric

8437_at 0.76419941 -0.00878233 0.09212333 0.10090567 CRC1

carnitine transporter YOR100C

5633_at 0.94040357 -0.56863 -0.467721 0.100909 NA NA YER062C

4036_at 0.75315446 -0.01049667 0.090578 0.10107467 NA NA YIL100c-a

11057_at 0.70206239 -0.003917 0.097376 0.101293 NA

Hypothetical ORF YJL055W

10518_at 0.9049505 -0.13534267 -0.03386567 0.101477 PET10 YKR046C

Protein of unknown function that co-purifies with lipid particles; expr

8670_at 0.80177553 -0.038435 0.06326967 0.10170467 NA NA YOL118C

9742_at 0.8978347 -0.09368733 0.00812533 0.10181267 CUE4 has a CUE

Protein of unknown function; YML101C domain that binds ubiquitin

8446_at 0.78215699 -0.028268 0.07447667 0.10274467 INP53 YOR109W

inositol polyphosphate 5-phosphatase

4582_at 0.86967519 -0.11218567 -0.00935167 0.102834 NA

Hypothetical ORF YHL026C

6523_at 0.73187004 -0.00350633 0.09935967 0.102866 ARP2

actin related protein YDL029W

7293_at 0.83134073 -0.061808 0.041153 0.102961 NA YBR070C

Protein required for cell viability

10221_at 0.78928929 -0.029389 0.07359067 0.10297967 APC9 YLR102C

anaphase promoting complex (APC) subunit

7667_at 0.76409729 -0.00389867 0.099626 0.10352467 NA

Hypothetical ORF YPR091C

10703_at 0.80990663 -0.039394 0.06483233 0.10422633 RRN3 YKL125W

DNA independent RNA polymerase I transcription factor

6931_at 0.6768926 -0.00164767 0.10260733 0.104255 NA NA YCL046W

10231_at 0.82614427 -0.01714667 0.08740133 0.104548 NA NA YLR112W

3511_f_at 0.67742411 -0.00611433 0.09858733 0.10470167 NA YBLWDELTA9

Identified by expression profiling and mass spectrometry /// TyA Ga

8673_at 0.8508673 -0.03960467 0.065312 0.10491667 TRF4

DNA polymerase sigma YOL115W

6397_at 0.87841663 -0.02402767 0.081113 0.10514067 SNF11 activator complex component

SWI/SNF global transcriptionYDR073W

7347_at 0.76570397 -0.02012 0.08507567 0.10519567 protein of unknown function

Non-essential NA YBR033W

5118_at 0.63140038 -0.00344933 0.10235267 0.105802 MON1 cvt-vesicles

Protein required for fusion of YGL124C and autophagosomes with

10702_at 0.72744218 -0.011367 0.094485 0.105852 YPK1 YKL126W

76.5 kDa serine/threonine protein kinase|similarity to protein kinase

6417_at 0.74440672 -0.01470967 0.091518 0.10622767 NA NA YDR048C

4326_at 0.87499274 -0.09218567 0.01411133 0.106297 NA NA YHL030w-a

4413_at 0.84282975 -0.08239033 0.02405867 0.106449 mutS homologMSH1 YHR120W

7423_at 0.68617921 -0.00242533 0.10453933 0.10696467 the U5 YBL074C

Component of AAR2 snRNP, required for splicing of U3 precursors

8854_at 0.73903579 -0.014 0.09304 0.10704 VPS27 YNR006W

cysteine rich putative zinc finger essential for function|hydrophilic pr

3673_f_at 0.65983427 -0.00196267 0.105322 0.10728467 NA YMRCDELTA10

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4443_at 0.72868282 -0.005507 0.10179267 0.10729967 YPT35

Hypothetical ORF YHR105W

6655_at 0.79906665 -0.01974667 0.08762933 0.107376 CDC36 YDL165W

basal transcription inhibitor|transcriptional regulator

7879_at 0.82024657 -0.024953 0.082428 0.107381 NA YPL146C

Protein required for cell viability

10089_at 0.62323047 -0.00013033 0.10748933 0.10761967 NA

Hypothetical ORF YLR241W

7715_at 0.77615218 -0.007988 0.09985267 0.10784067 NA NA YPR050C

11138_at 0.63568569 -0.003098 0.10489167 0.10798967 UTP10

U3 snoRNP protein YJL109C

6878_at 0.81918873 -0.06198833 0.04631333 0.10830167 NA

Hypothetical ORF YCL001W-A

5944_at 0.79489589 -0.02529167 0.08326067 0.10855233 NA

Hypothetical ORF YDR520C

6216_at 0.72274653 -0.00282967 0.106006 0.10883567 PAM1 YDR251W

multicopy suppressor of protein phosphatase 2A

4353_at 0.63323662 -0.00552833 0.103329 0.10885733 NA NA YHR193C

6437_at 0.86546657 -0.10761667 0.00136867 0.10898533 CIS1

Involved in microtubule assemblyYDR022C

9008_at 0.93717901 -0.17813567 -0.06909467 0.109041 YGP1 YNL160W

gp37, a glycoprotein synthesized in response to nutrient limitation w

7307_at 0.79467039 -0.045169 0.06391167 0.10908067 gamma

ATP synthase ATP3 subunit YBR039W

6893_at 0.76193555 -0.01462333 0.09445967 0.109083 GID7 involved in

Protein of unknown function, YCL039W proteasome-dependent cat

6525_at 0.85133915 -0.062102 0.04700667 0.10910867 NA

Hypothetical ORF YDL027C

10723_at 0.9093288 -0.093898 0.015246 0.109144 MCR1

NADH-cytochrome b5 reductase YKL150W

9558_at 0.76859384 -0.02218267 0.087336 0.10951867 NA

Hypothetical ORF YMR073C

8967_at 0.78550277 -0.014833 0.094897 0.10973 NOP15

ribosome biogenesis YNL110C

3230_f_at 0.6571675 -0.00296733 0.10679167 0.109759 NA YGRWDELTA31

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9731_at 0.74622523 -0.004393 0.10539967 0.10979267 ITT1 YML068W

Protein that modulates the efficiency of translation termination, inter

11365_at 0.85440925 -0.08706067 0.02277567 0.10983633 PTA1 YAL043C

cleavage factor II (CF II) component|polyadenylation factor I (PF I)

7539_at 0.72516659 -0.01583833 0.09417633 0.11001467 RPO26 YPR187W

RNA polymerases I, II, and III subunit

6222_at 0.85737988 -0.02605333 0.08397267 0.110026 SET7 a SET-domain, which have been show

Nuclear protein that containsYDR257C

3864_i_at 0.89044001 -0.09153667 0.018686 0.11022267 NA NA YJLCDELTA6

8983_s_at 0.81695273 -0.061558 0.04869433 0.11025233 RLR1 YNL140C

Required for LacZ RNA expression from certain plasmids; suppress

3898_s_at 0.85684684 -0.10636333 0.00447967 0.110843 NA YJLWTY4-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6024_at 0.83381014 -0.04921133 0.06181967 0.111031 SPP41 YDR464W

negative transcriptional regulator of prp spliceosome genes

11169_at 0.65566278 -0.00118467 0.110203 0.11138767 NIT2 YJL126W

Nit protein, one of two proteins in S. cerevisiae with similarity to the

4480_at 0.85267715 -0.06948867 0.041922 0.11141067 SMF2 copy suppressor of a temperature sen

SMF2 was isolated as a highYHR050W

6924_at 0.72978137 -0.003908 0.10784533 0.11175333 PBN1 form

protease B nonderepressibleYCL052C

9522_at 0.84873221 -0.01460167 0.09767167 0.11227333 Killer YMR123W

Pichia farinosaPKR1 toxin Resistance

6891_at 0.65385155 -0.00507267 0.10728167 0.11235433 POL4

DNA polymerase IV YCR014C

5529_at 0.65033937 -0.006792 0.10571233 0.11250433 ISC10 YER180C

Protein required for sporulation, transcript is induced 7.5 hours afte

4373_at 0.87928673 -0.11232067 0.00039933 0.11272 GTPase NA YHR168W

10238_at 0.69069767 -0.012735 0.100234 0.112969 BUD20 YLR074C

Protein involved in bud-site selection; diploid mutants display a rand

3370_f_at 0.81191611 -0.058564 0.05478633 0.11335033 NA NA YERWDELTA7

4803_at 0.72411557 -0.00233133 0.11133067 0.113662 PDX1 YGR193C

pyruvate dehydrogenase complex protein X component

9649_at 0.7364943 -0.02390367 0.08985367 0.11375733 TFIID subunit TAF11 YML015C

4891_at 0.74610261 -0.00262567 0.111338 0.11396367 PCP1

rhomboid protease YGR101W

11058_at 0.74076615 -0.023015 0.09099933 0.11401433 TIM54 YJL054W

translocase for the insertion of proteins into the mitochondrial inner

6483_at 0.81951605 -0.05846833 0.055586 0.11405433 DIA3 involved in

Protein of unknown function, YDL024C invasive and pseudohypha

7753_at 0.52489814 -0.00012167 0.114347 0.11446867 C

citrate synthase IT3 YPR001W

7207_at 0.62155283 -0.004261 0.11044267 0.11470367 CSH1 a mannosylinositol phosphorylceramid

Probable catalytic subunit of YBR161W

7453_at 0.71929591 -0.018112 0.09660867 0.11472067 TEL1 YBL088C

Protein kinase, primarily involved in telomere length regulation; con

3860_f_at 0.69116472 -0.00845133 0.10630767 0.114759 NAM2 YJLCDELTA4

Identified by expression profiling and mass spectrometry /// TyA Ga

9756_at 0.82945673 -0.041929 0.073198 0.115127 NA NA YML089C

8927_at 0.71352902 -0.008344 0.10717467 0.11551867 90 kDa proteinNOP2 YNL061W

homologous to a human proliferation-associated nuc

3268_f_at 0.79721329 -0.034081 0.08158667 0.11566767 NA YGLWDELTA7

Identified by expression profiling and mass spectrometry /// TyA Ga

11118_at 0.76281722 -0.00256933 0.11396733 0.11653667 NA YJL084C

Cytoplasmic protein of unknown function that interacts with Pcl7p, p

6330_at 0.68506102 -0.006065 0.110679 0.116744 RUB1

ubiquitin-like protein YDR139C

4093_at 0.73502 -0.00564033 0.111431 0.11707133 SQT1 ribosomal

Involved in a late step of 60SYIR012W subunit assembly or modifi

4338_at 0.68710553 -3.43E-05 0.11731567 0.11734997 two-hybrid assay

binds Sin3p in STB5 YHR178W

7353_at 0.84454846 -0.11596767 0.00154933 0.117517 HIR1 YBL008W

contains nuclear targeting signal|repressor protein (putative)|similar

9531_at 0.85489853 -0.08531533 0.03296133 0.11827667 YTA12 YMR089C

ATPase|CDC48/PAS1/SEC18 (AAA) family

3671_f_at 0.58334469 -0.00067567 0.11798167 0.11865733 NA YMRCDELTA9

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8544_at 0.69116012 -0.003254 0.11596267 0.11921667 BUB3 arrest in response to loss of microtub

Protein required for cell cycleYOR026W

4079_at 0.79218938 -0.04092867 0.07850133 0.11943 CFD1 YIL003W

Highly conserved, putative P-loop ATPase localized in the cytoplasm

6788_at 0.80059841 -0.022131 0.09762733 0.11975833 CDC39 YCR093W

basal transcription inhibitor|transcriptional regulator

4064_at 0.79186041 -0.04789333 0.071969 0.11986233 DAL4

allantoin permease YIR028W

8869_at 0.78989148 -0.05267833 0.06724 0.11991833 SAM50 YNL026W

Essential component of the Sorting and Assembly Machinery (SAM

6198_at 0.84282788 -0.05516167 0.065044 0.12020567 NA NA YDR278C

10982_at 0.64729415 -0.005961 0.11472367 0.12068467 Byr four alike BFA1 YJR053W

9533_at 0.67027799 -0.008291 0.112682 0.120973 NPL6 YMR091C

Nuclear protein that may have a role in nuclear protein import

7699_at 0.70467229 -0.008229 0.11306933 0.12129833 VMA13 YPR036W

vacuolar H(+) ATPase V1 sector 54 kDa subunit

4433_at 0.75371249 -0.03590633 0.08546167 0.121368 Hypothetical ORFNA YHR097C

5248_at 0.84731691 -0.10587567 0.01555067 0.12142633 EDC1 YGL222C

RNA-binding protein, activates mRNA decapping directly by binding

10921_at 0.79808438 -0.03724767 0.084179 0.12142667 EAF6 YJR082C

Esa1p-associated factor, subunit of the NuA4 acetyltransferase com

7464_at 0.65248765 -0.000796 0.12104667 0.12184267 a microtubule-associated protein from rat

similar to LC3,ATG8 YBL078C

10228_at 0.91581034 -0.25147467 -0.12938967 0.122085 AHP1

alkyl hydroperoxide reductase YLR109W

5945_at 0.61151614 -0.003651 0.11848167 0.12213267 NA NA YDR521W

9480_at 0.79349321 -0.02839233 0.093751 0.12214333 CEP3 YMR168C

Cbf3 kinetochore protein complex subunit b

3490_f_at 0.83328592 -0.076465 0.04578267 0.12224767 NA NA YCLWOMEGA2

3564_f_at 0.71426961 -0.00911733 0.11323267 0.12235 NA YPRWSIGMA2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8323_at 0.76918581 -0.03068567 0.09172767 0.12241333 subunit|coupled to mating factor receptor

G protein beta STE4 YOR212W

8602_at 0.72967752 -0.00282933 0.11974433 0.12257367 NA NA YOL050C

11098_at 0.68829249 -0.01622533 0.10682 0.12304533 YHC3 YJL059W

Homolog of human CLN3. vacuolar/lysosomal membrane protein.

3871_at 0.72988978 -0.032796 0.090569 0.123365 NA NA YJRWTAU3

7606_at 0.81413135 -0.002242 0.12125033 0.12349233 ORC4 YPR162C

origin recognition complex (ORC) 56 kDa subunit

8635_at 0.61409336 -0.00162567 0.12211033 0.123736 APM4 YOL062C

clathrin associated protein complex medium subunit

8427_at 0.81268482 -0.03147567 0.092339 0.12381467 NA NA YOR135C

10023_at 0.7071539 -0.02236167 0.10151067 0.12387233 CDA2

chitin deacetylase YLR308W

3360_at 0.82846542 -0.06876667 0.05524567 0.12401233 NA YELWDELTA1

Identified by expression profiling and mass spectrometry

7335_at 0.87258771 -0.03910633 0.08522933 0.12433567 Hypothetical ORF NA YBR022W

9082_at 0.75577564 -0.020026 0.10451067 0.12453667 POP1 YNL221C

Nuclear RNase P subunit|RNase MRP subunit

4565_at 0.79228819 -0.04363967 0.08107567 0.12471533 protein YHL043W

Non-essential ECM34 of unknown function

6129_f_at 0.71004847 -0.00063733 0.124149 0.12478633 HXT6

hexose transporter YDR343C

11137_at 0.64761674 -0.00847633 0.116466 0.12494233 GZF3 YJL110C

GATA zinc finger protein 3 homologous to Dal80 in structure and fu

6424_at 0.87424045 -0.03626633 0.08879133 0.12505767 PST1 YDR055W

the gene product has been detected among the proteins secreted b

11374_at 0.69997856 -0.02017567 0.105231 0.12540667 97 kDa proteinFUN12 YAL035W

3922_f_at 0.68864243 -0.01495867 0.11052967 0.12548833 NA YARCDELTA5

Identified by expression profiling and mass spectrometry /// TyA Ga

11068_at 0.79308248 -0.00759333 0.118003 0.12559633 Similar to SDH1 NA YJL045W

5314_at 0.78177996 -0.05236933 0.07369433 0.12606367 NA NA YFL021c-a

3404_f_at 0.69553075 -0.01472433 0.11140067 0.126125 NA NA YDRWDELTA10

3879_f_at 0.57015979 -0.002247 0.12464567 0.12689267 NA YJRWDELTA11

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6609_at 0.83965908 -0.006465 0.12123733 0.12770233 UBP1

ubiquitin-specific protease YDL122W

9385_at 0.83641028 -0.05840833 0.069493 0.12790133 NA NA YMR245W

9168_at 0.67493053 -0.00992 0.118257 0.128177 PHA2

prephenate dehydratase YNL316C

6333_at 0.69114415 -0.011461 0.11677033 0.12823133 PEX7 YDR142C

beta-transducin-related (WD-40) protein family

8210_at 0.62837962 -0.00142 0.127069 0.128489 GNT1

N-acetylglucosaminyltransferase YOR320C

6156_at 0.72735763 -0.01300633 0.11552067 0.128527 U3 snoRNP proteinUTP4 YDR324C

4317_at 0.79391925 -0.046838 0.08200333 0.12884133 mannosidase like MNL1 YHR204W

6177_at 0.73530559 -0.01018033 0.118916 0.12909633 RSC3

Zinc cluster protein YDR303C

9918_at 0.83793506 -0.08612 0.043133 0.129253 RHC18 YLR383W

Protein involved in recombination repair, homologous to S. pombe r

7673_at 0.82309123 -0.002971 0.12631133 0.12928233 Hypothetical ORF NA YPR097W

4424_at 0.65012907 -0.01319967 0.11614733 0.129347 RPF1 the assembly of the large ribosomal su

Nucleolar protein involved in YHR088W

7677_at 0.80483454 -0.02108633 0.10852433 0.12961067 BRR1

spliceosomal snRNP component YPR057W

5104_at 0.70983721 -0.002635 0.12717367 0.12980867 SPC105

spindle pole component YGL093W

6416_at 0.66005236 -0.01723633 0.11266933 0.12990567 HEM12

uroporphyrinogen decarboxylase YDR047W

9137_at 0.69955553 -0.00238633 0.12770633 0.13009267 activator (putative)

transcriptional SIP3 YNL257C

9549_at 0.89463666 -0.194986 -0.06487733 0.13010867 NA YMR107W

Protein required for survival at high temperature during stationary p

4455_at 0.64844171 -0.01264633 0.117731 0.13037733 QNS1 YHR074W

glutamine-dependent NAD synthetase

9389_at 0.67943112 -0.015857 0.114544 0.130401 Hypothetical ORF NA YMR251W

7401_at 0.74962198 -0.018311 0.11210567 0.13041667 PIN4 YBL051C

Protein involved in G2/M phase progression and response to DNA d

7259_at 0.7930129 -0.02491467 0.105569 0.13048367 TFC1 YBR123C

95 kDa|transcription factor tau (TFIIIC) subunit

10918_at 0.70345535 -0.01106467 0.119564 0.13062867 ENT3 YJR125C

Protein containing an N-terminal epsin-like domain involved in clath

5386_at 0.72612263 -0.00972033 0.12096067 0.130681 SPB4

ATP dependent RNA helicase YFL002C

7303_at 0.77321754 -0.05431133 0.076389 0.13070033 RPG1 YBR079C

translation initiation factor eIF3 subunit

9033_at 0.72489599 -0.02157767 0.109132 0.13070967 NA YNL181W

Protein required for cell viability

7097_at 0.82035337 -0.03279367 0.09798367 0.13077733 PAF1 YBR279W

RNA polymerase II-associated protein, defines a large complex tha

4181_at 0.6910919 -0.01580633 0.11509967 0.130906 KTR7 YIL085C

Putative mannosyltransferase of the KRE2 family

10382_at 0.68626386 -0.022347 0.10865267 0.13099967 YBT1 YLL048C

Yeast bile transporter, similar to mammalian bile transporter

10316_at 0.49462452 -0.00192567 0.129212 0.13113767 Hypothetical ORF NA YLR020C

7634_at 0.75049195 -0.026629 0.10556467 0.13219367 PRE2

proteasome subunit YPR103W

5726_at 0.68212736 -0.00548367 0.127128 0.13261167 MMS21

Protein involved in DNA repair YEL019C

3226_f_at 0.51164611 -0.000452 0.13299733 0.13344933 NA YGRCDELTA30

Similar to probable membrane protein YDR340W and to yeast CYC

6146_at 0.79303484 -0.02777567 0.106057 0.13383267 IPK1 YDR315C

inositol 1,3,4,5,6-pentakisphosphate 2-kinase

5189_at 0.71900915 -0.02036433 0.11364833 0.13401267 CDC55 YGL190C

protein phosphatase 2A regulatory subunit B

10597_at 0.53547182 -0.003843 0.13024333 0.13408633 UFD4

ubiquitin ligase e3 YKL010C

8033_at 0.70086841 -0.00660233 0.12841433 0.13501667 FUM1

fumarase (fumarate hydralase) YPL262W

3792_s_at 0.76115248 -0.00425333 0.13104033 0.13529367 YRF1-7 YLL066C

Hypothetical ORF /// Y'-helicase protein 1

10131_at 0.76787304 -0.031152 0.10436567 0.13551767 PWP1 YLR196W

Protein with periodic trytophan residues that resembles members o

10066_s_at 0.66939284 -0.00632933 0.12949033 0.13581967 NA

Similar to C. elegans protein YLR262C-A

9525_at 0.81210222 -0.04363667 0.092771 0.13640767 NA deletion causes sensitivity to thermal s

Protein of unknown function, YMR126C

4345_at 0.70189797 -0.02678367 0.109943 0.13672667 PFS1 YHR185C

Prospore Formation at Selected spindle poles

7736_at 0.73043402 -0.028234 0.10852533 0.13675933 Protein. YPR028W

Ypt InteractingYOP1 Regulates vesicular traffic in stressed cells

8872_at 0.62522988 -0.01219767 0.12457267 0.13677033 FAP1 similarity

transcription factor homolog; YNL023C to Drosophila melanogaster

7725_at 0.78936497 -0.01742767 0.11949933 0.136927 RLF2 YPR018W

chromatin assembly factor-I (CAF-I) p90 subunit

8456_at 0.80450526 -0.03756867 0.09941233 0.136981 kinase

Protein serine RIO1 YOR119C

3854_f_at 0.80019383 -0.050942 0.08623933 0.13718133 by YKL225W

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

4182_at 0.79474689 -0.07471633 0.06274833 0.13746467 SDS3 YIL084C

Functions are similar to those of SIN3 and RPD3

10698_at 0.68371449 -0.020816 0.116705 0.137521 SHE2 YKL130C

RNA-binding protein that binds specific mRNAs and interacts with S

4253_i_at 0.6740524 -0.00203733 0.135612 0.13764933 RPL40B YIL148W

ribosomal protein L40B|also encodes a ubiquitin protein

10858_s_at 0.81603697 -0.05911367 0.078828 0.13794167 THI12 of the thiamine precursor hydroxymeth

Protein involved in synthesis YJR156C

4809_at 0.55007419 -0.00023967 0.13770267 0.13794233 PMT6 YGR199W

dolichyl phosphate-D-mannose:protein O-D-mannosyltransferase

5338_at 0.62466231 -0.01201733 0.12595867 0.137976 Hypothetical ORF NA YFR039C

10531_at 0.7174165 -0.01432433 0.12366033 0.13798467 UTP30 involved in

Possible U3 snoRNP protein YKR060W maturation of pre-18S rRN

4241_at 0.77280958 -0.01968333 0.11846967 0.138153 3-oxoacyl CoAPOT1 thiolase YIL160C

6336_at 0.77713794 -0.02894833 0.10937533 0.13832367 TFIID subunit TAF12 YDR145W

3805_f_at 0.57931579 -0.00337533 0.13497833 0.13835367 NA NA YLRWDELTA6

7680_at 0.73845903 -0.02225767 0.11622967 0.13848733 chorismate mutase ARO7 YPR060C

3388_f_at 0.50825141 -0.00024967 0.13841133 0.138661 NA YDRWDELTA24

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9902_at 0.83699801 -0.08996867 0.04882833 0.138797 copper transporterCTR3 YLR411W

9657_i_at 0.75632966 -0.031854 0.10715733 0.13901133 SPT5

transcription factor YML010W-A

5627_at 0.85389573 -0.020562 0.11855167 0.13911367 SHC1 of Chs3p

Sporulation-specific activatorYER096W(chitin synthase III), required

4374_at 0.78358429 -0.014882 0.12470733 0.13958933 dead box protein DBP8 YHR169W

7870_at 0.80126736 -0.077758 0.06199967 0.13975767 Hypothetical ORF NA YPL110C

6041_at 0.8174204 -0.07617967 0.06382567 0.14000533 GPI17 YDR434W

GPI transamidase component, human PIG-S homologue

6614_at 0.57388392 -0.006321 0.13415633 0.14047733 CYK3 YDL117W

SH3-domain protein located in the mother-bud neck and the cytokin

9128_at 0.63356394 -0.01248 0.12853033 0.14101033 NA NA YNL266W

10585_at 0.78727485 -0.07638967 0.06488133 0.141271 CDC16 YKL022C

metal-binding nucleic acid-binding protein, interacts with Cdc23p an

10776_at 0.709047 -0.01754633 0.12412067 0.141667 Hypothetical ORF NA YKL187C

4119_at 0.6871899 -0.01643233 0.12534867 0.141781 URM1

ubiquitin-like protein YIL008W

8475_at 0.81476015 -0.05215533 0.089783 0.14193833 Hypothetical ORF NA YOR093C

5557_at 0.71527005 -0.018246 0.123941 0.142187 regulator

transcriptional CHD1 YER164W

10628_at 0.60424318 -0.002824 0.13945167 0.14227567 NUP100

nuclear pore complex subunit YKL068W

8183_at 0.71157281 -0.02131167 0.121233 0.14254467 UBC11 YOR339C

Ubiquitin-conjugating enzyme most similar in sequence to Xenopus

4163_at 0.71687609 -0.02235433 0.12029467 0.142649 NA NA YIL054W

9957_at 0.59551472 -0.00362667 0.13914233 0.142769 PSY3 deletion results in sensitivity to antican

Protein of unknown function; YLR376C

6068_at 0.87650838 -0.15304267 -0.01022467 0.142818 NA NA YDR417C

10305_at 0.67507389 -0.00255567 0.14058167 0.14313733 RLP24

part of a pre-60S complex YLR009W

10219_at 0.70540266 -0.014456 0.12870833 0.14316433 ERG27

3-keto sterol reductase YLR100W

9065_at 0.79406374 -0.01132 0.13210433 0.14342433 Hypothetical ORF NA YNL194C

11188_at 0.74126965 -0.04549333 0.09819467 0.143688 NA YJL150W

Hypothetical ORF; has similarity to F-box proteins

5265_at 0.76930229 -0.01061033 0.133844 0.14445433 PDE1 YGL248W

3',5'-cyclic-nucleotide phosphodiesterase, low affinity

3837_f_at 0.45635588 -5.43E-05 0.14470067 0.14475497 NA YJRWDELTA13

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7886_at 0.65349474 -0.01366167 0.13109333 0.144755 modulator

transcriptional UME1 YPL139C

7079_at 0.70827313 -0.01317833 0.131723 0.14490133 Hypothetical ORF NA YBR259W

3843_at 0.65085871 -0.011829 0.13361167 0.14544067 NA NA YJLWDELTA16

3417_f_at 0.72474554 -0.019358 0.12635967 0.14571767 NA YDRCSIGMA3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6562_at 0.61781117 -0.003026 0.14271367 0.14573967 THI3 YDL080C

alpha-ketoisocaproate decarboxylase

9932_at 0.7271595 -0.026469 0.11927833 0.14574733 AFG2 YLR397C

similar to the CDC48 gene product

9705_at 0.59366981 -0.008559 0.13815967 0.14671867 regulator

transcriptional GAL80 YML051W

8521_at 0.73164324 -0.02180267 0.12508267 0.14688533 RAT1

5'-3' exoribonuclease YOR048C

3715_f_at 0.62441696 -0.006146 0.14074833 0.14689433 NA YMRCDELTA8

Identified by expression profiling and mass spectrometry /// TyA Ga

10375_at 0.80272642 -0.06303767 0.08429167 0.14732933 Hypothetical ORF NA YLL055W

3260_f_at 0.68340103 -0.00426467 0.14312 0.14738467 NA YGLCSIGMA1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10609_at 0.88717182 -0.38770367 -0.240263 0.14744067 PHD1

transcription factor (putative) YKL043W

5755_at 0.69901034 -0.03186567 0.11608 0.14794567 NA NA YEL035C

8295_at 0.64721962 -0.008807 0.13956567 0.14837267 MOD5 YOR274W

transfer RNA isopentenyl transferase

8426_at 0.9028234 -0.053611 0.095382 0.148993 BAG7

GTPase activating protein (GAP) YOR134W

3390_at 0.75830423 -0.00397833 0.14504467 0.149023 NA YDRCSIGMA6

Similar to probable membrane protein YLR334C and ORF YOL106W

5562_at 0.82597852 -0.06790233 0.08138167 0.149284 binds to PHR1RPH1 YER169W

URS|transcriptional repressor

7200_at 0.60297419 -0.00026833 0.14916 0.14942833 RPB5 YBR154C

25 kDa RNA polymerase subunit (common to polymerases I, II and

11093_at 0.6935534 -0.02303167 0.12666633 0.149698 NA NA YJL064W

3513_f_at 0.52336538 -0.00036333 0.14954667 0.14991 NA YBLWDELTA10

Identified by expression profiling and mass spectrometry /// TyA Ga

10136_at 0.68498215 -0.003419 0.14671967 0.15013867 The authentic, NA YLR201C

non-tagged protein was localized to the mitochondria

3534_f_at 0.4487777 -0.00085667 0.14997167 0.15082833 NA YPRCDELTA24

TyA Gag protein; the main structural constituent of virus-like particle

10298_at 0.65693716 -0.007868 0.142983 0.150851 NA YLR046C

Putative membrane protein, transcription is activated by paralogous

8684_at 0.82674435 -0.013613 0.137385 0.150998 NA NA YOL150C

3415_i_at 0.81822545 -0.09091167 0.06032733 0.151239 NA NA YDRWDELTA12

10070_at 0.75443844 -0.04717567 0.10486867 0.15204433 NEJ1 YLR265C

Mating-type regulated component of NHEJ

7446_at 0.81782282 -0.13159533 0.02058833 0.15218367 NA NA YBL094C

3757_f_at 0.67004317 -0.017975 0.134279 0.152254 NA NA YLRWDELTA20

3595_at 0.701729 -0.041384 0.11099567 0.15237967 NA NA YPLWDELTA7

7427_at 0.79508053 -0.02114567 0.13140067 0.15254633 NA NA YBL070C

9092_at 0.57053508 -0.004605 0.14803933 0.15264433 Hypothetical ORFNA YNL211C

8020_s_at 0.70523139 -0.02138767 0.13135133 0.152739 FDH1 YPL276W

NAD(+)-dependent formate dehydrogenase, may protect cells from

4375_at 0.78394131 -0.01931133 0.13427 0.15358133 for a YHR170W

factor requiredNMD3late assembly step of the 60S subunit

5124_at 0.79275131 -0.05448067 0.09941867 0.15389933 NA NA YGL118C

10090_at 0.65162536 -0.02069933 0.13341233 0.15411167 ARV1 YLR242C

Protein involved in sterol distribution

6551_at 0.61592308 -0.01749533 0.137961 0.15545633 RAM1 YDL090C

farnesyltransferase beta subunit

11127_at 0.75527123 -0.01954133 0.13656767 0.156109 Hypothetical ORFNA YJL122W

10014_at 0.55015287 -0.00484533 0.151383 0.15622833 ECM38 YLR299W

gamma-glutamyltransferase homolog

4767_at 0.81626214 -0.00592233 0.15088333 0.15680567 CPD1 YGR247W

2',3'-cyclic nucleotide 3'-phosphodiesterase

3396_f_at 0.72158556 -0.05085733 0.106186 0.15704333 HAP1 YDRWDELTA28

Identified by expression profiling and mass spectrometry /// TyA Ga

9631_at 0.82285975 -0.05638533 0.10073633 0.15712167 Hypothetical ORFNA YMR009W

4558_at 0.80017611 -0.06383267 0.093568 0.15740067 MRP4 YHL004W

mitochondrial ribosomal protein|mitochondrial ribosome 37 S subun

10176_at 0.69959353 -0.00494367 0.152721 0.15766467 SPE4

spermine synthase YLR146C

7486_at 0.74931447 -0.001442 0.156353 0.157795 NA NA YBL100C

4749_at 0.72920889 -0.04847233 0.10941167 0.157884 Hypothetical ORFNA YGR273C

3518_f_at 0.48128785 -0.00208167 0.155824 0.15790567 NA YBRWDELTA13

Similar to probable membrane protein YDR340W and to yeast CYC

10088_at 0.66124673 -0.00667733 0.15137733 0.15805467 VPS34

phosphatidylinositol 3-kinaseYLR240W

10341_at 0.74487002 -0.03381 0.124331 0.158141 RTT109 YLL002W

Regulator of Ty1 Transposition; Regulation of mitochondrial networ

8971_at 0.75726306 -0.013636 0.14456133 0.15819733 INP52 YNL106C

inositol polyphosphate 5-phosphatase

9482_g_at 0.80077413 -0.04935767 0.10894733 0.158305 ALD3 /// ALD2YMR169C

aldehyde dehydrogenase /// aldeyhde dehydrogenase

10011_at 0.64396319 -0.01036467 0.14804533 0.15841 NA NA YLR296W

7621_at 0.66762603 -0.01372 0.14509433 0.15881433 Translocase ofTOM5 YPR133W-A

the Outer Mitochondrial membrane

11202_at 0.62079075 -0.00238933 0.15666567 0.159055 ATG27 YJL178C

Type II membrane protein that binds phosphatidylinositol 3-phospha

5120_at 0.69438214 -0.00699333 0.15252433 0.15951767 NAB2 protein

polyadenylated RNA binding YGL122C

3467_f_at 0.52911654 -0.009242 0.150434 0.159676 NA NA YCRWDELTA13

6442_at 0.66605201 -0.01619133 0.14358733 0.15977867 REG1

Glc7p regulatory subunit YDR028C

5020_at 0.56624771 -0.01116733 0.14873233 0.15989967 CUL3 YGR003W

Ubiquitin-protein ligase, member of the cullin family with similarity to

5326_at 0.7156548 -0.023381 0.136663 0.160044 Component of PTR3 YFR029W

the SPS plasma membrane amino acid sensor syste

8625_at 0.75874804 -0.043099 0.11733333 0.16043233 NA THP1 YOL072W

3606_f_at 0.37521893 -0.00039367 0.16011833 0.160512 NA YORWDELTA13

Similar to probable membrane protein YDR340W and to yeast CYC

11289_at 0.67325079 -0.014179 0.14651533 0.16069433 UIP3 YAR027W

Putative integral membrane protein of unknown function; interacts w

8204_at 0.84820203 -0.27474 -0.11355767 0.16118233 PDE2 YOR360C

high affinity cAMP phosphodiesterase

10017_at 0.51051039 -0.007195 0.15413267 0.16132767 NA NA YLR302C

4836_at 0.65950139 -0.02028167 0.14108433 0.161366 TIM13 YGR181W

mitochondrial protein import machinery subunit

11033_at 0.83139559 -0.118963 0.04305567 0.16201867 signal YJR010C-A

Subunit of the SPC1 peptidase complex (SPC), which cleaves the s

6928_at 0.71690946 -0.06226333 0.10009433 0.16235767 Hypothetical ORFNA YCL048W

10707_at 0.55079553 -0.00906467 0.15329667 0.16236133 SRP21 YKL122C

signal recognition particle component

7543_at 0.86500843 -0.17066333 -0.008222 0.16244133 QCR2 YPR191W

40 kDa ubiquinol cytochrome-c reductase core protein 2

7057_at 0.64932463 -0.02813433 0.13437467 0.162509 Hypothetical ORFNA YBR284W

7136_at 0.66559806 -0.01765233 0.14486767 0.16252 NA NA YBR226C

6755_i_at 0.74596663 -0.01303933 0.15026533 0.16330467 NA YCR018C-A

Similar to probable membrane protein YLR334C and ORF YOL106W

9154_at 0.49985773 -0.00679067 0.15653167 0.16332233 NA NA YNL285W

6083_at 0.7896548 -0.05841767 0.10490667 0.16332433 MUS81 YDR386W

Mms and UV Sensitive; Mus81p and Rad54p are found together in

7710_at 0.74444235 -0.023025 0.140583 0.163608 Hypothetical ORFNA YPR045C

4110_at 0.68466998 -0.03842067 0.12526233 0.163683 Hypothetical ORFNA YIL015C-A

7143_at 0.76371555 -0.01486667 0.14895433 0.163821 PBP2 YBR233W

RNA binding protein with similarity to mammalian heterogeneous nu

6181_r_at 0.78730674 -0.11182833 0.05218533 0.16401367 HNT2 YDR305C

Dinucleoside triphosphate hydrolase; has similarity to the tumor sup

7443_at 0.75929831 -0.07210967 0.09194533 0.164055 BRN1 YBL097W

BaRreN, a gene with sequence similarity to Drosophila barren and X

3699_f_at 0.49531624 -0.002756 0.161413 0.164169 NA YMLWDELTA3

Similar to probable membrane protein YDR340W and to yeast CYC

7179_at 0.8560587 -0.17489433 -0.010561 0.16433333 EHT1

alcohol acyl transferase YBR177C

9737_at 0.67366205 -0.035269 0.12940033 0.16466933 SEC65 YML105C

signal recognition particle subunit, homologue of mammalian SRP1

8989_at 0.8418832 -0.08997 0.07517033 0.16514033 FYV6 required for

Protein of unknown function, YNL133C survival upon exposure to

5587_at 0.54637222 -0.01060633 0.15478567 0.165392 SCC4 YER147C

a major role for the Scc2p/Scc4p complex appears to be to facilitate

3899_s_at 0.71949201 -0.015032 0.150459 0.165491 NA YJLWTY4-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

3445_f_at 0.63235312 -0.00540633 0.16036333 0.16576967 NA YDRCSIGMA1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9853_at 0.60343395 -0.01926 0.14652633 0.16578633 cis-trans isomerase (PPIase)

peptidyl-prolyl FPR4 YLR449W

8629_at 0.63571104 -0.01124133 0.154955 0.16619633 Homolog of SIR2 HST1 YOL068C

9447_at 0.70758715 -0.028895 0.137467 0.166362 MMT1 YMR177W

mitochondrial metal transporter (putative)

6141_at 0.57431892 -0.01323067 0.15319367 0.16642433 TFB1 YDR311W

transcription initiation factor IIb, 75 kDa subunit component

8859_at 0.72744224 -0.00564567 0.16096067 0.16660633 PRP2 YNR011C

RNA splicing factor RNA-dependent NTPase with DEAD-box motif

10943_at 0.75945355 -0.06224033 0.10442433 0.16666467 PTK2 YJR059W

Putative serine/threonine protein kinase that enhances spermine up

6023_at 0.4320815 -6.37E-05 0.16692167 0.16698537 STP1

zinc finger motif protein YDR463W

4456_at 0.6285742 -0.00997767 0.15718367 0.16716133 PPE1 YHR075C

Protein with carboxyl methyl esterase activity that may have a role i

9611_at 0.6699969 -0.01950167 0.14768 0.16718167 ARP9 YMR033W

actin related protein|chromatin remodeling Snf/Swi complex subunit

6288_at 0.6578564 -0.002639 0.16468833 0.16732733 Hypothetical ORFNA YDR186C

9538_at 0.65488305 -0.03148067 0.13591033 0.167391 SNZ1 YMR096W

highly conserved 35 kDa protein that shows increased expression a

5983_at 0.71597953 -0.01756133 0.149942 0.16750333 SDC1 YDR469W

compass (complex proteins associated with Set1p) component

4059_at 0.76166808 -0.04539067 0.122219 0.16760967 activator YIR023W

transcriptional DAL81 for allantoin and GABA catabolic genes, co

4932_at 0.71627057 -0.041398 0.126306 0.167704 TPC1 YGR096W

mitochondrial thiamine pyrophosphate transporter

7327_at 0.53491072 -0.00253533 0.165191 0.16772633 AKL1 YBR059C

Ark-family kinase-like protein. This protein is the third member (Afte

3582_f_at 0.4174667 -0.00162133 0.166148 0.16776933 NA YORCDELTA25

Identified by expression profiling and mass spectrometry /// TyA Ga

10618_at 0.71514836 -0.00707667 0.16074233 0.167819 RING-domain TUL1 YKL034W

E3 ubiquitin ligase

5367_at 0.54907866 -0.00327967 0.16461267 0.16789233 NA NA YFL018C

8261_at 0.78520975 -0.048225 0.11995367 0.16817867 Hypothetical ORFNA YOR285W

6421_at 0.7463164 -0.02189433 0.14689767 0.168792 DBF4 YDR052C

Cdc7p-Dbf4p kinase complex regulatory subunit

3317_f_at 0.48214392 -0.006004 0.16293633 0.16894033 NA NA YERCDELTA23

10592_at 0.64742951 -0.00282433 0.166169 0.16899333 PUT3 YKL015W

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

7389_at 0.77680289 -0.08801133 0.08139833 0.16940967 POP8 YBL018C

Nuclear RNase P subunit|RNase MRP subunit

4463_at 0.80279809 -0.030196 0.13931167 0.16950767 LRP1 YHR081W

Like an rRNA Processing protein. Homolog of mammalian C1D, wh

8460_at 0.61826921 -0.015446 0.154109 0.169555 ATX2

manganese-trafficking protein YOR079C

3253_f_at 0.57660715 -0.01461 0.15495867 0.16956867 NA YGRWTY3-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

11197_at 0.59876894 -0.01477833 0.15496633 0.16974467 MNN11 YJL183W

mannosyltransferase complex component

9698_at 0.6036137 -0.00915067 0.16076833 0.169919 CMP2

calcineurin subunit A YML057W

9747_at 0.62686932 -0.00571733 0.16441967 0.170137 VPS9 YML097C

Required for Golgi to vacuole trafficking, shares similarity to mamm

8416_at 0.64394876 -0.01736267 0.15346233 0.170825 UBP2

ubiquitin-specific protease YOR124C

10275_at 0.63046014 -7.27E-05 0.17144867 0.17152137 SPC3

signal peptidase subunit YLR066W

3824_f_at 0.64990606 -0.00448867 0.16708333 0.171572 NA YKRCDELTA8

Identified by expression profiling and mass spectrometry /// TyA Ga

7575_at 0.73976809 -0.02784067 0.14397067 0.17181133 NA NA YPR177C

5182_at 0.71476997 -0.02407033 0.147899 0.17196933 NA NA YGL152C

6822_at 0.77791483 -0.075207 0.09686933 0.17207633 thioredoxin TRX3 YCR083W

4532_at 0.58092375 -0.00643133 0.16577267 0.172204 ARD1 YHR013C

N alpha-acetyltransferase major subunit|complexes with Nat1p

8317_at 0.52579106 -0.01100433 0.16125567 0.17226 CLP1 YOR250C

cleavage and polyadenylation factor CF I component involved in pre

8880_at 0.77667049 -0.08961467 0.08268433 0.172299 PBI2

proteinase inhibitor I2B (PBI2) YNL015W

11216_at 0.73737978 -0.01876 0.15453333 0.17329333 PEX2 YJL210W

CH3HC4 zinc-binding integral peroxisomal membrane protein

3290_f_at 0.72109751 -0.06336167 0.109937 0.17329867 NA NA YFRWDELTA7

10128_at 0.62449554 -0.025173 0.14812933 0.17330233 Hypothetical ORFNA YLR193C

7839_at 0.77998237 -0.042446 0.13114833 0.17359433 PNG1

peptide:N-glycanase YPL096W

8219_at 0.52181234 -0.00484067 0.16875467 0.17359533 SCD5 YOR329C

Multicopy suppressor of clathrin deficiency and of ts mutants of IPL

5163_at 0.67610152 -0.011974 0.16169667 0.17367067 NUP49

nuclear pore complex subunit YGL172W

9601_at 0.70549071 -0.05621 0.117721 0.173931 MRPL3 YMR024W

Mitochondrial ribosomal protein of the large subunit

6122_at 0.76293368 -0.011668 0.162273 0.173941 Hypothetical ORFNA YDR336W

10760_at 0.6285 -0.017182 0.15683033 0.17401233 Hypothetical ORFNA YKL206C

3528_f_at 0.43773066 -0.00013733 0.17443 0.17456733 NA YPRWDELTA20

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7283_at 0.60258865 -0.00714367 0.16754467 0.17468833 ORC2 YBR060C

origin recognition complex subunit 2

5100_at 0.74895518 -0.04402533 0.130743 0.17476833 SRM1 YGL097W

pheromone response pathway suppressor

11066_at 0.55877059 -0.00947633 0.16534867 0.174825 RTT101 YJL047C

Cullin family member; subunit of a complex containing ubiquitin liga

3855_s_at 0.73403537 -0.09366667 0.08132967 0.17499633 NA YKL223W

Hypothetical ORF /// Hypothetical ORF

10258_at 0.86280387 -0.301159 -0.126111 0.175048 GIS3

Protein of unknown function YLR094C

3950_at 0.71965012 -0.00127767 0.173911 0.17518867 rho GTPase RHO5 YNL180C

10337_at 0.59189267 -0.00930067 0.16591433 0.175215 MMM1 YLL006W

mitochondrial outer membrane protein

3172_f_at 0.6502827 -0.02323167 0.15251367 0.17574533 NA NA YHRCDELTA11

3608_f_at 0.37211674 -0.00038167 0.17620367 0.17658533 NA YORWDELTA14

Similar to probable membrane protein YDR340W and to yeast CYC

7450_at 0.68055061 -0.03626333 0.14042567 0.176689 MAP2

methionine aminopeptidase 2 YBL091C

4120_at 0.73911424 -0.02603367 0.15110567 0.17713933 NAS2 YIL007C

Protein with similarity to the p27 subunit of mammalian proteasome

4914_at 0.6909032 -0.035626 0.141623 0.177249 PAC10 YGR078C

bovine NABC complex component homolog|non-native actin bindin

7813_at 0.71642857 -0.039684 0.137651 0.177335 NA

Hypothetical ORF YPL077C

10151_at 0.6280591 -0.02954033 0.14789667 0.177437 NA NA YLR171W

8940_at 0.74013747 -0.056246 0.121213 0.177459 NA YNL092W

Putative S-adenosylmethionine-dependent methyltransferase of the

7456_at 0.70100452 -0.05308933 0.12447267 0.177562 BOI1 YBL085W

Protein implicated in polar growth, functionally redundant with Boi2p

8573_at 0.54926837 -0.00579 0.172215 0.178005 SMC5 YOL034W

Structural maintenance of chromosomes (SMC) protein

5012_at 0.79147054 -0.09140967 0.08664467 0.17805433 the conservedYGL005C Golgi complex

Component of COG7 oligomeric

9119_at 0.60433607 -0.008316 0.16990633 0.17822233 transporter NA YNL275W

10534_at 0.58111431 -0.002396 0.17596633 0.17836233 NA

Hypothetical ORF YKR017C

10577_at 0.68451805 -0.01835233 0.16011967 0.178472 YPT52 vacuolar

rab5-like GTPase involved inYKR014Cprotein sorting and endocyto

6199_at 0.67963088 -0.01317533 0.16572467 0.1789 RNH202 YDR279W

Ribonuclease H2 subunit, required for RNase H2 activity

3925_f_at 0.45117756 -0.00139533 0.17791 0.17930533 NA NC_001133

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6386_at 0.78465663 -0.13139033 0.04827233 0.17966267 ARP10

actin-related protein YDR106W

6632_at 0.60775705 -2.73E-05 0.17967767 0.17970497 cytosolic chaperonin Cct ring complex, related to Tcp

Subunit of the CCT4 YDL143W

11303_s_at 0.77900257 -0.04396333 0.13574967 0.179713 NA NA YAR060C

10991_at 0.54323554 -0.01373333 0.166324 0.18005733 NA

Hypothetical ORF YJR014W

9059_at 0.83235661 -0.018008 0.16207167 0.18007967 NA YNL200C

Hypothetical ORF; similarity to human TGR-CL10C, thyroidal recep

3391_f_at 0.45740549 -0.00198267 0.17814667 0.18012933 NA YDRWDELTA26

Identified by expression profiling and mass spectrometry /// TyA Ga

9402_at 0.73689177 -0.042687 0.13758033 0.18026733 ERG8

48 kDa phosphomevalonate kinase YMR220W

8839_at 0.77035635 -0.05775667 0.12253467 0.18029133 NA YNR036C

Putative mitochondrial ribosomal protein of the small subunit, has s

10596_at 0.68846577 -0.00951467 0.17085367 0.18036833 CCE1

cruciform cutting endonuclease YKL011C

6707_at 0.65652536 -0.01282367 0.16901767 0.18184133 TRM8 YDL201W

Subunit of a tRNA methyltransferase complex composed of Trm8p

4467_at 0.72007681 -0.01110967 0.170767 0.18187667 IPI1 essential for

Protein of unknown function, YHR085W viability, may be involved

8568_at 0.65499357 -0.04329167 0.13861533 0.181907 cytoplasmic protein of unknown function, contains te

Glutamine-richSGT2 YOR007C

5762_at 0.65080256 -0.01258533 0.16933267 0.181918 NA NA YEL028W

11042_at 0.72405169 -0.00797767 0.17423033 0.182208 RRN7 YJL025W

yeast Pol I core factor (CF) also composed of Rrn11p, Rrn6p and T

6574_at 0.64260549 -0.00823967 0.17397067 0.18221033 TRM3

tRNA (Gm18) ribose methylase YDL112W

4458_at 0.41358936 -0.00389467 0.179012 0.18290667 NA

Hypothetical ORF YHR078W

3355_s_at 0.81016686 -0.15953567 0.02340267 0.18293833 NA NA YERWDELTA18

5420_s_at 0.83863486 -0.20568433 -0.022609 0.18307533 NA

Hypothetical ORF YFL068W

6405_at 0.75167373 -0.05739567 0.12587667 0.18327233 PDC2 YDR081C

asparagine and serine-rich protein

9019_at 0.54028524 -0.00725333 0.17607467 0.183328 NA YNL149C

Protein required for cell viability

11155_at 0.50408632 -0.002308 0.18143567 0.18374367 YUR1

mannosyltransferase YJL139C

8944_at 0.66044959 -0.04015733 0.14383867 0.183996 TOP2

topoisomerase II YNL088W

7221_at 0.52879525 -0.010101 0.17396233 0.18406333 SHE3 YBR130C

Protein that acts as an adaptor between Myo4p and the She2p-mRN

5981_at 0.54887579 -0.01538267 0.16927167 0.18465433 NA NA YDR467C

5089_at 0.69472363 -0.03092333 0.153761 0.18468433 synthase

pseudouridine PUS2 YGL063W

8912_at 0.81776272 -0.07143433 0.11326967 0.184704 KTR5

mannosyltransferase (putative) YNL029C

9138_at 0.52781746 -0.01268567 0.17234333 0.185029 FOL1 YNL256W

dihydro-6-hydroxymethylpterin pyrophosphokinase|dihydroneopterin

6247_at 0.59631285 -0.016703 0.16868933 0.18539233 FMN1

riboflavin kinase YDR236C

7216_at 0.70190717 -0.05578633 0.129681 0.18546733 PTC4

type 2C protein phosphataseYBR125C

5980_at 0.64096789 -0.00821267 0.17741533 0.185628 with similarity YDR466W

Protein kinasePKH3 to mammalian phosphoinositide-depen

9005_at 0.6623943 -0.03448033 0.151204 0.18568433 GTPase RIA1 YNL163C

7904_at 0.49661218 -0.006465 0.17943633 0.18590133 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YPL166W

10280_at 0.7325376 -0.04795967 0.13809567 0.18605533 RGR1 YLR071C

RNA polymerase II holoenzyme/mediator subunit|interacts with Sin4

9340_at 0.61432062 -0.01222 0.17388667 0.18610667 NA NA YMR290W-A

8968_at 0.51451964 -0.00653433 0.179787 0.18632133 NA NA YNL109W

8540_at 0.60617559 -0.03126033 0.15523333 0.18649367 Hypothetical ORFNA YOR022C

4193_at 0.75290569 -0.05009433 0.13665033 0.18674467 RHO3

GTP-binding protein|ras homolog YIL118W

10710_at 0.64162477 -0.00711567 0.17981367 0.18692933 VPH2 YKL119C

25.2 kDa protein involved in assembly of vacuolar H(+) ATPase

6498_at 0.47993337 -0.00742467 0.179784 0.18720867 NA NA YDL009C

9025_at 0.52806685 -0.00105533 0.18625367 0.187309 NA NA YNL143C

10035_at 0.53845458 -0.00837833 0.17901433 0.18739267 YSH1 YLR277C

cleavage factor II (CF II) component|polyadenylation factor I (PF I)

4453_at 0.67195075 -0.033751 0.15370733 0.18745833 ERG7 cyclase

2,3-oxidosqualene-lanosterolYHR072W

5653_at 0.67230436 -0.038271 0.14947533 0.18774633 The authentic, NA YER080W

non-tagged protein was localized to the mitochondria

3883_f_at 0.54626615 -0.015061 0.172743 0.187804 HAP1 YJRWDELTA12

Identified by expression profiling and mass spectrometry /// TyA Ga

6217_at 0.57886106 -0.02007767 0.16824933 0.188327 BTT1 YDR252W

beta subunit of the nascent-polypeptide-associated complex (NAC)

6012_at 0.72095657 -0.00859567 0.18023467 0.18883033 TSA2 YDR453C

thioredoxin-peroxidase (TPx); reduces H2O2 and alkyl hydroperoxid

10639_at 0.59198986 -0.01421 0.17472733 0.18893733 NUP120 YKL057C

100 kDa protein (predicted molecular weight is 120 kDa) with two le

4364_at 0.75115681 -0.028754 0.16043067 0.18918467 NA YHR159W

Protein of unknown function that localizes to the cytoplasm, potentia

5148_at 0.76500586 -0.028953 0.16081067 0.18976367 HUL5

ubiquitin ligase (E3) YGL141W

6629_at 0.52658928 -0.00193267 0.187946 0.18987867 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDL146W

3797_f_at 0.53499123 -0.00184367 0.18813 0.18997367 NA YLRCDELTA2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9505_at 0.23666436 -6.23E-05 0.18996167 0.19002397 IMP1

inner membrane protease YMR150C

9559_at 0.34980694 -0.00182867 0.188255 0.19008367 Hypothetical ORFNA YMR074C

6903_at 0.68248841 -0.01886933 0.171509 0.19037833 BIK1 YCL029C

Microtubule-associated protein required for microtubule function du

5167_at 0.7364568 -0.036525 0.15385667 0.19038167 HUR1 YGL168W

Protein required for hydroxyurea resistance; functions in DNA replic

7164_at 0.71786081 -0.063427 0.12695567 0.19038267 DUR1,2 YBR208C

urea amidolyase (contains urea carboxylase and allophanate hydro

11063_at 0.69030315 -0.04392567 0.14706 0.19098567 RNA helicase MTR4 YJL050W

7323_at 0.80031365 -0.006851 0.18431033 0.19116133 PRP6

RNA splicing factor YBR055C

4378_at 0.70345246 -0.05687367 0.134443 0.19131667 ARP1 YHR129C

actin-related protein of the dynactin complex

9107_at 0.70229894 -0.02964367 0.16181333 0.191457 ATG2

peripheral membrane proteinYNL242W

4430_at 0.75456279 -0.13050133 0.06149533 0.19199667 HXT1

hexose transporter YHR094C

4844_at 0.62912451 -0.04156067 0.15049167 0.19205233 THI4 YGR144W

biosynthetic pathway component producing the thiazole precursor o

9022_at 0.64436345 -0.03452933 0.15757633 0.19210567 Hypothetical ORFNA YNL146W

4514_at 0.50260703 -0.00721667 0.18508767 0.19230433 NA NA YHR039C-B

6347_at 0.6295263 -0.00302367 0.18940467 0.19242833 NA NA YDR112W

7767_at 0.73167344 -0.07406633 0.11862667 0.192693 PHO85

cyclin-dependent protein kinase YPL031C

6208_at 0.36318876 -2.63E-05 0.19268633 0.19271263 NA YDR288W

Protein required for cell viability

3859_i_at 0.64747416 -0.02198367 0.171093 0.19307667 NAM2 YJLCDELTA4

Identified by expression profiling and mass spectrometry /// TyA Ga

11142_at 0.67651329 -0.07055967 0.12265833 0.193218 NA SET4 YJL105W

6317_at 0.76874687 -0.04888533 0.14435767 0.193243 HSP42 YDR171W

Small cytosolic stress-induced chaperone that forms barrel-shaped

10686_at 0.65254872 -0.02202833 0.17155367 0.193582 Hypothetical ORFNA YKL098W

6570_at 0.67453756 -0.001312 0.192273 0.193585 BRE1 YDL074C

E3 ubiquitin ligase for Rad6p, required for the ubiquitination of histo

4254_at 0.68064414 -0.02125967 0.17285833 0.194118 SLN1 that regulates an osmosensing MAP k

histidine kinase osmosensor YIL147C

5019_at 0.5838845 -0.00465667 0.191023 0.19567967 SWC4 component

Protein of unknown function, YGR002C of the Swr1p complex that

3536_f_at 0.52814244 -0.010591 0.18527267 0.19586367 NA YPRWSIGMA3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6345_at 0.50432695 -0.01283433 0.18310967 0.195944 CPR1 YDR154C

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

6043_at 0.77066857 -0.11330033 0.08374767 0.197048 PPZ2 YDR436W

Serine/threonine protein phosphatase Z, isoform of Ppz1p; involved

9102_at 0.64718251 -0.02449233 0.17272967 0.197222 NA YNL247W

Protein required for cell viability

11148_at 0.56245296 -0.01958533 0.17781133 0.19739667 Sec14p homolog SFH5 YJL145W

4942_at 0.70943229 -0.01931433 0.17811967 0.197434 ADE6 YGR061C

5'-phosphoribosylformyl glycinamidine synthetase

9106_at 0.52654199 -0.01896233 0.17880633 0.19776867 SLA2

transmembrane protein YNL243W

5560_at 0.44039653 -0.00445133 0.193481 0.19793233 serine YER167W

Protein rich in BCK2 and threonine residues involved in protein kina

6189_at 0.7309429 -0.088425 0.10962367 0.19804867 NA NA YDR269C

5396_at 0.52996283 -0.01160633 0.18688433 0.19849067 RPL22B (rp4) (YL31)

ribosomal protein L22B (L1c)YFL034C-A

3669_f_at 0.38726889 -0.00053133 0.198058 0.19858933 NA NA YNRCDELTA7

10105_at 0.6534266 -0.011976 0.18675267 0.19872867 CRR1 YLR213C

Protein with similarity to Crh1p, which is a putative glycosidase of th

4796_at 0.4174885 -0.00572033 0.19325067 0.198971 BNS1 YGR230W

Protein with some similarity to Spo12p; overexpression bypasses n

9769_g_at 0.67234809 -0.03526233 0.16377567 0.199038 Hypothetical ORFNAB6 YML117W

10411_f_at 0.78571949 -0.11940233 0.08011633 0.19951867 NA YLL065W

Identified by fungal homology and RT-PCR /// Identified by gene-tra

9927_at 0.57623955 -0.00523967 0.194624 0.19986367 Hypothetical ORFNA YLR392C

7384_at 0.63265948 -0.00272333 0.19715433 0.19987767 MCM2 at ARS's

Member of complex that actsYBL023C to initiate replication

7722_at 0.73162433 -0.104954 0.094938 0.199892 Hypothetical ORFNA YPR015C

6648_at 0.58565977 -0.022143 0.17786933 0.20001233 NA NA YDL172C

3778_f_at 0.63668856 -0.044543 0.15559333 0.20013633 HAP1 YLRWDELTA10

Identified by expression profiling and mass spectrometry /// TyA Ga

6102_at 0.56473926 -0.02439467 0.17577667 0.20017133 BCP1 YDR361C

Essential protein involved in nuclear export of Mss4p, which is a lipi

8401_at 0.66086554 -0.032663 0.16753367 0.20019667 Hypothetical ORFNA YOR154W

5379_at 0.58335405 -0.00202833 0.19849633 0.20052467 CDC4

ubiquitin ligase subunit YFL009W

11335_at 0.55710374 -0.02597833 0.17467067 0.200649 FUN21 YAL031C

Cytoplasmic protein of unknown function, potential Cdc28p substrat

10202_at 0.6884634 -0.05488133 0.14613633 0.20101767 Hypothetical ORFNA YLR128W

6351_at 0.69278099 -0.07364567 0.12742633 0.201072 MRPL1 YDR116C

Mitochondrial ribosomal protein of the large subunit

7830_at 0.55647483 -0.02526167 0.17585433 0.201116 glutaredoxin GRX5 YPL059W

8001_at 0.72987955 -0.09299933 0.108523 0.20152233 GYP5

GTPase-activating protein YPL249C

7315_at 0.52166934 -0.00607867 0.195459 0.20153767 The authentic, NA YBR047W

non-tagged protein was localized to the mitochondria

5024_at 0.5796173 -0.00630367 0.19574067 0.20204433 OCH1

alpha-1,6-mannosyltransferase YGL038C

8146_at 0.50788058 -0.00186467 0.20025467 0.20211933 NA NA YOR392W

7120_at 0.65305058 -0.01223 0.190018 0.202248 NA required for

Protein of unknown function, YBR255W normal growth rate at 15 d

10586_at 0.70000113 -0.04296767 0.159335 0.20230267 MAK11 YKL021C

essential for cell growth and replication of M dsRNA virus; contains

5743_at 0.63641887 -0.01575533 0.18656367 0.202319 GIM4 YEL003W

bovine prefoldin subunit 2 homolog (putative)

7402_at 0.60517898 -0.02180167 0.18057967 0.20238133 SEC17 YBL050W

Peripheral membrane protein required for vesicular transport betwe

7744_at 0.48952863 -0.00087067 0.20190333 0.202774 Hypothetical ORFNA YPL009C

6684_at 0.78959468 -0.066617 0.13656967 0.20318667 ATPase inhibitorINH1 YDL181W

5158_at 0.4957019 -0.00315367 0.20041067 0.20356433 CEG1 YGL130W

mRNA capping enzyme alpha subunit|mRNA guanylyltransferase

6389_at 0.75935683 -0.02565633 0.178249 0.20390533 Hypothetical ORFNA YDR109C

4423_at 0.83473675 -0.02166567 0.18279367 0.20445933 Hypothetical ORFNA YHR087W

8934_at 0.65454905 -0.03826767 0.16672133 0.204989 MSG5

protein tyrosine phosphataseYNL053W

7704_at 0.66030867 -0.00106167 0.20394967 0.20501133 obserwed null YPR040W was Sporulation DeFicienc

SDF1 the first TIP41 phenotype

9462_at 0.46255389 -0.00303767 0.20242833 0.205466 YIM1 YMR152W

protease|similar to E. coli leader peptidase

3848_f_at 0.46491255 -0.00419567 0.201711 0.20590667 NA YJRWDELTA18

Identified by expression profiling and mass spectrometry /// Similar

8457_at 0.47718696 -0.01066867 0.195529 0.20619767 SKI7

GTPase (putative) YOR076C

4727_s_at 0.62536838 -0.03127233 0.17518167 0.206454 ERV1

sulfhydryl oxidase YGR029W

6052_at 0.4949089 -0.014036 0.192489 0.206525 DIT2 YDR402C

catalyzes oxidation of N-formyl tyrosine to N,N-bisformyl dityrosine

6715_at 0.6074983 -0.00239567 0.20442833 0.206824 NA

guanine deaminase YDL238C

10733_at 0.59054497 -0.013216 0.193989 0.207205 TGL1 YKL140W

cholesterol esterase|triglyceride lipase

9471_at 0.59403847 -0.02616067 0.18108133 0.207242 ATG16 Atg12p-Atg5p conjugate during forma

Protein that interacts with theYMR159C

3532_f_at 0.3414189 -0.00082833 0.20653133 0.20735967 NA YPRCDELTA23

TyA Gag protein; the main structural constituent of virus-like particle

7964_at 0.68182223 -0.00224967 0.205141 0.20739067 OXR1 YPL196W

Protein of unknown function required for normal levels of resistance

3433_i_at 0.7175382 -0.09448367 0.11291767 0.20740133 NA NA YDRCDELTA6A

11233_at 0.50131971 -0.008268 0.199915 0.208183 Hypothetical ORFNA YJL193W

5402_at 0.69224812 -0.033578 0.174976 0.208554 ABC ATPase CAF16 YFL028C

8638_at 0.63834934 -0.03133 0.17757467 0.20890467 cysteine YOL105C

contains novelWSC3 motif|integral membrane protein (putative)|s

8035_at 0.68075542 -0.02761933 0.18136067 0.20898 Hypothetical ORFNA YPL260W

3701_f_at 0.38110927 -0.00582833 0.20334233 0.20917067 NA YMLWDELTA4

Similar to probable membrane protein YDR340W and to yeast CYC

10338_at 0.55169199 -0.01834467 0.191307 0.20965167 SPO75 YLL005C

Meiosis-specific protein of unknown function, required for spore wal

9529_at 0.40863402 -0.00427767 0.205809 0.21008667 Hypothetical ORFNA YMR130W

4228_at 0.61377599 -0.016631 0.19345867 0.21008967 M

TFIIH regulator ET18 YIL128W

4444_at 0.48726142 -0.00015633 0.210756 0.21091233 TRR2

thioredoxin reductase YHR106W

10254_at 0.6750135 -0.070526 0.140538 0.211064 coli DnaJ, closely related to Ydj1p

Homolog of E. XDJ1 YLR090W

6456_at 0.61804685 -0.032448 0.17870533 0.21115333 RSM10 YDR041W

mitochondrial ribosome small subunit component

3711_f_at 0.4464545 -0.00124733 0.21000933 0.21125667 NA YMRCDELTA7

Identified by expression profiling and mass spectrometry /// TyA Ga

4490_at 0.68534258 -0.06002733 0.15133733 0.21136467 RPP1 YHR062C

Nuclear RNase P subunit|RNase MRP subunit

10724_at 0.54893219 -0.022073 0.189439 0.211512 DBR1

RNA lariat debranching enzyme YKL149C

3829_f_at 0.30209329 -0.000977 0.210815 0.211792 NA YKRCDELTA12

Identified by expression profiling and mass spectrometry /// TyA Ga

7156_at 0.66373382 -0.05685633 0.15510533 0.21196167 BEM1 YBR200W

Protein containing SH3-domains, involved in establishing cell polari

10510_at 0.53160077 -0.00263 0.20937533 0.21200533 KAE1 YKR038C

Putative O-sialo-glycoprotein-endopeptidase A1

10648_at 0.75797998 -0.01793933 0.194081 0.21202033 Sec14p homolog NA YKL091C

4583_at 0.5724225 -0.02759933 0.18493867 0.212538 SNF6 YHL025W

chromatin remodeling Snf/Swi complex subunit

8318_at 0.65216931 -0.03381667 0.17901133 0.212828 NA YOR251C

catalyzes transfer of the sulfane atom of thiosulfate to cyanide to fo

8515_at 0.60381782 -0.020261 0.19322267 0.21348367 CUE5 YOR042W

Protein containing a CUE domain that binds ubiquitin, which may fa

5940_at 0.70587875 -0.06470967 0.14933433 0.214044 protein YDR516C

Non-essential EMI2 of unknown function required for transcription

10978_at 0.5501311 -0.03072867 0.18333233 0.214061 UTR1 YJR049C

NAD kinase, active as a hexamer; enhances the activity of ferric red

6610_at 0.4620045 -0.00184333 0.21438367 0.216227 Hypothetical ORFNA YDL121C

3427_at 0.75610932 -0.088434 0.128062 0.216496 NA NA YDRCDELTA2

8196_at 0.54171505 -0.016641 0.20049967 0.21714067 Hypothetical ORFNA YOR352W

5345_at 0.62629117 -0.004201 0.21296767 0.21716867 YPI1

PP1 phosphatase inhibitor YFR003C

4161_at 0.46506251 -0.00111167 0.216161 0.21727267 Hypothetical ORFNA YIL056W

7331_at 0.61119981 -0.00963767 0.20776833 0.217406 GAL7 transferase

galactose-1-phosphate uridylYBR018C

10734_at 0.5013813 -0.003461 0.21402133 0.21748233 of RNA YKL139W

kinase subunitCTK1 polymerase II carboxy-terminal domain kinas

7918_at 0.3128648 -0.00334433 0.21414933 0.21749367 RRD2 YPL152W

Resistant to Rapamycin Deletion 2

6654_at 0.64698624 -0.02252333 0.19501567 0.217539 FAP7 YDL166C

Essential nuclear protein, involved in the oxidative stress response

11237_at 0.38707183 -0.001163 0.216662 0.217825 RPL39 YJL189W

ribosomal protein L39 (L46) (YL40)

6033_at 0.49320803 -0.018096 0.19977567 0.21787167 RPN9 YDR427W

proteasome regulatory particle subunit

6802_at 0.64632358 -0.02547233 0.19318333 0.21865567 NA NA YCL022C

4923_at 0.61601838 -0.047111 0.171595 0.218706 PDC6

pyruvate decarboxylase isozymeYGR087C

9167_at 0.54467727 -0.003205 0.215536 0.218741 PFS2 YNL317W

polyadenylation factor I (PF I)

9535_at 0.51735044 -0.00926467 0.20959233 0.218857 UTP15

U3 snoRNP protein YMR093W

3342_f_at 0.64380375 -0.02970233 0.18929067 0.218993 NA YERCSIGMA3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7388_at 0.51268736 -0.00403967 0.215239 0.21927867 AP endonuclease APN2 YBL019W

6601_at 0.76882531 -0.15754833 0.06177333 0.21932167 Hypothetical ORFNA YDL129W

3530_f_at 0.32903877 -0.00150167 0.21788133 0.219383 NA YPRWDELTA21

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6455_s_at 0.45840049 -0.01056867 0.20905833 0.219627 ENA1 YDR039C

P-type ATPase Na+ pump|plasma membrane ATPase

9372_at 0.43856302 -0.004132 0.215611 0.219743 NA YMR233W

Interacts with Top1p in 2-hybrid assay.

7659_at 0.65277344 -0.04064133 0.17971367 0.220355 MDM36 YPR083W

Mitochondrial Distribution and Morphology

7671_at 0.73052764 -0.07227133 0.14874033 0.22101167 Ypt3

Suppressor of SYT1 YPR095C

6058_at 0.61009726 -0.02356233 0.19774633 0.22130867 TRS120 YDR407C

targeting complex (TRAPP) component involved in ER to Golgi mem

5952_at 0.80605999 -0.046309 0.17499967 0.22130867 HLR1 of cell wall

Protein involved in regulationYDR528W composition and integrity a

11299_at 0.57584618 -0.03369267 0.18929033 0.222983 SWH1 YAR044W

Similar to mammalian oxysterol-binding protein

6434_at 0.71404959 -0.07287567 0.150441 0.22331667 Hypothetical ORFNA YDR065W

7846_at 0.62571267 -0.05736933 0.166301 0.22367033 RLM1 YPL089C

serum response factor-like protein that may function downstream of

3802_f_at 0.45563754 -0.00160533 0.22210933 0.22371467 NA YLRWSIGMA2

Identified by expression profiling and mass spectrometry /// TyB Ga

4755_at 0.32552204 -0.00115067 0.22271333 0.223864 Hypothetical ORFNA YGR235C

8557_at 0.74363258 -0.069316 0.15527367 0.22458967 RPB11

RNA polymerase II core subunitYOL005C

8721_at 0.4411457 -0.010894 0.21370767 0.22460167 NA NA YOL160W

9334_at 0.67445525 -0.02555567 0.19946667 0.22502233 RNase NGL2 YMR285C

9518_at 0.50231892 -0.00764333 0.21741233 0.22505567 ASI1 YMR119W-A

Putative integral membrane E3 ubiquitin ligase; genetic interactions

8451_at 0.69935483 -0.01090833 0.21468167 0.22559 Hypothetical ORFNA YOR114W

6116_at 0.51810857 -0.02642667 0.19927933 0.225706 Hypothetical ORFNA YDR374C

6548_at 0.7898293 -0.159684 0.066152 0.225836 NA NA YDL050C

4533_at 0.62148886 -0.03756967 0.18844233 0.226012 SPO13 YHR014W

Meiosis-specific protein of unknown function, involved in maintainin

6690_at 0.698378 -0.11654467 0.109767 0.22631167 Hypothetical ORFNA YDL218W

3233_f_at 0.27718004 -0.001894 0.22453 0.226424 NA YGRWDELTA32

Identified by expression profiling and mass spectrometry /// TyA Ga

8777_at 0.5442829 -0.02078867 0.20589733 0.226686 NA YNR065C

Sortilin homolog, interacts with proteins of the endocytic machinery

4775_at 0.56913834 -0.015194 0.21152767 0.22672167 Hypothetical ORFNA YGR210C

8888_at 0.74458626 -0.07639167 0.150395 0.22678667 SIS1

HSP40 family chaperone YNL007C

5042_at 0.59334203 -0.02125533 0.20567967 0.226935 MDM39 YGL020C

Protein involved in determination of mitochondrial structure

6791_s_at 0.5888925 -0.037162 0.18981767 0.22697967 HMRA1

homeobox transcription factor YCR097W

6681_at 0.72985328 -0.07627067 0.15192967 0.22820033 Hypothetical ORFNA YDL183C

3559_f_at 0.39021267 -0.002628 0.22575 0.228378 NA YPRWDELTA12

Identified by expression profiling and mass spectrometry /// TyA Ga

3731_s_at 0.63146494 -0.07353033 0.15490167 0.228432 YRF1-7

Y'-helicase protein 1 YLR462W

10038_i_at 0.58069869 -0.01007367 0.218537 0.22861067 NA NA YLR280C

10133_at 0.73949045 -0.109884 0.11876667 0.22865067 NA NA YLR198C

3799_f_at 0.46306505 -0.000185 0.22849267 0.22867767 NA YLRCDELTA3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

3457_f_at 0.37865041 -0.00373367 0.22500267 0.22873633 NA NA YCRCDELTA7

10480_at 0.65979027 -0.060474 0.16841 0.228884 BAS1

transcription factor YKR099W

6563_at 0.55372732 -0.00364 0.22525933 0.22889933 MRK1

MDS1 related protein kinase YDL079C

11226_at 0.51580476 -0.01504433 0.21419167 0.229236 Hypothetical ORF NA YJL200C

11327_at 0.45771206 -0.00774967 0.221706 0.22945567 RPA YAR007C

heterotrimeric RFA1(RF-A) single-stranded DNA binding protein 69

9693_at 0.62811322 -0.030258 0.199261 0.229519 5'-3' DNA helicasePIF1 YML061C

11088_at 0.537571 -0.00937733 0.22026967 0.229647 UTP18 YJL069C

U3 snoRNP protein|U3 snoRNA associated protein

9018_at 0.66897414 -0.05696667 0.17268967 0.22965633 NA NA YNL150W

8520_at 0.53120818 -0.02613167 0.20422667 0.23035833 MTH1 homolog STD1 YOR047C

3644_f_at 0.62256755 -0.06419467 0.16671833 0.230913 NA NA YOLCDELTA7

6519_at 0.5781642 -0.02698367 0.204747 0.23173067 NA YDL033C

Mitochondrial protein with a potential role in protein synthesis; the b

10487_at 0.34291558 -0.00576833 0.226215 0.23198333 TFA2 YKR062W

transcription factor TFIIE subunit

10903_at 0.62435993 -0.00324433 0.22922433 0.23246867 YMR1 YJR110W

Myotubularin-like protein; active site identical to human myotubulari

9412_at 0.54492342 -0.023602 0.20893833 0.23254033 U3 snoRNP protein RRP5 YMR229C

3651_f_at 0.44957361 -0.000896 0.23239633 0.23329233 NA YNLCDELTA1

Identified by expression profiling and mass spectrometry /// TyA Ga

7282_at 0.29959226 -0.002492 0.23107567 0.23356767 FES1

Hsp70 nucleotide exchange factorYBR101C

4545_at 0.47444599 -0.00809667 0.22554567 0.23364233 Hypothetical ORF NA YHL017W

3133_f_at 0.63063565 -0.01176033 0.221892 0.23365233 NA YILCDELTA1

Identified by expression profiling and mass spectrometry /// Similar

4783_at 0.49206218 -0.01070267 0.22360567 0.23430833 CCH1

calcium channel (putative) YGR217W

8418_at 0.57016317 -0.01336467 0.22131567 0.23468033 IAH1 YOR126C

isoamyl acetate-hydrolyzing esterase

10774_at 0.43380143 -0.01551833 0.21919433 0.23471267 Component of HYM1 YKL189W

the RAM signaling network that is involved in regulat

10861_s_at 0.61958021 -0.04101433 0.193722 0.23473633 SOR1 YJR159W

sorbitol dehydrogenase, sorbitol-induced

3367_f_at 0.5372628 -0.012714 0.22228167 0.23499567 NA YELWDELTA6

Identified by expression profiling and mass spectrometry /// TyA Ga

6495_at 0.63752961 -0.03938367 0.19601133 0.235395 NA unknown

Plasma membrane protein ofYDL012C function

7183_at 0.78327504 -0.22139167 0.01419867 0.23559033 SMP1 YBR182C

Transcription factor of the MADS (Mcm1p, Agamous, Deficiens, SR

7611_at 0.7054752 -0.10329333 0.13236067 0.235654 Hypothetical ORF NA YPR125W

10799_at 0.70687245 -0.00639067 0.229272 0.23566267 DOA1 YKL213C

regulatory component of the proteasome pathway

7110_at 0.65147614 -0.057792 0.178276 0.236068 ISW1

ATPase component of a fourYBR245Csubunit chromatin remodeling comple

8878_s_at 0.46690363 -0.00172467 0.23448667 0.23621133 NA NA YNL017C

10928_at 0.6525848 -0.06013967 0.17654067 0.23668033 BIR1 regulation

Protein involved in cell cycle YJR089W and chromosome segregati

4520_at 0.46227463 -0.00753633 0.22917333 0.23670967 Hypothetical ORF NA YHR003C

4388_at 0.5469522 -0.02313433 0.21377133 0.23690567 SPS100 YHR139C

sporulation-specific cell wall maturation protein

5081_at 0.64703071 -0.047642 0.189569 0.237211 NA NA YGL071W

7377_at 0.58453478 -0.02316967 0.21412633 0.237296 Hypothetical ORF NA YBL028C

10719_at 0.44727904 -0.00643833 0.23101367 0.237452 SRP102 YKL154W

Signal recognition particle receptor beta subunit

6203_at 0.55616807 -0.000581 0.23689633 0.23747733 GCN2 YDR283C

eukaryotic initiation factor 2 alpha (eIF2-alpha) kinase

5714_at 0.57504186 -0.02232233 0.21528233 0.23760467 HEM14

protoporphyrinogen oxidase YER014W

8223_at 0.55955035 -0.01430667 0.22357433 0.237881 NA NA YOR333C

7090_at 0.65653183 -0.07538467 0.16257233 0.237957 HSM3 involved in

Protein of unknown function, YBR272C DNA mismatch repair durin

5502_at 0.74623559 -0.09760833 0.14063067 0.238239 NA NA YER145c-a

4180_at 0.64237428 -0.05157967 0.18727733 0.238857 NA NA YIL086C

7281_at 0.47769939 -0.00420133 0.23497867 0.23918 endonuclease MMS4 YBR100W

4564_at 0.68614064 -0.08216467 0.15703867 0.23920333 NA YHL044W

Putative integral membrane protein, member of DUP240 gene fami

7745_at 0.59498142 -0.01898567 0.22067167 0.23965733 CHL1 protein

deah box protein|kinetochoreYPL008W

10173_at 0.64052345 -0.022695 0.21710167 0.23979667 Hypothetical ORF NA YLR143W

7909_at 0.52651335 -0.001569 0.23832333 0.23989233 BEM4 YPL161C

Involved in polarity establishment and bud emergence; interacts wit

4072_at 0.7045977 -0.04633233 0.19361767 0.23995 Hypothetical ORF NA YIR036C

4511_at 0.81540414 -0.280368 -0.040388 0.23998 PUT2 YHR037W

delta-1-pyrroline-5-carboxylate dehydrogenase

5524_at 0.6791278 -0.02740267 0.21268933 0.240092 E

DNA helicase I CM32 YER176W

5023_at 0.74003684 -0.00505367 0.235065 0.24011867 PRP18 YGR006W

RNA splicing factor|U5 snRNP protein

10532_at 0.73942338 -0.07573533 0.16447167 0.240207 KTR2 YKR061W

mannosyltransferase (putative)|type 2 membrane protein

9116_at 0.27429267 -0.003625 0.236897 0.240522 exosome, which is an essential complex present in b

Subunit of the CSL4 YNL232W

6666_at 0.59217265 -0.047836 0.19272933 0.24056533 ASF2 YDL197C

anti-silencing protein that causes depression of silent loci when ove

6914_at 0.48218253 -0.01168033 0.22890967 0.24059 contains RNA GBP2 YCL011C

recognition motifs

7939_at 0.35500002 -0.00247033 0.23843133 0.24090167 Hypothetical ORF NA YPL176C

7664_at 0.50094172 -0.01695733 0.22401033 0.24096767 SRP54 YPR088C

Signal recognition particle subunit (homolog of mammalian SRP54)

6886_at 0.5791681 -0.02817467 0.21290633 0.241081 RVS161 YCR009C

Protein required for viability after N, C, or S starvation. The BAR ad

10803_at 0.64666364 -0.08086033 0.16026 0.24112033 STE6

ABC transporter|glycoproteinYKL209C

11266_f_at 0.75536094 -0.20780933 0.03339367 0.241203 by YAL069W

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

7138_at 0.42547765 -0.00576 0.23568967 0.24144967 SLX1 YBR228W

Subunit of a complex, with Slx4p, that hydrolyzes 5' branches from

9318_at 0.60395611 -0.01105267 0.23042833 0.241481 Hypothetical ORF NA YMR310C

5027_at 0.6607028 -0.01029833 0.23175333 0.24205167 MIG1 resembles

C2H2 zinc finger protein that YGL035C the mammalian Egr and W

3356_f_at 0.80111799 -0.239046 0.00301133 0.24205733 by YDR543C

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

6860_at 0.39921904 -0.00924967 0.23286367 0.24211333 Hypothetical ORF NA YCR026C

5106_at 0.37692727 -0.00917567 0.23309433 0.24227 NBP35

35 kDa nucleotide binding proteinYGL091C

9461_at 0.62109933 -0.05011867 0.192187 0.24230567 SGS1 YMR190C

Nucleolar DNA helicase of the RecQ family, involved in maintenanc

7098_at 0.613384 -0.00867467 0.233844 0.24251867 Hypothetical ORF NA YBR280C

3635_f_at 0.39317677 -0.00384967 0.23881833 0.242668 NA YOLWDELTA4

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6207_at 0.5429755 -0.03621467 0.206457 0.24267167 NA

inositol monophosphatase YDR287W

5992_at 0.50474342 -0.028286 0.214747 0.243033 RNase MRP subunit SNM1 YDR478W

5237_at 0.50479945 -0.004837 0.23861167 0.24344867 Putative tRNA TAN1 YGL232W

acetyltransferase, RNA-binding protein required for t

4439_at 0.76008568 -0.137374 0.10652733 0.24390133 or big

bad in glucoseBIG1 cells YHR101C

11324_at 0.44739196 -0.003895 0.240084 0.243979 NUP60

nuclear pore complex subunit YAR002W

4765_at 0.67329638 -0.03415 0.21018467 0.24433467 SDA1

Severe Depolymerization of Actin YGR245C

7103_at 0.54840646 -0.03582167 0.20852233 0.244344 Hypothetical ORF NA YBR238C

8870_at 0.58718373 -0.01157633 0.23292833 0.24450467 SSN8 the Ssn3p

C-type cyclin|associates withYNL025C cyclin-dependent kinase

7836_at 0.36547976 -0.00209433 0.242802 0.24489633 The authentic, NA YPL099C

non-tagged protein was localized to the mitochondria

3567_r_at 0.72870619 -0.163579 0.081394 0.244973 NA NA YPRCDELTA15

9619_at 0.82015053 -0.06886067 0.177147 0.24600767 Hypothetical ORF NA YMR041C

8397_at 0.73169631 -0.07634767 0.169749 0.24609667 MRPL23 YOR150W

Mitochondrial ribosomal protein of the large subunit

3492_f_at 0.50850673 -0.015533 0.23092233 0.24645533 NA YCLCDELTA1

TyA Gag protein; the main structural constituent of virus-like particle

9992_at 0.48650316 -0.00526967 0.241296 0.24656567 CWC24

Essential protein, componentYLR323Cof a complex containing Cef1p; has s

10307_at 0.39294662 -0.00474033 0.24201467 0.246755 LOT6 gene expression increases in cultures

Protein of unknown function; YLR011W

8581_at 0.62618311 -0.04331767 0.20417433 0.247492 MIM1 YOL026C

Protein of unknown function proposed to be involved in mitochondri

7099_at 0.52281799 -0.02589333 0.22180233 0.24769567 Hypothetical ORF NA YBR281C

8608_at 0.52093811 -0.01199967 0.23581867 0.24781833 PEX15 YOL044W

44 kDa phosphorylated integral peroxisomal membrane protein

6834_at 0.42245327 -0.01512867 0.23280333 0.247932 IMG1

mitochondrial ribosomal protein YCR046C

10279_at 0.68765504 -0.02269933 0.225845 0.24854433 XYL2

Xylitol Dehydrogenase YLR070C

6205_at 0.6761872 -0.06408767 0.18450867 0.24859633 SynaptonemalZIP1 protein that

complex (SC) YDR285W connects homologous chr

3775_f_at 0.5289487 -0.03673033 0.21189533 0.24862567 NA YLRCDELTA8

Identified by expression profiling and mass spectrometry /// TyA Ga

8653_at 0.71326026 -0.09643633 0.15232633 0.24876267 mutS homologMSH2 YOL090W

3702_f_at 0.51734618 -0.032517 0.21638333 0.24890033 NA YMLWDELTA5

Identified by expression profiling and mass spectrometry /// TyA Ga

9642_at 0.3806914 -0.00520733 0.243729 0.24893633 FMS1

putatitive amine oxidase YMR020W

4954_at 0.68906213 -0.044256 0.205232 0.249488 NA NA YGR073C

7686_at 0.59876338 -0.005178 0.24486633 0.25004433 UBA3 YPR066W

ubiquitin-like protein activating enzyme

6420_at 0.54577525 -0.03744467 0.212946 0.25039067 Hypothetical ORF NA YDR051C

3516_f_at 0.29247041 -0.00324233 0.24745733 0.25069967 NA YBRWDELTA12

Similar to probable membrane protein YDR340W and to yeast CYC

10856_at 0.56829529 -0.00856 0.24225067 0.25081067 Hypothetical ORF NA YJR154W

7421_at 0.53582925 -0.01561433 0.23521433 0.25082867 ILS1

isoleucine-tRNA synthetase YBL076C

4788_at 0.67605305 -0.027778 0.22345867 0.25123667 PET54 YGR222W

Protein required for splicing of the COX1 intron AI5 beta; also speci

10568_at 0.65360197 -0.04127667 0.21002633 0.251303 Hypothetical ORF NA YKR005C

4125_at 0.53359945 -0.017501 0.233974 0.251475 F-box protein MET30 YIL046W

3161_f_at 0.52838221 -0.00826333 0.243314 0.25157733 NA YHRCSIGMA2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10474_s_at 0.49458632 -0.010564 0.24124667 0.25181067 RPL40B YKR094C

ribosomal protein L40B|also encodes a ubiquitin protein

4523_at 0.54005435 -0.03742367 0.21440767 0.25183133 MRS11 YHR005C-A

May act cooperatively with Mrs5p in mitochondrial protein import or

4769_at 0.73933992 -0.02354167 0.22829933 0.251841 shock YGR249W

similar to heat MGA1 transcription factor

3332_i_at 0.78470986 -0.23451267 0.01742833 0.251941 NA NA YERWDELTA11

8926_at 0.43198014 -0.01961833 0.23280267 0.252421 GCD10 of tRNA(1-methyladenosine) methyltra

RNA-binding protein|subunit YNL062C

8554_at 0.29568264 -0.002014 0.25041667 0.25243067 Hypothetical ORF NA YOL008W

3616_f_at 0.71263834 -0.156306 0.096246 0.252552 NA NA YORWDELTA19

7761_at 0.57528023 -0.053212 0.19958233 0.25279433 SUT2 YPR009W

Involved in sterol uptake; homologous to SUT1

8294_at 0.78177686 -0.096314 0.15664467 0.25295867 TPO4

Polyamine transport protein YOR273C

7858_at 0.63678302 -0.02004033 0.23304233 0.25308267 TFIIH subunit TFB2 YPL122C

10158_at 0.83590401 -0.22155567 0.03230533 0.253861 TFS1 YLR178C

lipid binding protein (putative)|supressor of a cdc25 mutation

7155_at 0.32741345 -0.003413 0.25053 0.253943 KTR4 YBR199W

alpha-1,2-mannosyltransferase (putative)

10290_at 0.6806383 -0.018316 0.237129 0.255445 COX12

cytochrome c oxidase subunit VIb YLR038C

4071_at 0.52716204 -0.020598 0.234942 0.25554 Hypothetical ORF NA YIR035C

5201_at 0.69423099 -0.04372733 0.212078 0.25580533 TOS3 YGL179C

Putative protein kinase, related to and redundant with Elm1p and P

9952_at 0.42054783 -0.01434 0.24149167 0.25583167 ROM2 YLR371W

GDP/GTP exchange protein (GEP) for Rho1p and Rho2p; mutation

10862_s_at 0.28166711 -8.17E-05 0.25610233 0.25618403 MPH2

alpha-glucoside permease YJR160C

7576_at 0.27763163 -0.002593 0.25367467 0.25626767 PRP4

associates with the U4/U6 snRNP YPR178W

4894_at 0.42179765 -0.01314633 0.243406 0.25655233 SRB5 YGR104C

RNA polymerase II holoenzyme/mediator subunit

10504_at 0.66759074 -0.05936567 0.197451 0.25681667 NA YKR079C

tRNA 3' processing endoribonuclease

6220_at 0.37737796 -0.00217733 0.25527967 0.257457 RMD5 sporulation;

Cytosolic protein required forYDR255C also required for the ubiq

9669_at 0.43475243 -0.02132533 0.236202 0.25752733 VPS71 component

Protein of unknown function, YML041C of the Swr1p complex that

10067_at 0.46523647 -0.01801433 0.23966333 0.25767767 RED1 YLR263W

meiosis-specific protein involved in similar chromosome synapsis a

3685_f_at 0.43750324 -0.01600133 0.241889 0.25789033 NA YMRWDELTA17

Similar to probable membrane protein YDR340W and to yeast CYC

7241_at 0.77839548 -0.32749033 -0.069339 0.25815133 VID24 protein

peripheral vesicle membraneYBR105C

10225_at 0.56389056 -0.03120433 0.22714833 0.25835267 midasin MDN1 YLR106C

10506_at 0.54514053 -0.01545033 0.24302 0.25847033 NA RPF2 YKR081C

8218_at 0.41628104 -0.00338267 0.255116 0.25849867 PDR10 YOR328W

ABC transporter (putative)|highly similar to Pdr5p

4795_at 0.69158537 -0.069764 0.18892733 0.25869133 SMI1

57 kDa nuclear protein YGR229C

8005_at 0.57107878 -0.03985 0.21945267 0.25930267 Hypothetical ORFNA YPL245W

6785_at 0.42349953 -0.001511 0.25863833 0.26014933 Hypothetical ORFNA YCR090C

8923_at 0.82572366 -0.39094367 -0.13074267 0.260201 AQR1

multidrug resistance transporterYNL065W

6468_at 0.41153316 -0.00261 0.257771 0.260381 TRP1 YDR007W

N-(5'-phosphoribosyl)-anthranilate isomerase

7951_at 0.57644703 -0.05160033 0.20895867 0.260559 NA YPL207W

Hypothetical ORF /// Identified by expression profiling and mass spe

6604_at 0.59475101 -0.05054367 0.21067033 0.261214 nuclear YDL126C

ATPase in ER,CDC48 membrane and cytosol with homology to ma

6644_at 0.64641484 -0.04597867 0.215373 0.26135167 Hypothetical ORFNA YDL176W

3428_f_at 0.48978059 -0.01889733 0.24250633 0.26140367 NA YDRCDELTA3

Identified by expression profiling and mass spectrometry /// TyA Ga

10552_at 0.64284375 -0.01924633 0.24224367 0.26149 DID2 YKR035W-A

class E vacuolar-protein sorting and endocytosis factor

7078_at 0.72721832 -0.16411467 0.09738067 0.26149533 Hypothetical ORFNA YBR085c-a

9141_at 0.31521106 -0.00201833 0.259813 0.26183133 CLA4

Ste20p homolog|protein kinase YNL298W

9178_at 0.70516979 -0.15881667 0.10319767 0.26201433 MRPS18 YNL306W

Mitochondrial ribosomal protein of the small subunit; essential for vi

5554_at 0.70381637 -0.04912333 0.213095 0.26221833 SPT2

non-specific DNA binding proteinYER161C

3739_f_at 0.43742272 -0.02309967 0.23953067 0.26263033 COS1 member of

Protein of unknown function, YML132W a family of conserved, ofte

11357_at 0.59669156 -0.07085033 0.19190667 0.262757 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YAL053W

7326_at 0.44709552 -0.009454 0.25335967 0.26281367 UBP14

ubiquitin-specific protease YBR058C

4947_at 0.56856187 -0.00320833 0.259627 0.26283533 Hypothetical ORFNA YGR066C

7397_at 0.48186929 -0.00204967 0.26121967 0.26326933 Hypothetical ORFNA YBL010C

5769_at 0.60707114 -0.020316 0.24319467 0.26351067 permease

ferrioxamine BSIT1 YEL065W

7819_at 0.60392954 -0.03328467 0.23028633 0.263571 Hypothetical ORFMUK1 YPL070W

6848_at 0.65848168 -0.027446 0.236216 0.263662 Hypothetical ORFNA YCR016W

3812_at 0.56195321 -0.04159267 0.222288 0.26388067 NA NA YKLCDELTA2

4074_at 0.61715661 -0.030567 0.23331733 0.26388433 GTT1

glutathione transferase YIR038C

9305_at 0.45107971 -0.01237133 0.25211667 0.264488 NA YMR299C

Light intermediate chain of dynein

5339_at 0.50218848 -0.03398833 0.230686 0.26467433 SAP155 with the Sit4p protein phosphatase an

Protein that forms a complexYFR040W

6341_at 0.56664159 -0.02787467 0.23711333 0.264988 NUM1 YDR150W

Protein required for nuclear migration, localizes to the mother cell c

9638_at 0.6389892 -0.07376367 0.192002 0.26576567 SOK2

transcription factor (putative) YMR016C

9170_at 0.51195322 -0.029255 0.23652367 0.26577867 DAL82 YNL314W

positive transcriptional regulator

10897_at 0.61380829 -0.016351 0.24948633 0.26583733 SOD1

Cu, Zn superoxide dismutase YJR104C

8278_at 0.41054 -0.00087567 0.26514067 0.26601633 CDC31 YOR257W

nuclear pore complex subunit|spindle pole body calcium-binding pro

7442_at 0.56138051 -0.041614 0.224758 0.266372 Hypothetical ORFNA YBL055C

5996_at 0.6847985 -0.09323967 0.17320433 0.266444 a complex YDR482C

Component of CWC21 containing Cef1p, putatively involved in pr

5644_at 0.50027715 -0.037577 0.22898533 0.26656233 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YER071C

8037_at 0.42334088 -0.01319267 0.25357467 0.26676733 THI21 YPL258C

Hydroxymethylpyrimidine phosphate kinase, involved in the last ste

8390_at 0.52728053 -0.034581 0.23272033 0.26730133 THI80

thiamin pyrophosphokinase YOR143C

8181_at 0.54606799 -0.02692233 0.24040433 0.26732667 FIT2 YOR382W

Cell wall protein involved in iron transport

7613_at 0.62893425 -0.02576767 0.24179633 0.267564 Hypothetical ORFNA YPR127W

11147_at 0.56860464 -0.05614667 0.211453 0.26759967 IDS2 YJL146W

Protein involved in modulation of Ime2p activity during meiosis, app

3653_f_at 0.37897433 -0.00189667 0.26618433 0.268081 NA YNLCDELTA2

Identified by expression profiling and mass spectrometry /// TyA Ga

8528_at 0.41255969 -0.016048 0.25228433 0.26833233 AUS1 family

ATP-binding cassette (ABC) YOR011W

7111_at 0.49020146 -0.01272267 0.25579167 0.26851433 Hypothetical ORFNA YBR246W

10004_at 0.55684178 -0.025534 0.24353867 0.26907267 NA NA YLR334C

11124_at 0.49606985 -0.006769 0.26255933 0.26932833 GCD14 YJL125C

subunit of tRNA(1-methyladenosine) methyltransferase, along with

4160_at 0.4499149 -0.02499067 0.24434867 0.26933933 Hypothetical ORF NA YIL057C

8142_s_at 0.33753678 -0.009678 0.26004067 0.26971867 FDH1 YOR388C

NAD(+)-dependent formate dehydrogenase, may protect cells from

9038_at 0.55654792 -0.04227833 0.22775433 0.27003267 NOP13 localizes

Protein of unknown function, YNL175Cto the nucleolus and nucleop

7893_at 0.51064643 -0.03638967 0.23371067 0.27010033 COX11 YPL132W

Mitochondrial membrane protein required for assembly of active cyt

9701_at 0.36146009 -0.01241133 0.257801 0.27021233 SPC2 YML055W

signal peptidase complex subunit|similar to mammalian protein SPC

8816_at 0.69432026 -0.06138267 0.20913067 0.27051333 BIO4

dethiobiotin synthetase YNR057C

11191_at 0.5783563 -0.03957433 0.23099833 0.27057267 Hypothetical ORF NA YJL147C

3826_at 0.57756657 -0.07415833 0.19652 0.27067833 NA NA YKRWDELTA10

7623_at 0.4676458 -0.00738967 0.26366533 0.271055 CTF4 YPR135W

DNA polymerase alpha binding protein

7087_at 0.7108105 -0.01739867 0.253965 0.27136367 The authentic, NA YBR269C

non-tagged protein was localized to the mitochondria

9160_at 0.40332422 -0.00118733 0.270341 0.27152833 PRM1 YNL279W

Pheromone-regulated multispanning membrane protein involved in

9081_at 0.40454011 -0.00959033 0.26286 0.27245033 SSU72 YNL222W

functionally related to TFIIB, affects start site selection in vivo

9648_at 0.57983185 -0.06304533 0.20995267 0.272998 PPZ1 YML016C

Serine/threonine protein phosphatase Z, isoform of Ppz2p; involved

7968_at 0.52836122 -0.02089067 0.252536 0.27342667 PRM3 YPL192C

Pheromone-regulated protein required for karyogamy; localizes to t

7235_at 0.53638047 -0.029467 0.24434133 0.27380833 NA NA YBR144C

5133_at 0.48199085 -0.026166 0.24777833 0.27394433 NA NA YGL109W

8905_at 0.56042703 -0.05656467 0.21763267 0.27419733 NA NA YNL036W

10756_at 0.82190928 -0.14143667 0.13325467 0.27469133 PIR3 YKL163W

Protein containing tandem internal repeats

5710_at 0.35366645 -0.00050467 0.27443967 0.27494433 Hypothetical ORF NA YER010C

3277_f_at 0.60448247 -0.070587 0.20453867 0.27512567 NA NA YGRCDELTA12

3452_f_at 0.34343654 -0.00150133 0.27364133 0.27514267 NA YCRCDELTA6

Identified by expression profiling and mass spectrometry /// TyA Ga

11329_at 0.42549804 -0.01296467 0.262375 0.27533967 BUD14 YAR014C

Protein involved in bud-site selection; diploid mutants display a rand

9577_at 0.48947537 -0.0048 0.27108133 0.27588133 IOC4 YMR044W

Member of a complex (Isw1b) with Isw1p and Ioc2p that exhibits nu

9730_at 0.43399356 -0.00968133 0.26626767 0.275949 POB3 YML069W

DNA polymerase delta binding protein

11214_at 0.51190893 -0.04390433 0.23217367 0.276078 NA NA YJL169W

9442_s_at 0.74342823 -0.15343133 0.122988 0.27641933 DDR48

flocculent specific protein YMR173W

5564_at 0.49159378 -0.02525767 0.25173767 0.27699533 RAD3 YER171W

5' to 3' DNA helicase, involved in nucleotide excision repair and tran

6698_at 0.60018868 -0.02514933 0.25190033 0.27704967 GABA-specificUGA4 YDL210W

transport protein

7885_at 0.5205792 -0.04557967 0.232511 0.27809067 protein kinase MKK2 YPL140C

3522_f_at 0.40588363 -0.019052 0.25961667 0.27866867 NA NA YBRWDELTA15

11311_at 0.27398065 -0.001189 0.27788733 0.27907633 MDM10 YAL010C

mitochondrial outer membrane protein

4502_at 0.60681672 -0.08552667 0.194277 0.27980367 DAP2 (DPAP B)|dipeptidyl aminopeptidase y

dipeptidyl aminopeptidase B YHR028C

6588_at 0.6101004 -0.03148733 0.24835467 0.279842 SNU23 YDL098C

RNA binding zinc finger protein (putative)

10520_at 0.51299956 -0.034327 0.245565 0.279892 NAP1

nucleosome assembly protein I YKR048C

6045_at 0.56516383 -0.005411 0.274889 0.2803 Hypothetical ORF NA YDR438W

5217_at 0.30431492 -0.00893633 0.27208933 0.28102567 SIP2 YGL208W

Member of a family of proteins, including Sip1p and Gal83p, that int

10580_at 0.43877315 -0.00985033 0.27148067 0.281331 Hypothetical ORF NA YKL027W

10203_at 0.54000358 -0.043862 0.23757367 0.28143567 U3 snoRNP protein DIP2 YLR129W

10237_at 0.17476083 -0.00170667 0.279831 0.28153767 NA NA YLR118C

6763_at 0.48043794 -0.03668733 0.24522067 0.281908 STP22

putative ubiquitin receptor YCL008C

3648_f_at 0.36892506 -0.011724 0.27018633 0.28191033 COS1 member of

Protein of unknown function, YNL336W a family of conserved, ofte

8845_at 0.50744196 -0.028912 0.253035 0.281947 HRB1

hypothetical RNA-binding protein YNL004W

10728_at 0.22966695 -0.00210267 0.27998667 0.28208933 RPT1 YKL145W

26S protease subunit component (putative)|ATPase

11126_at 0.31972858 -0.00029967 0.28192333 0.282223 Hypothetical ORF NA YJL123C

10969_at 0.68454673 -0.06052367 0.22196333 0.282487 GEF1 YJR040W

transport protein involved in intracellular iron metabolism (putative)

6617_at 0.44800584 -0.01110067 0.271502 0.28260267 Hypothetical ORF NA YDL114W

6197_at 0.70759282 -0.153331 0.129332 0.282663 MTH1

Msn3p homolog (61% identical) YDR277C

6093_at 0.56078032 -0.07444233 0.20922433 0.28366667 NA NA YDR396W

10134_at 0.64628003 -0.029914 0.25375633 0.28367033 Hypothetical ORF NA YLR199C

3325_f_at 0.73127644 -0.176156 0.10768367 0.28383967 by YER188c-a

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

7739_at 0.52850319 -0.039329 0.244654 0.283983 NA

HAT complex component YPR031W

9553_at 0.6302281 -0.01745 0.26687333 0.28432333 Component of AVO2 YMR068W

a complex containing the Tor2p kinase and other pro

7620_at 0.50631398 -0.00539667 0.27946533 0.284862 IWS1 YPR133C

involved in transcriptional elongation

11141_at 0.40587458 -0.01342967 0.271438 0.28486767 IME2 YJL106W

Serine/threonine protein kinase involved in activation of meiosis, as

7720_at 0.50915647 -0.047214 0.23773067 0.28494467 MAP kinase SMK1 YPR054W

3676_f_at 0.61598203 -0.05568333 0.22970967 0.285393 NA NA YMRCDELTA11

4580_at 0.8699182 -1.247697 -0.962004 0.285693 cysteine YHL028W

contains novelWSC4 motif|integral membrane protein (putative)|s

11361_at 0.49821754 -0.038561 0.24781867 0.28637967 SPC72 YAL047C

Spc72p interacts with Stu2p in the two-hybrid assay; Spc72p localiz

7140_at 0.62186702 -0.08902433 0.19738233 0.28640667 Hypothetical ORF NA YBR230C

8345_at 0.60519008 -0.07081633 0.215707 0.28652333 IES4 YOR189W

Protein that associates with the INO80 chromatin remodeling comp

11217_at 0.62440623 -0.06694067 0.220159 0.28709967 CBP1 YJL209W

Protein required for COB mRNA stability or 5' processing. required

5043_at 0.41496404 -0.01264767 0.274477 0.28712467 CK2 beta subunit

protein kinase CKB1 YGL019W

5011_at 0.52253445 -0.02472733 0.26271267 0.28744 Ca2+ ATPase PMC1 (putative) YGL006W

6897_at 0.56912787 -0.01706533 0.27039767 0.287463 GRX1

glutaredoxin|EC 1.20.4.1 YCL035C

11296_s_at 0.63573502 -0.09219033 0.195341 0.28753133 MST27

protein with COPI and COPIIYAR033Wbindng motifs

6231_at 0.52770172 -0.03937667 0.248288 0.28766467 Hypothetical ORF NA YDR266C

6212_at 0.73345326 -0.009461 0.27871033 0.28817133 VHS1 suppresses

Gene whose overexpression YDR247W the synthetic lethality of th

4851_i_at 0.57353045 -0.058836 0.229428 0.288264 RSR1 YGR151C

Gtp-binding protein of the ras superfamily involved in bud site selec

5652_at 0.6036363 -0.05032433 0.23842933 0.28875367 Hypothetical ORF NA YER079W

11022_at 0.53768762 -0.03318233 0.25636933 0.28955167 PRE3

20S proteasome subunit YJL001W

9614_at 0.56232526 -0.040432 0.24949467 0.28992667 MIH1

protein phosphatase YMR036C

10507_at 0.38929009 -0.00552167 0.28444067 0.28996233 NUP133

nuclear pore complex subunit YKR082W

10646_at 0.38784539 -0.000633 0.28954733 0.29018033 MBR1 YKL093W

Involved in mitochondrial biogenesis

9930_at 0.63629478 -0.00796667 0.28253433 0.290501 NA NA YLR395C

7625_at 0.57582185 -0.032691 0.258102 0.290793 U3 snoRNP proteinRRP9 YPR137W

7206_at 0.41478012 -0.00310067 0.28778467 0.29088533 CDC28

cyclin-dependent protein kinase YBR160W

6645_at 0.50464845 -0.03561467 0.25534333 0.290958 AIR2 YDL175C

RING finger protein that interacts with the arginine methyltransferas

10444_at 0.53413085 -0.066595 0.22501567 0.29161067 NA NA YKR035C

10589_at 0.2962974 -0.00751567 0.284122 0.29163767 SWD2 YKL018W

compass (complex proteins associated with Set1p) component

8024_at 0.44895799 -0.021684 0.27053967 0.29222367 epsilon

ATP synthase ATP15 subunit YPL271W

6478_at 0.53291187 -0.022808 0.26956167 0.29236967 KCS1

Inositol polyphosphate kinase YDR017C

8946_at 0.47608247 -0.02493633 0.267608 0.29254433 Hypothetical ORF NA YNL086W

11370_at 0.54623833 -0.05433633 0.23842433 0.29276067 CYC3

cytochrome c heme lyase (CCHL) YAL039C

6826_at 0.62883108 -0.10097167 0.19179967 0.29277133 ribokinase RBK1 YCR036W

4579_at 0.20672692 -0.00090867 0.29202 0.29292867 Hypothetical ORF NA YHL029C

4882_g_at 0.48871746 -0.02928033 0.26410667 0.293387 LAs17 BindingLSB1 protein YGR136W

8826_at 0.50480571 -0.028627 0.26478267 0.29340967 SNF12 YNR023W

RSC chromatin remodeling complex Rsc6p subunit homolog|SWI/S

4092_at 0.47997783 -0.01803267 0.27574433 0.293777 STS1 YIR011C

restores protein transport when overexpressed and rRNA stability to

5965_at 0.51075367 -0.02382633 0.269951 0.29377733 PUF

member of thePUF6 protein familyYDR496C

6628_at 0.66531982 -0.14481833 0.148971 0.29378933 RPN5 YDL147W

proteasome regulatory particle subunit

8406_at 0.5005416 -0.00645467 0.28754167 0.29399633 protein

human E core SME1 homolog YOR159C

5307_at 0.52248077 -0.03096033 0.263055 0.29401533 NA NA YFR053C

11367_at 0.53143609 -0.01980367 0.274472 0.29427567 ERV46 YAL042W

ER-Golgi transport vesicle protein

6269_at 0.31530891 -0.002164 0.292344 0.294508 TCP1

chaperonin subunit alpha YDR212W

4170_at 0.37604668 -0.01758467 0.27697067 0.29455533 Hypothetical ORF NA YIL096C

9725_at 0.30213415 -0.00630967 0.28891567 0.29522533 cis-trans isomerase (PPIase)

peptidyl-prolyl FPR3 YML074C

3642_at 0.48334831 -0.00737833 0.287984 0.29536233 NA NA YOLWDELTA6

8804_at 0.57044096 -0.04442867 0.251504 0.29593267 NA YNR046W

Protein required for cell viability

6373_g_at 0.64738467 -0.06787833 0.22806667 0.295945 DNF2 translocase

Potential aminophospholipid YDR093W

4483_s_at 0.42343366 -0.03088733 0.26540967 0.296297 metallothionein

copper bindingCUP1-2 YHR053C

10681_at 0.82295537 -0.150864 0.14552667 0.29639067 LAP4

vacuolar aminopeptidase ysc1 YKL103C

8407_at 0.45159666 -0.02697767 0.26951567 0.29649333 MTR10 YOR160W

Protein involved in mRNA transport from nucleus to cytoplasm

6510_at 0.42998627 -0.01519833 0.28186867 0.297067 SIR2 YDL042C

nuclear NAD-dependent deacetylase

4573_at 0.71461515 -0.14994967 0.147226 0.29717567 ABC transporter NA YHL035C

8722_at 0.5794037 -0.01325 0.283978 0.297228 Hypothetical ORF NA YOL159C

6794_at 0.42155347 -0.01794267 0.27938333 0.297326 NA YCR099C

Hypothetical ORF /// Hypothetical ORF

8205_at 0.5651635 -0.01099733 0.286394 0.29739133 PRT1 YOR361C

translation initiation factor eIF3 subunit

8533_at 0.28638056 -0.00074333 0.29668167 0.297425 NA NA YOR015W

7971_at 0.63619706 -0.075233 0.22227033 0.29750333 NSL1 YPL233W

Protein required for cell viability

5674_at 0.63959238 -0.01504267 0.28248433 0.297527 PHO85 cyclin PCL6 YER059W

4217_at 0.41224649 -0.010647 0.28691967 0.29756667 REV7 YIL139C

DNA polymerase zeta (pol-zeta) subunit

5085_at 0.36026973 -0.00074 0.296909 0.297649 NPY1

NADH pyrophosphatase 1 YGL067W

3406_f_at 0.28900985 -0.00368067 0.29418667 0.29786733 HIF1 YDRWDELTA11

Identified by expression profiling and mass spectrometry /// Non-ess

11372_at 0.5500968 -0.019008 0.27916467 0.29817267 Hypothetical ORFNA YAL037W

8802_at 0.43265341 -0.024568 0.273639 0.298207 AGA1

a-agglutinin anchorage subunit YNR044W

4390_at 0.76373631 -0.20985367 0.08875533 0.298609 Hypothetical ORFNA YHR140W

5677_at 0.57089572 -0.05922267 0.239508 0.29873067 synthase homolog

beta-keto-acyl CEM1 YER061C

7944_at 0.57069872 -0.028451 0.270516 0.298967 OYE3

NADPH dehydrogenase YPL171C

6258_at 0.41712079 -0.02044633 0.278561 0.29900733 SPC19

spindle pole component YDR201W

5421_i_at 0.5457339 -0.01816967 0.28092467 0.29909433 Hypothetical ORFNA YFL067W

9043_at 0.27943031 -0.00647033 0.29278633 0.29925667 NA NA YNL170W

6018_at 0.45362578 -0.01733267 0.281929 0.29926167 in outside Ras

likely functionsNA pathway(s)YDR459C

9892_at 0.57902532 -0.03484433 0.26451633 0.29936067 protein YLR443W

Non-essential ECM7 of unknown function

6607_at 0.75868905 -0.17848233 0.12090067 0.299383 Hypothetical ORFNA YDL124W

11006_at 0.48928367 -0.01247367 0.28704433 0.299518 CPR7 YJR032W

cyclophilin 40|peptidyl-prolyl cis-trans isomerase (PPIase)

6594_at 0.35140796 -0.00710967 0.29251933 0.299629 SRP14 YDL092W

Signal recognition particle subunit

11368_at 0.28804866 -0.00569033 0.29396467 0.299655 CDC24 YAL041W

guanine nucleotide exchange factor (a.k.a. GDP-release factor) for

6813_at 0.53227055 -0.04197533 0.25768767 0.299663 NA YCR072C

Protein required for cell viability

7983_at 0.46295662 -0.01321467 0.28658267 0.29979733 NA overproduction suppresses a pam1 slv

Protein of unknown function, YPL221W

7804_at 0.32986225 -0.007364 0.292824 0.300188 Hypothetical ORFNA YPL039W

6094_at 0.51113944 -0.052591 0.247976 0.300567 NCB2 YDR397C

Negative Cofactor B2 is the beta subunit of a negative regulator of R

8186_at 0.47328079 -0.02853867 0.27241267 0.30095133 Hypothetical ORFNA YOR342C

5059_at 0.23532286 -0.00627467 0.295411 0.30168567 ATPase RPT6 YGL048C

11225_at 0.60317118 -0.05966 0.242416 0.302076 protein YJL201W

Non-essential ECM25 of unknown function; promoter contains a con

6143_f_at 0.61599438 -0.03740667 0.26488333 0.30229 SSF2 YDR312W

high copy suppressor of G beta subunit temperature sensitive muta

9589_at 0.37368953 -0.00526367 0.297569 0.30283267 SEN15 YMR059W

tetrameric tRNA splicing endonuclease 15kDa subunit

11166_at 0.43568592 -0.005603 0.29734333 0.30294633 TRK1 YJL129C

180 kDa high affinity potassium transporter

10622_at 0.75681623 -0.25007533 0.05323533 0.30331067 NA NA YKL030W

5341_at 0.61786972 -0.11420133 0.189444 0.30364533 NA YFR042W

Protein required for cell viability

7084_at 0.48533833 -0.01470033 0.28917167 0.303872 proteins YBR264C

similar to Rab YPT10 and other small GTP-binding proteins

9064_at 0.60714766 -0.010053 0.29448333 0.30453633 Hypothetical ORFNA YNL195C

4311_at 0.59944907 -0.02770967 0.27684033 0.30455 RIbosome eXport RIX1 YHR197W

5101_at 0.69172946 -0.07272867 0.23183933 0.304568 Target of SBF TOS8 YGL096W

4819_at 0.4878818 -0.04723233 0.25741267 0.304645 NA NA YGR164W

5026_at 0.35915264 -0.01167433 0.293461 0.30513533 NA

Mtf1 Two Hybrid Clone 2 YGL036W

5373_at 0.47860303 -0.01822467 0.28693333 0.305158 INO80 YFL013C

Subunit of the IES1 chromatin remodeling complex

8511_at 0.51913241 -0.028332 0.277035 0.305367 HIR2 YOR038C

contains nuclear targeting signal|repressor protein (putative)

7580_at 0.6966493 -0.090723 0.21499167 0.30571467 snRNP proteinSMX3 YPR182W

3181_f_at 0.62465562 -0.03121633 0.274663 0.30587933 NA YHRCDELTA16

Similar to probable membrane protein YDR340W and to yeast CYC

10673_at 0.65212675 -0.05689567 0.24936667 0.30626233 NA NA YKL111C

10792_at 0.54663941 -0.00987467 0.29640333 0.306278 F

ferric reductase RE2 YKL220C

9580_at 0.48772335 -0.02877967 0.278585 0.30736467 ERB1 YMR049C

Protein required for maturation of the 25S and 5.8S ribosomal RNA

9597_at 0.43557264 -0.01474167 0.29285067 0.30759233 Hypothetical ORFUBX4 YMR067C

8454_at 0.43475539 -0.025683 0.282045 0.307728 RPT5 YOR117W

Probable 26S protease subunit and member of the CDC48/PAS1/S

9074_at 0.40669287 -0.01685267 0.29104833 0.307901 URE2 YNL229C

glutathione transferase (putative)|transcriptional regulator|prion

8674_at 0.62665991 -0.04289067 0.26563 0.30852067 Hypothetical ORFNA YOL114C

6179_at 0.48290002 -0.01918833 0.29020733 0.30939567 HNT2 YDR305C

Dinucleoside triphosphate hydrolase; has similarity to the tumor sup

7146_at 0.36847304 -0.006339 0.30327 0.309609 ABD1 YBR236C

RNA (guanine-7-)methyltransferase (cap methyltransferase)

7988_at 0.35239324 -0.02044033 0.28939133 0.30983167 Hypothetical ORFNA YPL216W

3453_at 0.51683212 -0.057465 0.25259967 0.31006467 NA YCR007C

Putative integral membrane protein, member of DUP240 gene fami

5164_at 0.52650697 -0.01386333 0.296543 0.31040633 ROK1 YGL171W

ATP-dependent RNA helicase of the DEAD box family; required for

6404_at 0.4895063 -0.016564 0.294675 0.311239 VPS41

vacuolar protein sorting YDR080W

5597_at 0.25536868 -0.007893 0.303765 0.311658 LSM4

U6 snRNA associated protein YER112W

4828_at 0.45368837 -0.00895633 0.30275533 0.31171167 NA YGR173W

Protein with similarity to mammalian developmentally regulated GTP

10107_at 0.51458746 -0.01564733 0.29619133 0.31183867 NA

Protein of unknown function YLR215C

8917_at 0.41191638 -0.01816167 0.29405933 0.312221 the outer mitochondrial membrane

translocase of TOM7 YNL070W

4234_at 0.44534917 -0.00408867 0.308183 0.31227167 POG1

transcription factor (putative) YIL122W

7417_at 0.39826856 -0.010194 0.302089 0.312283 POL12 YBL035C

DNA polymerase alpha-primase complex B subunit

3505_s_at 0.55182115 -0.04219467 0.27017133 0.312366 NA NA YBLWDELTA6

5115_at 0.30974369 -0.01043067 0.30205033 0.312481 SOH1 similarity

Soh1p has limited sequence YGL127Cto RNA polymerases and inte

8781_at 0.31821858 -0.016425 0.29611367 0.31253867 BSC5 YNR069C

Transcript encoded by this ORF shows a high level of stop codon b

6597_at 0.540561 -0.01958967 0.29300667 0.31259633 LYS20 /// LYS21YDL131W

YDL131W (LYS21) homolog|homocitrate synthase /// YDL182W (LY

6115_at 0.43402961 -0.019821 0.29325233 0.31307333 FRQ1 YDR373W

N-myristoylated calcium-binding protein that may have a role in intra

3926_f_at 0.28967271 -0.003045 0.310039 0.313084 NA YARWDELTA6

Identified by expression profiling and mass spectrometry /// TyA Ga

10952_at 0.17446902 -0.003633 0.30989 0.313523 RFC2 YJR068W

replication factor C subunit 2|similar to human RFC 37 kDa subunit

3187_s_at 0.75693502 -0.12516033 0.18841267 0.313573 YRF1-7

Y'-helicase protein 1 YHL050C

3877_at 0.51066085 -0.00169933 0.311916 0.31361533 NA NA YJLWDELTA10

10984_at 0.6596027 -0.13576333 0.178332 0.31409533 HIT1 required for

Protein of unknown function, YJR055W growth at high temperatur

6427_at 0.64946262 -0.11790333 0.19620867 0.314112 TGL2

triglyceride lipase YDR058C

9003_at 0.47099948 -0.036117 0.27883 0.314947 invasive

plays a role in NCS2 growth YNL119W

4886_at 0.48259178 -0.05335233 0.2617 0.31505233 CBF2 YGR140W

centromere binding factor CBF3 110 kDa subunit

11149_at 0.64581873 -0.020127 0.295148 0.315275 Hypothetical ORFNA YJL144W

11144_at 0.64329498 -0.07847633 0.236991 0.31546733 Hypothetical ORFNA YJL103C

7199_at 0.36277405 -0.00948467 0.30613567 0.31562033 RIB7 YBR153W

Protein involved in the biosynthesis of riboflavin, second step in the

9634_at 0.55821583 -0.059617 0.256426 0.316043 CLU1 YMR012W

Sometimes copurifies with translation initiation factor eIF3, but appa

6827_at 0.59367055 -0.007335 0.30880767 0.31614267 PHO87

phosphate permease YCR037C

6282_at 0.56419513 -0.01083033 0.30567233 0.31650267 SCC2 YDR180W

Sister chromatid cohesion protein

8179_at 0.48390589 -0.03177667 0.28486033 0.316637 RDR1

Repressor of drug resistanceYOR380W

6326_at 0.54097822 -0.07872267 0.23845133 0.317174 NA NA YDR136C

7640_at 0.43710091 -0.02608967 0.29123 0.31731967 Hypothetical ORFNA YPR109W

9984_at 0.48919598 -0.02381233 0.29362333 0.31743567 VPS38 YLR360W

involved in vacuolar protein targeting

5713_at 0.4674415 -0.00624333 0.31123267 0.317476 PRP22

helicase-like protein YER013W

4771_at 0.48184565 -0.035502 0.282093 0.317595 NA YGR251W

Protein required for cell viability

7605_at 0.49974767 -0.00677033 0.31085 0.31762033 SGV1 YPR161C

CDC28/cdc2 related protein kinase

10116_at 0.46629375 -0.03257667 0.285366 0.31794267 Hypothetical ORFNA YLR224W

5388_at 0.45155255 -0.004522 0.313545 0.318067 LOC1 YFR001W

Nuclear protein involved in asymmetric localization of ASH1 mRNA

6701_at 0.53135749 -0.00365533 0.31490133 0.31855667 GLE1 YDL207W

nuclear pore complex subunit|nuclear-export-signal (NES)-containin

10572_at 0.50028755 -0.053628 0.26512067 0.31874867 NA NA YKR009C

10314_at 0.39649078 -0.00726633 0.31199067 0.319257 POM34 YLR018C

integral membrane protein|nuclear pore complex subunit

9850_at 0.56753757 -0.04721967 0.272224 0.31944367 Hypothetical ORFNA YLR446W

10635_at 0.43840495 -0.031104 0.28865467 0.31975867 Hypothetical ORFNA YKL061W

3570_f_at 0.3071387 -0.00143367 0.31894667 0.32038033 NA YPRWDELTA17

TyA Gag protein; the main structural constituent of virus-like particle

7285_at 0.351564 -0.00793 0.312808 0.320738 Hypothetical ORFNA YBR062C

3474_f_at 0.40545399 -0.00016267 0.32061633 0.320779 NA NA YDLCDELTA1

4226_at 0.49588414 -0.002057 0.31873867 0.32079567 Hypothetical ORFNA YIL130W

5161_at 0.50194625 -0.00161233 0.31926367 0.320876 BUD13 YGL174W

Protein involved in bud-site selection; diploid mutants display a unip

8296_at 0.34764681 -0.01567667 0.305281 0.32095767 Unknown functionRIM20 YOR275C

8930_at 0.21558536 -0.005672 0.31538333 0.32105533 NA NA YNL057W

7104_at 0.34633482 -0.016698 0.305752 0.32245 Hypothetical ORFNA YBR239C

9057_at 0.51617676 -0.01545167 0.30718433 0.322636 SPS19

2,4-dienoyl-CoA reductase YNL202W

7899_at 0.46146629 -0.022804 0.30022333 0.32302733 NAN1

U3 snoRNP protein YPL126W

7776_at 0.40329247 -0.01512233 0.30804733 0.32316967 UV endonuclease RAD1 YPL022W

8631_at 0.50503482 -0.01914333 0.30417233 0.32331567 RIB2 YOL066C

DRAP deaminase|pseudouridine synthase

9319_at 0.27504381 -0.010728 0.31259133 0.32331933 GLC8 YMR311C

protein phosphatase 1 (Glc7p) regulator

11306_at 0.52911333 -0.03578833 0.28865133 0.32443967 NA YAR064W

Identified by gene-trapping, microarray-based expression analysis,

9396_at 0.54680244 -0.08886433 0.23568633 0.32455067 DnaJ homologSCJ1 YMR214W

10178_at 0.31455187 -0.014496 0.310132 0.324628 PEP3

vacuolar membrane protein YLR148W

9581_at 0.28076988 -0.01274 0.31246867 0.32520867 FAR3 YMR052W

Protein involved in G1 cell cycle arrest in response to pheromone, i

4852_s_at 0.50423639 -0.04215633 0.283759 0.32591533 RSR1 YGR151C

Gtp-binding protein of the ras superfamily involved in bud site selec

5708_at 0.27597451 -0.00553667 0.32108467 0.32662133 SEC3

exocyst complex component YER008C

11102_at 0.48057083 -0.04805133 0.27882033 0.32687167 LAs17 BindingLSB6 protein YJL100W

5097_at 0.43867229 -0.01590267 0.31106433 0.326967 SEH1

nuclear pore complex subunit YGL100W

4816_at 0.23380413 -0.005746 0.32124767 0.32699367 Hypothetical ORFNA YGR206W

10924_at 0.59998151 -0.03307367 0.294374 0.32744767 Hypothetical ORFNA YJR085C

8615_at 0.67852358 -0.105004 0.22275433 0.32775833 Hypothetical ORFNA YOL083W

6099_at 0.55262758 -0.02117767 0.30672533 0.327903 GGA1

ARF-binding protein YDR358W

8370_at 0.33610728 -0.00672067 0.321284 0.32800467 GLN4

glutamine-tRNA ligase YOR168W

4140_at 0.53948477 -0.027687 0.30062733 0.32831433 Peptidase thatULP2 Smt3/SUMO-1 peptides from proteins,

deconjugates YIL031W

7615_at 0.52760198 -0.057201 0.27138333 0.32858433 SCD6 YPR129W

Protein containing an Lsm domain, may bind RNA and have a role i

10753_at 0.51632356 -0.00888667 0.31992233 0.328809 TPK3 YKL166C

cAMP-dependent protein kinase catalytic subunit

6074_at 0.54059639 -0.07266633 0.25616067 0.328827 subunit

ATP synthase ATP17 f YDR377W

6440_at 0.33889699 -8.77E-05 0.32971067 0.32979837 Hypothetical ORF NA YDR026C

4474_at 0.31430085 -0.01761567 0.31271967 0.33033533 Hypothetical ORF NA YHR045W

4205_at 0.34381183 -0.01381333 0.31691733 0.33073067 NA mutation

Protein of unknown function; YIL105C is synthetically lethal with an

7553_at 0.44617105 -0.03180233 0.299009 0.33081133 ARR2 for arsenate

Arsenate reductase required YPR200C resistance; converts arse

6402_at 0.49217072 -0.03817 0.29282833 0.33099833 Suppressor of SHU2 YDR078C

hydroxy-urea sensitivity

3228_at 0.54529771 -0.06436267 0.267101 0.33146367 NA NA YGRWSIGMA7

4315_at 0.254473 -0.002573 0.328951 0.331524 exopolyphosphatasePPX1 YHR201C

9421_s_at 0.25408448 -0.00418533 0.32739533 0.33158067 RPL36A (L39)YMR194W

(YL39)

ribosomal protein L36A /// RPL36B /// ribosomal protein L36B (L39

3735_f_at 0.29177289 -0.014436 0.31730267 0.33173867 YRF1-7 YLR466W

Hypothetical ORF /// Y'-helicase protein 1

7399_at 0.51794201 -0.03172433 0.30003767 0.331762 NA NA YBL053W

10633_at 0.26671091 -0.00131933 0.33055533 0.33187467 Hypothetical ORF NA YKL063C

4414_at 0.21855246 -0.000267 0.33172667 0.33199367 LSM12 YHR121W

Protein containing an Lsm domain and an AD domain; may bind RN

9740_at 0.51929699 -0.04908633 0.283036 0.33212233 CAC2 YML102W

chromatin assembly factor-I (CAF-I) p60 subunit

7289_at 0.70826066 -0.243441 0.08896067 0.33240167 NRG1 homolog RG2 N YBR066C

8938_at 0.30675955 -0.016376 0.317175 0.333551 APP1 interacts with Rvs161p and Rvs167p;

Protein of unknown function, YNL094W

3323_i_at 0.65265069 -0.09094567 0.24318467 0.33413033 NA NA YERCOMEGA1

6262_at 0.55274783 -0.01635967 0.31817133 0.334531 cation YDR205W

Member of theMSC2 diffusion facilitator family, localizes to the end

7637_at 0.65086704 -0.113039 0.221563 0.334602 protein kinase ISR1 YPR106W

6469_at 0.41440073 -0.022037 0.313411 0.335448 NA NA YDR008C

6857_at 0.4732189 -0.047688 0.28788233 0.33557033 Hypothetical ORF NA YCR024C

5103_at 0.54344512 -0.08081433 0.25482733 0.33564167 PAN2 YGL094C

poly(A) ribonuclease 135 kDa subunit

3647_f_at 0.7045653 -0.176417 0.159456 0.335873 by YNL337W

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

4126_at 0.57305158 -0.03456067 0.30134133 0.335902 30% identity toPIG2YER054C/GIP2 YIL045W

6108_at 0.5361833 -0.006527 0.32940933 0.33593633 Hypothetical ORF NA YDR366C

9760_at 0.47110279 -0.03832067 0.29805 0.33637067 NA YML125C

Protein required for cell viability

7805_at 0.52980425 -0.05458633 0.281823 0.33640933 MET31 YPL038W

highly homologous to Met32p|transcriptional regulator of sulfur amin

10024_at 0.4898142 -0.063113 0.273482 0.336595 IMH1 YLR309C

Protein involved in vesicular transport, mediates transport between

4901_at 0.35416489 -0.02642767 0.31064567 0.33707333 Hypothetical ORF NA YGR111W

6056_at 0.58368304 -0.06415067 0.27329233 0.337443 MRP20 YDR405W

Mitochondrial ribosomal protein of the large subunit

4927_at 0.32779296 -0.01185933 0.32611267 0.337972 PRP31

pre-mRNA splicing protein YGR091W

10888_at 0.38516068 -0.01233567 0.32568133 0.338017 TranscriptionalHIR3 YJR140C

corepressor involved in the cell cycle-regulated tran

4410_at 0.27846781 -0.01491633 0.32316733 0.33808367 TOM71 YHR117W

protein translocase 71 kDa component of the outer membrane of m

9594_at 0.32527156 -0.01528067 0.322986 0.33826667 AEP1 YMR064W

Protein required for expression of the mitochondrial OLI1 gene enco

9690_at 0.15704468 -0.000032 0.33835967 0.33839167 TEM1

GTP-binding protein|ras family YML064C

3366_at 0.43166139 -0.05235933 0.28631367 0.338673 NA NA YELWDELTA5

5431_at 0.5120659 -0.03607533 0.30289567 0.338971 Hypothetical ORF NA YFL049W

7390_at 0.3914792 -0.03247 0.30650467 0.33897467 membrane protein 166aa cytoplasmic tail, 1300 aa lu

Type I integral PEP1 YBL017C

10142_at 0.50389337 -0.028333 0.31106867 0.33940167 QRI5 YLR204W

Mitochondrial protein of unknown function

5358_at 0.55612361 -0.053921 0.285607 0.339528 Hypothetical ORF NA YFR016C

7151_at 0.39955436 -0.00736133 0.332334 0.33969533 MSI1 YBR195C

chromatin assembly factor-I (CAF-I) p50 subunit|negative regulator

10211_at 0.29197936 -5.63E-05 0.33986467 0.33992097 Hypothetical ORF NA YLR137W

7277_at 0.46435301 -0.06701633 0.27308333 0.34009967 Hypothetical ORF NA YBR096W

4219_at 0.47987001 -0.00042333 0.340201 0.34062433 Hypothetical ORF NA YIL137C

8523_at 0.42501498 -0.025958 0.31485033 0.34080833 NA NA YOR050C

5212_at 0.32508954 -0.01927667 0.32168367 0.34096033 NA NA YGL213C

8209_at 0.39627576 -0.01801067 0.32298733 0.340998 HSH49 YOR319W

mammalian splicing factor/U2 snRNP protein homolog

6622_at 0.52653165 -0.02187133 0.31913067 0.341002 NA NA YDL153C

7318_at 0.58723892 -0.071482 0.26989233 0.34137433 REG2

Glc7p regulatory subunit YBR050C

6439_at 0.3543034 -0.01559067 0.326187 0.34177767 NA NA YDR024W

6067_at 0.46169648 -0.04075467 0.30315467 0.34390933 SYF1

SYnthetic lethal with cdcForty YDR416W

7965_at 0.63158868 -0.01801167 0.325977 0.34398867 APL5 YPL195W

clathrin assembly complex AP-3 adaptin component delta-like subu

10990_at 0.24746953 -0.004804 0.33918667 0.34399067 NA YJR013W

Protein required for cell viability

11151_at 0.44877589 -0.05202667 0.29206833 0.344095 YAK1

Serine-threonine protein kinase YJL142C

5963_at 0.50731906 -0.029511 0.31465533 0.34416633 NA YDR494W

Mitochondrial ribosomal small subunit protein

6246_at 0.39356408 -0.00861733 0.33556733 0.34418467 PRP42 YDR235W

U1 snRNP protein|shares 50% sequence similarity with Prp39p U1

9375_at 0.24715797 -0.00213967 0.34329767 0.34543733 TFIID subunit TAF9 YMR236W

9417_at 0.41950492 -0.03024667 0.31523733 0.345484 APP2 interacts with

Protein of unknown function, YMR192W Rvs161p and Rvs167p;

3610_f_at 0.55740162 -0.08277933 0.262906 0.34568533 NA NA YORCDELTA15

3164_f_at 0.62940199 -0.154369 0.19150967 0.34587867 NA NA YHRCDELTA8

11348_at 0.52516211 -0.03612067 0.31012333 0.346244 overexpression affects chromosome stability, potent

Protein whose FUN30 YAL019W

5641_at 0.17555247 -0.00218067 0.34407333 0.346254 MOT2

zinc finger protein (putative) YER068W

3327_f_at 0.39367705 -0.026934 0.31939967 0.34633367 COS1 member of

Protein of unknown function, YFL062W a family of conserved, ofte

3196_f_at 0.4646207 -0.04349233 0.303665 0.34715733 NA YHLWTAU1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8955_at 0.51866537 -0.07902833 0.268429 0.34745733 APJ1 YNL077W

J-protein co-chaperone family 20 kDa

5127_at 0.4193876 -0.04610933 0.30144233 0.34755167 SNF4

associates with Snf1p YGL115W

4244_at 0.24742463 -0.011712 0.336081 0.347793 The authentic, NA YIL157C

non-tagged protein was localized to the mitochondria

8895_at 0.2364467 -0.00553867 0.34255167 0.34809033 NA mutation

Protein of unknown function; YNL047Cis synthetically lethal with an

4902_at 0.57598009 -0.09033933 0.25860233 0.34894167 SHY1 YGR112W

similar to the mammalian SURF-1 gene

4815_at 0.39953374 -0.030934 0.31804633 0.34898033 NA YGR205W

Protein that binds ATP; crystal structure resembles that of E.coli pa

7727_at 0.43136726 -0.03849 0.31103667 0.34952667 subunit

ATP synthase ATP20 g homolog YPR020W

3759_f_at 0.19709787 -0.00211933 0.348021 0.35014033 NA NA YLRCDELTA21

11328_at 0.32204476 -0.00224167 0.348058 0.35029967 SEN34 YAR008W

tetrameric tRNA splicing endonuclease 34 kDa subunit

3142_f_at 0.24900289 -0.00381933 0.34704267 0.350862 NA NA YILCDELTA3

5144_at 0.35993293 -0.02440033 0.32651133 0.35091167 TIP20 YGL145W

transport protein that interacts with Sec20p; required for protein tran

10234_at 0.4378658 -0.041578 0.30973867 0.35131667 CFT2 YLR115W

105 kDa protein associated with polyadenylation factor 1 (PF I)|clea

5007_at 0.4473706 -0.02588233 0.32565733 0.35153967 Hypothetical ORFNA YGL010W

8844_at 0.25761346 -0.00960167 0.342028 0.35162967 COQ2 YNR041C

para hydroxybenzoate: polyprenyl transferase

7343_at 0.60756392 -0.048445 0.304369 0.352814 Hypothetical ORFNA YBR030W

4150_at 0.4963206 -0.043191 0.30972567 0.35291667 SEC6

exocyst complex component YIL068C

8856_at 0.38685735 -0.00456733 0.34872067 0.353288 LRO1 YNR008W

phospholipid:diacylglycerol acyltransferase

9987_at 0.36538211 -0.00295033 0.35166567 0.354616 EST2

telomerase reverse transcriptaseYLR318W

10497_at 0.53648568 -0.06241933 0.29341067 0.35583 cycle YKR072C

Involved in cellSIS2 control and ion homeostasis

8810_at 0.40013906 -0.014543 0.34144733 0.35599033 POP2

transcription factor (putative) YNR052C

8402_at 0.25869567 -0.01176267 0.34483333 0.356596 ISN1

IMP 5'-Nucleotidase YOR155C

8371_at 0.36146872 -0.01267333 0.34474467 0.357418 NA NA YOR169C

8682_at 0.32176708 -0.02778033 0.32969367 0.357474 NA NA YOL106W

10851_at 0.51968211 -0.07507567 0.28242867 0.35750433 Hypothetical ORFNA YJR149W

5002_at 0.44666265 -0.044304 0.31332767 0.35763167 Hypothetical ORFNA YGL015C

6271_at 0.73516134 -0.36437567 -0.00634667 0.358029 Hsp90 system AHA1 Aha1 binds

cochaperone; YDR214W to the middle domain of H

8545_at 0.73465921 -0.33606567 0.02204433 0.35811 STI1 YOR027W

heat shock protein also induced by canavanine and entry into statio

6150_at 0.30255753 -0.01366667 0.34480233 0.358469 Hypothetical ORFNA YDR319C

7896_at 0.56100484 -0.014032 0.345075 0.359107 TAF14 YPL129W

transcription initiation factor TFIIF small subunit

9574_at 0.26388383 -0.00204933 0.35709367 0.359143 Hypothetical ORFNA YMR087W

9931_at 0.24103227 -0.001937 0.35755133 0.35948833 NA NA YLR396C

10732_at 0.17887133 -0.00646 0.353202 0.359662 SDH3 YKL141W

succinate dehydrogenase cytochrome b

7821_at 0.58542263 -0.046254 0.31343067 0.35968467 Hypothetical ORFNA YPL068C

6291_at 0.28721035 -0.01084633 0.349703 0.36054933 SLY1 YDR189W

t-SNARE-interacting protein that functions in ER-to-Golgi traffic

9333_at 0.44426935 -0.02188767 0.33909667 0.36098433 YKU70

DNA binding protein YMR284W

3245_f_at 0.18287085 -0.00284033 0.35837067 0.361211 NA NA YGRWDELTA19

9353_at 0.4897288 -0.013026 0.34820833 0.36123433 Hypothetical ORFNA YMR259C

3144_f_at 0.31756159 -0.02430167 0.33693733 0.361239 NA YILWDELTA4

Identified by expression profiling and mass spectrometry /// TyA Ga

10740_at 0.26728963 -0.01002467 0.351331 0.36135567 COY1 similarity

Golgi membrane protein withYKL179C to mammalian CASP; geneti

4038_at 0.43603532 -0.01786067 0.34395733 0.361818 NA NA YIL068w-a

10020_at 0.4440547 -0.020857 0.34104933 0.36190633 STT4 YLR305C

phosphatidylinositol-4-kinase|similar to VPC34

7607_at 0.56922545 -0.08994567 0.272013 0.36195867 THI22 YPR121W

Protein with similarity to hydroxymethylpyrimidine phosphate kinase

7923_at 0.22841264 -0.00854067 0.35411167 0.36265233 PXA1 YPL147W

ABC transporter of long-chain fatty acids

3629_f_at 0.64849486 -0.10787233 0.25493567 0.362808 NA YNR077C

Identified by fungal homology and RT-PCR

3333_f_at 0.13586792 -0.00014633 0.36281067 0.362957 NA NA YERWDELTA11

11171_at 0.41320166 -0.03500867 0.328126 0.36313467 ERG20 YJL167W

farnesyl diphosphate synthetase (FPP synthetase)

9174_at 0.26079507 -0.000731 0.36285167 0.36358267 The authentic, NA YNL310C

non-tagged protein was localized to the mitochondria

8559_at 0.45855503 -0.01298867 0.35107733 0.364066 DHHC-CRD proteinNA YOL003C

3141_i_at 0.45316338 -0.03342233 0.33093767 0.36436 NA NA YILCDELTA3

7948_at 0.31927343 -0.00523333 0.359689 0.36492233 SRP72 YPL210C

signal recognition particle component

6760_g_at 0.48221871 -0.010577 0.354431 0.365008 NA YCL057c-a

Hypothetical ORF, has similarity to proteins in S. pombe, C. elegan

5235_at 0.38181139 -0.00684567 0.35827033 0.365116 SEC15

exocyst complex component YGL233W

9404_at 0.58054581 -0.08889967 0.276274 0.36517367 FSH2 YMR222C

Serine hydrolase that localizes to both the nucleus and cytoplasm.

8652_at 0.23934152 -0.010342 0.35523267 0.36557467 the meiotic outer plaque of the spindle pole body, inv

Component of SPO21 YOL091W

10523_at 0.46399951 -0.063985 0.30214133 0.36612633 Hypothetical ORFNA YKR051W

9149_at 0.47627098 -0.05108633 0.31537533 0.36646167 RFC3 YNL290W

replication factor C subunit 3|similar to human RFC 36 kDa subunit

6566_at 0.31311899 -0.018328 0.348248 0.366576 VAM6 YDL077C

Required for the vacuolar morphogenesis in yeast

7541_at 0.56867726 -0.03379767 0.33332733 0.367125 SKI3 YPR189W

antiviral protein that blocks translation of un-polyadenylated mRNAs

7644_at 0.47871131 -0.03436367 0.332971 0.36733467 MRD1 YPR112C

Essential conserved protein that associates with 35S precursor rRN

9607_at 0.41961202 -0.05128767 0.31613733 0.367425 RSF1 YMR030W

Protein localized to both the nucleus and mitochondrion; mutant dis

10770_at 0.24907405 -0.01531467 0.352388 0.36770267 ACP1

acyl carrier protein YKL192C

7966_at 0.49422918 -0.099886 0.26812433 0.36801033 DDC1 YPL194W

DNA damage checkpoint protein, part of a PCNA-like complex requ

10923_at 0.17123152 -0.002073 0.36633033 0.36840333 CSN12

COP9 signalosome (CSN) subunit YJR084W

7661_at 0.32679187 -0.01872267 0.350004 0.36872667 NA YPR085C

Protein required for cell viability

5070_at 0.25286665 -0.00410867 0.36537967 0.36948833 Hypothetical ORFNA YGL081W

6112_at 0.5156091 -0.008356 0.36116867 0.36952467 Hypothetical ORFNA YDR370C

5692_at 0.59354342 -0.043075 0.326669 0.369744 PHM8 expression

Protein of unknown function, YER037W is induced by low phospha

4141_at 0.36837155 -0.01561367 0.35433133 0.369945 SSM4

integral membrane protein YIL030C

6486_at 0.62904325 -0.18259733 0.18761167 0.370209 GPM2 YDL021W

Similar to GPM1 (phosphoglycerate mutase); converts 3-phosphogl

4171_at 0.48820231 -0.018635 0.35229367 0.37092867 NA NA YIL095W

7630_at 0.57035746 -0.048885 0.32213 0.371015 MRPL51 YPR100W

Mitochondrial ribosomal protein of the large subunit

11007_at 0.39558879 -0.008059 0.363001 0.37106 RAV1 vacuolar

Regulator of (H+)-ATPase in YJR033Cmembrane

3267_f_at 0.50039933 -0.02600767 0.345217 0.37122467 NA YGLWSIGMA2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7979_at 0.3990265 -0.04677333 0.32459867 0.371372 Hypothetical ORFNA YPL225W

6845_at 0.32085002 -0.004742 0.36693833 0.37168033 Hypothetical ORFNA YCR060W

7288_at 0.36654308 -0.007203 0.36449967 0.37170267 ECM2 YBR065C

Pre-mRNA splicing factor, facilitates the cooperative formation of U

11255_at 0.62655756 -0.03129967 0.340577 0.37187667 Hypothetical ORFNA YJL217W

8376_at 0.24044456 -0.004302 0.367841 0.372143 MED4 YOR174W

RNA polymerase II holoenzyme/mediator subunit

9915_at 0.50392426 -0.09040367 0.282803 0.37320667 NA YLR424W

Essential protein present in native splicing complexes; identified as

8603_at 0.30134068 -0.017429 0.356156 0.373585 GSH2

glutathione synthetase YOL049W

7145_at 0.16379873 -0.00679267 0.36687833 0.373671 Hypothetical ORFNA YBR235W

8817_at 0.31811565 -0.02733733 0.34646367 0.373801 BIO3 YNR058W

7,8-diamino-pelargonic acid aminotransferase (DAPA) aminotransfe

11129_at 0.47206847 -0.03249267 0.34135267 0.37384533 NA NA YJL120W

6200_at 0.4259706 -0.007339 0.36706933 0.37440833 RRP45

3'->5' exoribonuclease YDR280W

4504_at 0.63738695 -0.20715667 0.167296 0.37445267 lyt2

Suppressor of SLT2 YHR030C

7937_at 0.36927651 -0.016723 0.357931 0.374654 NA NA YPL178W

9048_at 0.50872522 -0.04652 0.328269 0.374789 Hypothetical ORFNA YNL165W

3593_f_at 0.23237516 -0.008275 0.36656567 0.37484067 NA YPLWDELTA6

Identified by expression profiling and mass spectrometry /// Similar

6896_at 0.46070971 -0.05381067 0.321317 0.37512767 GFD2 identified

Protein of unknown function, YCL036Was a high-copy suppressor o

6190_at 0.4270316 -0.00744833 0.367718 0.37516633 CCC2 YDR270W

copper-transporting P-type ATPase with similarity to human Menkes

10019_at 0.63557365 -0.10377033 0.27157967 0.37535 aconitase ACO1 YLR304C

4354_at 0.12911215 -0.00051867 0.37513133 0.37565 MDM31 YHR194W

Mitochondrial Distribution and Morphology

9583_at 0.25262895 -0.01499333 0.36202467 0.377018 two-hybrid assay and is part of large protein complex

binds Sin3p in STB2 YMR053C

9474_at 0.2939356 -0.020396 0.357092 0.377488 DNF3 translocase

Potential aminophospholipid YMR162C

6381_at 0.39889743 -0.03503433 0.34272033 0.37775467 NA ARX1 YDR101C

8779_at 0.35122607 -0.00171667 0.37636933 0.378086 DSE4 YNR067C

Daughter cell-specific secreted protein with similarity to glucanases

7398_at 0.48097158 -0.080747 0.297777 0.378524 Hypothetical ORFNA YBL054W

5357_at 0.60825808 -0.169014 0.20964633 0.37866033 GSY1 YFR015C

glycogen synthase (UDP-glucose-starch glucosyltransferase)

3271_i_at 0.55795762 -0.089942 0.28893533 0.37887733 NA NA YGLCSIGMA3

5630_at 0.54673014 -0.05061867 0.32844067 0.37905933 PRS2 YER099C

ribose-phosphate pyrophosphokinase

4330_at 0.45210176 -0.04125133 0.33794467 0.379196 NA NA YHR063w-a

5964_at 0.11646965 -0.00343733 0.37640467 0.379842 VPS3

vacuolar sorting protein YDR495C

10365_at 0.47126781 -0.04680967 0.333147 0.37995667 Component of SPA2 YLL021W

the polarisome, which functions in actin cytoskeletal

10607_at 0.30386535 -0.02272033 0.35739167 0.380112 PRI2

DNA primase p58 polypeptide YKL045W

8851_at 0.34011188 -0.01494067 0.36526533 0.380206 RPC34 YNR003C

RNA polymerase III (C) 34 kDa subunit

10735_at 0.47157527 -0.07889967 0.30144533 0.380345 MRPL31 YKL138C

Mitochondrial ribosomal protein of the large subunit

10468_at 0.43604065 -0.04050567 0.33991567 0.38042133 NA YKR089C

Protein of unknown function found in lipid particles; potential Cdc28

11201_at 0.27740397 -0.00434167 0.37665033 0.380992 PFD1 YJL179W

bovine prefoldin subunit 1 homolog (putative)

9724_at 0.52638626 -0.02463167 0.35638667 0.38101833 HMG1 YML075C

3-hydroxy-3-methylglutaryl-coenzyme A (HMG-CoA) reductase isoz

8497_at 0.19115361 -0.004387 0.376688 0.381075 GYP1

GTPase activating protein (GAP)YOR070C

7957_at 0.6338876 -0.09823333 0.283707 0.38194033 Hypothetical ORFNA YPL201C

4555_at 0.22864042 -0.00920067 0.37278433 0.381985 STE20 the PAK (p21-activated kinase) family,

Signal transducing kinase of YHL007C

5655_n_at 0.62112429 -0.18164367 0.20064533 0.382289 NA NA YER044C-A

7786_at 0.39332874 -0.01482533 0.367519 0.38234433 RRP12 YPL012W

Required for normal pre-rRNA Processing. Member of a group of se

10551_at 0.6313187 -0.17214867 0.21117767 0.38332633 DAL80 YKR034W

GATA family transcriptional repressor

9869_at 0.34305134 -0.005 0.37862667 0.38362667 NA

Identified by SAGE YLR264c-a

4706_at 0.49388851 -0.04388733 0.33974767 0.383635 ribonuclease H RNH70 YGR276C

7593_at 0.21798786 -0.00126333 0.38257133 0.38383467 NA NA YPR150W

4931_at 0.26831511 -0.00670067 0.37768 0.38438067 RRP46

3'->5' exoribonuclease YGR095C

7622_at 0.23063407 -0.00611367 0.37842933 0.384543 MSS18 YPR134W

Protein involved in splicing intron a15beta of COX1

3201_r_at 0.66766444 -0.17033467 0.21437333 0.384708 NA NA YHLWDELTA2

6081_at 0.38198862 -0.00891733 0.37582533 0.38474267 NA NKP1 YDR383C

6209_at 0.42868772 -0.00634333 0.378493 0.38483633 containing tetratricopeptide repeat (TPR)

69 kDa proteinPEX5 YDR244W

4407_at 0.34046185 -0.02818467 0.35691867 0.38510333 BZZ1

Associated with LAS17p/Bee1p YHR114W

5185_at 0.41052275 -0.015779 0.36947533 0.38525433 HOS2 YGL194C

Histone deacetylase required for gene activation via specific deace

5738_at 0.49421891 -0.02278333 0.362736 0.38551933 NA NA YEL008W

9311_at 0.34192045 -0.01277167 0.372896 0.38566767 SCW10

soluble cell wall protein YMR304C-A

9051_at 0.40252765 -0.03448667 0.35151967 0.38600633 RIO2 YNL207W

Protein required for cell viability

8298_at 0.3893094 -0.04041833 0.34571567 0.386134 GrpE homologMGE1 YOR232W

10938_at 0.4970198 -0.111759 0.27449367 0.38625267 YUH1

ubiquitin hydrolase YJR099W

9689_at 0.32173803 -0.017158 0.369228 0.386386 ORC1 YML065W

origin recognition complex (ORC) 120 kDa (largest) subunit|similar

4462_at 0.16810748 -0.00243333 0.383984 0.38641733 Hypothetical ORFNA YHR080C

6270_at 0.69640851 -0.15606467 0.23095133 0.387016 UPC2 YDR213W

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

5153_at 0.11290074 -0.003582 0.383446 0.387028 MRM2

2'O-ribose methyltransferaseYGL136C

7181_at 0.1914556 -0.00534067 0.38185433 0.387195 FZO1 YBR179C

Drosophila melanogaster fuzzy onions gene homolog|integral prote

11384_at 0.44440269 -0.06715933 0.320155 0.38731433 Hypothetical ORFNA YAL064W

7787_at 0.19643036 -0.004297 0.38306167 0.38735867 TAF3

TAF(II) complex component YPL011C

9544_at 0.34026209 -0.00890667 0.378478 0.38738467 NA transcription

Protein of unknown function, YMR102C is activated by paralogou

10242_at 0.3386512 -0.01061167 0.37752833 0.38814 v-SNARE BOS1 YLR078C

8998_at 0.33411469 -0.022195 0.366611 0.388806 NAF1

Nuclear Assembly Factor YNL124W

5731_at 0.51369472 -0.07666033 0.312224 0.38888433 Hypothetical ORFNA YEL016C

4088_at 0.40461167 -0.01560433 0.373355 0.38895933 Hypothetical ORFNA YIR007W

10061_at 0.57169597 -0.11689033 0.27233467 0.389225 HSP60

chaperonin|groEL homolog YLR259C

5098_at 0.57716694 -0.03360733 0.35593633 0.38954367 LSG1

Killer toxin REsistant YGL099W

9021_at 0.3510583 -0.00632967 0.38350767 0.38983733 snRNP proteinLSM7 YNL147W

9068_at 0.42021473 -0.01658833 0.37336367 0.389952 Hypothetical ORFNA YNL191W

5503_at 0.48324891 -0.015135 0.37494433 0.39007933 NA NA YER148w-a

8948_at 0.22650567 -0.00413333 0.38597433 0.39010767 END3 YNL084C

EH domain-containing protein involved in endocytosis, actin cytoske

4973_at 0.41409204 -0.004065 0.38604667 0.39011167 TFC4 YGR047C

131 kDa|transcription factor tau (TFIIIC) subunit

6187_at 0.3717797 -0.023639 0.36652033 0.39015933 NA YDR267C

Protein required for cell viability

8580_at 0.42383638 -0.058664 0.33166933 0.39033333 MDM38 YOL027C

Mitochondrial Distribution and Morphology

6311_at 0.18162676 -0.00378267 0.38733767 0.39112033 TRM82 YDR165W

Subunit of a tRNA methyltransferase complex composed of Trm8p

5783_at 0.318926 -0.00190267 0.389558 0.39146067 NA NA YEL052W

5959_at 0.46729885 -0.085866 0.30563567 0.39150167 Kinase

Pkb-activating PKH1 Homologue YDR490C

6352_at 0.43153764 -0.00323367 0.38843567 0.39166933 Hypothetical ORFNA YDR117C

11052_at 0.09281741 -0.00210633 0.39062033 0.39272667 Hypothetical ORFNA YJL016W

10759_at 0.2332471 -0.00359 0.38963833 0.39322833 NA NA YKL160W

6314_at 0.2546646 -0.00357367 0.38967367 0.39324733 CDC37 YDR168W

Essential Hsp90p co-chaperone; necessary for passage through th

3190_f_at 0.24760095 -0.01752733 0.37579167 0.393319 COS8 YHL048W

Nuclear membrane protein, member of a family of conserved, often

7752_at 0.46731477 -0.06732167 0.326218 0.39353967 HAT1

histone acetyltransferase YPL001W

8170_at 0.22677319 -0.013443 0.380166 0.393609 subunit

Proposed betaGPB1 of theYOR371C heterotrimeric G protein that interacts

6695_at 0.53294706 -0.05452067 0.339519 0.39403967 NOP6 YDL213C

Protein with similarity to hydrophilins, which are involved in the adap

8727_at 0.35849158 -0.01433767 0.38023967 0.39457733 Hypothetical ORF NA YOL153C

6185_at 0.26709498 -0.01507933 0.37992633 0.39500567 SRB7 YDR308C

RNA polymerase II holoenzyme/mediator subunit

10260_at 0.34836035 -0.01477033 0.380446 0.39521633 NA YLR051C

Protein required for cell viability

10968_at 0.1672115 -0.00402933 0.39145833 0.39548767 Hypothetical ORF NA YJR039W

4479_at 0.5127077 -0.02048833 0.375149 0.39563733 NA NA YHR049C-A

3853_f_at 0.65803179 -0.15114033 0.244896 0.39603633 by YJR162C

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

7237_at 0.55381142 -0.10075267 0.29529133 0.396044 MRPS9

ribosomal protein S9 (putative) YBR146W

6647_at 0.22556276 -0.010943 0.385416 0.396359 Hypothetical ORF NA YDL173W

6461_at 0.34528507 -0.02072433 0.37576167 0.396486 RMD1 for sporulation

Cytoplasmic protein requiredYDL001W

11015_at 0.37445725 -0.04208267 0.35460967 0.39669233 CTK2 YJL006C

RNA polymerase II C-terminal domain kinase beta subunit, similar t

5497_at 0.30281823 -0.00809333 0.38906433 0.39715767 BUD25 YER014c-a

Protein involved in bud-site selection; diploid mutants display a rand

6007_at 0.12591187 -0.00273633 0.39452467 0.397261 protein YDR446W

Non-essential ECM11 of unknown function, GFP fusion protein is pr

8264_at 0.68984308 -0.32983767 0.06755667 0.39739433 MPD1 YOR288C

disulfide isomerase related protein

9350_at 0.685703 -0.056694 0.340726 0.39742 COX7

cytochrome c oxidase subunit VII YMR256C

4107_at 0.42254809 -0.06147767 0.33616733 0.397645 VID28

Vacuole import and degradation YIL017C

7652_at 0.28008106 -0.001336 0.39680833 0.39814433 B-type cyclin CLB5 YPR120C

6555_at 0.18072481 -0.00916667 0.389952 0.39911867 Hypothetical ORF NA YDL086W

5567_at 0.61865206 -0.05667233 0.34269233 0.39936467 LCP5 YER127W

Essential protein involved in maturation of 18S rRNA; depletion lead

10050_at 0.39221391 -0.001326 0.398082 0.399408 Hypothetical ORF NA YLR290C

4189_at 0.36632499 -0.03383967 0.36570133 0.399541 26S proteasome, substrate of the N-acetyltransferas

Subunit of the RPN2 YIL075C

3928_f_at 0.29221743 -0.02809967 0.37148067 0.39958033 NA NA YARCDELTA8

5322_at 0.29064996 -0.01935367 0.38172833 0.401082 HIS2

histidinolphosphatase YFR025C

5923_at 0.26476841 -0.01292733 0.388195 0.40112233 Hypothetical ORF NA YDL085c-a

6621_at 0.40613177 -0.00470267 0.39644233 0.401145 mutS homologMSH5 YDL154W

8391_at 0.37042982 -0.03553633 0.365797 0.40133333 ELG1 progression

Protein required for S phase YOR144C and telomere homeostasis

10519_at 0.62016457 -0.17390433 0.22752233 0.40142667 NA NA YKR047W

4747_at 0.27996579 -0.01988367 0.382077 0.40196067 SKI2-like helicaseSLH1 YGR271W

9874_at 0.37701147 -0.048922 0.35307533 0.40199733 Hypothetical ORF MAG2 YLR427W

4991_at 0.55118817 -0.06420533 0.337949 0.40215433 NA NA YGR018C

5528_at 0.25311784 -0.003189 0.399554 0.402743 DMC1 YER179W

meiosis-specific protein related to RecA and Rad51p. Dmc1p coloc

6154_at 0.33227474 -0.00116967 0.40173833 0.402908 TIM11 YDR322C-A

mitochondrial F1F0-ATPase subunit e

4136_at 0.31416246 -0.011162 0.39221367 0.40337567 protein kinase CKA1 YIL035C

CK2 alpha subunit

4969_at 0.59935209 -0.182304 0.22146567 0.40376967 Hypothetical ORF NA YGR043C

5782_at 0.36889879 -0.01046 0.39448367 0.40494367 NA NA YEL053C

6283_at 0.19354951 -0.00111467 0.40394 0.40505467 SAS4 YDR181C

Involved in silencing at telomeres, HML and HMR

4560_at 0.16233293 -0.00027167 0.405102 0.40537367 endosomal Vps27p-Hse1p complex required for sorti

Subunit of the HSE1 YHL002W

7828_at 0.72678272 -0.31658 0.088825 0.405405 ALD6

aldehyde dehydrogenase YPL061W

10542_at 0.39768138 -0.03068933 0.37486033 0.40554967 RPC37

RNA polymerase III subunit YKR025W

11313_at 0.58075641 -0.05590433 0.34998933 0.40589367 FUN14

Protein of unknown function YAL008W

11350_at 0.43591552 -0.010485 0.395488 0.405973 PSK1 YAL017W

contains serine/threonine protein kinase domain and shows homolo

10312_at 0.36628614 -0.01801333 0.38825133 0.40626467 Hypothetical ORF NA YLR016C

7711_at 0.30965698 -0.00451933 0.402408 0.40692733 MCM16 YPR046W

Involved in a nonessential role that governs the kinetochore-microtu

4794_at 0.44373236 -0.02122633 0.385977 0.40720333 NA NA YGR228W

3605_f_at 0.30526974 -0.006608 0.40104933 0.40765733 NA YORWDELTA12

Similar to probable membrane protein YDR340W and to yeast CYC

7666_at 0.30322598 -0.01230267 0.39546967 0.40777233 Hypothetical ORF NA YPR090W

10240_at 0.57725538 -0.11840433 0.29115133 0.40955567 NA NA YLR076C

8975_at 0.43755385 -0.04396667 0.36564567 0.40961233 POL1 YNL102W

DNA polymerase I alpha subunit p180

5066_at 0.33547316 -0.022136 0.387533 0.409669 NA NA YGL041C

5636_at 0.38962766 -0.015102 0.39521833 0.41032033 isocitrate lyase ICL1 YER065C

4758_at 0.36387287 -0.00918167 0.40181733 0.410999 KEL2 YGR238C

Protein that functions in a complex with Kel1p to negatively regulate

4066_at 0.17845678 -0.006316 0.40490567 0.41122167 DCG1 expression

Protein of unknown function, YIR030C is sensitive to nitrogen cata

8327_at 0.3968078 -0.028926 0.38234367 0.41126967 RUD3 YOR216C

Novel matrix protein that is involved in the structural organization of

9734_at 0.45549176 -0.06522433 0.34645333 0.41167767 defines a new NA YML108W

subfamily of the split beta-alpha-beta sandwiches.

9053_at 0.6236366 -0.07968333 0.33234733 0.41203067 RTT106 /// SPS18

YNL205C

Regulator of Ty1 Transposition - same phenotype as RTT101 - RTT

6781_at 0.53136983 -0.04449533 0.36762867 0.412124 NA NA YCR087W

10353_at 0.30202921 -0.021273 0.39181767 0.41309067 NA NA YLL033W

4708_at 0.53332498 -0.08098733 0.332197 0.41318433 CWC22 of a complex containing Cef1p, has s

Essential protein, componentYGR278W

8884_at 0.17999643 -0.00913467 0.40438933 0.413524 Hypothetical ORFNA YNL011C

8395_at 0.41496024 -0.010699 0.40286333 0.41356233 SPP2 YOR148C

Required for final stages of splicesome maturation; promotes step 1

6319_at 0.60332479 -0.12245033 0.29118033 0.41363067 inositol YDR173C

dual specificityARG82 1,4,5-trisphosphate 6-kinase/inositol 1,4,5,6-

7935_at 0.49852784 -0.08636033 0.32741767 0.413778 TCO89

Tor Complex One, 89 kDa subunit YPL180W

6066_at 0.20795866 -0.00775167 0.40629833 0.41405 Hypothetical ORFNA YDR415C

7815_at 0.31632366 -0.02140933 0.392703 0.41411233 AAA ATPase YTA6 YPL074W

4135_at 0.28275798 -0.02892367 0.38558967 0.41451333 CST6 YIL036W

basic leucine zipper (bZIP) transcription factor

3866_at 0.30150366 -0.03171967 0.38282767 0.41454733 NA NA YJLCDELTA7

8868_at 0.31217168 -0.00078567 0.41397733 0.414763 CRZ1

transcription factor YNL027W

9004_at 0.37943065 -0.02277 0.392003 0.414773 DCP2 YNL118C

Protein required for the decapping of mRNAs, functions to allow the

6168_at 0.24329353 -0.01164733 0.40365067 0.415298 DPL1 YDR294C

dihydrosphingosine phosphate lyase (also known as sphingosine p

10941_at 0.29254236 -0.00010233 0.41584833 0.41595067 VPS25 YJR102C

vacuolar protein sorting (putative)

8015_at 0.36530267 -0.033308 0.382807 0.416115 regulator

transcriptional RVB2 YPL235W

5340_at 0.39001474 -0.05433667 0.36192967 0.41626633 ERJ5 YFR041C

Endoplasmic reticulum protein that may function as a cochaperone,

10339_at 0.38763995 -0.01503567 0.40148667 0.41652233 ORC3 YLL004W

origin recognition complex subunit

6911_at 0.4592154 -0.03282933 0.38407233 0.41690167 DCC1 Cohesion

Defective in sister ChromatidYCL016C

5534_at 0.45742782 -0.07512567 0.34201233 0.417138 Hypothetical ORFNA YER185W

4106_at 0.60191743 -0.04469767 0.372853 0.41755067 FAF1 YIL019W

Protein required for pre-rRNA processing and 40S ribosomal subun

4369_at 0.42111527 -0.010133 0.407518 0.417651 DNA2

DNA replication helicase YHR164C

7041_s_at 0.33341909 -0.03312567 0.38460867 0.41773433 REI1 YBR267W

Protein of unknown function involved in bud growth in the mitotic sig

5706_at 0.29932563 -0.002438 0.416003 0.418441 cofactor

tubulin folding PAC2 E YER007W

9935_at 0.59997157 -0.07604067 0.34246033 0.418501 NA NA YLR400W

7763_at 0.14799153 -0.006742 0.41234 0.419082 Hypothetical ORFNA YPR011C

9870_s_at 0.40894483 -0.06619067 0.35291933 0.41911 MRPL15 YLR312W-A

Mitochondrial ribosomal protein of the large subunit

7222_at 0.47063959 -0.099122 0.32003033 0.41915233 CCZ1 YBR131W

Calcium Caffeine Zinc sensitivity

8423_at 0.24522518 -0.01493133 0.40436467 0.419296 Hypothetical ORFNA YOR131C

8509_at 0.16385783 -0.006241 0.41327033 0.41951133 PEP12 YOR036W

c-terminal TMD|integral membrane protein

8979_at 0.28348444 -0.01988633 0.399813 0.41969933 RAS2

small GTP-binding protein YNL098C

10303_at 0.20789907 -0.01249133 0.407227 0.41971833 Hypothetical ORFNA YLR049C

9608_at 0.29900351 -0.01747467 0.40232233 0.419797 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR031C

9660_at 0.32737526 -0.03126433 0.38855467 0.419819 MRPL39 YML009C

Mitochondrial ribosomal protein of the large subunit

4246_at 0.56504523 -0.10406133 0.31584367 0.419905 GUT2 YIL155C

glycerol-3-phosphate dehydrogenase

10741_at 0.53669252 -0.04969 0.37086733 0.42055733 STE3

a-factor receptor YKL178C

9545_at 0.71024804 -0.15306833 0.267507 0.42057533 NA NA YMR103C

8831_at 0.42732227 -0.051688 0.368916 0.420604 CPR8 YNR028W

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

4111_at 0.22930588 -0.00968 0.411006 0.420686 MNT3

alpha-1,3-mannosyltransferase YIL014W

7655_at 0.32647499 -0.03511867 0.38566533 0.420784 MRL1 YPR079W

Mannose 6-phosphate Receptor Like

4531_at 0.26085921 -0.022531 0.398834 0.421365 VPS29

vacuolar protein sorting YHR012W

6872_at 0.62050798 -0.08326933 0.338171 0.42144033 NA NA YCL007C

5334_at 0.43122007 -0.06007867 0.36162567 0.42170433 Hypothetical ORFNA YFR035C

5586_at 0.51669534 -0.066602 0.35526267 0.42186467 snRNP proteinLSM5 YER146W

11336_at 0.28726408 -0.02104767 0.40087067 0.42191833 SNC1 YAL030W

Snc2p homolog|synaptobrevin homolog

10182_at 0.52316515 -0.09258133 0.33014067 0.422722 Hypothetical ORFNA YLR152C

3938_at 0.490057 -0.07620533 0.34664567 0.422851 AST1 YBL069W

Peripheral membrane protein that interacts with the plasma membra

9196_s_at 0.19861577 -0.009267 0.41366333 0.42293033 Hypothetical ORFNA YNL335W

7726_at 0.29304301 -0.00056333 0.42277033 0.42333367 CDC54 YPR019W

Essential helicase component of heterohexameric MCM2-7 comple

9606_at 0.15697172 -0.000897 0.422468 0.423365 FAR8 YMR029C

Protein involved in G1 cell cycle arrest in response to pheromone, i

3831_s_at 0.51608485 -0.06707333 0.35658133 0.42365467 NA YKR106W

Protein of unconfirmed function; displays a topology characteristic o

10866_at 0.1017053 -0.00363967 0.42060733 0.424247 TIM8 YJR135w-a

mitochondrial protein import machinery subunit

4873_at 0.17960672 -0.00908667 0.41525233 0.424339 UTP8

U3 snoRNP protein YGR128C

10344_at 0.4138895 -0.04679833 0.37792233 0.42472067 NOC3 YLR002C

Protein that forms a nuclear complex with Noc2p that binds to 66S r

10034_at 0.30435738 -0.01149633 0.413405 0.42490133 DBP9

Dead-Box Protein 9 YLR276C

10006_at 0.26561337 -0.010659 0.41443467 0.42509367 Glycerol

Suppressor of SGD1 Defect YLR336C

7943_at 0.42719551 -0.064527 0.36060667 0.42513367 COX10

farnesyl transferase (putative) YPL172C

4804_at 0.45114242 -0.027909 0.39782833 0.42573733 xylulokinase XKS1 YGR194C

4759_at 0.53625781 -0.03241367 0.39399033 0.426404 peroxin PEX21 YGR239C

7157_at 0.42502019 -0.05333767 0.37335167 0.42668933 the hexamericYBR202W

Component of CDC47 MCM complex, which is important for

8858_at 0.22666604 -0.01043667 0.41668067 0.42711733 CSE2 subcomplex

RNA polymerase II mediator YNR010W component

10546_at 0.2253449 -0.00501233 0.42237767 0.42739 NA SET3 YKR029C

4535_at 0.61062068 -0.05231333 0.37507767 0.427391 C-terminus YHR016C

SH3 domain inYSC84

7435_at 0.48067353 -0.07402833 0.353437 0.42746533 SKT5 YBL061C

Activator of Chs3p (chitin synthase III), recruits Chs3p to the bud ne

7733_at 0.53700986 -0.029801 0.39771767 0.42751867 acid trehalase ATH1 YPR026W

5045_at 0.37933046 -0.03705133 0.39086733 0.42791867 ATE1 YGL017W

arginyl-tRNA-protein transferase

4956_at 0.45480392 -0.08081733 0.34712333 0.42794067 MSP1 ATPase

40 kDa membrane-spanning YGR028W

5184_at 0.20295779 -0.00388933 0.42409267 0.427982 GCN1 YGL195W

translational activator of GCN4 through activation of GCN2 in respo

10603_at 0.30493679 -0.015931 0.41230933 0.42824033 CSE4 YKL049C

similar to histone H3 and to human centromere protein CENP-A

8977_at 0.65696946 -0.059133 0.36913767 0.42827067 Hypothetical ORFNA YNL100W

5610_at 0.37933023 -0.04289933 0.38563933 0.42853867 UTP7

U3 snoRNP protein YER082C

8482_at 0.39881491 -0.034672 0.39414667 0.42881867 VHS3 suppresses

Gene whose overexpression YOR054C the synthetic lethality of th

6308_at 0.36106374 -0.04256733 0.38715767 0.429725 NBP2 involved in

interacts with Nap1, which is YDR162C histone assembly

5299_at 0.2074243 -0.00341667 0.426562 0.42997867 Hypothetical ORFNA YFR045W

3303_f_at 0.36939371 -0.060651 0.36951867 0.43016967 NA NA YGLWDELTA2

6467_at 0.5506516 -0.116052 0.31452033 0.43057233 SOK1 the conditional growth defect of severa

gene dosage suppressors of YDR006C

10149_at 0.47467336 -0.03283233 0.39787267 0.430705 NA NA YLR169W

10662_at 0.42241188 -0.06786267 0.36288367 0.43074633 DHR2 YKL078W

Required for 18S ribosomal RNA synthesis

8960_at 0.548385 -0.09083367 0.340398 0.43123167 S.

Homologue of NApombe DMA1 YNL116W

5083_at 0.43548343 -0.00158767 0.42979667 0.43138433 NA NA YGL069C

4792_at 0.51456026 -0.08596333 0.34552433 0.43148767 NA NA YGR226C

8467_at 0.37510419 -0.02481467 0.40695867 0.43177333 calcium and lipid binding domains; green fluorescen

Contains threeTCB1 YOR086C

11189_at 0.25235204 -0.00570933 0.426169 0.43187833 NA YJL149W

Hypothetical ORF; has similarity to F-box proteins

8626_at 0.6331397 -0.166284 0.26602267 0.43230667 protein YOL071W

Non-essential EMI5 of unknown function required for transcription

6338_at 0.52381145 -0.04196233 0.39067233 0.43263467 EKI1

ethanolamine kinase YDR147W

7849_at 0.31991534 -0.01128767 0.42149233 0.43278 ELP3 YPL086C

histone acetyltransferase|RNA polymerase II Elongator subunit

5199_at 0.40430816 -0.060186 0.373969 0.434155 GTS1 YGL181W

Contains a zinc-finger in the N-terminus and a long Gln-rich region

5186_at 0.59852824 -0.05926833 0.375327 0.43459533 NA NA YGL193C

9650_at 0.41946756 -0.037156 0.39747467 0.43463067 TRM9 YML014W

mcm5U/mcm5s2U tRNA carboxyl methyltransferase

9877_at 0.39884287 -0.029795 0.404877 0.434672 NA NA YLR430W

8541_at 0.30551054 -0.030128 0.40468167 0.43480967 AHC1 YOR023C

Ada histone acetyltransferase complex component

6589_at 0.27969918 -0.03351867 0.401326 0.43484467 RPN6 YDL097C

proteasome regulatory particle subunit

10945_at 0.23460187 -0.01291967 0.422221 0.43514067 Hypothetical ORFNA YJR061W

4409_at 0.58122532 -0.224671 0.21091933 0.43559033 COX23 YHR116W

Protein that functions in mitochondrial copper homeostasis and is e

10352_at 0.3657324 -0.04692433 0.38891667 0.435841 RIX7 family, required for export of pre-riboso

Putative ATPase of the AAA YLL034C

8279_at 0.13417987 -0.008672 0.42723867 0.43591067 third YOR258W

Member of theHNT3branch of the histidine triad (HIT) superfamily o

6017_at 0.39419062 -0.07809367 0.35798967 0.43608333 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR458C

5622_at 0.36053914 -0.02217967 0.41407267 0.43625233 TSC11

Binding Protein of TOR YER093C

4983_g_at 0.32283029 -0.02065433 0.41612833 0.43678267 NMA2 YGR010W

nicotinamide/nicotinic acid mononucleotide adenylyltransferase

5065_at 0.20812221 -0.018588 0.418446 0.437034 NA NA YGL042C

8243_at 0.37165972 -0.05004833 0.38712433 0.43717267 SNU66 YOR308C

66kD U4/U6.U5 snRNP associated protein

11152_g_at 0.60949095 -0.07381867 0.36370133 0.43752 YAK1 YJL142C

Serine-threonine protein kinase

4751_at 0.36778922 -0.052725 0.38513167 0.43785667 PHB2 YGR231C

mammalian BAP37 and S. cerevisiae Phb1p homolog|prohibitin hom

9491_at 0.19209212 -0.00290767 0.43529733 0.438205 PSO2 YMR137C

interstrand crosslink repair protein

8935_at 0.5787668 -0.15853733 0.27971067 0.438248 COX5A

cytochrome c oxidase chain Va YNL052W

10798_at 0.30722002 -0.03887433 0.399781 0.43865533 REF YKL214C

Member of theYRA2(RNA and export factor binding proteins) family

6329_at 0.24498322 -0.02895333 0.409998 0.43895133 RUB1

ubiquitin-like protein YDR139C

11349_at 0.29690726 -0.01372867 0.42523367 0.43896233 Hypothetical ORFNA YAL018C

9908_at 0.24342741 -0.003973 0.435596 0.439569 VPS36 sorting

Defective in vacuolar protein YLR417W

8180_at 0.42636447 -0.08977267 0.349802 0.43957467 FRE3 YOR381W

ferric reductase transmembrane component

10087_at 0.39032112 -0.05124833 0.388415 0.43966333 Lipoyl ligase LIP2 YLR239C

6507_at 0.24271711 -0.02329133 0.417221 0.44051233 FAD synthetase FAD1 YDL045C

4237_at 0.21455448 -0.01342367 0.42766067 0.44108433 nitrilase NIT1 YIL165C

3139_f_at 0.7175868 -0.10549933 0.335666 0.44116533 NA YILCDELTA2

Similar to probable membrane protein YLR334C and ORF YOL106W

7540_at 0.33088501 -0.05090967 0.39029733 0.441207 MLC2

light chain for Myo1p YPR188C

5364_at 0.45467534 -0.02899 0.41269533 0.44168533 Hypothetical ORFNA YFR022W

8380_at 0.7035697 -0.24391233 0.198034 0.44194633 GAC1

Glc7p regulatory subunit YOR178C

9532_at 0.43952267 -0.086309 0.355953 0.442262 Hypothetical ORFNA YMR090W

8374_at 0.32985841 -0.01751767 0.42753367 0.44505133 YRM1

zinc finger transcription factor YOR172W

3200_i_at 0.59080452 -0.09590267 0.34933267 0.44523533 NA NA YHLWDELTA2

8198_at 0.44963418 -0.088967 0.357262 0.446229 MSC6 green fluorescent protein (GFP)-fusion

Protein of unknown function, YOR354C

6049_at 0.42249418 -0.056638 0.39002133 0.44665933 UTP5

U3 snoRNP protein YDR398W

8161_at 0.34975053 -0.05407033 0.39273867 0.446809 NA NA YOR362C

10074_at 0.55864988 -0.178851 0.26804133 0.44689233 NA NA YLR269C

7748_at 0.2677523 -0.016033 0.43096467 0.44699767 AEP3 YPL005W

Peripheral mitochondrial inner membrane protein, located on the m

4789_at 0.43512682 -0.01899 0.42828233 0.44727233 HSV2 YGR223C

Phosphatidylinositol 3,5-bisphosphate-binding protein, predicted to

8194_at 0.05764601 -0.00035533 0.44698133 0.44733667 MNE1 YOR350C

similar to Lucilia illustris mitochondria cytochrome oxidase

8311_at 0.24739258 -0.025917 0.42171533 0.44763233 DGA1 YOR245C

Acyl-CoA : diacylglycerol acyltransferase

9878_at 0.46778107 -0.05517133 0.39249133 0.44766267 ATG23 YLR431C

Peripheral membrane protein, required for autophagy and for the cy

10335_at 0.43591613 -0.08962367 0.358083 0.44770667 DRS1 YLL008W

ATP dependent RNA helicase (putative)

7812_at 0.37050541 -0.05795633 0.38976267 0.447719 ATP4

F(1)F(0)-ATPase complex subunit bYPL078C

10764_at 0.35846103 -0.04104767 0.40682833 0.447876 NA NA YKL202W

5249_at 0.26429362 -0.029444 0.418541 0.447985 NIF3 YGL221C

similar to Listeria monocytogenes major sigma factor (rpoD gene pr

5262_at 0.24244389 -0.02848267 0.420857 0.44933967 DNA-binding protein of low sequence specificity in vit

C4 zinc finger HFM1 YGL251C

10730_at 0.39925718 -0.05916933 0.390242 0.44941133 LTV1 YKL143W

Protein required for viability at low temperature

10135_at 0.36831995 -0.017178 0.43233067 0.44950867 YKE2 YLR200W

bovine NABC complex component homolog|non-native actin bindin

9281_at 0.45468966 -0.00175633 0.44810733 0.44986367 NA NA YMR316C-B

10374_at 0.30604195 -0.01793733 0.43214733 0.45008467 NA transcription is activated by paralogou

Protein of unknown function, YLL056C

7038_s_at 0.44957052 -0.093158 0.35693133 0.45008933 DER1 YBR201W

Endoplasmic reticulum membrane protein, required for the protein d

10346_at 0.1980982 -0.01171133 0.43876467 0.450476 Hypothetical ORFNA YLR004C

5395_at 0.31834971 -0.02074233 0.43009 0.45083233 RPO41

mitochondrial RNA polymerase YFL036W

10249_at 0.39775945 -0.04792133 0.40295133 0.45087267 ARP6 YLR085C

Actin-related protein. Part of the carboxypeptidase Y pathway.

11253_s_at 0.34665215 -0.040766 0.41027967 0.45104567 glucose permeaseHXT11 YJL219W

6702_at 0.41834083 -0.10061067 0.350464 0.45107467 Hypothetical ORFNA YDL206W

8562_at 0.32436369 -0.021223 0.430009 0.451232 RRP6 YOR001W

Exonuclease component of the nuclear exosome; contributes to the

8614_at 0.19300945 -0.01030167 0.44160833 0.45191 PRE6

20S proteasome alpha-type subunitYOL038W

5211_at 0.44167066 -0.07842067 0.37350067 0.45192133 NA NA YGL214W

7276_at 0.38329277 -0.00112533 0.45093967 0.452065 Hypothetical ORFNA YBR095C

7480_at 0.45315985 -0.068379 0.383935 0.452314 of the YBL106C

yeast homologSRO77Drosophila tumor suppressor, lethal giant larv

9949_at 0.312941 -0.01689033 0.435694 0.45258433 MDM30 YLR368W

Protein involved in determination of mitochondrial structure

8028_at 0.26622158 -0.01092067 0.442908 0.45382867 NA potential Cdc28p substrate

Protein of unknown function, YPL267W

4399_at 0.50158377 -0.05573567 0.398243 0.45397867 NA YHR149C

Protein of unknown function found in the bud tip and bud neck, pote

8914_at 0.49376421 -0.09306933 0.361395 0.45446433 MSK1

lysine-tRNA ligase YNL073W

8282_at 0.45774067 -0.07916333 0.37589967 0.455063 RPN8 YOR261C

proteasome regulatory particle subunit

10046_at 0.37016401 -0.04975033 0.40542967 0.45518 Hypothetical ORFNA YLR287C

10931_at 0.32176079 -0.01316333 0.442139 0.45530233 FIP1

polyadenylation factor I (PF I) YJR093C

9359_at 0.1815072 -0.01008467 0.44528267 0.45536733 Hypothetical ORFNA YMR265C

6261_at 0.30276898 -0.00658167 0.448794 0.45537567 COQ4 YDR204W

encodes component of the coenzyme Q biosynthetic pathway

7602_at 0.47707805 -0.04257967 0.412985 0.45556467 Hypothetical ORFNA YPR158W

5543_at 0.11729291 -0.00755833 0.44812333 0.45568167 PEA2

coiled-coil domain YER149C

7357_at 0.49482273 -0.03092767 0.42503233 0.45596 UTP20

U3 snoRNP protein YBL004W

7280_at 0.20167869 -0.00523833 0.45098733 0.45622567 NA NA YBR099C

7949_at 0.46574884 -0.028455 0.42785867 0.45631367 protein kinase IPL1 YPL209C

9539_at 0.23702494 -0.02345 0.433133 0.456583 GTPase MTG1 YMR097C

8903_at 0.3927228 -0.031303 0.42532067 0.45662367 GPI15 YNL038W

human Pig-H homolog (functional and sequence homolog)

4153_at 0.38004306 -0.03122033 0.425674 0.45689433 NA YIL064W

Putative S-adenosylmethionine-dependent methyltransferase of the

8538_at 0.59542663 -0.23568467 0.22125133 0.456936 HSP10

heat shock protein 10 YOR020C

3876_at 0.11161497 -0.00430133 0.45296867 0.45727 NA NA YJLWTAU4

9776_at 0.25369113 -0.000664 0.45694933 0.45761333 BUL2

a homologue of BUL1 YML111W

6578_at 0.38184826 -0.01792067 0.43981033 0.457731 KIN28 YDL108W

serine-threonine kinase, subunit of transcription factor TFIIK, a subc

6723_at 0.25993478 -0.03080533 0.426943 0.45774833 PTP1 YDL230W

phosphotyrosine-specific protein phosphatase

5387_at 0.33172598 -0.00881433 0.449087 0.45790133 tRNA:pseudouridine synthase, introduces pseudourid

Non-essential DEG1 YFL001W

5162_at 0.26383507 -0.02715433 0.431016 0.45817033 KEM1

5'-3' exonuclease YGL173C

5154_at 0.2388784 -0.02206333 0.43694367 0.459007 PHO85 cyclin PCL10 YGL134W

10736_at 0.15728561 -0.00586567 0.45369067 0.45955633 Hypothetical ORFNA YKL137W

5213_at 0.52191666 -0.08015767 0.37977 0.45992767 motif|hydrophilic protein

heptad repeat VAM7 YGL212W

3506_s_at 0.40077328 -0.04963033 0.41114867 0.460779 NA YBLWTAU1

Identified by expression profiling and mass spectrometry

7995_at 0.41396179 -0.01775567 0.44331767 0.46107333 HFI1 YPL254W

Ada/Gcn5 protein complex member|transcription factor

4912_at 0.15842225 -0.00382833 0.45729867 0.461127 MRPL25 YGR076C

Mitochondrial ribosomal protein of the large subunit

5247_at 0.06911271 -0.00013733 0.46101233 0.46114967 the conservedYGL223C Golgi complex; interacts w

Component of COG1 oligomeric

5170_at 0.394427 -0.04677367 0.414508 0.46128167 NA NA YGL165C

9626_at 0.15932894 -0.004909 0.45638233 0.46129133 MVP1 YMR004W

Protein required for sorting proteins to the vacuole

9710_at 0.33315654 -0.03997733 0.42193033 0.46190767 PRM6 YML047C

Pheromone-regulated protein, predicted to have 2 transmembrane

10284_at 0.42007223 -0.06738933 0.395563 0.46295233 RAD5 YLR032W

ATPase (putative)|DNA helicase (putative)

5346_at 0.1303417 -0.010538 0.45317667 0.46371467 RPN11 YFR004W

Metalloprotease subunit of the 19S regulatory particle of the 26S pr

10055_at 0.39182496 -0.07533633 0.38862867 0.463965 Hypothetical ORFNA YLR253W

7105_at 0.46470003 -0.110686 0.35370933 0.46439533 THI2 YBR240C

Zinc finger protein of the Zn(II)2Cys6 type, probable transcriptional

7094_at 0.27673731 -0.044122 0.420467 0.464589 protein YBR276C

dual specificityPPS1 phosphatase

10975_at 0.22614988 -0.00801133 0.456624 0.46463533 TAH11 YJR046W

DNA replication licensing factor, required for pre-replication comple

6224_at 0.17901743 -0.00825567 0.456407 0.46466267 bZIP protein YAP6 YDR259C

7148_at 0.2611376 -0.035411 0.42932767 0.46473867 RIM2 YBR192W

Protein of the mitochondrial carrier (MCF) family that is required for

5377_at 0.34367974 -0.015976 0.449648 0.465624 AUA1 YFL011W-A

Protein required for the negative regulation by ammonia of Gap1p,

9329_at 0.18958114 -0.01930233 0.44660133 0.46590367 CAT8 YMR280C

zinc-cluster protein involved in activating gluconeogenic genes; rela

9748_at 0.27658188 -0.039573 0.42642167 0.46599467 Hypothetical ORFNA YML096W

10108_at 0.60884777 -0.21887967 0.24721133 0.466091 NA NA YLR216C

10490_at 0.2017384 -0.01692033 0.44934567 0.466266 non-tagged protein was localized to the mitochondria

The authentic, NA YKR065C

6489_at 0.34888656 -0.04413133 0.42240333 0.46653467 ERP3 YDL018C

p24 protein involved in membrane trafficking

4957_at 0.14715231 -0.00815067 0.45839433 0.466545 POP6 YGR030C

Nuclear RNase P subunit|RNase MRP subunit

3274_at 0.4297738 -0.03726 0.42935067 0.46661067 NA NA YGLWDELTA10

9561_at 0.25166492 -0.02287467 0.44401067 0.46688533 NA NA YMR075C-A

8995_at 0.23216558 -0.01760467 0.44967033 0.467275 FAR11 YNL127W

Protein involved in G1 cell cycle arrest in response to pheromone, i

5159_at 0.30381921 -0.04152433 0.42580433 0.46732867 RSM23 YGL129C

ATPase (putative)|mitochondrial ribosome small subunit componen

9343_at 0.16164692 -0.00200633 0.46590467 0.467911 to YMR293C

protein similar NAbacterial glutamyl-tRNA amidotransferases

4259_at 0.26773486 -0.03080533 0.43721467 0.46802 CCT2 chaperonin

Subunit beta of the cytosolic YIL142W Cct ring complex, related t

9719_at 0.46102327 -0.05407867 0.414251 0.46832967 DUS1

tRNA dihydrouridine synthase YML080W

7714_at 0.31500379 -0.03725267 0.43158033 0.468833 ATG11 YPR049C

Oligomeric, coiled-coil, peripheral membrane protein required for st

4576_at 0.51940843 -0.05220967 0.41671433 0.468924 GUT1 YHL032C

converts glycerol to glycerol-3-phosphate|glyerol kinase

9023_at 0.40019472 -0.047864 0.42115333 0.46901733 NA NA YNL145W

4940_at 0.16827215 -0.00269833 0.46642433 0.46912267 septin SPR3 YGR059W

10501_at 0.51461283 -0.12412733 0.345112 0.46923933 protein YKR076W

Non-essential ECM4 of unknown function; similar to Ygr154cp

3816_f_at 0.19364561 -0.005558 0.46418567 0.46974367 NA NA YKLWDELTA3

9511_at 0.16908028 -0.00059867 0.46916967 0.46976833 non-tagged protein was localized to the mitochondria

The authentic, NA YMR115W

8696_at 0.21103474 -0.01690033 0.45381433 0.47071467 Hypothetical ORFNA YOL138C

9962_at 0.41152549 -0.06864333 0.40219667 0.47084 CTF3 YLR381W

Outer kinetochore protein that forms a complex with Mcm16p and M

4133_at 0.33946072 -0.02200733 0.44932433 0.47133167 NOT3 YIL038C

CCR4 transcriptional complex component

3401_f_at 0.4262501 -0.044123 0.42749133 0.47161433 NA NA YDRWDELTA30

9135_at 0.25190456 -0.027935 0.44414133 0.47207633 copper chaperoneATX1 YNL259C

10746_at 0.21707252 -0.027845 0.444648 0.472493 SNU114 YKL173W

U5 snRNP-specific protein related to EF-2

10294_at 0.3412004 -0.051943 0.42150867 0.47345167 Hypothetical ORFNA YLR042C

4900_at 0.46036398 -0.05988033 0.41385067 0.473731 Hypothetical ORFNA YGR110W

8283_at 0.40933772 -0.01325467 0.46051033 0.473765 NA YOR262W

Protein required for cell viability

6576_at 0.46586364 -0.058798 0.41533533 0.47413333 Hypothetical ORFNA YDL110C

7860_at 0.37967822 -0.02329967 0.450865 0.47416467 VPS30 YPL120W

Required for sorting and delivery of soluble hydrolases to the vacuo

10330_at 0.22984151 -0.019627 0.454556 0.474183 PUF YLL013C

member of thePUF3 protein family, which is named for the founding

7627_at 0.11692339 -0.00077567 0.47368733 0.474463 NA VPS66 YPR139C

5426_at 0.28681058 -0.01004767 0.464724 0.47477167 Hypothetical ORFNA YFL054C

9763_at 0.47739387 -0.14002567 0.33515967 0.47518533 NA NA YML122C

4841_at 0.32128954 -0.00907233 0.466141 0.47521333 TFG1 YGR186W

transcription factor TFIIF large subunit

10884_at 0.08050077 -0.00225533 0.47324133 0.47549667 Hypothetical ORFNA YJR136C

8476_at 0.09396416 -0.00293433 0.472767 0.47570133 NA NA YOR094W

11322_at 0.3309067 -0.02163067 0.454313 0.47594367 TFC3 YAL001C

transcription factor tau (TFIIIC) subunit

11184_at 0.24827175 -0.01504 0.46103967 0.47607967 VPS35

retromer complex component YJL154C

10537_at 0.32443486 -0.02506167 0.451137 0.47619867 function unknownVPS51 YKR020W

11059_at 0.33041391 -0.045448 0.43114067 0.47658867 PEP8 YJL053W

vacuolar protein similar to mouse gene H58

9371_at 0.18639722 -0.00830567 0.46868667 0.47699233 FUS2 YMR232W

Cytoplasmic protein localized to the shmoo tip; required for the align

4880_at 0.27146737 -0.038362 0.43890367 0.47726567 PRE9

proteasome component Y13 YGR135W

3258_f_at 0.37734079 -0.05869167 0.41864533 0.477337 NA NA YGLWDELTA4

4342_at 0.34843331 -0.03558233 0.441834 0.47741633 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YHR182W

7286_at 0.33003345 -0.03622867 0.44128533 0.477514 Hypothetical ORFNA YBR063C

3746_at 0.56322713 -0.091743 0.38586133 0.47760433 NA NA YLRWDELTA15

10699_at 0.23824694 -0.00552567 0.472185 0.47771067 myosin I MYO3 YKL129C

7150_at 0.30991009 -0.04722133 0.431827 0.47904833 Old

Synthetic with NA Yellow EnzymeYBR194W

7573_at 0.41342093 -0.01966367 0.45943767 0.47910133 DPB2 YPR175W

DNA polymerase epsilon subunit B

5261_at 0.24541835 -0.00613 0.47318467 0.47931467 RTG2 YGL252C

Sensor of mitochondrial dysfunction; regulates the subcellular locat

10905_at 0.48053702 -0.08846533 0.39153533 0.48000067 NNF1 YJR112W

Essential component of the MIND kinetochore complex (Mtw1p Incl

10064_s_at 0.19657577 -0.020887 0.46024067 0.48112767 YPT6 YLR261C

similar to the human GTPase, Rab6

6321_at 0.45418398 -0.07667233 0.40465033 0.48132267 RSM24 YDR175C

mitochondrial ribosome small subunit component

5025_at 0.55004188 -0.146219 0.33564267 0.48186167 PNC1

nicotinamidase|pyrazinamidase YGL037C

9967_at 0.3661723 -0.054753 0.42715133 0.48190433 GAS2 YLR343W

Putative 1,3-beta-glucanosyltransferase, has similarity to Gas1p

5355_at 0.36741086 -0.04391133 0.43802467 0.481936 IOC3 YFR013W

Member of a complex (Isw1a) with Isw1p that has nucleosome-stim

8343_at 0.44671602 -0.11141067 0.37128567 0.48269633 TUF1 YOR187W

translation elongation factor Tu, mitochondrial

4552_at 0.18377964 -0.01951 0.46363667 0.48314667 Hypothetical ORFNA YHL010C

11084_at 0.56885148 -0.187996 0.29584833 0.48384433 JEM1 YJL073W

DnaJ-like chaperone required for nuclear membrane fusion during m

4821_at 0.39166592 -0.03808767 0.446021 0.48410867 KRE11 YGR166W

Involved in biosynthetic pathway for cell wall beta-glucans

11256_at 0.25091347 -0.01118633 0.47316833 0.48435467 NA transcriptionally activated by Yrm1p al

Protein of unknown function, YJL216C

9916_at 0.31165526 -0.017953 0.46689233 0.48484533 TUS1 YLR425W

Guanine nucleotide exchange factor (GEF) that functions to modula

10026_at 0.1499856 -0.00772733 0.47795767 0.485685 NA NA YLR311C

4534_at 0.16986594 -0.002805 0.48289067 0.48569567 MIP6 YHR015W

RNA-binding protein, interacts with MEX67

4204_at 0.40244649 -0.06621 0.41964233 0.48585233 PFK26

6-phosphofructose-2-kinase YIL107C

8228_at 0.73859004 -0.761357 -0.27541567 0.48594133 Hypothetical ORFNA YOR338W

3725_at 0.41203936 -0.034998 0.45112067 0.48611867 NA NA YLRCDELTA24

5264_at 0.13166084 -0.00420033 0.481931 0.48613133 ZIP2 YGL249W

Required for 'ZIPpering' up meiotic chromosomes during chromoso

9287_s_at 0.23967811 -0.01739467 0.46875 0.48614467 SNO4 YMR322C

Possible chaperone and cysteine protease with similarity to E. coli H

11363_at 0.56051286 -0.10503067 0.38111967 0.48615033 NA NA YAL045C

7798_at 0.28642117 -0.00875633 0.47759167 0.486348 VPS16

vacuolar sorting protein YPL045W

10078_at 0.32483539 -0.006617 0.48001433 0.48663133 PIG1 YLR273C

similar to Gac1p, a putative type 1 protein phosphatase targeting su

7093_at 0.25220034 -0.03875133 0.44804833 0.48679967 RIF1

RAP1-interacting factor YBR275C

5651_at 0.36940715 -0.01243467 0.47452433 0.486959 Hypothetical ORFNA YER078C

9586_at 0.43254155 -0.07634933 0.41061067 0.48696 AAC1

ADP/ATP translocator YMR056C

9200_at 0.198013 -0.00964767 0.47790233 0.48755 RPD3

histone deacetylase YNL330C

6513_at 0.66184124 -0.35768233 0.129872 0.48755433 PRM7 YDL039C

Hypothetical ORF /// Pheromone-regulated protein, predicted to hav

6487_at 0.46403596 -0.08820867 0.39942733 0.487636 RPN4 YDL020C

Transcription factor that stimulates expression of proteasome genes

10667_at 0.2662248 -0.02976933 0.45817867 0.487948 MUD2 YKL074C

Involved in early pre-mRNA splicing

7175_at 0.25290922 -0.02971033 0.45826533 0.48797567 UMP1 YBR173C

20S proteasome maturation factor

9446_at 0.29682411 -0.02362133 0.46544433 0.48906567 protein YMR176W

Non-essential ECM5 of unknown function, contains ATP/GTP-bind

10261_at 0.21814923 -0.02451767 0.46467967 0.48919733 INO80 YLR052W

Subunit of the IES3 chromatin remodeling complex

11094_at 0.30340782 -0.057274 0.43198767 0.48926167 MRPL8 YJL063C

Mitochondrial ribosomal protein of the large subunit

4210_at 0.3105554 -0.01471667 0.47472633 0.489443 NA NA YIL100W

8351_at 0.41988527 -0.02308667 0.46637667 0.48946333 TOA1 YOR194C

transcription factor IIA subunit alpha

6787_at 0.14239798 -0.01123333 0.47884433 0.49007767 MSH3 to repair insertion-deletion mispairs; re

forms a complex with Msh2p YCR092C

10777_at 0.15834826 -0.00563433 0.48453233 0.49016667 MTR2

mRNA transport regulator YKL186C

8310_at 0.23642821 -0.01503567 0.47519133 0.490227 ESA1 gene family|NuA4 complex componen

acetyltransferase in the SAS YOR244W

6817_at 0.13436069 -0.01179067 0.479408 0.49119867 Hypothetical ORFNA YCR076C

4710_at 0.2517967 -0.03381567 0.457404 0.49121967 NA NA YGR280C

10693_at 0.0787934 -0.001665 0.48957667 0.49124167 APL2 YKL135C

beta-adaptin|clathrin associated protein complex large subunit

3177_f_at 0.41315973 -0.009622 0.48170567 0.49132767 NA NA YHRCSIGMA3

5169_at 0.18208791 -0.02274467 0.469418 0.49216267 activator

transcriptional CUP2 YGL166W

8238_at 0.22713729 -0.017344 0.47501433 0.49235833 ISW2 subunit chromatin remodeling complex

ATPase component of a two YOR304W

6391_at 0.09093796 -0.00690167 0.48566233 0.492564 Hypothetical ORFNA YDR067C

4910_at 0.4222638 -0.06334367 0.42924 0.49258367 NUP57 YGR119C

nuclear pore protein (nucleoporin)

10981_at 0.24923976 -0.04066267 0.452443 0.49310567 RAD7 YJR052W

nucleotide excision NEF4 component

10929_at 0.16830706 -0.00336133 0.49038533 0.49374667 GRR1 YJR090C

F-box protein component of the SCF ubiquitin-ligase complex, requ

7697_i_at 0.65923539 -0.32698533 0.167388 0.49437333 Hypothetical ORFNA YPR077C

10804_at 0.1869619 -0.01316233 0.48213367 0.495296 CBT1 YKL208W

Subunit of complex involved in processing of the 3' end of cytochrom

3334_at 0.25019721 -0.00621433 0.48918033 0.49539467 NA NA YERWDELTA12

3483_f_at 0.10989691 -0.00175033 0.493919 0.49566933 COS1 member of

Protein of unknown function, YBR302C a family of conserved, ofte

10906_at 0.15347336 -0.00154133 0.49424133 0.49578267 RSM7 YJR113C

mitochondrial ribosome small subunit component

9658_r_at 0.2003814 -0.005159 0.49073433 0.49589333 NA NA YML010W-A

3576_f_at 0.5167679 -0.08588867 0.41029933 0.496188 NA NA YORWSIGMA4

4571_at 0.25590158 -0.03184033 0.464842 0.49668233 NA NA YHL037C

3189_i_at 0.16706383 -0.00746633 0.489476 0.49694233 COS8 YHL048W

Nuclear membrane protein, member of a family of conserved, often

8899_at 0.25228431 -0.033229 0.463938 0.497167 NA potential Cdc28p substrate; overprodu

Protein of unknown function, YNL042W

10092_at 0.30863209 -0.022588 0.475386 0.497974 NA NA YLR244C

9900_at 0.3729134 -0.034714 0.46331067 0.49802467 UTP21

U3 snoRNP protein YLR409C

9969_at 0.3364409 -0.00199733 0.49633267 0.49833 Hypothetical ORFNA YLR345W

3553_f_at 0.26500371 -0.03652 0.46207 0.49859 NA YPLCTAU1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9146_at 0.31757409 -0.067595 0.431518 0.499113 MSB3 YNL293W

GTPase activating protein (GAP) for Ypt6

4826_at 0.21023291 -0.02910433 0.47028867 0.499393 MSM1

methionine-tRNA ligase YGR171C

10533_at 0.4843409 -0.060005 0.439588 0.499593 The authentic, NA YKR016W

non-tagged protein was localized to the mitochondria

9113_at 0.27521624 -0.03869267 0.46168433 0.500377 NA NA YNL235C

9384_at 0.46896579 -0.139079 0.361826 0.500905 Hypothetical ORFNA YMR244C-A

5173_at 0.09214591 -0.005987 0.495136 0.501123 SUT1

Involved in sterol uptake YGL162W

4919_at 0.36526794 -0.02910267 0.47204233 0.501145 GCD2 YGR083C

71 kDa subunit (delta)|translation initiation factor eIF2B subunit|tran

5570_at 0.27834966 -0.04459 0.45664 0.50123 Hypothetical ORFNA YER130C

6276_at 0.34565789 -0.05172367 0.44970133 0.501425 Hypothetical ORFNA YDR219C

11359_at 0.10699725 -0.00814233 0.49332367 0.501466 Hypothetical ORFNA YAL049C

6031_at 0.04064764 -0.00180067 0.499972 0.50177267 Snx4p, YDR425W

sorting nexins SNX41 Snx41p, and Snx42p mediate distinct retrieva

6133_at 0.42389456 -0.091999 0.409922 0.501921 MRP1 YDR347W

37 kDa mitochondrial ribosomal protein

5376_at 0.13150015 -0.00135933 0.50056733 0.50192667 HXT10 YFL011W

high affinity hexose transporter

10748_at 0.09536063 -0.00734433 0.49468633 0.50203067 Hypothetical ORFNA YKL171W

6814_at 0.43331605 -0.08400333 0.41805267 0.502056 SSK22 YCR073C

functionally redundant with, and homologous to, SSK2

7942_at 0.36096587 -0.06382933 0.439286 0.50311533 MRPL40 YPL173W

Mitochondrial ribosomal protein of the large subunit

5356_at 0.49536012 -0.16403333 0.33948433 0.50351767 CMK1 YFR014C

calmodulin-dependent protein kinase

10720_at 0.69926452 -0.25039167 0.25321 0.50360167 NA NA YKL153W

10593_at 0.33226123 -0.03849933 0.46557267 0.504072 URB1 YKL014C

Nucleolar protein required for the normal accumulation of 25S and 5

9468_at 0.41413638 -0.09433433 0.40986767 0.504202 The authentic, NA YMR157C

non-tagged protein was localized to the mitochondria

3296_at 0.57450994 -0.246617 0.25765933 0.50427633 NA NA YFRWDELTA10

8501_at 0.23156572 -0.000809 0.503614 0.504423 t-SNARE (ER)UFE1 YOR075W

4817_at 0.30663942 -0.04572133 0.458837 0.50455833 Hypothetical ORFNA YGR207C

9596_at 0.21700544 -0.00502967 0.499714 0.50474367 Synthesis Of VarNA YMR066W

10057_at 0.46263007 -0.08081467 0.42420833 0.505023 NA NA YLR255C

10482_at 0.25803186 -0.002484 0.50296033 0.50544433 SIR1

silent mating loci repressor YKR101W

11218_at 0.23018685 -0.01249333 0.49295933 0.50545267 nuclease NUC1 YJL208C

5175_at 0.51371281 -0.20140133 0.304149 0.50555033 Hypothetical ORFNA YGL160W

6011_at 0.12408699 -0.00472867 0.500936 0.50566467 PPN1

vacuolar endopolyphosphatase YDR452W

6921_at 0.09783582 -0.00478867 0.50200767 0.50679633 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YCL056C

10521_at 0.47812809 -0.049141 0.45767367 0.50681467 The authentic, NA YKR049C

non-tagged protein was localized to the mitochondria

4757_at 0.23905654 -0.026294 0.48127167 0.50756567 Hypothetical ORFNA YGR237C

10747_at 0.43179744 -0.05420067 0.45367267 0.50787333 EBP2

nucleolar protein YKL172W

10215_at 0.26602296 -0.04554233 0.46312767 0.50867 KIN2 YLR096W

Serine/threonine protein kinase

6374_at 0.39631426 -0.011335 0.49738933 0.50872433 NA NA YDR094W

6677_at 0.50041875 -0.11038133 0.39905667 0.509438 NA NA YDL187C

8233_g_at 0.3803816 -0.01510667 0.494373 0.50947967 BUD7 YOR299W

Protein involved in bud-site selection; diploid mutants display an ax

5095_at 0.52795753 -0.13918267 0.37054167 0.50972433 NA NA YGL102C

9180_at 0.26979376 -0.01762633 0.49232033 0.50994667 on mitochondrial distribution toward the bud.

acts positively YPT11 YNL304W

9449_at 0.21162986 -0.003039 0.50737067 0.51040967 SPT21 YMR179W

non-specific DNA binding protein

6727_at 0.21091445 -0.02155933 0.489136 0.51069533 septin SHS1 YDL225W

10553_at 0.25135271 -0.00509233 0.50658567 0.511678 CAF4 YKR036C

CCR4 transcriptional complex component

6703_at 0.44511602 -0.05279467 0.45899033 0.511785 HEM3 (uroporphyrinogen synthase)

phorphobilinogen deaminaseYDL205C

4937_at 0.32642824 -0.030857 0.48107667 0.51193367 RSC1

RSC complex member YGR056W

6482_at 0.0662261 -0.00258067 0.50949933 0.51208 NA potentially

Protein of unknown function, YDL025C phosphorylated by Cdc28p

4546_at 0.22661986 -0.03802967 0.47430867 0.51233833 DUR3 YHL016C

Plasma membrane urea transporter, expression is highly sensitive t

9379_at 0.4079081 -0.02370667 0.48869533 0.512402 U2 snRNP proteinCUS1 YMR240C

10389_at 0.28524711 -0.00173067 0.51067833 0.512409 ATG10

protein-conjugating enzyme YLL042C

10287_at 0.092599 -0.00188333 0.51072433 0.51260767 Mutl Homolog MLH2 YLR035C

11316_r_at 0.57066715 -0.11670267 0.396119 0.51282167 SSA1 family

heat shock protein of HSP70YAL005C

5241_at 0.20475802 -0.01561533 0.49758967 0.513205 SHE10 YGL228W

Putative glycosylphosphatidylinositol (GPI)-anchored protein of unk

9860_at 0.12734054 -0.0027 0.510788 0.513488 Hypothetical ORFNA YLR456W

8649_at 0.28503772 -0.01239567 0.50268467 0.51508033 RFC4 YOL094C

replication factor C subunit 4|similar to human RFC 40 kDa subunit

10541_at 0.37170306 -0.04743567 0.46784967 0.51528533 DBP7

RNA helicase (putative) YKR024C

10939_at 0.21633401 -0.02275167 0.49281667 0.51556833 Hypothetical ORFNA YJR100C

6564_at 0.54410696 -0.04788633 0.46794067 0.515827 MRK1

MDS1 related protein kinase YDL079C

3783_at 0.14418121 -0.00558933 0.510381 0.51597033 NA NA YLRWDELTA12

9362_at 0.35715741 -0.00487767 0.51128133 0.516159 PRP24

U4/U6 snRNP-associated protein YMR268C

8487_at 0.15691321 -0.010813 0.505364 0.516177 Hypothetical ORFNA YOR059C

5968_at 0.35386452 -0.027171 0.489627 0.516798 LCD1 the DNA integrity checkpoint pathway

Essential protein required forYDR499W

10665_g_at 0.17984992 -0.008767 0.50830867 0.51707567 Hypothetical ORFNA YKL076C

10114_at 0.32162801 -0.037885 0.479456 0.517341 UTP13

U3 snoRNP protein YLR222C

6825_at 0.33962067 -0.06822367 0.44913067 0.51735433 exoribonuclease complex component with Rrp4p, Rr

exosome 3->5RRP43 YCR035C

9357_at 0.37419498 -0.062516 0.45486867 0.51738467 NA SAP30 YMR263W

11347_at 0.32272917 -0.04777 0.469809 0.517579 ATS1 YAL020C

Protein with a potential role in regulatory interactions between micro

4985_at 0.24529631 -0.02820167 0.48992067 0.51812233 Hypothetical ORFNA YGR012W

8815_at 0.42699745 -0.054264 0.46487567 0.51913967 BIO5 YNR056C

transmembrane regulator of KAPA/DAPA transport

6631_at 0.27145075 -0.02934667 0.489844 0.51919067 Hypothetical ORFNA YDL144C

9735_at 0.30004046 -0.035388 0.48388433 0.51927233 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YML107C

7089_at 0.3113727 -0.04325833 0.47615967 0.519418 NA YBR271W

Putative S-adenosylmethionine-dependent methyltransferase of the

8417_at 0.15055267 -0.00536367 0.51413567 0.51949933 NA NA YOR125C

9770_at 0.25472515 -0.03809767 0.482567 0.52066467 NA NA YML117W-A

9998_at 0.18105692 -0.01210733 0.50862533 0.52073267 containing a putative leucine zipper|meiosis specific

23 kDa proteinREC102 YLR329W

7989_at 0.3555833 -0.08648933 0.43432833 0.52081767 CBP3 YPL215W

Protein required for assembly of ubiquinol cytochrome-c reductase

8667_at 0.25017229 -0.04080467 0.480219 0.52102367 SMF1 YOL122C

plasma membrane/mitochondrial membrane protein

5722_at 0.19650543 -0.034201 0.48690667 0.52110767 RPN3 YER021W

26S proteasome regulatory module component

5017_at 0.25697453 -0.00226633 0.519935 0.52220133 NA YGR001C

Putative methyltransferase, based on sequence similarity to methyl

3165_at 0.08119368 -0.004871 0.51738767 0.52225867 NA NA YHRCTAU4

4883_at 0.35242309 -0.05797 0.46434467 0.52231467 LAs17 BindingLSB1protein YGR137W

5397_at 0.33490129 -0.01526133 0.50849567 0.523757 Hypothetical ORFNA YFL034W

9285_at 0.21537112 -0.003789 0.520387 0.524176 NA NA YMR320W

9291_at 0.18846065 -0.02044767 0.50394867 0.52439633 associated protein

ATP synthase ATP18 YML081C-A

8716_s_at 0.16526224 -0.01808767 0.506453 0.52454067 AAD3 YOL165C

aryl-alcohol dehydrogenase (putative)

10027_at 0.35984529 -0.072208 0.45243867 0.52464667 Hypothetical ORFNA YLR312C

9145_at 0.27723798 -0.05213333 0.47276233 0.52489567 Unknown functionRIM21 YNL294C

6120_at 0.21240684 -0.019754 0.50523433 0.52498833 SWR1 YDR334W

Swi2/Snf2-related ATPase, component of the SWR1 complex; requ

3632_at 0.46376395 -0.08180867 0.443227 0.52503567 NA NA YOLCDELTA2

4152_at 0.25681958 -0.04335667 0.48173167 0.52508833 FIS1 YIL065C

Mitochondrial outer membrane protein involved in membrane fission

6346_at 0.32645021 -0.071164 0.453977 0.525141 NA YDR111C

putative alanine transaminase (glutamyc pyruvic transaminase)

8513_at 0.19489445 -0.03282633 0.492717 0.52554333 glyoxylase-II GLO4 YOR040W

10360_at 0.61861804 -0.23252233 0.293057 0.52557933 HSP104

heat shock protein 104 YLL026W

6573_at 0.26048519 -0.04726167 0.47833933 0.525601 ATG20 YDL113C

PX domain-containing protein that binds Apg17 and Cvt13, and is re

9739_at 0.36876812 -0.03285833 0.493533 0.52639133 NUP188

nuclear pore complex subunit YML103C

7178_at 0.1281749 -0.002892 0.523682 0.526574 ECM31 YBR176W

Ketopantoate hydroxymethyltransferase, required for pantothenic a

7434_at 0.26558051 -0.01736633 0.50955467 0.526921 NA NA YBL062W

8586_at 0.35740119 -0.05851233 0.46856767 0.52708 DIS3 YOL021C

3'-5' exoribonuclease complex subunit

7400_at 0.43506507 -0.08659367 0.44051 0.52710367 SAS3 YBL052C

SAS3 for Something about silencing, gene 3. Influences silencing a

7137_at 0.21721427 -0.000929 0.52623267 0.52716167 MCX1 YBR227C

ATP-binding protein|similar to ClpX

8461_at 0.22561521 -0.03076333 0.49682233 0.52758567 DIA2 involved in

Protein of unknown function, YOR080W invasive and pseudohypha

10196_g_at 0.37108245 -0.01990567 0.507781 0.52768667 NA NA YLR122C

6296_at 0.46619779 -0.14804767 0.379662 0.52770967 MSS116

RNA helicase DEAD box YDR194C

7212_at 0.35310691 -0.043016 0.48486233 0.52787833 UBS1 YBR165W

Ubiquitin-conjugating enzyme suppressor that functions as a gener

4196_at 0.31750791 -0.034868 0.49359067 0.52845867 NUP159 YIL115C

contains coiled-coil domain and repeated motifs typical of nucleopo

8974_at 0.26929245 -0.022459 0.506474 0.528933 family|transcriptional activator

leucine zipper MET4 YNL103W

4366_at 0.17593439 -0.02906767 0.49991833 0.528986 YAP1801 member

Yeast Assembly Polypeptide,YHR161Cof AP180 protein family, bind

4488_at 0.30184416 -0.03920933 0.49009433 0.52930367 VMA22 YHR060W

Required for V-ATPase activity. Required for the biogenesis of a fun

11018_at 0.36179281 -0.058736 0.47061367 0.52934967 COX16 YJL003W

Required for assembly of cytochrome oxidase

5685_at 0.41499418 -0.062605 0.467076 0.529681 Hypothetical ORFNA YER030W

9112_at 0.03009272 -0.00123767 0.528466 0.52970367 SIN4 YNL236W

RNA polymerase II holoenzyme/mediator subunit

6029_at 0.38547696 -0.05415467 0.47579 0.52994467 CAD1 YDR423C

basic leucine zipper transcription factor

11173_at 0.32458822 -0.03665233 0.49353233 0.53018467 NA NA YJL165C

4540_at 0.45174161 -0.10253333 0.42797967 0.530513 SPO11 YHL022C

early meiosis-specific recombination protein

7932_at 0.3730731 -0.03098633 0.499556 0.53054233 Hypothetical ORFNA YPL183C

4450_at 0.38459622 -0.057948 0.47274333 0.53069133 RRP4 YHR069C

3'-5' exoribonuclease|3'-5' exoribonuclease complex component wit

8609_at 0.13342803 -0.01703433 0.51368433 0.53071867 III DNA YOL043C

endonuclease NTG2 base excision repair N-glycosylase

6786_at 0.29394555 -0.00268067 0.52806 0.53074067 KIN82 YCR091W

serine/threonine kinase (putative)|similar to cyclic nucleotide-depen

6030_at 0.26656937 -0.03187767 0.49923833 0.531116 CAD1 YDR424C

basic leucine zipper transcription factor

6409_at 0.510299 -0.15199033 0.37944467 0.531435 AFR1 arrestins

cytoskeletal protein|similar toYDR085C

4810_at 0.32832292 -0.016759 0.51476533 0.53152433 ELP2 subunit

RNA polymerase II ElongatorYGR200C

8959_at 0.27189605 -0.04213 0.48991433 0.53204433 MLS1 YNL117W

carbon-catabolite sensitive malate synthase

9288_s_at 0.28031835 -0.00841533 0.52375267 0.532168 Hypothetical ORFNA YMR323W

6522_at 0.2843431 -0.02507433 0.507377 0.53245133 PRP9

RNA splicing factor YDL030W

6303_at 0.40616886 -0.02852167 0.504026 0.53254767 RPA14

RNA polymerase I subunit YDR157W

7061_at 0.17677276 -0.00418433 0.52870033 0.53288467 APM3 YBR288C

clathrin associated protein complex medium subunit

6322_at 0.37500334 -0.020374 0.51259267 0.53296667 NGG1 suggest that

genetic and mutant analysesYDR176W Ngg1p (Ada3p) is part of

5353_at 0.4621661 -0.15696067 0.37632633 0.533287 Hypothetical ORFNA YFR011C

9543_at 0.15933139 -0.01350733 0.519918 0.53342533 SRT1

cis-prenyltransferase YMR101C

6637_at 0.29160755 -0.004193 0.52923633 0.53342933 glucose receptorRGT2 YDL138W

9181_at 0.32511708 -0.02209167 0.51151167 0.53360333 on mitochondrial distribution toward the bud.

acts positively YPT11 YNL303W

3650_f_at 0.20087549 -0.03408967 0.499663 0.53375267 NA NA YNLWTAU1

3670_f_at 0.19978301 -0.02616567 0.50768333 0.533849 NA YNRCTAU3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6218_at 0.37855142 -0.017464 0.517055 0.534519 MET32 YDR253C

highly homologous to Met31p|transcriptional regulator of sulfur amin

3551_f_at 0.2428831 -0.03257667 0.50196733 0.534544 NA NA YPLCDELTA10

10395_at 0.25220888 -0.009619 0.52492667 0.53454567 PRP19

RNA splicing factor YLL036C

3744_i_at 0.46910565 -0.128365 0.40698733 0.53535233 NA NA YLRWSIGMA3

11104_at 0.33031134 -0.06555533 0.47011833 0.53567367 SAP185 with the Sit4p protein phosphatase an

Protein that forms a complexYJL098W

4746_at 0.11056021 -0.010533 0.52553833 0.53607133 YTA7 member of

Protein of unknown function, YGR270W CDC48/PAS1/SEC18 fami

9965_at 0.14229113 -0.01523033 0.52094633 0.53617667 SPO77 YLR341W

Meiosis-specific protein of unknown function, required for spore wal

7729_at 0.17179236 -0.00692067 0.52944933 0.53637 Hypothetical ORFNA YPR022C

6169_at 0.1190594 -0.010442 0.52649633 0.53693833 HDA2 YDR295C

Subunit of a possibly tetrameric trichostatin A-sensitive class II histo

3446_i_at 0.39189911 -0.13285333 0.404211 0.53706433 NA NA YDRCDELTA9

9995_at 0.38417135 -0.01456633 0.52316333 0.53772967 Hypothetical ORFNA YLR326W

3820_f_at 0.18397202 -0.001016 0.53681933 0.53783533 NA YKLCDELTA5

Similar to probable membrane protein YDR340W and to yeast CYC

7920_at 0.26586767 -0.01540167 0.52244167 0.53784333 Hypothetical ORFNA YPL150W

6155_at 0.36770071 -0.040325 0.49752 0.537845 PEP7 YDR323C

three zinc fingers; cysteine rich regions of amino acids are essentia

9707_at 0.20437441 -0.01014933 0.528331 0.53848033 RSE1 YML049C

RNA splicing and ER to Golgi transport

5188_at 0.41657009 -0.06134233 0.47744567 0.538788 COX13 YGL191W

cytochrome c oxidase subunit VIa|may specifically interact with ATP

6134_at 0.33550577 -0.04066467 0.498734 0.53939867 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR348C

10883_at 0.25687838 -0.006422 0.533406 0.539828 MCM22 chromosomes and minichromosomes

Required for maintenance of YJR135C

6470_at 0.35933847 -0.09142367 0.44959933 0.541023 regulator involved in activation of the GAL genes in

TranscriptionalGAL3 YDR009W

10544_at 0.38689932 -0.07516833 0.46607233 0.54124067 The authentic, NA YKR027W

non-tagged protein was localized to the mitochondria

5937_at 0.23052821 -0.033779 0.507603 0.541382 TTR1 YDR513W

glutaredoxin|thioltransferase/glutathione reductase|EC 1.20.4.1

6922_at 0.29224823 -0.025917 0.51562367 0.54154067 KAR4 YCL055W

involved in karyogamy|transcription factor

5269_at 0.30050873 -0.019794 0.52235467 0.54214867 nuclear protein RTF1 YGL244W

7373_at 0.14754835 -0.02031033 0.52445767 0.544768 Hypothetical ORFNA YBR014C

8961_at 0.45542466 -0.107308 0.43746433 0.54477233 Hypothetical ORFNA YNL115C

5231_at 0.21426486 -0.03741133 0.50744733 0.54485867 activator protein of CYC1 (component of HAP2/HAP3

transcriptional HAP2 YGL237C

10865_at 0.26631592 -0.053564 0.49239 0.545954 NA NA YJR025c-a

4943_at 0.07899779 -0.00331933 0.542718 0.54603733 COX18 YGR062C

Mitochondrial inner membrane protein, required for export of the Co

8604_at 0.3072001 -0.026286 0.52008133 0.54636733 Hypothetical ORFNA YOL048C

4834_at 0.40216497 -0.05782767 0.48872867 0.54655633 OKP1 YGR179C

Outer kinetochore protein, required for accurate mitotic chromosom

3834_s_at 0.52902636 -0.13048567 0.41627533 0.546761 YRF1-7

Y'-helicase protein 1 YLL067C

6567_at 0.18024149 -0.00124567 0.54582933 0.547075 Hypothetical ORFRXT3 YDL076C

4486_at 0.25288879 -0.029544 0.51777767 0.54732167 NA NA YHR058C

8399_at 0.29429845 -0.060545 0.48707467 0.54761967 Hypothetical ORFNA YOR152C

4108_at 0.30446983 -0.02497533 0.52281267 0.547788 SNL1 protein

18.3 kDa integral membrane YIL016W

11194_at 0.33294215 -0.04642533 0.50193767 0.548363 MNN5 YJL186W

golgi alpha-1,2-mannosyltransferase (putative)

7591_at 0.33196362 -0.06019633 0.48872967 0.548926 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YPR148C

6087_at 0.3168972 -0.04326467 0.50589633 0.549161 UBA2 YDR390C

Nuclear protein that acts as a heterodimer with Aos1p to activate Sm

10715_at 0.48325228 -0.07749767 0.47199933 0.549497 APE2

aminopeptidase yscII YKL158W

8173_at 0.68011321 -0.42031067 0.12920233 0.549513 ALD4

aldehyde dehydrogenase YOR374W

7440_at 0.2092097 -0.018533 0.53174133 0.55027433 hydrolase

peptidyl-tRNA PTH2 YBL057C

10569_at 0.23164705 -0.03025267 0.52146467 0.55171733 MRPL13 YKR006C

Mitochondrial ribosomal protein of the large subunit, not essential fo

4101_at 0.16951944 -0.01663133 0.535159 0.55179033 Hypothetical ORFNA YIL024C

9571_at 0.09285165 -0.009271 0.542863 0.552134 Hypothetical ORFNA YMR085W

3708_at 0.16693777 -0.016878 0.53529367 0.55217167 NA NA YMRCTAU1

5014_at 0.37956214 -0.032348 0.51998933 0.55233733 CDH1 YGL003C

required for Clb2 and Ase1 degradation

10492_at 0.21824016 -0.023839 0.528739 0.552578 GPT2 YKR067W

Glycerol-3-phosphate acyltransferase located in both lipid particles

6392_at 0.13737666 -0.01109967 0.54188433 0.552984 DOS2 green fluorescent protein (GFP)-fusion

Protein of unknown function, YDR068W

7857_at 0.69034234 -0.28530067 0.26845733 0.553758 RNY1

ribonuclease, T2 family YPL123C

5967_at 0.34582897 -0.08449433 0.46963267 0.554127 v-SNARE SEC20 YDR498C

3306_i_at 0.26541329 -0.02766533 0.52654267 0.554208 NA NA YGLWDELTA4

3402_at 0.63626808 -0.39118 0.16312567 0.55430567 NA NA YDRWDELTA31

7604_at 0.63626155 -0.036016 0.51982233 0.55583833 GPH1

glycogen phosphorylase YPR160W

4312_at 0.21589834 -0.001162 0.55478367 0.55594567 non-tagged protein was localized to the mitochondria

The authentic, NA YHR198C

10321_at 0.22194238 -0.014618 0.54178033 0.55639833 SNF7 YLR025W

Involved in derepression of SUC2 in response to glucose limitation

4144_at 0.21658204 -0.006339 0.55051533 0.55685433 KRE27

Killer toxin REsistant YIL027C

6253_at 0.18526145 -0.019181 0.53865967 0.55784067 AMD2

amidase (putative) YDR242W

11086_at 0.23951219 -0.01245333 0.545807 0.55826033 ARG2

acetylglutamate synthase YJL071W

3475_f_at 0.07242028 -0.00607733 0.55220567 0.558283 NA YDLWTAU1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8372_at 0.3403229 -0.05944133 0.49912633 0.55856767 NA NA YOR170W

8506_at 0.15020894 -0.00376167 0.55592033 0.559682 exonuclease EXO1 YOR033C

8876_i_at 0.07646502 -0.006259 0.55355033 0.55980933 NA NA YNL017C

6430_at 0.17189365 -0.01385067 0.54634567 0.56019633 NA YDR061W

Mitochondrial protein, member of the ATP-binding cassette (ABC) t

3646_s_at 0.42673435 -0.037015 0.523212 0.560227 YRF1-7

Y'-helicase protein 1 YNL339C

11362_at 0.12696746 -0.016043 0.54426133 0.56030433 Hypothetical ORFNA YAL046C

7063_at 0.24767422 -0.02865567 0.53200767 0.56066333 BSD2 YBR290W

metal homeostasis protein; putative membrane protein

7778_at 0.20807157 -0.00313167 0.55756467 0.56069633 ULP1

Smt3-specific protease YPL020C

6005_at 0.31046155 -0.03768167 0.524537 0.56221867 Hypothetical ORFNA YDR444W

5521_at 0.3038689 -0.00049233 0.562344 0.56283633 RAD24 YER173W

cell cycle exonuclease (putative)

10214_at 0.35155457 -0.015156 0.54772733 0.56288333 RRN5 YLR140W

UAF member (upstream activation factor) along with Rrn9p and Rrn

7214_at 0.16251482 -0.01952833 0.54389033 0.56341867 POP7 YBR167C

Nuclear RNase P subunit|RNase MRP subunit

9618_at 0.55128284 -0.28004667 0.283673 0.56371967 NA

homolog of mammalian BAP31 YMR040W

8576_at 0.64027577 -0.540704 0.02349167 0.56419567 SIL1

Nucleotide exchange factor YOL031C

10668_at 0.43291037 -0.151036 0.41366667 0.56470267 Hsp70 family LHS1 YKL073W

6612_at 0.26993991 -0.06846 0.49694 0.5654 Hypothetical ORFNA YDL119C

5166_at 0.30051407 -0.049335 0.516354 0.565689 SUA5 YGL169W

Protein required for respiratory growth; null mutation suppresses the

6307_at 0.42039528 -0.06123467 0.505291 0.56652567 NA

interacts with PP2C YDR161W

10383_at 0.40977974 -0.00690767 0.559967 0.56687467 NA NA YLL047W

11312_at 0.08669315 -0.00834467 0.55860233 0.566947 SPO7 YAL009W

Integral nuclear/ER membrane protein of unknown function, require

9443_at 0.24604871 -0.021977 0.545356 0.567333 NA NA YMR173W-A

4418_at 0.21881552 -0.04055933 0.526787 0.56734633 NDT80 YHR124W

DNA binding transcription factor that activates middle sporulation ge

5382_at 0.1247664 -0.01916067 0.548504 0.56766467 BLM3 against bleomycin damage

involved in protecting the cellYFL006W

6121_at 0.25513264 -0.01248733 0.55579033 0.56827767 NA NA YDR335W

3301_f_at 0.15436046 -0.00975967 0.55862333 0.568383 NA YGLWTAU1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7482_at 0.26835935 -0.03057 0.53792833 0.56849833 Hypothetical ORFNA YBL104C

6251_at 0.45846768 -0.00731133 0.56181933 0.56913067 U1 snRNP proteinSNU56 YDR240C

9738_at 0.33816859 -0.044153 0.526093 0.570246 MDM1

intermediate filament protein YML104C

7186_at 0.34657435 -0.10311133 0.46722533 0.57033667 MBA1 YBR185C

involved in assembly of mitochondrial respiratory complexes

5790_at 0.44723508 -0.060614 0.50975733 0.57037133 NA NA YEL045C

10611_at 0.48472616 -0.030632 0.53986367 0.57049567 VPS24

involved in secretion YKL041W

10418_at 0.28312348 -0.03781 0.533312 0.571122 Hypothetical ORFNA YLL058W

7247_at 0.11852316 -0.02062333 0.55139967 0.572023 YSA1 YBR111C

Protein with weak homology to D. melanogaster serendipity protein

4097_at 0.25223555 -0.02732033 0.54492733 0.57224767 Hypothetical ORFNA YIR016W

5657_at 0.40985454 -0.01498033 0.557297 0.57227733 SPO73 YER046W

Meiosis-specific protein of unknown function, required for spore wal

8699_at 0.39526574 -0.06106033 0.51164833 0.57270867 MED7 YOL135C

RNA polymerase II holoenzyme/mediator subunit

8551_at 0.33657413 -0.10202367 0.47130833 0.573332 phospholipasePLB3 YOL011W

B (lysophospholipase)

4355_at 0.20675766 -0.01720967 0.55640633 0.573616 NVJ1 YHR195W

Nuclear envelope protein that interacts with the vacuolar membrane

8578_at 0.17821213 -0.00562367 0.56814067 0.57376433 Hypothetical ORFNA YOL029C

7177_at 0.20264985 -0.00565967 0.56821967 0.57387933 SWD3 YBR175W

compass (complex proteins associated with Set1p) component

9122_at 0.21665601 -0.03793867 0.53606067 0.57399933 SEC2

GDP/GTP exchange factor YNL272C

9508_at 0.15763583 -0.02536867 0.54868167 0.57405033 MED11 YMR112C

RNA polymerase II holoenzyme/mediator subunit 14 kDa

9667_at 0.57419557 -0.25772367 0.31649467 0.57421833 RRN11 YML043C

rDNA transcription factor component

9367_at 0.44146172 -0.08701067 0.48781167 0.57482233 ZDS1 YMR273C

Protein that interacts with silencing proteins at the telomere, involve

6426_at 0.11313161 -0.00145133 0.57391333 0.57536467 YOS9

membrane-associated glycoproteinYDR057W

6436_at 0.24657037 -0.02439233 0.55181367 0.576206 FAL1 YDR021W

RNA helicase (putative)|dead box protein

6583_at 0.27946785 -0.05154 0.52524067 0.57678067 QRI1 YDL103C

UDP-N-acetylglucosamine pyrophosphorylase

7913_at 0.3665271 -0.021825 0.55544733 0.57727233 TGS1

TrimethylGuanosine Synthase YPL157W

4820_at 0.06095773 -0.00747533 0.57010833 0.57758367 MRPS35 YGR165W

Mitochondrial ribosomal protein of the small subunit

4806_at 0.22193213 -0.032281 0.545589 0.57787 FYV8 required for

Protein of unknown function, YGR196C survival upon exposure to

9778_at 0.25549195 -0.00848133 0.569699 0.57818033 ZDS2 YML109W

Protein that interacts with silencing proteins at the telomere, involve

10233_at 0.3295726 -0.04341533 0.53626833 0.57968367 PHO85 Requiring NA YLR114C

3822_f_at 0.1973314 -0.00309967 0.57704467 0.58014433 NA NA YKLCDELTA6

9099_at 0.0771793 -0.006413 0.573808 0.580221 RAD50 YNL250W

Mre11-Rad50-Xrs2 protein complex member involved in joining dou

6297_at 0.33383067 -0.06546467 0.51490467 0.58036933 REF2 in cleavage

RNA-binding protein involvedYDR195W step of mRNA 3'-end form

11388_at 0.42656752 -0.12557433 0.455057 0.58063133 BDH1 YAL060W

NAD-dependent (2R,3R)-2,3-butanediol dehydrogenase, a zinc-con

3143_f_at 0.25906721 -0.04398733 0.53675533 0.58074267 NA NA YILWSIGMA3

9925_at 0.34902126 -0.019756 0.56100033 0.58075633 protein YLR390W

Non-essential ECM19 of unknown function

9523_at 0.28755721 -0.07499033 0.50594 0.58093033 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YMR124W

6107_at 0.32747486 -0.04616867 0.53524267 0.58141133 ESF1 pre-rRNA

Nucleolar protein involved in YDR365C processing; depletion cause

4104_at 0.14634944 -0.00815733 0.57347567 0.581633 RPB3

RNA polymerase II 45 kDa subunitYIL021W

10989_at 0.17531431 -0.02138533 0.56039567 0.581781 NA NA YJR012C

5109_at 0.39117094 -0.03019467 0.55160333 0.581798 NA NA YGL088W

9556_at 0.0541681 -0.00353633 0.57834633 0.58188267 NA

integral membrane protein YMR071C

8656_at 0.14804142 -0.02462067 0.557269 0.58188967 Hypothetical ORFNA YOL087C

8632_at 0.0834411 -0.004158 0.577733 0.581891 INP54 YOL065C

inositol polyphosphate 5-phosphatase

10349_at 0.13383687 -0.00701033 0.575358 0.58236833 NSE1 YLR007W

Essential nuclear protein required for DNA repair; forms a complex

9718_at 0.2110639 -0.00865133 0.573997 0.58264833 Hypothetical ORFNA YML081W

9052_at 0.25875597 -0.037845 0.54485533 0.58270033 RTT106 YNL206C

Regulator of Ty1 Transposition - same phenotype as RTT101 - RTT

5723_at 0.2141357 -0.00883167 0.57392167 0.58275333 SRB4 YER022W

RNA polymerase II holoenzyme/mediator subunit

5380_at 0.24344855 -0.02879567 0.554048 0.58284367 SMC1 YFL008W

SMC chromosomal ATPase family member

3456_i_at 0.55627623 -0.19258233 0.39128 0.58386233 NA NA YCRCDELTA7

10752_at 0.24423276 -0.05590533 0.52799167 0.583897 MRP49 YKL167C

16 kDa mitochondrial ribosomal large subunit protein

11172_at 0.32245591 -0.040967 0.54299333 0.58396033 QCR8 YJL166W

ubiquinol cytochrome C reductase subunit 8 (11 kDa)

5215_at 0.15505642 -0.02823567 0.555833 0.58406867 YPT32

GTPase|YPT31 homolog|ras YGL210Whomolog

8485_at 0.24904291 -0.05561433 0.528601 0.58421533 SGT1 YOR057W

Probable cochaperone, regulates activity of Cyr1p (adenylyl cyclase

9467_at 0.15248734 -0.02315867 0.56125 0.58440867 TPP1

DNA 3' phosphatase YMR156C

10561_at 0.14929755 -0.02477767 0.55989533 0.584673 MRP17

ribosomal protein MRP17 YKL003C

9729_at 0.19469369 -0.039959 0.545204 0.585163 DAK1

dihydroxyacetone kinase YML070W

7361_at 0.08010808 -0.00476167 0.580463 0.58522467 NTH2

neutral trehalase YBR001C

8472_at 0.08253473 -0.00875633 0.576557 0.58531333 PTC5

type 2C Protein Phosphatase YOR090C

5742_at 0.1870883 -0.039862 0.54551 0.585372 YEA4 GOG5, a

Shows sequence similarity toYEL004W gene involved in vanadate r

3603_at 0.2317132 -0.03289567 0.55251267 0.58540833 NA NA YORCDELTA11

3546_f_at 0.31007652 -0.05423133 0.53129533 0.58552667 NA NA YBLWDELTA1

5325_at 0.40685325 -0.038228 0.54732367 0.58555167 CDC14

protein phosphatase YFR028C

6090_at 0.4073697 -0.159531 0.42683233 0.58636333 SHE9 YDR393W

Mitochondrial inner membrane protein required for normal mitochon

10565_at 0.13082641 -0.00049567 0.58616967 0.58666533 PAP1

poly(A) polymerase YKR002W

10965_at 0.27461205 -0.00088367 0.58587167 0.58675533 HUL4

ubiquitin ligase (E3) YJR036C

7351_at 0.21782213 -0.00255833 0.58467033 0.58722867 SCO1

inner membrane protein YBR037C

6643_at 0.28134459 -0.00680533 0.58107533 0.58788067 Hypothetical ORFNA YDL177C

5583_at 0.03300459 -0.00297 0.584955 0.587925 DDI1 YER143W

DNA damage-inducible v-SNARE binding protein, contains a ubiqui

7876_at 0.40181288 -0.12702333 0.46137033 0.58839367 synthetase YPL104W

aspartyl-tRNA MSD1

5656_at 0.33000214 -0.073447 0.515086 0.588533 ACA1 YER045C

Basic leucine zipper (bZIP) transcription factor of the ATF/CREB fam

3416_s_at 0.20980117 -0.02967167 0.56022867 0.58990033 NA NA YDRWDELTA12

9060_at 0.13437021 -0.01485967 0.57518133 0.590041 GCR2

transcription factor YNL199C

4911_at 0.18967391 -0.04517833 0.544921 0.59009933 PRP38

RNA splicing factor YGR075C

8807_at 0.36188529 -0.066324 0.52387333 0.59019733 MSO1 YNR049C

Probable component of the secretory vesicle docking complex, acts

7774_at 0.21515555 -0.02425967 0.56607933 0.590339 separation YPL024W

involved in cellNCE4

4847_at 0.19599813 -0.03988167 0.550499 0.59038067 NAT2

N alpha-acetyltransferase YGR147C

5336_at 0.30411683 -0.074234 0.51628967 0.59052367 RSC8 YFR037C

8th largest subunit of RSC. Rsc8p mediates multiple RSC complex

6642_at 0.34470709 -0.11477033 0.47618633 0.59095667 DLD2 YDL178W

D-lactate dehydrogenase, located in the mitochondrial matrix

3825_at 0.45791602 -0.08852867 0.50267067 0.59119933 NA NA YKRCDELTA9

7258_at 0.37480047 -0.147951 0.44347433 0.59142533 MRPL36 YBR122C

Mitochondrial ribosomal protein of the large subunit; overproduction

3573_f_at 0.17970292 -0.02242633 0.569489 0.59191533 NA NA YORWTAU3

7439_at 0.0681792 -0.00381667 0.58839133 0.592208 SHP1 YBL058W

Putative regulator of Glc7p (protein phosphatase I), localizes to the

4222_at 0.28600745 -0.084139 0.50898767 0.59312667 FLX1

FAD carrier protein YIL134W

5561_at 0.1519204 -0.001957 0.59141533 0.59337233 CCA1 YER168C

tRNA nucleotidyltransferase (tRNA CCA-pyrophosphorylase)

4352_at 0.24999589 -0.00407767 0.589667 0.59374467 Hypothetical ORFNA YHR192W

7669_at 0.26543995 -0.055356 0.53891733 0.59427333 Hypothetical ORFNA YPR093C

10271_at 0.65054866 -0.28852733 0.30581467 0.594342 NA NA YLR062C

5156_at 0.18018212 -0.03536733 0.55933067 0.594698 NA NA YGL132W

9668_at 0.27351842 -0.00191367 0.593815 0.59572867 CAT2

carnitine O-acetyltransferaseYML042W

4461_r_at 0.33614231 -0.075096 0.52093033 0.59602633 SAE3 YHR079C-A

Protein involved in DNA repair, meiotic recombination, and chromos

7118_at 0.06272972 -3.67E-05 0.59638133 0.59641803 SRB6 YBR253W

part of Srb/Mediator complex|transcription factor

10071_at 0.13366824 -0.01836933 0.578978 0.59734733 PDR8 YLR266C

zinc finger transcription factor

4206_at 0.40900746 -0.03771733 0.55998867 0.597706 SHQ1 YIL104C

Essential nuclear protein, required for accumulation of box H/ACA s

8897_at 0.08107321 -0.006152 0.59173767 0.59788967 NA YNL045W

Similar to human LTA4 hydrolase but in vivo substrates not yet defi

10333_at 0.3808834 -0.088453 0.509555 0.598008 PSR1 YLL010C

Plasma membrane Sodium Response 1

7462_at 0.39547071 -0.02776533 0.570729 0.59849433 62 kDa proteinPET112 YBL080C

5725_at 0.23302374 -0.028517 0.570055 0.598572 Hypothetical ORFNA YEL020C

9121_at 0.22311328 -0.038189 0.56041233 0.59860133 TOF1 YNL273W

topoisomerase I interacting factor 1

5679_at 0.23380062 -0.04360533 0.555215 0.59882033 YAT2

carnitine acetyltransferase YER024W

11076_at 0.27845661 -0.04550333 0.55335033 0.59885367 Sorting NeXin SNX4 YJL036W

7818_at 0.21117528 -0.05561933 0.54354367 0.599163 Hypothetical ORFNA YPL071C

6879_at 0.14196099 -0.00522333 0.59423333 0.59945667 NA NA YCR001W

6165_at 0.1739446 -0.01120833 0.589029 0.60023733 Hypothetical ORFNA YDR291W

6019_at 0.08729887 -0.00835367 0.59237267 0.60072633 TFIIH subunit TFB3 YDR460W

10001_at 0.29637635 -0.089587 0.511447 0.601034 MID2

Protein required for mating YLR332W

11385_s_at 0.14565406 -0.01388567 0.58749233 0.601378 FLO1 /// FLO5YAL063C

Lectin-like protein involved in flocculation, cell wall protein that bind

11077_at 0.31120053 -0.08513867 0.51684867 0.60198733 TAD2 YJL035C

tRNA-specific adenosine deaminase subunit

5266_at 0.07132323 -0.01149767 0.59055733 0.602055 BRR6

nuclear envelope protein YGL247W

4737_at 0.03269649 -0.002975 0.599287 0.602262 APL6 YGR261C

clathrin assembly complex beta adaptin component (putative)

3183_f_at 0.24108488 -0.02044367 0.58205733 0.602501 YRF1-7 YIL177C

Hypothetical ORF /// Y'-helicase protein 1

11338_at 0.16837021 -0.02084633 0.58169033 0.60253667 MYO4

myosin V heavy chain YAL029C

11186_at 0.55749722 -0.21996733 0.38259267 0.60256 NA NA YJL152W

4731_at 0.35967792 -0.10438433 0.498288 0.60267233 monooxygenase COQ6 YGR255C

8813_at 0.32697543 -0.06457567 0.53861767 0.60319333 NA YNR054C

Protein required for cell viability

8828_at 0.23021407 -0.01372433 0.58970033 0.60342467 NA NA YNR025C

11390_at 0.08223429 -0.01382133 0.590483 0.60430433 CNE1 YAL058W

calnexin and calreticulin homolog

7386_at 0.1973608 -0.03370633 0.57062267 0.604329 activator protein of CYC1 (component of HAP2/HAP3

transcriptional HAP3 YBL021C

7189_at 0.25879384 -0.04110333 0.563361 0.60446433 splicing factor NTC20 YBR188C

7102_at 0.15085915 -0.01443233 0.59021167 0.604644 RNA helicase PRP5 YBR237W

7227_at 0.26230519 -0.06514933 0.53958 0.60472933 MEC1 YBR136W

Central regulator of the Mec1p/Tel1p signaling network; required fo

11315_i_at 0.46369826 -0.11071133 0.49469333 0.60540467 SSA1 family

heat shock protein of HSP70YAL005C

5370_at 0.47855454 -0.183107 0.422822 0.605929 MDJ1 YFL016C

DnaJ homolog|involved in mitochondrial biogenesis and protein fold

10685_at 0.16750858 -0.00170533 0.6058 0.60750533 UTP11

U3 snoRNP protein YKL099C

7732_at 0.18860642 -0.00270167 0.60484033 0.607542 a subcomplex YPR025C

TFIIK subunit, CCL1 of transcription factor TFIIH|cyclin

10156_at 0.01780189 -0.000961 0.606586 0.607547 RFX1 YLR176C

DNA binding protein, homologous to a family of mammalian RFX1-4

5775_at 0.11311858 -0.016018 0.59274333 0.60876133 SOM1 YEL059C-A

high copy suppressor of imp1 mutation, may be required for the fun

9401_at 0.18126299 -0.02960733 0.57933067 0.608938 ESC1 YMR219W

Protein localizesd to the nuclear periphery, involved in telomeric sile

6344_at 0.13846418 -0.017482 0.591509 0.608991 ENT5 YDR153C

Protein containing an N-terminal epsin-like domain involved in clath

8169_at 0.19884671 -0.02876833 0.58038033 0.60914867 MRS6 YOR370C

rab geranylgeranyltransferase regulatory subunit

9308_at 0.31237582 -0.07405167 0.535319 0.60937067 PRP12

integral membrane protein YMR302C

9802_at 0.55603567 -0.436031 0.173352 0.609383 ERO1 YML130C

Glycoprotein required for oxidative protein folding in the endoplasm

7628_at 0.25862313 -0.06808633 0.54163967 0.609726 TAZ1 YPR140W

Putative acyltransferase, required for normal phospholipid content o

9680_at 0.12027634 -0.00906567 0.600783 0.60984867 Hypothetical ORFNA YML030W

11199_at 0.3211121 -0.08165333 0.52905267 0.610706 Hypothetical ORFNA YJL181W

6305_at 0.13300462 -0.00286933 0.607935 0.61080433 SAC3 YDR159W

A component of the nuclear pore that is involved in the nuclear expo

10126_at 0.18626148 -0.007381 0.60365933 0.61104033 PEX13 YLR191W

contains Src homology 3 (SH3) domain

5953_at 0.18871182 -0.035401 0.57595733 0.61135833 QCR7 YDR529C

ubiquinol cytochrome C oxidoreductase subunit 7 (14 kDa)

7252_at 0.17246476 -0.00496733 0.60658733 0.61155467 NA NA YBR116C

5741_at 0.17132103 -0.00197133 0.61144133 0.61341267 VAB2 YEL005C

Protein with a potential role in vacuolar function, as suggested by its

3663_f_at 0.08035212 -0.01087667 0.60260033 0.613477 NA YNLWTAU2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7769_at 0.42655573 -0.04548333 0.56867733 0.61416067 SUV3 YPL029W

ATP-dependent RNA helicase, component of the mitochondrial deg

4408_at 0.27421992 -0.032221 0.581987 0.614208 S.

Homologue of NApombe DMA1 YHR115C

3909_f_at 0.24512515 -0.059688 0.55454267 0.61423067 NA NA YALWDELTA1

3309_s_at 0.43502703 -0.127638 0.48664133 0.61427933 NA NA YERWDELTA18

8375_at 0.48281327 -0.06374967 0.550576 0.61432567 protein YOR173W

Non-essential DCS2 containing a HIT (histidine triad) motif; regula

8357_at 0.2174218 -0.04673167 0.567696 0.61442767 NA NA YOR200W

5785_at 0.28310886 -0.08216433 0.53257433 0.61473867 RML2 YEL050C

mitochondrial ribosomal protein L2 of the large subunit

6828_at 0.16371765 -0.027489 0.587331 0.61482 BUD5 YCR038C

GTP/GDP exchange factor for Rsr1 protein

6706_at 0.30821695 -0.08742633 0.52758833 0.61501467 MRPL11 YDL202W

Mitochondrial ribosomal protein of the large subunit

6280_at 0.27505779 -0.04131933 0.57381967 0.615139 CSN9

COP9 signalosome (CSN) subunit YDR179C

6842_at 0.31462204 -0.07397633 0.54137267 0.615349 CTR86 function

Essential protein of unknownYCR054C

8862_at 0.54670201 -0.19009267 0.42574467 0.61583733 Hypothetical ORFNA YNR014W

6076_at 0.15861444 -0.00111033 0.61496567 0.616076 RGA2

Rho-GTPase Activating Protein YDR379W

8259_at 0.29324246 -0.07027267 0.546252 0.61652467 Hypothetical ORFNA YOR283W

10343_at 0.08913394 -0.01372967 0.60298333 0.616713 Hypothetical ORFNA YLR001C

3468_i_at 0.27357961 -0.00697333 0.609913 0.61688633 NA NA YCRCDELTA14

10377_at 0.45537541 -0.119639 0.49759 0.617229 AQY2 YLL053C

Hypothetical ORF; maybe continuous with YLL052C (AQY2) in som

6298_at 0.02827549 -0.002883 0.61489367 0.61777667 NA YDR196C

predicted to catalyze the final step in synthesis of Coenzyme A

4091_at 0.31394532 -0.072616 0.545298 0.617914 DSN1 YIR010W

Protein required for cell viability

4174_at 0.17325882 -0.018297 0.599742 0.618039 Hypothetical ORFNA YIL092W

5171_at 0.34669012 -0.00567267 0.61301867 0.61869133 YRB30 YGL164C

Competes with yeast RanBP1 (Yrb1p) for binding to the GTP-bound

6429_at 0.27575754 -0.01343333 0.605436 0.61886933 MAK21 YDR060W

essential for 60s ribosome biogenesis; involved in nuclear export of

6490_at 0.15778898 -0.03099867 0.58808167 0.61908033 CDC7 YDL017W

Cdc7p-Dbf4p kinase complex catalytic subunit

7273_at 0.12009845 -0.00797767 0.61126167 0.61923933 acid phosphatasePHO3 YBR092C

6852_at 0.09470628 -0.006003 0.61333467 0.61933767 PET18 YCR020C

Protein required for respiratory growth and stability of the mitochond

8193_at 0.17528039 -0.03012633 0.59039667 0.620523 cofactor D

tubulin folding CIN1 YOR349W

5328_at 0.25712192 -0.04738867 0.57340833 0.620797 SMC2 YFR031C

SMC chromosomal ATPase family member|similar to ScII (chicken)

9444_at 0.3925128 -0.08458567 0.536798 0.62138367 PAI3

inhibitor of proteinase Pep4pYMR174C

6151_at 0.34162404 -0.11952533 0.50190633 0.62143167 SWA2

auxilin-like protein YDR320C

5407_at 0.36982647 -0.05338567 0.56832133 0.621707 BUD27 YFL023W

Protein involved in bud-site selection, nutrient signaling, and gene e

4892_at 0.17218221 -0.031994 0.58974967 0.62174367 Hypothetical ORFNA YGR102C

7928_at 0.52502637 -0.05941033 0.56310567 0.622516 UIP4

Ulp1 Interacting Protein 4 YPL186C

6662_at 0.29636604 -0.047599 0.575214 0.622813 NA NA YDL158C

3558_f_at 0.2131602 -0.06303433 0.56015 0.62318433 NA YPLCTAU2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8470_at 0.05873432 -0.001442 0.62206233 0.62350433 YVC1 YOR088W

Vacuolar cation channel, mediates release of Ca(2+) from the vacu

8819_at 0.28876973 -0.09220933 0.531343 0.62355233 FRE4 YNR060W

Ferric reductase, reduces a specific subset of siderophore-bound ir

9000_at 0.06779963 -0.01189033 0.612063 0.62395333 Hypothetical ORFNA YNL122C

9205_at 0.05461568 -0.00536733 0.61881433 0.62418167 FIG4 YNL325C

Protein required for efficient mating, member of a family of eukaryot

9627_at 0.11859991 -0.01966067 0.605026 0.62468667 TFIID subunit TAF4 YMR005W

10139_i_at 0.17782623 -0.034614 0.59010667 0.62472067 NA NA YLR202C

6221_at 0.19630882 -0.01436967 0.61047367 0.62484333 catalase A CTA1 YDR256C

6861_at 0.16475279 -0.03002267 0.59505467 0.62507733 RHB1 YCR027C

GTP-binding protein|ras family|Rheb

4705_at 0.24131236 -0.037339 0.58813133 0.62547033 RTT102

Regulator of Ty1 Transposition YGR275W

8449_at 0.18656754 -0.034074 0.59203167 0.62610567 Hypothetical ORFNA YOR112W

6242_at 0.09789746 -0.00651767 0.620099 0.62661667 COX20 YDR231C

required for maturation and assembly of cytochrome oxidase subun

4214_at 0.20360555 -0.040546 0.586081 0.626627 FYV10 required

Protein of unknown function, YIL097Wfor survival upon exposure to

5520_at 0.12019526 -0.00239133 0.62452233 0.62691367 DEIH-box ATPase BRR2 YER172C

9605_at 0.20359738 -0.04320567 0.584523 0.62772867 that physically associates with the PP2A and SIT4 p

42 kDa proteinTAP42 YMR028W

9706_at 0.23319579 -0.01270733 0.61561967 0.628327 Hypothetical ORFNA YML050W

9548_at 0.33090525 -0.06518933 0.56356333 0.62875267 Ku80 homologYKU80 YMR106C

6008_at 0.14801527 -0.00580433 0.623679 0.62948333 ADA2

transcription factor YDR448W

3849_f_at 0.63375673 -0.09955233 0.53042533 0.62997767 NA NA YJLWDELTA19

9076_at 0.36486257 -0.05618833 0.574111 0.63029933 NA NA YNL228W

8459_at 0.19216575 -0.01387733 0.61655933 0.63043667 BUD21

U3 snoRNP protein YOR078W

3307_s_at 0.43663815 -0.08845767 0.542167 0.63062467 NA NA YERWDELTA18

11352_at 0.18477208 -0.03716367 0.59382867 0.63099233 DNA glycosylase NTG1 YAL015C

9989_at 0.21922638 -0.01274433 0.618308 0.63105233 NA MMS22 YLR320W

4397_at 0.11959999 -0.01691 0.61517633 0.63208633 MRPL6 YHR147C

Mitochondrial ribosomal protein of the large subunit

9941_at 0.06048471 -0.01101833 0.621203 0.63222133 STE11 YLR362W

Signal transducing MEK kinase involved in pheromone response an

4732_at 0.56778081 -0.26847633 0.36419267 0.632669 GND2

6-phosphogluconate dehydrogenaseYGR256W

6900_at 0.08974392 -0.00330433 0.62947333 0.63277767 (sterile

contains SAM STE50 alpha motif) YCL032W

6191_at 0.17321016 -0.00590267 0.62846867 0.63437133 NA NA YDR271C

3617_f_at 0.12880777 -0.028102 0.606782 0.634884 NA NA YORWTAU2

5033_at 0.35823028 -0.01805867 0.61691067 0.63496933 CGR1

coiled-coil protein YGL029W

8848_at 0.28422778 -0.03908533 0.596115 0.63520033 DOM34 YNL001W

Probable RNA-binding protein, functions in protein translation to pro

3641_f_at 0.31508198 -0.07849833 0.55688633 0.63538467 NA NA YOLWSIGMA1

6021_f_at 0.2079585 -0.02417867 0.61225533 0.636434 MFA1 YDR461W

a-factor mating pheromone precursor

9950_at 0.22986508 -0.024174 0.61263467 0.63680867 SSQ1

HSP70 family chaperone YLR369W

6411_at 0.26764462 -0.01503867 0.62183133 0.63687 RRP1 precursor

involved in processing rRNA YDR087C species to mature rRNAs

9507_at 0.04191454 -0.00057033 0.63632167 0.636892 Hypothetical ORFNA YMR111C

9509_at 0.06643203 -0.00952267 0.62745033 0.636973 FOL3

dihydrofolate synthetase YMR113W

10644_at 0.3537151 -0.07213833 0.565355 0.63749333 NA NA YKL053W

6616_at 0.1531452 -0.02125167 0.616833 0.63808467 IWR1

Interacts with RNA Polymerase IIYDL115C

9176_at 0.19136604 -0.037944 0.60017733 0.63812133 KRI1

Krr1p binding protein YNL308C

4872_at 0.04882151 -0.00598433 0.63396567 0.63995 Hypothetical ORFNA YGR127W

4363_at 0.22284418 -0.01491367 0.62550767 0.64042133 KEL1 YHR158C

Protein required for proper cell fusion and cell morphology; function

11053_at 0.14828796 -0.006887 0.633602 0.640489 NA NA YJL015C

10878_at 0.17387267 -0.03721567 0.603529 0.64074467 STR2

cystathionine gamma-synthase YJR130C

8887_at 0.0378907 -0.00337667 0.638327 0.64170367 ASI3 YNL008C

Putative integral membrane E3 ubiquitin ligase; genetic interactions

10652_at 0.35040967 -0.095547 0.546898 0.642445 heme

cytochrome c1CYT2 lyase (CC1HL) YKL087C

10119_at 0.21594309 -0.02084467 0.62206367 0.64290833 Component of ADY4 YLR227C

the meiotic outer plaque, a membrane-organizing ce

8836_at 0.17865728 -0.04679433 0.59624267 0.643037 ABZ1

aminodeoxychorismate synthase YNR033W

5434_at 0.22606237 -0.011965 0.63129167 0.64325667 The authentic, NA YFL046W

non-tagged protein was localized to the mitochondria

7838_at 0.36641295 -0.09494133 0.54864667 0.643588 ligase

tyrosine-tRNA MSY1 YPL097W

5062_at 0.14950713 -0.031028 0.61256767 0.64359567 RIM8 YGL045W

Involved in proteolytic processing of Rim1p

8567_at 0.30782146 -0.028617 0.615137 0.643754 Hypothetical ORFNA YOR006C

3336_f_at 0.1223207 -0.025972 0.61791833 0.64389033 NA YERCTAU2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9765_at 0.50272722 -0.097571 0.54638033 0.64395133 NDI1

NADH dehydrogenase (ubiquinone) YML120C

9996_at 0.64938002 -0.31863267 0.325447 0.64407967 Hypothetical ORFNA YLR327C

6428_at 0.23780569 -0.060968 0.58319533 0.64416333 UBC5

ubiquitin-conjugating enzyme YDR059C

9654_at 0.08869203 -0.01487533 0.63022067 0.645096 Hypothetical ORFNA YML011C

6552_at 0.07569244 -0.01433067 0.631888 0.64621867 NA interacts with meiotic division protein C

Protein of unknown function; YDL089W

7062_at 0.43818278 -0.111252 0.53541967 0.64667167 SNF5 YBR289W

chromatin remodeling Snf/Swi complex subunit

10244_at 0.5058452 -0.224542 0.422137 0.646679 EMP46 Emp47p

homolog of the Golgi protein YLR080W

7122_at 0.21011737 -0.027599 0.61941733 0.64701633 POP4 YBR257W

Nuclear RNase P subunit|RNase MRP subunit

10340_at 0.06989137 -0.01297033 0.63444833 0.64741867 NA SFI1 YLL003W

11064_at 0.23400315 -0.00277033 0.64508167 0.647852 Hypothetical ORFNA YJL049W

3841_at 0.36594052 -0.083306 0.56470633 0.64801233 NA NA YJLWDELTA15

8647_at 0.03328003 -0.00244733 0.645586 0.64803333 COQ3 YOL096C

3,4-dihydroxy-5-hexaprenylbenzoate methyltransferase

7764_at 0.30918398 -0.019002 0.629076 0.648078 NA NA YPR012W

4387_at 0.17872809 -0.00438933 0.643863 0.64825233 NA

Homologous to PBI2 YHR138C

3447_f_at 0.11730404 -0.00463933 0.643879 0.64851833 NA NA YDRCDELTA9

5022_at 0.1543726 -0.02046933 0.628309 0.64877833 TFG2 YGR005C

transcription initiation factor TFIIF middle subunit

7578_at 0.13699079 -0.00698467 0.64180267 0.64878733 AOS1 YPR180W

Nuclear protein that acts as a heterodimer with Uba2p to activate S

8510_at 0.07279469 -0.00689267 0.64200167 0.64889433 CYC2 YOR037W

Mitochondrial protein required for normal abundance of mitochondri

7109_at 0.13751987 -0.02629367 0.62266333 0.648957 GPX2 YBR244W

Phospholipid hydroperoxide glutathione peroxidase induced by gluc

6571_at 0.31609515 -0.037195 0.611807 0.649002 Hypothetical ORFNA YDL073W

6036_at 0.32035535 -0.09054467 0.56043967 0.65098433 Metalloprotease CYM1 YDR430C

4884_i_at 0.23815892 -0.05470067 0.596531 0.65123167 NA NA YGR138C

8925_at 0.12089043 -0.003838 0.647476 0.651314 NA NA YNL063W

9169_at 0.09671118 -0.02058933 0.63184267 0.652432 ATP11 YNL315C

Molecular chaperone, required for the assembly of alpha and beta s

4786_at 0.26861109 -0.07570767 0.576788 0.65249567 MRPL9 YGR220C

Mitochondrial ribosomal protein of the large subunit

8280_at 0.18135831 -0.05922233 0.59341733 0.65263967 RPT4

26S proteasome cap subunitYOR259C component|ATPase

7902_at 0.06920301 -0.00963367 0.64343467 0.65306833 Hypothetical ORFNA YPL168W

7954_at 0.16090986 -0.03228433 0.62110433 0.65338867 HRR25

casein kinase I isoform YPL204W

5206_at 0.18960382 -0.024198 0.629279 0.653477 MDM34 YGL219C

Mitochondrial outer membrane protein, colocalizes with mtDNA nuc

11192_at 0.23184293 -0.05417233 0.59957733 0.65374967 NA NA YJL188C

4427_at 0.04149751 -0.00149133 0.652969 0.65446033 MSR1

arginyl-tRNA synthetase YHR091C

3523_at 0.26914162 -0.085095 0.570514 0.655609 NA NA YBRWDELTA16

4402_at 0.24200201 -0.01860833 0.63704533 0.65565367 CTM1

cytochrome c methyltransferase YHR109W

4347_at 0.23857097 -0.02070333 0.63645633 0.65715967 Elp4p-Iki1p-Elp6p-subcomplex of RNA polymerase II

Subunit of the IKI1 YHR187W

5312_s_at 0.06217775 -0.01237967 0.64489967 0.65727933 NA YFL043C

Due to a sequence change (deletion of G at 46151), YFL043C is no

6257_at 0.18902984 -0.035278 0.62248067 0.65775867 NA VPS64 YDR200C

3900_f_at 0.09732801 -0.00760333 0.65187333 0.65947667 NA YJLWTY4-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

4768_at 0.63296777 -0.23356067 0.42596133 0.659522 SOL4

6-phosphogluconolactonase YGR248W

8597_at 0.14421786 -0.01937267 0.64017867 0.65955133 NA YOL054W

Nuclear protein, putative RNA polymerase II elongation factor; isola

10328_at 0.06235041 -0.012995 0.64687733 0.65987233 BPT1 YLL015W

ABC transporter|highly homologous to human MRP1 and to C. eleg

9326_at 0.24125134 -0.05748733 0.60256867 0.660056 FCP1 of CTD phosphatase

TFIIF interacting component YMR277W

3901_f_at 0.13910149 -0.03283567 0.62775967 0.66059533 NA YJLWTAU2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10222_at 0.16841819 -0.00570667 0.65516267 0.66086933 CDC45 YLR103C

chromosomal DNA replication initiation protein

9078_at 0.26411226 -0.01128367 0.65019433 0.661478 CNM67 YNL225C

chaotic nuclear migration; predicted mass is 67kDa

9621_at 0.1743886 -0.038267 0.62325867 0.66152567 Hypothetical ORFNA YML002W

7360_at 0.16995938 -0.03476033 0.62711333 0.66187367 protein YBL001C

Non-essential ECM15 of unknown function, likely exists as tetramer,

6929_at 0.35422817 -0.17198967 0.490138 0.66212767 Hypothetical ORFNA YCL047C

9560_at 0.25672685 -0.02234567 0.64000433 0.66235 Hypothetical ORFNA YMR075W

5727_at 0.28083194 -0.01487967 0.64757533 0.662455 EAF5 YEL018W

Esa1p-associated factor, subunit of the NuA4 acetyltransferase com

3232_f_at 0.11532853 -0.012818 0.649672 0.66249 NA YGRCTAU3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

8167_at 0.19363186 -0.01473267 0.65068767 0.66542033 RAD17

3'-5'exonuclease (putative) YOR368W

8988_at 0.39322953 -0.05199667 0.61370467 0.66570133 NA NA YNL134C

8690_at 0.22455998 -0.035021 0.63088933 0.66591033 NOP8 YOL144W

Nucleolar protein required for 60S ribosomal subunit biogenesis

4187_at 0.23183607 -0.032857 0.63317 0.666027 Hypothetical ORFNA YIL077C

4925_at 0.23836121 -0.02336333 0.64287867 0.666242 NNF2 and genetic

Protein that exhibits physical YGR089W interactions with Rpb8p, w

5658_at 0.33792789 -0.03936833 0.627482 0.66685033 AAA ATPase SAP1 YER047C

8434_at 0.04327028 -0.00066267 0.66671967 0.66738233 Hypothetical ORFNA YOR097C

8873_at 0.30020295 -0.05944033 0.60916233 0.66860267 Non-essential NA YNL022C

protein with similarity to S. pombe hypothetical protei

9337_at 0.14843717 -0.024632 0.64425833 0.66889033 HSH155 YMR288W

U2-snRNP associated splicing factor that forms extensive associati

9612_at 0.04389438 -0.00885733 0.66015033 0.66900767 Hypothetical ORFNA YMR034C

7065_at 0.0974573 -0.009073 0.66073767 0.66981067 NA NA YBR292C

6254_at 0.18869527 -0.030371 0.639912 0.670283 RNA helicase PRP28 YDR243C

5155_at 0.21421517 -0.04182633 0.62932667 0.671153 Component of ITC1 YGL133W

the ATP-dependent Isw2p-Itc1p chromatin remodelin

9331_at 0.31772393 -0.11481133 0.55672333 0.67153467 AEP2 YMR282C

Mitochondrial protein, likely involved in translation of the mitochond

5733_at 0.37027491 -0.05945933 0.612623 0.67208233 NA NA YEL014C

3904_f_at 0.09590518 -0.010857 0.66136333 0.67222033 NA YJLWDELTA2

Identified by expression profiling and mass spectrometry /// Similar

4890_at 0.11954772 -0.00831033 0.66424133 0.67255167 MDR1 YGR100W

GTPase activating protein (GAP) for Ypt6

7987_at 0.23633747 -0.02254033 0.65002433 0.67256467 BMS1 for processing of 35S pre-rRNA at site

GTP-binding protein requiredYPL217C

6148_at 0.17552192 -0.03279733 0.64064267 0.67344 Hypothetical ORFNA YDR317W

10706_at 0.12875185 -0.03654767 0.63716667 0.67371433 SHR3; YKL123W

Suppressor of SSH4 confers leflunomide resistance when overexp

3263_i_at 0.32652458 -0.10889 0.56495367 0.67384367 NA NA YGLWDELTA6

6403_at 0.23224773 -0.07261267 0.60146633 0.674079 PET100 YDR079W

cytochrome c oxidase-specific assembly factor

3887_f_at 0.06429968 -0.01243133 0.66179833 0.67422967 NA YJLWTAU1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

6285_at 0.24444949 -0.04032167 0.634064 0.67438567 PLP1 YDR183W

Protein with a possible role in folding of beta-tubulin; has similarity t

8452_at 0.12155399 -0.01919967 0.65524467 0.67444433 of 33 kDa

Trapp subunit TRS33 YOR115C

7598_at 0.14601671 -0.04182933 0.63278433 0.67461367 NCA2 of subunits

Regulates proper expressionYPR155C 6 (Atp6p) and 8 (Atp8p) of

10536_at 0.24914837 -0.05753367 0.618375 0.67590867 IRS4 YKR019C

Protein involved in rDNA silencing, contains a C-terminal Eps15 hom

11011_at 0.31695822 -0.049208 0.62698633 0.67619433 NA YJL010C

Protein required for cell viability

5663_at 0.05900789 -0.00206033 0.67448533 0.67654567 Hypothetical ORFNA YER051W

6542_at 0.25685884 -0.02619733 0.65037433 0.67657167 MBP1

transcription factor YDL056W

6500_at 0.16389076 -0.040461 0.63616167 0.67662267 RPT2 YDL007W

one of the ATPase subunits of the proteasome

4543_at 0.09282566 -0.006355 0.67066667 0.67702167 homologous toAPM2 YHL019C

the medium chain of mammalian clathrin-associated

6725_at 0.21653126 -0.04524667 0.63213267 0.67737933 HO YDL227C

homothallic switching endonuclease

4838_at 0.4000146 -0.17749733 0.50018633 0.67768367 QCR9 YGR183C

ubiquinol cytochrome c oxidoreductase complex 7.3 kDa subunit 9

8273_at 0.197633 -0.01472567 0.66348233 0.678208 Hypothetical ORFNA YOR296W

8803_at 0.12552203 -0.01056 0.667662 0.678222 PET494 YNR045W

translational activator of cytochrome C oxidase

5684_at 0.26774568 -0.07998667 0.598316 0.67830267 SMB1 YER029C

associated with U1, U2, U4, and U5 snRNPs as part of the Sm-core

4766_at 0.08591636 -0.00887833 0.66972633 0.67860467 BRF1 YGR246C

RNA polymerase III transcription factor|similar to TFIIB

8950_at 0.169126 -0.02012967 0.65933933 0.679469 PMS1 YNL082W

mutL homolog|similar to Mlh1p, associates with Mlh1p, possibly form

7759_at 0.18031099 -0.01755667 0.66215433 0.679711 REC8 YPR007C

Meoisis-specific component of sister chromatid cohesion complex;

8488_at 0.41713615 -0.177097 0.502616 0.679713 NA YOR060C

Protein required for cell viability

9563_at 0.34660526 -0.08266333 0.59721067 0.679874 VPS20 YMR077C

vaculolar protein sorting (putative)

5272_at 0.22974163 -0.038454 0.64181267 0.68026667 KAP114 nuclear import of Spt15p, histones H2A

Karyopherin, responsible for YGL241W

6250_at 0.35898012 -0.04546833 0.63567833 0.68114667 Hypothetical ORFNA YDR239C

7797_at 0.08176704 -0.01615333 0.66564767 0.681801 ELC1 YPL046C

elongin C transcription elongation factor

5506_s_at 0.19831025 -0.0243 0.65807933 0.68237933 UBC8

ubiquitin-conjugating enzyme YEL012W

3941_at 0.18074102 -0.01230167 0.67048 0.68278167 KCC4 YCL024W

S. pombe Nim1 homolog|protein kinase

4951_at 0.18873041 -0.01653467 0.66643233 0.682967 ROM1 YGR070W

GDP/GTP exchange protein (GEP) for Rho1p; mutations are synthe

6782_at 0.38454455 -0.05972767 0.62323967 0.68296733 Hypothetical ORFNA YCR087C-A

4095_at 0.40270347 -0.046476 0.63734467 0.68382067 Hypothetical ORFNA YIR014W

11067_at 0.11464642 -0.01483067 0.669001 0.68383167 Hypothetical ORFNA YJL046W

3828_f_at 0.40110003 -0.13751667 0.54636067 0.68387733 NA NA YKRCDELTA11

5060_at 0.28332977 -0.076649 0.607245 0.683894 NA YGL047W

Protein required for cell viability

6625_at 0.25238804 -0.018144 0.666311 0.684455 RPC53

RNA polymerase III subunit YDL150W

10964_at 0.13057902 -0.03534067 0.64954 0.68488067 The authentic, NA YJR080C

non-tagged protein was localized to the mitochondria

7479_at 0.32763271 -0.14927833 0.536355 0.68563333 Hypothetical ORFNA YBL107C

8634_at 0.1275328 -0.009517 0.676721 0.686238 NA NA YOL063C

6843_at 0.33676587 -0.077993 0.60837033 0.68636333 PWP2

U3 snoRNP protein YCR057C

3354_s_at 0.58732302 -0.14324367 0.54312 0.68636367 NA YERWDELTA18

Hypothetical ORF /// Identified by gene-trapping, microarray-based

8200_at 0.42319259 -0.22184767 0.465342 0.68718967 Hypothetical ORFNA YOR356W

7912_at 0.19277252 -0.015966 0.67135967 0.68732567 Hypothetical ORFNA YPL158C

3691_f_at 0.11031878 -0.03227233 0.65507833 0.68735067 NA YMRCTAU3

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

7567_at 0.18157442 -0.015422 0.67216833 0.68759033 NA YPR169W

Nucleolar protein of unknown function, exhibits a physical interactio

3216_at 0.37982545 -0.199264 0.48879167 0.68805567 NA NA YGRCDELTA25

10184_at 0.20389646 -0.063707 0.62441767 0.68812467 RNH203 YLR154C

Ribonuclease H2 subunit, required for RNase H2 activity

8904_at 0.52334726 -0.37364767 0.31474767 0.68839533 IDH1 YNL037C

isocitrate dehydrogenase 1 alpha-4-beta-4 subunit

5623_at 0.06303265 -0.009918 0.67893333 0.68885133 Hypothetical ORFNA YER093C-A

10318_at 0.11055353 -0.02803533 0.66085233 0.68888767 NA YLR022C

Protein required for cell viability

5629_at 0.16528957 -0.04444133 0.64468367 0.689125 UBP9 YER098W

ubiquitin carboxyl-terminal hydrolase

9387_at 0.05266247 -0.00917867 0.68042067 0.68959933 Hypothetical ORFNA YMR247C

7934_at 0.17101675 -0.01176667 0.67798667 0.68975333 CTI6 YPL181W

Protein that relieves transcriptional repression by binding to the Cyc

7437_at 0.23712616 -0.09216333 0.597972 0.69013533 Hypothetical ORFNA YBL059W

8208_at 0.30168621 -0.02230433 0.66850433 0.69080867 NA NA YOR318C

6406_at 0.17531637 -0.046851 0.644923 0.691774 STN1 YDR082W

involved in telomere length regulation, function in telomere metabol

5936_at 0.32300504 -0.104782 0.587669 0.692451 protein YDR512C

Non-essential EMI1 of unknown function required for transcription

5368_at 0.21775353 -0.03052 0.662752 0.693272 SMX2 YFL017W-A

snRNP G protein (human Sm-G homolog)

10795_at 0.12757856 -0.02460933 0.66880667 0.693416 transporter protein homolog

carboxylic acidJEN1 YKL217W

9963_at 0.33625993 -0.118468 0.574982 0.69345 NAM2

leucine-tRNA ligase|LeuRS YLR382C

7432_at 0.56617609 -0.404074 0.289676 0.69375 PRX1 YBL064C

Mitochondrial peroxiredoxin (1-Cys Prx) with thioredoxin peroxidase

3173_i_at 0.2148054 -0.01758333 0.67632233 0.69390567 NA NA YHRCDELTA12

6383_at 0.22286415 -0.03614533 0.65811633 0.69426167 STE5 YDR103W

Scaffold protein that, in response to pheromone, shuttles from the n

10987_at 0.06277477 -0.00354967 0.691353 0.69490267 APS2 YJR058C

clathrin associated protein complex small subunit

3287_s_at 0.10334858 -0.02239 0.67314267 0.69553267 NA NA YFLWTAU1

9440_at 0.28869967 -0.037844 0.65784467 0.69568867 nuclear protein HOT1 YMR172W

9728_at 0.07104202 -0.00760967 0.68865367 0.69626333 Component of COG8 oligomeric

the conservedYML071C Golgi complex, dependent

8671_at 0.14343413 -0.044849 0.65154867 0.69639767 RRI2

COP9 signalosome (CSN) subunit YOL117W

8531_at 0.26630454 -0.020546 0.67612467 0.69667067 NA NA YOR013W

4487_at 0.22634937 -0.07994733 0.61682567 0.696773 FYV4 required for

Protein of unknown function, YHR059W survival upon exposure to

7185_at 0.34904632 -0.060678 0.636177 0.696855 Hypothetical ORFNA YBR184W

7296_at 0.17822297 -0.05550667 0.64182333 0.69733 RDH54 YBR073W

helicase (putative)|similar to RAD54

8428_at 0.37826708 -0.19016 0.50811533 0.69827533 IDH2 YOR136W

NAD-dependent isocitrate dehydrogenase

8326_at 0.31964964 -0.05861167 0.64009633 0.698708 Hypothetical ORFNA YOR215C

8994_at 0.25599451 -0.10158633 0.59720567 0.698792 TEP1

tyrosine phosphatase (putative) YNL128W

10750_at 0.09852031 -0.01286233 0.68598133 0.69884367 NA NA YKL169C

9886_at 0.18798794 -0.04080167 0.658974 0.69977567 snRNP proteinLSM3 YLR438C-A

11339_at 0.13559451 -0.02932833 0.67049133 0.69981967 endoplasmic reticulum membrane protein, interacts w

Tail-anchored FRT2 YAL028W

7201_at 0.2690368 -0.06491733 0.634991 0.69990833 CNS1

cyclophilin seven suppressorYBR155W

8405_at 0.35290172 -0.148052 0.55286967 0.70092167 PET123 YOR158W

mitochondrial ribosomal protein of small subunit

10530_at 0.33322517 -0.17957833 0.52378867 0.703367 GLG1

glycogen synthesis initiator YKR058W

6462_at 0.20653017 -0.05950833 0.64396233 0.70347067 NTH1

neutral trehalase YDR001C

9766_at 0.32169736 -0.127745 0.57593467 0.70367967 NA potential Cdc28p substrate

Protein of unknown function, YML119W

9483_at 0.21533444 -0.07632933 0.62756767 0.703897 ALD2

aldeyhde dehydrogenase YMR170C

5080_at 0.24497889 -0.02098667 0.68364067 0.70462733 NA NA YGL072C

6521_at 0.24044177 -0.05686233 0.648034 0.70489633 DBP10

Dead box protein 10 YDL031W

4320_at 0.20488818 -0.012595 0.692938 0.705533 NA SET5 YHR207C

11083_at 0.41267853 -0.16854 0.537088 0.705628 SMC3 YJL074C

SMC chromosomal ATPase family member

9097_at 0.28206859 -0.11047533 0.59528667 0.705762 MRPL17 YNL252C

Mitochondrial ribosomal protein of the large subunit

5013_at 0.09357959 -0.01271 0.694454 0.707164 Hypothetical ORFRPN14 YGL004C

6803_at 0.48106248 -0.208449 0.49879267 0.70724167 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YCR062W

9899_at 0.0451459 -0.00633267 0.70157167 0.70790433 Hypothetical ORFNA YLR408C

5637_at 0.26066216 -0.07196767 0.63621267 0.70818033 Hypothetical ORFNA YER066W

7174_at 0.29193577 -0.13410333 0.57443067 0.708534 SMY2

partial suppressor of myo2-66 YBR172C

4855_at 0.11805827 -0.010908 0.69767167 0.70857967 Hypothetical ORFNA YGR154C

10488_at 0.06540659 -0.015275 0.69333733 0.70861233 LAS1 YKR063C

Essential nuclear protein possibly involved in bud formation and mo

9887_at 0.15190839 -0.05162033 0.65714667 0.708767 MRPL4 YLR439W

Mitochondrial ribosomal protein of the large subunit

9464_at 0.16316031 -0.00936567 0.70047433 0.70984 NA NA YMR153C-A

6501_at 0.24912291 -0.05040967 0.662377 0.71278667 PTC1 YDL006W

serine-threonine protein phosphatase

4371_at 0.2900728 -0.02682367 0.68622033 0.713044 anaphase-promoting complex/cyclosome (APC/C), w

Subunit of the CDC23 YHR166C

3335_at 0.34049655 -0.050876 0.662358 0.713234 NA YERWDELTA13

Identified by expression profiling and mass spectrometry

5760_at 0.21770611 -0.00479733 0.708519 0.71331633 ECM10 YEL030W

Heat shock protein of the Hsp70 family, localized in mitochondrial n

10054_at 0.01359011 -0.001618 0.71189533 0.71351333 subunit

ATP synthase ATP14 h YLR294C

5998_at 0.11309357 -0.03127767 0.68231067 0.71358833 VPS52 YDR484W

May interact with actin as a component or controller of the assembl

3815_i_at 0.19750875 -0.04852667 0.665688 0.71421467 NA NA YKLWDELTA3

10032_at 0.24147436 -0.00703567 0.70719767 0.71423333 the hexamericYLR274W

Component of CDC46 MCM complex, which is important for

9036_at 0.26767464 -0.10924933 0.605586 0.71483533 MRPL22 YNL177C

Mitochondrial ribosomal protein of the large subunit

4984_at 0.1532506 -0.01090533 0.703979 0.71488433 NMA2 YGR011W

nicotinamide/nicotinic acid mononucleotide adenylyltransferase

10332_at 0.24777359 -0.03644633 0.67846 0.71490633 SOF1

U3 snoRNP protein YLL011W

7163_at 0.07511405 -0.00136833 0.714361 0.71572933 FTH1 YBR207W

Putative high affinity iron transporter involved in transport of intrava

4485_at 0.11741498 -0.03052333 0.68566533 0.71618867 CPR2 YHR057C

cyclophilin|peptidyl-prolyl cis-trans isomerase (PPIase)

5701_at 0.39302913 -0.05717833 0.65926733 0.71644567 NOP16

ribosome biogenesis YER002W

10751_at 0.05313444 -0.00163833 0.715298 0.71693633 KKQ8 YKL168C

Serine/threonine protein kinase of unknown function

8980_at 0.30306954 -0.09345967 0.62420467 0.71766433 PHO23 YNL097C

Probable component of the Rpd3 histone deacetylase complex, inv

8197_at 0.1725242 -0.01710967 0.70106033 0.71817 SOG2 YOR353C

Protein required for cell viability

9171_at 0.30950243 -0.093773 0.62514267 0.71891567 NA YNL313C

Protein required for cell viability

6418_at 0.181693 -0.021355 0.69897467 0.72032967 NA

Hypothetical ORF YDR049W

6274_at 0.31438349 -0.078101 0.64240867 0.72050967 RAD9

cell cycle arrest protein YDR217C

5628_at 0.17047608 -0.05180033 0.66876933 0.72056967 UBP9 YER097W

ubiquitin carboxyl-terminal hydrolase

4733_at 0.15983915 -0.01765967 0.70345267 0.72111233 MTM1 protein

putative mitochondrial carrierYGR257C

8224_at 0.09289882 -0.024574 0.69676867 0.72134267 MRS2

magnesium ion transporter YOR334W

5591_at 0.1913458 -0.01985267 0.701805 0.72165767 Monopolin MAM1 YER106W

6118_at 0.13293889 -0.03210533 0.689632 0.72173733 NA

Hypothetical ORF YDR332W

5135_at 0.34644047 -0.05603333 0.66600767 0.722041 RMD9 YGL107C

Mitochondrial protein required for sporulation

4116_at 0.08149076 -0.00734667 0.71598833 0.723335 EST3

20.5 kDa 181aa protein YIL009C-A

6540_at 0.22043833 -0.02906467 0.69431633 0.723381 USO1

integrin analogue gene YDL058W

8316_at 0.07418631 -0.00611067 0.717404 0.72351467 APC5 YOR249C

anaphase promoting complex (APC) subunit

6892_at 0.06790662 -0.014541 0.70899333 0.72353433 NA

Hypothetical ORF YCR015C

6299_at 0.07223987 -0.00746667 0.71636467 0.72383133 CBS2 YDR197W

cytochrome b translational activator

9325_at 0.24069691 -0.03235367 0.691853 0.72420667 NA NA YMR316C-A

8473_at 0.18726783 -0.04857133 0.67700767 0.725579 NA

Hypothetical ORF YOR091W

10695_at 0.21473164 -0.06977267 0.65587933 0.725652 NA

Hypothetical ORF YKL133C

9922_at 0.05221901 -0.008791 0.71739933 0.72619033 REH1 similar to

Protein of unknown function, YLR387C Rei1p but not involved in bud

4145_at 0.22717034 -0.05530133 0.67234133 0.72764267 IRR1

cohesin complex subunit YIL026C

8659_at 0.28086684 -0.02998267 0.69805 0.72803267 PHM7 expression

Protein of unknown function, YOL084W is regulated by phosphate

11044_at 0.14221617 -0.04332233 0.68554333 0.72886567 PET130 YJL023C

Protein required for respiratory growth

9363_at 0.27139833 -0.045657 0.68352533 0.72918233 NA YMR269W

protein possibly involved in protein synthesis

6659_at 0.0606805 -0.00463333 0.72473533 0.72936867 ENT1 endocytosis

Epsin-like protein involved in YDL161W and actin patch assembly

8886_at 0.09841121 -0.012158 0.71740267 0.72956067 IDP3 YNL009W

NADP-dependent isocitrate dehydrogenase

6113_at 0.21604201 -0.06762167 0.66215167 0.72977333 CTS2

Sporulation-specific chitinase YDR371W

10392_at 0.51955412 -0.376805 0.353881 0.730686 UBI4

ubiquitin|poly-ubiquitin YLL039C

8552_at 0.34132627 -0.15477733 0.578554 0.73333133 RCL1 YOL010W

RNA terminal phosphate cyclase-like protein involved in rRNA proc

6073_at 0.19217949 -0.05929833 0.67430767 0.733606 ARH1 homolog

adrenodoxin oxidoreductase YDR376W

6313_at 0.19830674 -0.052625 0.68128367 0.73390867 TFIID subunit TAF10 YDR167W

8951_at 0.06693974 -0.01920433 0.71509133 0.73429567 NA YNL081C

Putative mitochondrial ribosomal protein of the small subunit, has s

6162_at 0.04190466 -0.001293 0.73302433 0.73431733 UBX5

Hypothetical ORF YDR330W

8620_at 0.2320915 -0.05177167 0.68279133 0.734563 a membrane-bound complex containing the Tor2p ki

Component of AVO1 YOL078W

3542_f_at 0.14877342 -0.05097333 0.683606 0.73457933 YRF1-7 YPR204W

Hypothetical ORF /// Y'-helicase protein 1

6356_at 0.27636208 -0.046211 0.68869667 0.73490767 DPB4 4th subunit

DNA polymerase II (epsilon) YDR121W

10306_at 0.09943997 -0.010762 0.72496067 0.73572267 TEN1 pathways

protein involved in TelomericYLR010C in association with Stn1

6255_at 0.08969995 -0.01928333 0.71806233 0.73734567 NA

Hypothetical ORF YDR198C

8561_at 0.12360871 -0.001349 0.737628 0.738977 Pho80p cyclin PHO80 YOL001W

10936_at 0.34479943 -0.09669767 0.64281933 0.739517 JJJ3 YJR097W

Protein that may function as a cochaperone, as suggested by the p

7451_at 0.15652513 -0.051151 0.68893467 0.74008567 MRP21 YBL090W

mitochondrial ribosome small subunit component

9757_at 0.60885735 -0.261706 0.479313 0.741019 MSC1 green fluorescent protein (GFP)-fusion

Protein of unknown function, YML128C

6390_at 0.32756873 -0.067747 0.67370967 0.74145667 FOB1 protein

DNA replication fork blockingYDR110W

7058_at 0.13684064 -0.03243933 0.70907567 0.741515 NA

Hypothetical ORF YBR285W

6491_at 0.25151884 -0.01639667 0.72512667 0.74152333 NA NA YDL016C

8319_at 0.32283912 -0.11176833 0.62996933 0.74173767 Hypothetical ORFNA YOR252W

11334_at 0.22879213 -0.01111633 0.73092033 0.74203667 PRP45

pre-mRNA splicing factor YAL032C

8263_at 0.35102802 -0.03731533 0.70485633 0.74217167 NA YOR287C

Protein required for cell viability

4968_at 0.10194356 -0.01812767 0.72447833 0.742606 Hypothetical ORFNA YGR042W

11337_at 0.04432009 -0.00705267 0.73589467 0.74294733 SNC1 YAL030W

Snc2p homolog|synaptobrevin homolog

7449_at 0.07266519 -0.013081 0.73008633 0.74316733 SCS2 homologue NA YBL091C-A

7569_at 0.23022035 -0.00545533 0.73791633 0.74337167 BSP1 YPR171W

Binding protein of Synaptojanin Polyphosphoinositide phosphatase

5132_at 0.1171491 -0.02043633 0.72369067 0.744127 CUE3 has a CUE

Protein of unknown function; YGL110C domain that binds ubiquitin

9492_at 0.21169618 -0.04651967 0.69814167 0.74466133 CIN4

GTP-binding protein YMR138W

9579_at 0.31240082 -0.12583933 0.61893867 0.744778 CSM3 chromosome segregation during meio

Protein required for accurate YMR048W

8150_s_at 0.28195909 -0.09259933 0.652373 0.74497233 VPS5

simialr to sorting nexin I YOR069W

7800_at 0.29358849 -0.07063833 0.67454067 0.745179 NOP4

RNA binding protein (putative) YPL043W

10912_at 0.23418199 -0.01299067 0.73321133 0.746202 Hypothetical ORFNA YJR119C

8624_at 0.24120473 -0.050635 0.69622433 0.74685933 Hypothetical ORFNA YOL073C

7967_at 0.16482776 -0.00639733 0.74112967 0.747527 RSA1

RiboSome Assembly YPL193W

11000_at 0.0749438 -0.01332133 0.73437167 0.747693 snRNP proteinLSM8 YJR022W

9049_at 0.19842562 -0.020619 0.72711567 0.74773467 Component of IBD2 YNL164C

the BUB2-dependent spindle checkpoint pathway, in

9071_at 0.26431797 -0.02771567 0.72079533 0.748511 KAR1 YNL188W

Essential protein involved in karyogamy during mating and in spindl

4845_at 0.26850579 -0.06349933 0.68539867 0.748898 NA function

Essential protein of unknownYGR145W

9564_at 0.24968023 -0.09419667 0.65479233 0.748989 CTF18 YMR078C

Subunit of a complex with Ctf8p that shares some subunits with Re

11065_at 0.37410966 -0.023455 0.72579033 0.74924533 UBX6 green fluorescent protein (GFP)-fusion

Protein of unknown function; YJL048C

3756_i_at 0.34558474 -0.13417367 0.61597367 0.75014733 NA NA YLRWDELTA20

6072_at 0.11814344 -0.03158567 0.719079 0.75066467 ATPase (AAA BCS1family) YDR375C

4310_at 0.28241639 -0.03277133 0.71798433 0.75075567 UTP9

U3 snoRNP protein YHR196W

6759_at 0.14631712 -0.04530467 0.705778 0.75108267 NA YCL057c-a

Hypothetical ORF, has similarity to proteins in S. pombe, C. elegan

9066_at 0.08999488 -0.002114 0.74910067 0.75121467 Hypothetical ORFNA YNL193W

10259_at 0.12629494 -0.02801933 0.72355067 0.75157 IOC2 YLR095C

Member of a complex (Isw1b) with Isw1p and Ioc4p that exhibits nu

7465_at 0.36902443 -0.077953 0.67423733 0.75219033 NA NA YBL077W

3550_i_at 0.29966651 -0.12302067 0.62948233 0.752503 NA NA YPLCDELTA10

10745_at 0.0992488 -0.01887167 0.73380833 0.75268 Hypothetical ORFNA YKL174C

5194_at 0.126354 -0.01642067 0.73659033 0.753011 TPN1 YGL186C

plasma membrane pyridoxine transport protein

10661_at 0.14068609 -0.03252667 0.720533 0.75305967 SMY1

kinesin heavy chain homologYKL079W

9893_at 0.17518127 -0.015867 0.737584 0.753451 NA NA YLR444C

3192_f_at 0.36798605 -0.02016333 0.73380867 0.753972 NA NA YHLCOMEGA1

5615_at 0.08312391 -0.019658 0.73502633 0.75468433 Hypothetical ORFNA YER087W

6899_at 0.20646645 -0.02909967 0.725887 0.75498667 Hypothetical ORFNA YCL033C

3244_i_at 0.11147798 -0.035894 0.72070433 0.75659833 NA NA YGRWDELTA19

10076_at 0.09414979 -0.02634967 0.73050333 0.756853 Hypothetical ORFNA YLR271W

5545_at 0.22620033 -0.06293667 0.69397433 0.756911 UBP3

ubiquitin-specific protease YER151C

5138_at 0.14972973 -0.01519033 0.74207 0.75726033 Component of NUT1 YGL151W

the RNA polymerase II mediator complex, which is re

8827_at 0.19854902 -0.06197767 0.69604567 0.75802333 Hypothetical ORFNA YNR024W

9595_at 0.03520943 -0.00715933 0.75173267 0.758892 KAR5

coiled-coil membrane proteinYMR065W

9042_at 0.19141605 -0.05513167 0.704106 0.75923767 NA NA YNL171C

6851_at 0.13405378 -0.02857667 0.73089967 0.75947633 MAK32 YCR019W

Protein necessary for structural stability of L-A double-stranded RN

5987_at 0.11744515 -0.01269733 0.747162 0.75985933 PRP3

snRNP from U4/U6 and U5 snRNPs YDR473C

4154_at 0.15075561 -0.05156433 0.70831667 0.759881 YRB2 with Gsp1p and Crm1p

nuclear protein that interacts YIL063C

5683_at 0.28435946 -0.058697 0.701306 0.760003 MIG3 YER028C

DNA binding transcription co-repressor

8385_at 0.13971441 -0.03134667 0.72912933 0.760476 FYV12 required for

Protein of unknown function, YOR183W survival upon exposure to

10857_at 0.26524808 -0.07630967 0.68461433 0.760924 AAD10 YJR155W

aryl-alcohol dehydrogenase (putative)

4286_s_at 0.13415817 -0.035133 0.726438 0.761571 Component of NMD2 YHR077C

the nonsense-mediated mRNA decay (NMD) pathwa

5556_at 0.15896833 -0.06543767 0.69616767 0.76160533 Hypothetical ORFNA YER163C

3178_f_at 0.1667785 -0.051942 0.71066133 0.76260333 NA NA YHRCDELTA14

10555_at 0.13825944 -0.00899667 0.75428533 0.763282 v-SNARE SFT1 YKL006C-A

9663_at 0.15455447 -0.03281767 0.73065467 0.76347233 GIS4

CAAX box containing proteinYML006C

8909_at 0.06030895 -0.01332633 0.75080633 0.76413267 SIW14

tyrosine phosphatase YNL032W

6502_at 0.20851838 -0.01416933 0.750431 0.76460033 MED2 YDL005C

RNA polymerase II holoenzyme/mediator subunit

5527_at 0.58474637 -0.43170567 0.33317933 0.764885 DMC1 YER179W

meiosis-specific protein related to RecA and Rad51p. Dmc1p coloc

8277_at 0.09833753 -0.009926 0.754998 0.764924 NA YOR256C

Protein required for cell viability

7193_at 0.06255318 -0.022428 0.74249733 0.76492533 Hypothetical ORFNA YBR147W

9332_at 0.14636006 -0.05370767 0.711327 0.76503467 RIT1 YMR283C

initiator methionine tRNA 2'-O-ribosyl phosphate transferase

4839_at 0.09498833 -0.029889 0.73659267 0.76648167 UBR1

ubiquitin-protein ligase YGR184C

11135_at 0.13659548 -0.04632133 0.72061867 0.76694 MDV1 YJL112W

WD repeat protein that regulates steps in the Dnm1p-dependent pr

7903_at 0.10056179 -0.03534167 0.732531 0.76787267 REV3

DNA polymerase zeta subunit YPL167C

3554_f_at 0.03720474 -0.00927933 0.75951833 0.76879767 NA YPLCTY4-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

9602_at 0.07610802 -0.01321733 0.756236 0.76945333 COP9 YMR025W

Interactor with CSI1 signalosome (CSN) complex

8556_at 0.15602983 -0.02094867 0.74896467 0.76991333 topoisomerase I TOP1 YOL006C

9745_at 0.08535651 -0.02055067 0.74946633 0.770017 ARG81 YML099C

zinc finger transcription factor of the Zn(2)-Cys(6) binuclear cluster

10922_at 0.13992525 -0.03199667 0.73856433 0.770561 ACF4 computational analysis of large-scale

Protein of unknown function, YJR083C

5538_at 0.18086697 -0.039854 0.73080767 0.77066167 inner YEL020W-A

Translocase inTIM9 membrane of mitochondria involved in mitocho

11341_at 0.13796388 -0.036689 0.734374 0.771063 DRS2 YAL026C

P-type ATPase, potential aminophospholipid translocase

10696_at 0.17401472 -0.03315033 0.73795333 0.77110367 RMA1 synthetase

probable folyl-polyglutamate YKL132C

9479_at 0.1839272 -0.00749733 0.76364067 0.771138 MLH1 and Msh2p

forms a complex with Pms1pYMR167W to repair mismatched DNA

8825_at 0.18531311 -0.084308 0.687499 0.771807 MRPL50 YNR022C

Mitochondrial ribosomal protein of the large subunit, not essential fo

5157_at 0.15090002 -0.02796467 0.74395333 0.771918 SNT2 YGL131C

22% sequence identity with S. pombe Snt2

7571_at 0.16125459 -0.012406 0.75990767 0.77231367 AAA ATPase VPS4 YPR173C

11034_at 0.24253226 -0.094813 0.677905 0.772718 HCA4

RNA helicase (putative) YJL033W

10925_at 0.17484395 -0.055982 0.71737867 0.77336067 STE18 YJR086W

G protein gamma subunit|coupled to mating factor receptor

11080_at 0.22698494 -0.02720067 0.746783 0.77398367 ICS3

Protein of unknown function YJL077C

11332_at 0.14400016 -0.02995467 0.74492433 0.774879 domain

protein kinase CDC15 YAR019C

4770_at 0.34142966 -0.01279733 0.76223 0.77502733 Hypothetical ORFNA YGR250C

8643_at 0.02430372 -0.00510933 0.77025233 0.77536167 Kinase

Pkb-activating PKH2 Homologue YOL100W

4042_at 0.23124063 -0.057791 0.7177 0.775491 NA NA YIR023c-a

10143_at 0.18953075 -0.028068 0.748837 0.776905 HMX1 YLR205C

ER localized, heme-binding peroxidase involved in the degradation

11028_at 0.22239979 -0.030594 0.74681667 0.77741067 HYS2 YJR006W

DNA polymerase delta 55 kDa subunit

10236_at 0.14262897 -0.04489067 0.733784 0.77867467 CLF1

pre-mRNA splicing factor YLR117C

7325_at 0.24598602 -0.022422 0.75696367 0.77938567 Muddled Meiosis MUM2 YBR057C

10021_at 0.05657618 -0.01629967 0.76339533 0.779695 UBC12 YLR306W

Enzyme that mediates the conjugation of Rub1p, a ubiquitin-like pro

5735_at 0.39282214 -0.13173567 0.64825733 0.779993 GLC3 YEL011W

1,4-glucan-6-(1,4-glucano)-transferase

10595_at 0.1379876 -0.03682533 0.74441867 0.781244 U1 snRNP proteinPRP40 YKL012W

6098_at 0.06119303 -0.01120867 0.77013867 0.78134733 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDR357C

4075_at 0.39363411 -0.17650767 0.60512533 0.781633 aspartic

GPI-anchored YPS6 protease YIR039C

4475_at 0.05082994 -0.01813533 0.76395567 0.782091 INM1 YHR046C

Inositol monophosphatase, involved in biosynthesis of inositol and i

3684_f_at 0.11540198 -0.04025533 0.741895 0.78215033 NA YMRWTAU2

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

11037_at 0.10048603 -0.034176 0.74934567 0.78352167 MAD2 YJL030W

spindle checkpoint complex subunit

10413_at 0.38058815 -0.24499167 0.53881 0.78380167 AYT1 YLL063C

Acetyltransferase; catalyzes trichothecene 3-O-acetylation, suggest

10291_at 0.05073481 -0.01738267 0.766429 0.78381167 Rgp1p, Golgi, and

Ric1p binds toRIC1 on theYLR039C the complex catalyzes nuc

6182_f_at 0.57203865 -0.48483933 0.29918567 0.784025 NA NA YDR305C

9080_at 0.08275113 -0.014636 0.769883 0.784519 ATG4 YNL223W

anchor protein|mediates attachment of autophagosomes to microtu

11220_at 0.02460564 -0.001905 0.78278233 0.78468733 Hypothetical ORFNA YJL206C

4864_at 0.27575226 -0.01873767 0.76602167 0.78475933 GTR2 (putative)

similar to Gtr1|small GTPaseYGR163W

5242_at 0.07599359 -0.01081067 0.77399867 0.78480933 and degradation (VID); TOR inhibitor (TIN)

vacuole importVID30 YGL227W

8928_at 0.22017983 -0.06174433 0.723151 0.78489533 ARP5

actin related protein YNL059C

9993_at 0.19045668 -0.04966467 0.735651 0.78531567 PEX30 YLR324W

Peroxisomal integral membrane protein, involved in negative regula

7840_at 0.09985636 -0.025955 0.75941433 0.78536933 Hypothetical ORFNA YPL095C

10479_at 0.24944576 -0.129321 0.65624467 0.78556567 UBP11

ubiquitin-specific protease YKR098C

7862_at 0.21696514 -0.09800967 0.68804867 0.78605833 MRP51 YPL118W

mitochondrial ribosome small subunit component

3857_at 0.24127243 -0.02385367 0.762994 0.78684767 NA NA YKLWDELTA1

4351_at 0.09850491 -0.01923567 0.76852767 0.78776333 CTF8 YHR191C

Subunit of a complex with Ctf18p that shares some subunits with R

3510_s_at 0.32730402 -0.05101133 0.73698867 0.788 NA NA YBLWDELTA8

7803_at 0.18162961 -0.04744333 0.74106667 0.78851 ISM1

isoleucine-tRNA ligase YPL040C

10162_at 0.13076564 -0.03160567 0.75756367 0.78916933 VTA1 YLR181C

Protein involved in endosomal protein sorting; binds to Vps20 and V

11012_at 0.27843899 -0.037064 0.75417433 0.79123833 NA NA YJL009W

11342_at 0.28456304 -0.01300633 0.779116 0.79212233 MAK16

nuclear protein (putative) YAL025C

5091_at 0.17709001 -0.035918 0.75640167 0.79231967 DUO1 YGL061C

Essential mitotic spindle protein required to maintain spindle integri

9741_at 0.39146789 -0.094322 0.69900367 0.79332567 NA NA YML102C-A

5696_at 0.0800145 -0.01332733 0.78018067 0.793508 YEN1 has similarity to endonuclease Rth1p;

Protein of unknown function, YER041W

3305_at 0.28781982 -0.03643667 0.758002 0.79443867 NA NA YGLWTAU2

10692_at 0.06584529 -0.027313 0.76831067 0.79562367 NA NA YKL136W

7746_at 0.054083 -0.01246433 0.78331333 0.79577767 60 kDa

TFIIIC (tau60) TFC8 subunit YPL007C

4057_at 0.11589442 -0.03957167 0.756407 0.79597867 MRS1 YIR021W

Protein required for the splicing of two mitochondrial group I introns

7096_at 0.16263923 -0.052892 0.74319 0.796082 DPB3 subunits

DNA polymerase II C and C' YBR278W

6188_at 0.2960671 -0.15243967 0.64564667 0.79808633 MSW1

tryptophan-tRNA ligase YDR268W

5403_at 0.03792553 -0.00400167 0.795082 0.79908367 GYP8

GTPase-activating protein YFL027C

4084_at 0.066537 -0.01422767 0.7849 0.79912767 Hypothetical ORFNA YIR003W

9540_at 0.1339325 -0.050771 0.74853333 0.79930433 Hypothetical ORFNA YMR098C

10262_at 0.18973776 -0.044853 0.75471433 0.79956733 Hypothetical ORFNA YLR053C

6223_at 0.62387526 -0.76448567 0.035388 0.79987367 HSP78

heat shock protein 78 YDR258C

9888_at 0.19696178 -0.05601733 0.74459367 0.800611 SEC39 YLR440C

Protein of unknown function proposed to be involved in protein secr

3308_s_at 0.44921152 -0.11742233 0.68333467 0.800757 NA NA YERWDELTA18

11387_at 0.62701554 -0.01436133 0.78660567 0.800967 putative polyolNAdehydrogenase YAL061W

4875_at 0.21584785 -0.04546967 0.75560967 0.80107933 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YGR130C

4383_at 0.19875429 -0.05357467 0.749409 0.80298367 WSS1

weak suppressor of smt3 YHR134W

10624_at 0.22980103 -0.003625 0.79949167 0.80311667 two-hybrid assay

binds Sin3p in STB6 YKL072W

4974_at 0.061039 -0.02234567 0.78112667 0.80347233 UFD1 YGR048W

Protein that interacts with Cdc48p and Npl4p, involved in recognitio

10394_at 0.20334507 -0.01807833 0.78541533 0.80349367 NA NA YLL037W

6692_at 0.13897706 -0.04086233 0.76288633 0.80374867 RRI1

COP9 signalosome (CSN) subunit YDL216C

11145_at 0.06478871 -0.011859 0.79247567 0.80433467 MEF2 YJL102W

mitochondrial elongation factor G-like protein

4085_at 0.16932927 -0.055724 0.74945233 0.80517633 DJP1 YIR004W

Cytosolic J-domain-containing protein, required for peroxisomal pro

6626_at 0.05577406 -0.02048633 0.78475033 0.80523667 ATG9

integral membrane protein YDL149W

5993_at 0.06614218 -0.01798633 0.78816633 0.80615267 peroxin PEX29 YDR479C

9335_at 0.1903421 -0.07009167 0.736316 0.80640767 MRPL33 YMR286W

Mitochondrial ribosomal protein of the large subunit

8832_at 0.14670395 -0.05167567 0.75669967 0.80837533 Hypothetical ORFNA YNR029C

6350_at 0.1419624 -0.06541967 0.743752 0.80917167 NA YDR115W

Putative mitochondrial ribosomal protein of the large subunit, has si

6192_at 0.17259699 -0.072054 0.73714333 0.80919733 glyoxylase-II GLO2 YDR272W

9032_at 0.20945117 -0.04280467 0.766935 0.80973967 IPI3 YNL182C

Protein required for cell viability; computational analysis of large-sca

11393_at 0.02751009 -0.007973 0.80179567 0.80976867 PEX22 YAL055W

Putative peroxisomal membrane protein required for import of perox

4519_at 0.08759222 -0.01822033 0.79239833 0.81061867 LEU5 YHR002W

Mitochondrial carrier protein involved in the accumulation of CoA in

9029_at 0.1183927 -0.042947 0.76793967 0.81088667 MRPL19 YNL185C

Mitochondrial ribosomal protein of the large subunit

6792_s_at 0.14085125 -0.02288033 0.78932667 0.812207 HMRA1

homeobox transcription factor YCR097W

7255_at 0.06226995 -0.007981 0.80524667 0.81322767 MUD1

U1 snRNP A protein YBR119W

7883_at 0.53974508 -0.34693933 0.46629333 0.81323267 NA NA YPL142C

6111_at 0.23079765 -0.05884233 0.75495433 0.81379667 XRS2

DNA repair protein YDR369C

7974_at 0.51454681 -0.39820867 0.416067 0.81427567 Up in StarVationNA YPL230W

6020_r_at 0.14678058 -0.01103367 0.803905 0.81493867 MFA1 YDR461W

a-factor mating pheromone precursor

9013_at 0.26933072 -0.192976 0.62262833 0.81560433 Hypothetical ORFNA YNL155W

9803_at 0.12529391 -0.05763767 0.75891367 0.81655133 COX14

mitochondrial membrane protein YML129C

5172_at 0.08964669 -0.02085 0.79656633 0.81741633 RAD54 YGL163C

DNA-dependent ATPase, stimulates strand exchange by modifying

4199_at 0.14067933 -0.045954 0.77149333 0.81744733 Set3 complex,YIL112W a meiotic-specific repressor o

Subunit of the HOS4 which is

11310_at 0.05934623 -0.009061 0.80889267 0.81795367 SWC3 component

Protein of unknown function, YAL011W of the Swr1p complex that

9144_at 0.16252139 -0.06959267 0.74846567 0.81805833 Hypothetical ORFNA YNL295W

7305_at 0.1309129 -0.03855667 0.78036867 0.81892533 SPT7 YBR081C

histone acetyltransferase SAGA complex member|transcription fact

9109_at 0.31808962 -0.17046533 0.64865133 0.81911667 Component of NAR1 YNL240C

the cytosolic iron-sulfur (FeS) protein assembly mach

10241_at 0.06769807 -0.02849467 0.79114667 0.81964133 The authentic, NA YLR077W

non-tagged protein was localized to the mitochondria

9800_s_at 0.27497838 -0.162573 0.657521 0.820094 YRF1-7

Y'-helicase protein 1 YML133C

10775_at 0.04710937 -0.01687167 0.80472267 0.82159433 PXA2

ABC transporter 2 YKL188C

7657_at 0.06764094 -0.02181533 0.799871 0.82168633 GRS2 YPR081C

Protein with sequence similarity to Grs1p, which is a glycyl-tRNA sy

6579_at 0.22764443 -0.09597467 0.726287 0.82226167 MSS2

cox2 pre-mRNA splicing factor YDL107W

10988_at 0.04918349 -0.01029733 0.81309467 0.823392 Hypothetical ORFNA YJR011C

10220_at 0.16635472 -0.017509 0.806425 0.823934 NA NA YLR101C

10226_at 0.18955373 -0.08895467 0.735087 0.82404167 REX3

RNA EXonuclease; member YLR107W of 3'->5' exonuclease family. See Mose

10177_at 0.16894254 -0.02862667 0.79551933 0.824146 SMD3

core snRNP protein YLR147C

10283_at 0.07497425 -0.03135 0.79293767 0.82428767 Hypothetical ORFNA YLR031W

7346_at 0.56273601 -0.51253433 0.31183833 0.82437267 NA NA YBR032W

7436_at 0.19362569 -0.08137067 0.74318467 0.82455533 Hypothetical ORFNA YBL060W

6159_at 0.17046456 -0.025881 0.798675 0.824556 NA NA YDR327W

4229_at 0.16311919 -0.04342633 0.78176167 0.825188 Hypothetical ORFNA YIL127C

6105_at 0.11902651 -0.04871433 0.776674 0.82538833 NA NA YDR363W-A

8553_at 0.07030556 -0.03259767 0.79494233 0.82754 MDM12 YOL009C

mitochondrial outer membrane protein. An Mdm12p homolog exists

5693_at 0.2440379 -0.017263 0.81103333 0.82829633 KRE29

Killer toxin REsistant YER038C

10137_at 0.06362637 -0.004216 0.82505267 0.82926867 non-tagged protein was localized to the mitochondria

The authentic, NA YLR202C

10570_at 0.15390175 -0.037561 0.79190433 0.82946533 NA NA YKR007W

9434_at 0.1243963 -0.03798367 0.79271667 0.83070033 HFA1 YMR207C

Mitochondrial acetyl-coenzyme A carboxylase, catalyzes the produc

6867_at 0.03897652 -0.002901 0.827829 0.83073 BPH1 YCR032W

Protein homologous to human Chediak-Higashi syndrome protein a

11302_at 0.14279625 -0.05220833 0.77876233 0.83097067 NA NA YAR053W

11196_at 0.08614624 -0.00994333 0.82139267 0.831336 GON7 proposed

Protein of unknown function, YJL184W to be involved in the transfer

11112_at 0.09200476 -0.014131 0.81812633 0.83225733 DPB11

DNA polymerase II complex YJL090C

7088_at 0.11319733 -0.045216 0.787076 0.832292 Hypothetical ORFNA YBR270C

6724_at 0.23299737 -0.09376233 0.73887933 0.83264167 NA NA YDL228C

4917_at 0.13243956 -0.02880033 0.804411 0.83321133 SLX9 deletion mutant has synthetic fitness d

Protein of unknown function; YGR081C

10500_at 0.18565004 -0.09195867 0.74125767 0.83321633 NA similar to

Protein of unknown function; YKR075CYOR062Cp and Reg1p; expr

3850_at 0.14867929 -0.01773333 0.816529 0.83426233 NA NA YJRWDELTA20

6088_at 0.04123448 -0.00482233 0.83030167 0.835124 Hypothetical ORFNA YDR391C

6821_at 0.22384516 -0.108871 0.726983 0.835854 NA acetyltransferase complex

component of the yeast ADAYCR082W

9469_at 0.05892111 -0.021648 0.815611 0.837259 MRPS8 YMR158W

Mitochondrial ribosomal protein of the small subunit

7312_at 0.09081528 -0.02804267 0.80939667 0.83743933 TCM62

chaperone (putative) YBR044C

7873_at 0.17273058 -0.064059 0.77407467 0.83813367 Hypothetical ORFNA YPL107W

3202_f_at 0.17580581 -0.04717433 0.79147833 0.83865267 NA NA YHLWDELTA2

5134_at 0.1480192 -0.02220467 0.81891733 0.841122 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YGL108C

11154_at 0.07472146 -0.01338167 0.828751 0.84213267 RPB4 YJL140W

RNA polymerase II fourth largest subunit

3304_f_at 0.29514951 -0.100232 0.74248233 0.84271433 NA YGLWDELTA3

Similar to probable membrane protein YDR340W and to yeast CYC

6435_at 0.08380198 -0.03101 0.81214633 0.84315633 Hypothetical ORFNA YDR066C

10649_at 0.10496455 -0.05032633 0.794292 0.84461833 CUE2 has two CUE domains that bind ubiqu

Protein of unknown function; YKL090W

3872_i_at 0.05828645 -0.02670733 0.81902067 0.845728 NA NA YJLWDELTA8

4065_at 0.14289482 -0.04311233 0.803383 0.84649533 allantoicase DAL2 YIR029W

6360_at 0.30318093 -0.10942933 0.73723133 0.84666067 ECM18 similar to

Protein of unknown function, YDR125CRlp24p

11391_at 0.37729111 -0.081202 0.767129 0.848331 NA NA YAL058C-A

9752_at 0.19310969 -0.060101 0.79082667 0.85092767 UTP14

U3 snoRNP protein YML093W

10464_at 0.07658962 -0.02508167 0.82619267 0.85127433 MRPL20 YKR085C

Mitochondrial ribosomal protein of the large subunit

8611_at 0.36321139 -0.15745367 0.69445033 0.851904 NOP12 YOL041C

Nucleolar protein, required for pre-25S rRNA processing; contains a

9423_at 0.38398824 -0.12401433 0.72886033 0.85287467 Hypothetical ORFNA YMR196W

6327_at 0.05074441 -0.01789567 0.83502267 0.85291833 RGP1 factor, and

Ric1p-Rgp1p is an exchangeYDR137W peripheral membrane prot

4156_at 0.18664236 -0.049738 0.80568133 0.85541933 protein

U1snRNP 70KSNP1 homolog YIL061C

7564_at 0.19097073 -0.11270167 0.74292333 0.855625 MRP2 YPR166C

14 kDa mitochondrial ribosomal protein|similar to E. coli S14 protein

8566_at 0.11773059 -0.06329833 0.79355267 0.856851 DNL4

ATP dependent DNA ligase YOR005C

11288_at 0.12363539 -0.019491 0.837439 0.85693 NA YAR023C

Putative integral membrane protein, member of DUP240 gene fami

7086_at 0.14775582 -0.077482 0.77954467 0.85702667 MRPL37 YBR268W

Mitochondrial ribosomal protein of the large subunit

9773_at 0.02751088 -0.005498 0.85270033 0.85819833 TFIID subunit TAF8 YML114C

8287_at 0.12751007 -0.05875933 0.79973433 0.85849367 PNT1 YOR266W

Involved in targeting of proteins to the mitochondrial inner membran

11200_at 0.18900828 -0.101676 0.75726533 0.85894133 ATP12 YJL180C

Molecular chaperone, required for the assembly of alpha and beta s

11117_at 0.29302135 -0.01748767 0.841912 0.85939967 EXO70

exocyst complex component YJL085W

10986_at 0.16835671 -0.066881 0.792593 0.859474 CDC8

thymidylate kinase YJR057W

9591_at 0.19233397 -0.01117633 0.84875633 0.85993267 RNA14 YMR061W

cleavage and polyadenylation factor CF I component involved in pre

8387_at 0.50644971 -0.38717633 0.473806 0.86098233 GSP2 YOR185C

GTP-binding protein|Gsp1p homolog

5111_at 0.09903161 -0.00735167 0.853889 0.86124067 MAD1 spindle-assembly checkpoint

coiled-coil protein involved inYGL086W

5222_at 0.22239704 -0.023033 0.83863667 0.86166967 KEX1 YGL203C

protease|similar to carboxypeptidase B

8010_i_at 0.53228636 -0.45089433 0.41113433 0.86202867 HSP82 YPL240C

heat shock protein 90|mammalian Hsp90 homolog

5044_at 0.09819981 -0.04885167 0.813401 0.86225267 JAC1 YGL018C

E. coli Hsc20 co-chaperone protein homolog|J-protein co-chaperon

5145_at 0.16821861 -0.04590167 0.81648367 0.86238533 ROG1 YGL144C

Protein with putative serine active lipase domain

6161_at 0.16989689 -0.06968467 0.79289 0.86257467 PEX3 YDR329C

48 kDa peroxisomal integral membrane protein

7107_at 0.09187393 -0.03902867 0.823715 0.86274367 Hypothetical ORFNA YBR242W

10768_at 0.14932434 -0.07733833 0.78550867 0.862847 NA NA YKL194C

7835_at 0.116342 -0.03824333 0.82490267 0.863146 ATG21 YPL100W

Phosphatidylinositol 3,5-bisphosphate-binding protein required for m

6412_at 0.19159211 -0.04841533 0.816006 0.86442133 SLU7 YDR088C

Involved in 3' splice site choices and acts in concert with Prp18 duri

9199_at 0.04561695 -0.01611533 0.84890767 0.865023 AAD14 YNL331C

aryl-alcohol dehydrogenase (putative)

3784_at 0.46259199 -0.08735433 0.77791033 0.86526467 NA NA YLRCTAU1

10881_at 0.04975878 -0.02310267 0.84238867 0.86549133 XPT1 YJR133W

xanthine phosphoribosyl transferase

10932_at 0.02644009 -0.01194467 0.853942 0.86588667 IME1 YJR094C

Master regulator of meiosis that is active only during meiotic events

5195_at 0.05448972 -0.02729433 0.83932233 0.86661667 NA

Putative hydroxyacid dehydrogenaseYGL185C

8494_at 0.15180508 -0.07924933 0.78844033 0.86768967 NA potential Cdc28p substrate

Protein of unknown function; YOR066W

10590_at 0.03486573 -0.01566533 0.85436433 0.87002967 H

DNA helicase A CS1 YKL017C

3251_s_at 0.29364765 -0.110076 0.76070633 0.87078233 NA YGRWTY3-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

3681_s_at 0.06454075 -0.01784267 0.85346733 0.87131 NA NA YMRWDELTA15

5270_at 0.0787989 -0.04509867 0.826376 0.87147467 TAD1 YGL243W

tRNA-specific adenosine deaminase subunit

6709_i_at 0.05083234 -0.01944633 0.852944 0.87239033 MPH2

alpha-glucoside permease YDL247W

10188_at 0.06999661 -0.03391567 0.839042 0.87295767 MAS1 YLR163C

mitochondrial processing protease subunit

10951_at 0.07112969 -0.017055 0.85734267 0.87439767 YAE1

Essential protein of unknownYJR067Cfunction

8590_at 0.18392755 -0.058061 0.81635433 0.87441533 ESC8 and mating-type locus silencing, intera

Protein involved in telomeric YOL017W

10875_at 0.30873286 -0.19581267 0.678957 0.87476967 ZMS1 YJR127C

Zinc-finger protein that localizes to the nucleus, putative transcriptio

4924_at 0.18118271 -0.020293 0.85497367 0.87526667 catalase T CTT1 YGR088W

10140_r_at 0.14308813 -0.07348167 0.80286967 0.87635133 NA NA YLR202C

6923_at 0.27387324 -0.072338 0.80478633 0.87712433 SPB1

methyltransferase (putative) YCL054W

7408_at 0.3009816 -0.00909733 0.868301 0.87739833 Hypothetical ORFNA YBL044W

7750_at 0.33187249 -0.14954767 0.72804367 0.87759133 ULA1 YPL003W

Protein that acts together with Uba3p to activate Rub1p before its c

5137_at 0.17095126 -0.04533467 0.832293 0.87762767 PEX14 YGL153W

Peroxisomal peripheral membrane protein (peroxin) involved in imp

5332_at 0.1362404 -0.06226433 0.81537567 0.87764 QCR6 YFR033C

ubiquinol cytochrome C oxidoreductase subunit 6 (17 kDa)

3565_at 0.35243097 -0.197453 0.68135933 0.87881233 NA NA YPRWDELTA14

9114_at 0.14925404 -0.024792 0.85538033 0.88017233 NA YNL234W

Similar to globins and has a functional heme-binding domain; involv

4739_at 0.08940408 -0.03719567 0.84309133 0.880287 presents weakNA putative E.

similarity to a YGR263C coli protein defined as a lip

4953_at 0.18829219 -0.02211333 0.85818367 0.880297 Component of UPF3 YGR072W

the nonsense-mediated mRNA decay (NMD) pathwa

6032_at 0.07506492 -0.01717133 0.863183 0.88035433 NA NA YDR426C

7171_at 0.38055903 -0.244359 0.63677033 0.88112933 NA NA YBR169C

6829_at 0.16965969 -0.019831 0.86166467 0.88149567 regulation of YCR041W

involved in theMATALPHA1 alpha-specific genes|transcription facto

7612_at 0.21256082 -0.10980033 0.77188467 0.881685 NA NA YPR126C

11036_at 0.12481136 -0.05530333 0.82644733 0.88175067 BET4 YJL031C

geranylgeranyltransferase type II alpha subunit (PGGTase-II, alpha

8835_at 0.02177625 -0.00168567 0.88042767 0.88211333 PPG1 YNR032W

Putative serine/threonine protein phosphatase, required for glycoge

8415_at 0.18486679 -0.06921533 0.81313733 0.88235267 Component of LEO1 YOR123C

the Paf1 complex, which associates with RNA polym

8584_at 0.31473497 -0.22624733 0.65719967 0.883447 IFM1 2

mitochondrial initiation factor YOL023W

3464_at 0.52081606 -0.36464933 0.51880467 0.883454 NA NA YCRWDELTA12

4086_at 0.00600784 -0.00156933 0.88297 0.88453933 IST3

U2 snRNP associated protein YIR005W

7320_at 0.1184658 -0.046758 0.838189 0.884947 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YBR052C

8265_at 0.31987986 -0.24072 0.64466367 0.88538367 Hypothetical ORFNA YOR289W

6259_at 0.03531955 -0.01792667 0.867984 0.88591067 RAV2 Vacuolar

Regulator of (H+)-ATPase in YDR202Cmembrane

7455_at 0.20111301 -0.08367233 0.80228467 0.885957 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YBL086C

11100_at 0.08810206 -0.02988333 0.85631667 0.8862 NA

probable serine/threonine kinase YJL057C

8201_at 0.07074839 -0.013787 0.874872 0.888659 GRD19 YOR357C

Grd19p contains the PX domain found in human SNX1 (Sorting Nex

11082_at 0.23377876 -0.08594733 0.802743 0.88869033 NA NA YJL075C

5962_at 0.17934343 -0.107591 0.78112033 0.88871133 The authentic, NA YDR493W

non-tagged protein was localized to the mitochondria

9307_at 0.19183708 -0.065101 0.82383633 0.88893733 ABC transporter ATM1 YMR301C

7589_at 0.22428968 -0.01474967 0.87453433 0.889284 Hypothetical ORFNA YPR146C

4777_at 0.08474171 -0.01267933 0.87689667 0.889576 SLI1 resistance

N-acetyltransferase, confers YGR212W to the sphingolipid biosynth

8598_at 0.04196157 -0.02193467 0.867888 0.88982267 Hypothetical ORFNA YOL053W

9090_at 0.10897376 -0.04375067 0.84760767 0.89135833 Hypothetical ORFNA YNL213C

4522_at 0.09947779 -0.00162 0.89078667 0.89240667 GPA1 YHR005C

G protein alpha subunit|coupled to mating factor receptor

6343_at 0.17419824 -0.05576633 0.836712 0.89247833 GIR2 YDR152W

RWD domain containing protein of unknown function

8447_at 0.07372596 -0.00976667 0.88326033 0.893027 55 kDa

TFIIIC (tau55) TFC7 subunit YOR110W

3602_at 0.09083854 -0.008314 0.88507967 0.89339367 NA NA YOLWDELTA10

8490_at 0.09483834 -0.02905767 0.86510733 0.894165 NA similar to

Protein of unknown function; YOR062CYKR075Cp and Reg1p; expr

5349_at 0.08106439 -0.00774467 0.88700067 0.89474533 Hypothetical ORF NA YFR007W

6925_at 0.14753829 -0.019786 0.875387 0.895173 LRE1 YCL051W

involved in laminarase resistance

5927_at 0.12544102 -0.06462633 0.83125167 0.895878 STP4 and in uptake of branched-chain amin

Involved in pre-tRNA splicingYDL048C

6881_at 0.10512215 -0.06176967 0.83481467 0.89658433 MRPL32

ribosomal protein (YmL32) YCR003W

10022_at 0.03767298 -0.00495467 0.891669 0.89662367 chitin deacetylaseCDA1 YLR307W

6145_at 0.09564256 -0.00719 0.89053467 0.89772467 Hypothetical ORF NA YDR314C

3592_i_at 0.20790349 -0.08565267 0.814172 0.89982467 NA YPLWDELTA6

Identified by expression profiling and mass spectrometry /// Similar

5809_i_at 0.29559785 -0.122358 0.77785667 0.90021467 by YEL074W

--- /// IdentifiedNA fungal homology and RT-PCR /// Identified by gen

6471_at 0.3220236 -0.027199 0.87342367 0.90062267 NA NA YDR010C

9754_at 0.10115252 -0.03808733 0.86394667 0.902034 RPM2

mitochondrial RNase P subunit YML091C

10508_at 0.14104044 -0.02163133 0.88088233 0.90251367 DAD2 of the DASH complex; involved in spin

Essential protein, componentYKR083C

4980_at 0.2786024 -0.054402 0.84838433 0.90278633 STF2

ATPase stabilizing factor YGR008C

9361_at 0.18641271 -0.12252567 0.780624 0.90314967 PPA2

inorganic pyrophosphatase YMR267W

11229_at 0.13521595 -0.06555067 0.838382 0.90393267 UBP12 YJL197W

ubiquitin carboxyl-terminal hydrolase

9155_at 0.06024167 -0.03455633 0.86968433 0.90424067 MRPL10 YNL284C

Mitochondrial ribosomal protein of the large subunit; appears as two

9336_at 0.2440354 -0.149036 0.75617133 0.90520733 MSU1 YMR287C

3'-5' exonuclease complex component

7299_at 0.33767701 -0.23174533 0.674095 0.90584033 protein YBR076W

Non-essential ECM8 of unknown function

9204_at 0.06825735 -0.01869533 0.887379 0.90607433 in outside Ras; not essential for vegetive

likely functionsNA pathway(s)YNL326C

10708_at 0.07892476 -0.01522033 0.89125433 0.90647467 Hypothetical ORF NA YKL121W

11213_at 0.08238579 -0.00306033 0.903606 0.90666633 ASG7 YJL170C

an a-specific gene that is induced to a higher expression level by al

6722_at 0.13623022 -0.02190633 0.884871 0.90677733 BRE4 YDL231C

contains several putative trans-membrane domains

7887_at 0.10398682 -0.01524933 0.892451 0.90770033 SPP1 YPL138C

compass (complex proteins associated with Set1p) component

10763_at 0.0537031 -0.00439667 0.90371333 0.90811 TOR2 YKL203C

putative protein/phosphatidylinositol kinase involved in signaling ac

5650_at 0.23078042 -0.13815633 0.770681 0.90883733 Hypothetical ORF NA YER077C

11221_at 0.13256362 -0.04178933 0.868667 0.91045633 NA NA YJL206C-A

10940_at 0.13126258 -0.08159233 0.82904033 0.91063267 RSM26 YJR101W

mitochondrial ribosome small subunit component

6640_at 0.0842152 -0.010523 0.90015967 0.91068267 PPH21 YDL134C

Catalytic subunit of protein phosphatase 2A, functionally redundant

4469_at 0.22002197 -0.09828967 0.81296833 0.911258 BCD1 the accumulation of box C/D snoRNA

Essential protein required forYHR040W

5030_at 0.05814372 -0.029962 0.88222333 0.91218533 AGA2

a-agglutinin adhesion subunit YGL032C

5385_at 0.0588297 -0.03160067 0.881037 0.91263767 MSH4 YFL003C

meiosis specific protein, E.coli MutS protein, localizes to discrete si

9858_at 0.29973645 -0.15842867 0.754279 0.91270767 The authentic, NA YLR454W

non-tagged protein was localized to the mitochondria

5107_at 0.03120602 -0.01057067 0.90518067 0.91575133 LIF1 YGL090W

Protein involved in DNA double-strand break repair; physically inter

3682_i_at 0.20767685 -0.12674367 0.789991 0.91673467 NA NA YMRWDELTA16

3326_at 0.26402884 -0.11752367 0.799874 0.91739767 NA NA YFL063W

9500_at 0.45910847 -0.490341 0.42785 0.918191 NA NDE1 YMR145C

9636_at 0.25144917 -0.04004033 0.87868033 0.91872067 BUD22 YMR014W

Protein involved in bud-site selection; diploid mutants display a rand

8719_at 0.09791254 -0.017716 0.90233 0.920046 NA YOL162W

Hypothetical ORF, member of the Dal5p subfamily of the major faci

9685_at 0.14463509 -0.09446433 0.825823 0.92028733 YML6 YML025C

Mitochondrial ribosomal protein of the large subunit, has similarity t

9567_at 0.5727798 -0.53066633 0.38980967 0.920476 ISF1 YMR081C

Serine-rich, hydrophilic protein with similarity to Mbr1p; overexpress

4242_at 0.19670109 -0.06767033 0.853829 0.92149933 BNR1 YIL159W

Formin, nucleates the formation of linear actin filaments, involved in

9410_at 0.08832806 -0.02579933 0.89736033 0.92315967 TFIID subunit TAF7 YMR227C

6206_at 0.04654963 -0.00994833 0.913394 0.92334233 Hypothetical ORF NA YDR286C

7663_at 0.17414083 -0.019922 0.905128 0.92505 NA NA YPR087W

4134_at 0.06517437 -0.01834333 0.90911467 0.927458 PRM2 YIL037C

Pheromone-regulated protein, predicted to have 4 transmembrane

8165_at 0.09877243 -0.00767 0.920367 0.928037 NA NA YOR366W

6047_at 0.13209456 -0.06008833 0.86933033 0.92941867 DOT1 YDR440W

Nucleosomal histone H3-Lys79 methylase, associates with transcrip

8650_at 0.11593756 -0.035862 0.89360367 0.92946567 TRM10 YOL093W

tRNA methyltransferase, methylates the the N-1 position of guanos

9395_at 0.19944865 -0.08467667 0.845005 0.92968167 CEF1 YMR213W

protein complex component associated with the splicing factor Prp1

6123_at 0.20725981 -0.08072967 0.849479 0.93020867 MRPS28

ribosomal protein (E. coli S15) YDR337W

10581_at 0.15351875 -0.048138 0.88346933 0.93160733 GPX1 YKL026C

Phospholipid hydroperoxide glutathione peroxidase induced by gluc

7422_at 0.04609795 -0.02354633 0.90901133 0.93255767 SSA3 family

heat shock protein of HSP70YBL075C

10749_at 0.10662156 -0.06272 0.869876 0.932596 MRPL38 YKL170W

Mitochondrial ribosomal protein of the large subunit; appears as two

3624_at 0.09748499 -0.01641133 0.91914067 0.935552 NA NA YNRCDELTA9

8574_at 0.15448195 -0.106848 0.83045967 0.93730767 MSE1

glutamine-tRNA ligase YOL033W

10145_at 0.06735828 -0.03433333 0.90389033 0.93822367 HRD3 YLR207W

HMG-CoA Reductase Degradation--the HRD complex is responsibl

6556_at 0.34323161 -0.17090233 0.76742633 0.93832867 NA NDE2 YDL085W

7941_at 0.0862468 -0.04013467 0.899838 0.93997267 NIP100 YPL174C

large subunit of dynactin complex (putative)

8285_at 0.23030488 -0.02844133 0.91264667 0.941088 DSE3 YOR264W

Daughter cell-specific protein, may help establish daughter fate

7670_at 0.0935169 -0.04946767 0.891984 0.94145167 RDS3 YPR094W

Well-conserved 12-kDa protein with five CxxC zinc fingers that has

6353_at 0.18388895 -0.01968433 0.92289733 0.94258167 APC4 YDR118W

anaphase promoting complex (APC) subunit

5372_at 0.41166807 -0.415399 0.528281 0.94368 HSP12

heat shock protein 12 YFL014W

4829_at 0.02728118 -0.01688633 0.92693667 0.943823 CBP4 YGR174C

Essential for the expression and activity of ubiquinol-cytochrome c r

8843_at 0.17795086 -0.12424967 0.81991333 0.944163 Hypothetical ORFNA YNR040W

4162_at 0.07966447 -0.014129 0.93057 0.944699 Hypothetical ORFNA YIL055C

9408_at 0.24612859 -0.19195167 0.75498167 0.94693333 MRPL44 YMR225C

Mitochondrial ribosomal protein of the large subunit

9441_at 0.17659016 -0.08907933 0.85799167 0.947071 NA NA YMR172C-A

11099_at 0.11838984 -0.051667 0.897054 0.948721 BIT61 YJL058C

Cytoplasmic protein that binds Tor2p

5957_at 0.08484348 -0.01288867 0.938096 0.95098467 HSP31 YDR533C

Possible chaperone and cysteine protease with similarity to E. coli H

8892_at 0.13694256 -0.02915533 0.92237867 0.951534 Hypothetical ORFNA YNL050C

11087_at 0.01894753 -0.007682 0.94528367 0.95296567 Hypothetical ORFNA YJL070C

10013_at 0.10143907 -0.02477167 0.93090433 0.955676 YHC1 YLR298C

U1 snRNP protein required for pre-mRNA splicing

4548_at 0.08759114 -0.03449567 0.92219433 0.95669 YLF2 YHL014C

Protein with weak similarity to B. subtilis GTP-binding protein and to

4362_at 0.09416125 -0.00380833 0.952988 0.95679633 REC104

meiosis-specific protein YHR157W

10963_at 0.14265608 -0.065731 0.891303 0.957034 BNA2 YJR079W

Hypothetical ORF /// Tryptophan 2,3-dioxygenase

6720_at 0.15107603 -0.05288967 0.905204 0.95809367 Hypothetical ORFNA YDL233W

10956_at 0.14566826 -0.087574 0.87220767 0.95978167 NPA3 for cell viability, identified by associati

Cytoplasmic protein requiredYJR072C

9590_at 0.01308799 -0.00249733 0.957619 0.96011633 TOM37 YMR060C

mitochondrial SAM complex constituent

4198_at 0.20226089 -0.04333933 0.91930433 0.96264367 NA SDP1 YIL113W

10243_at 0.05672194 -0.02324567 0.939412 0.96265767 SIC1 protein kinase complex

P40 inhibitor of Cdc28p-Clb5YLR079W

6804_at 0.18576505 -0.044269 0.91980167 0.96407067 NA NA YCR064C

9775_at 0.12944305 -0.019006 0.94613167 0.96513767 CTK3 YML112W

RNA polymerase II C-terminal domain kinase gamma subunit, simil

5342_at 0.03914053 -0.01566467 0.95025333 0.965918 Hypothetical ORFNA YFR043C

11376_at 0.16073026 -0.07168833 0.89465133 0.96633967 MTW1 YAL034W-A

Essential component of the MIND kinetochore complex (Mtw1p Incl

6248_at 0.08905979 -0.061664 0.905026 0.96669 MRPL7 YDR237W

Mitochondrial ribosomal protein of the large subunit

4251_at 0.11246135 -0.031645 0.93530467 0.96694967 MCM10 (DNA synthesis) initiation or completio

Protein required for S-phase YIL150C

6006_at 0.12828714 -0.04676033 0.92108267 0.967843 NA NA YDR445C

6915_at 0.26085459 -0.18281533 0.78527867 0.968094 CHA1 YCL064C

catabolic serine (threonine) dehydratase

11143_at 0.13926318 -0.08082533 0.88736267 0.968188 the mitochondrial import motor associated with the p

Constituent of PAM16 YJL104W

11035_at 0.09363368 -0.03698133 0.93254267 0.969524 NA NA YJL032W

11267_at 0.16961644 -0.12364667 0.846534 0.97018067 NA

Identified by SAGE YAL037c-a

7872_at 0.10970713 -0.05087933 0.91937233 0.97025167 Hypothetical ORFNA YPL108W

5177_at 0.1618209 -0.121932 0.849351 0.971283 RCK1

Serine/threonine protein kinaseYGL158W

10705_g_at 0.05443865 -0.01407633 0.95810133 0.97217767 SHR3; YKL124W

Suppressor of SSH4 confers leflunomide resistance when overexp

5956_at 0.13164774 -0.031632 0.94236167 0.97399367 NA YDR532C

Protein of unknown function that localizes to the nuclear side of the

3176_f_at 0.09677504 -0.02731233 0.946739 0.97405133 NA NA YHRWDELTA13

6027_at 0.05399981 -0.02217367 0.95213267 0.97430633 ARO80 YDR421W

Zinc finger transcriptional activator of the Zn2Cys6 family; activates

6349_at 0.13501397 -0.096616 0.87836167 0.97497767 NA NA YDR114C

9767_at 0.16943289 -0.110632 0.86486767 0.97549967 NGL3 YML118W

RNase (putative)|DNase (putative)

7250_at 0.24717392 -0.20992433 0.766161 0.97608533 RAD16 YBR114W

Protein that recognizes and binds damaged DNA in an ATP-depend

7577_at 0.06643705 -0.011193 0.96508133 0.97627433 HDA3 YPR179C

Subunit of a possibly tetrameric trichostatin A-sensitive class II histo

3374_at 0.04646742 -0.00410533 0.97303433 0.97713967 NA NA YERWDELTA9

4837_at 0.04388576 -0.02054433 0.958603 0.97914733 NA NA YGR182C

7321_at 0.29925492 -0.27206967 0.708622 0.98069167 Hypothetical ORFNA YBR053C

3755_f_at 0.10302195 -0.02237333 0.95865533 0.98102867 NA NA YLRWSIGMA4

7599_i_at 0.30861898 -0.08080933 0.90060033 0.98140967 TPO2 /// TPO3YPR156C

Polyamine transport protein /// Polyamine transport protein

9100_at 0.13982698 -0.04660433 0.935016 0.98162033 MPA43 YNL249C

Overexpression leads to increased levels of the lyase PDC1

5146_at 0.18417651 -0.132035 0.84999233 0.98202733 MRF1 YGL143C

mitochondrial polypeptide chain release factor

9153_at 0.0584244 -0.02477833 0.95744733 0.98222567 CUS2 YNL286W

Protein that binds to U2 snRNA and Prp11p, may be involved in U2

9088_at 0.16429096 -0.02370867 0.958711 0.98241967 IES2 YNL215W

Protein that associates with the INO80 chromatin remodeling comp

10042_at 0.00658307 -0.00279367 0.98030933 0.983103 Hypothetical ORFNA YLR283W

4734_at 0.24682748 -0.21434467 0.77005167 0.98439633 RAD2 YGR258C

xeroderma pigmentosum group G (XPG) protein homolog

10192_at 0.01934181 -0.011022 0.97413367 0.98515567 rna1-1

Suppressor of SRN2 mutation YLR119W

4211_at 0.10303925 -0.01898767 0.96655067 0.98553833 glucoamylase SGA1 YIL099W

6651_at 0.11157884 -0.041202 0.945458 0.98666 UGX2

Protein of unknown function YDL169C

4284_at 0.08339698 -0.01344333 0.97552533 0.98896867 SDL1

L-serine dehydratase YIL167W

10915_at 0.13264465 -0.099687 0.88978333 0.98947033 CAF17 YJR122W

CCR4 transcriptional complex component

8726_at 0.11336533 -0.00497233 0.98520167 0.990174 ZPS1 YOL154W

Putative GPI-anchored protein; transcription is induced under low-z

10391_at 0.032736 -0.02162233 0.97315933 0.99478167 human

homologous toVPS13 COH1 YLL040C

9428_at 0.09254734 -0.063399 0.93160967 0.99500867 RAD14 YMR201C

human xeroderma pigmentosum group A DNA repair gene homolog

3170_i_at 0.1090735 -0.030454 0.964999 0.995453 NA NA YHRCDELTA11

6790_at 0.108553 -0.00926 0.98621233 0.99547233 Hypothetical ORFNA YCR095C

9407_at 0.14702723 -0.09232233 0.90370867 0.996031 MRPL44 YMR225C

Mitochondrial ribosomal protein of the large subunit

5055_at 0.16497138 -0.014473 0.982293 0.996766 MST27 bindng motifs

protein with COPI and COPIIYGL052W

3137_s_at 0.05740226 -0.02733033 0.971012 0.99834233 NA YILWTY3-1

TyB Gag-Pol protein; proteolytically processed to make the Gag, RT

10946_at 0.11666076 -0.02750933 0.97201433 0.99952367 NTA1 YJR062C

52 kDa amidase specific for N-terminal asparagine and glutamine

11331_at 0.08226177 -0.02223833 0.97795433 1.00019267 protein kinase KIN3 YAR018C

7785_at 0.14119562 -0.10069867 0.90151733 1.002216 MRPS16 YPL013C

Mitochondrial ribosomal protein of the small subunit

6587_at 0.02818385 -0.00339 0.999493 1.002883 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YDL099W

11163_at 0.07054885 -0.04454567 0.95871367 1.00325933 Hypothetical ORFNA YJL132W

8505_at 0.27196388 -0.12261733 0.88208233 1.00469967 HMS1 YOR032C

myc-family transcription factor homolog

4578_at 0.23133528 -0.19158667 0.814087 1.00567367 ECM29 YHL030W

Major component of the proteasome; tethers the proteasome core p

11134_at 0.17102226 -0.06055967 0.94650367 1.00706333 ASF1 YJL115W

anti-silencing protein that causes depression of silent loci when ove

7082_at 0.10597625 -0.05966067 0.947752 1.00741267 The authentic, NA YBR262C

non-tagged protein was localized to the mitochondria

7829_at 0.00820969 -0.000174 1.00866033 1.00883433 LPE10 YPL060W

Mitochondrial inner membrane magnesium transporter, involved in

6582_at 0.04267622 -0.02599233 0.98326267 1.009255 QRI7 YDL104C

similar to H.influenzae sialoglycoprotease

5303_at 0.10119722 -0.053078 0.95748567 1.01056367 YMR31

mitochondrial ribosomal proteinYFR049W

4220_at 0.17171074 -0.08888833 0.92563133 1.01451967 OM45 YIL136W

45 kDa mitochondrial outer membrane protein

6163_at 0.09970697 -0.01792533 0.99856167 1.016487 RTT103

Regulator of Ty1 Transposition YDR289C

6376_at 0.1828576 -0.133144 0.88581667 1.01896067 GIS1

zinc finger protein (putative) YDR096W

8956_at 0.22808046 -0.13825767 0.880857 1.01911467 MKS1 YNL076W

negative transcriptional regulator

5935_at 0.07147068 -0.05080567 0.96863967 1.01944533 ACN9 YDR511W

Protein of the mitochondrial intermembrane space, required for ace

6664_at 0.03284481 -0.00840033 1.01165233 1.02005267 Hypothetical ORFNA YDL199C

5499_at 0.14722673 -0.06007567 0.96034833 1.020424 NA NA YER046w-a

5232_at 0.23516289 -0.20082933 0.82078 1.02160933 MTO1 YGL236C

Mitochondrial Translation Optimization; Strong similarity to E. coli G

6506_at 0.08373369 -0.06122133 0.96263 1.02385133 MRP10 subunit component

mitochondrial ribosome 37 S YDL045W-A

7982_at 0.07829976 -0.05934833 0.96485867 1.024207 The authentic, NA YPL222W

non-tagged protein was localized to the mitochondria

10637_at 0.09333883 -0.034855 0.989875 1.02473 MPE1 YKL059C

Protein required for cell viability

9702_at 0.52000614 -0.38780667 0.63846633 1.026273 CYB2 YML054C

L-lactate cytochrome c oxidoreductase|cytochrome b2

4934_at 0.15618349 -0.04098867 0.98830333 1.029292 Hypothetical ORFNA YGR053C

6089_at 0.04589949 -0.027478 1.003058 1.030536 SPT3 YDR392W

histone acetyltransferase SAGA complex member|transcription fact

9445_at 0.04161955 -0.01196633 1.01878067 1.030747 SIP18

Salt-Induced Protein YMR175W

9970_at 0.02907491 -0.02036933 1.01197867 1.032348 NA expression

Protein of unknown function; YLR346C regulated by PDR1

6384_at 0.14989001 -0.04420633 0.990586 1.03479233 SPO71 YDR104C

Meiosis-specific protein of unknown function, required for spore wal

10591_at 0.08792677 -0.07084833 0.96406967 1.034918 ATP synthase ATP7d subunit YKL016C

7141_at 0.10426704 -0.00206767 1.03501033 1.037078 SWC5 component

Protein of unknown function, YBR231C of the Swr1p complex that

10100_at 0.06670352 -0.00618967 1.03091667 1.03710633 SYM1 YLR252W

Protein homologous to mammalian peroxisomal membrane protein

6807_at 0.14947326 -0.04033633 0.99678467 1.037121 RAD18 protein

ATPase (putative)|zinc fingerYCR066W

4344_at 0.00545691 -0.00338833 1.034758 1.03814633 control YHR184W

Involved in theSSP1 of meiotic nuclear divisions & spore formatio

9716_at 0.10145946 -0.06880133 0.96977067 1.038572 Hypothetical ORFNA YML083C

6961_g_at 0.07455662 -0.010523 1.031247 1.04177 regulation of YCL065W

involved in theMATALPHA1 alpha-specific genes|transcription facto

5536_at 0.23215225 -0.11908 0.92285633 1.04193633 Hypothetical ORFNA YER187W

11224_at 0.15824916 -0.04446733 0.99929467 1.043762 NA NA YJL202C

8840_at 0.14421708 -0.112223 0.93210067 1.04432367 RSM19 YNR037C

mitochondrial ribosome small subunit component

10650_at 0.13640857 -0.07423033 0.97063233 1.04486267 MIF2 YKL089W

Kinetochore protein with homology to human CENP-C, required for

8823_at 0.08420356 -0.04009833 1.00477567 1.044874 Hypothetical ORFNA YNR020C

9495_at 0.09707134 -0.000756 1.044612 1.045368 NA NA YMR141C

7414_at 0.13011191 -0.05794467 0.988095 1.04603967 MRPL16

ribosomal protein YBL038W

8715_at 0.17527601 -0.016102 1.030152 1.046254 NA NA YOL166C

3191_i_at 0.27093328 -0.066594 0.980664 1.047258 NA NA YHLCOMEGA1

4240_at 0.1541175 -0.04526433 1.00298667 1.048251 Hypothetical ORFNA YIL161W

10043_at 0.05701947 -0.041838 1.00665 1.048488 ECI1

d3,d2-Enoyl-CoA Isomerase YLR284C

6213_at 0.07220412 -0.06002067 0.98900467 1.04902533 Hypothetical ORFNA YDR248C

6812_at 0.05936212 -0.036342 1.01276367 1.04910567 IMG2 YCR071C

Mitochondrial ribosomal protein of the small subunit

3693_f_at 0.24441484 -0.00839833 1.04323267 1.051631 NA NA YMRWDELTA21

6445_at 0.09783515 -0.05881467 0.99309033 1.051905 Hypothetical ORFNA YDR031W

5606_at 0.06208267 -0.01766167 1.035239 1.05290067 NA NA YER121W

7709_at 0.1336104 -0.02570933 1.027251 1.05296033 NA NA YPR044C

6598_at 0.29671786 -0.25028467 0.80288267 1.05316733 STF1

ATPase stabilizing factor YDL130W-A

7123_at 0.11571223 -0.07478167 0.97964767 1.05442933 SHG1 YBR258C

compass (complex proteins associated with Set1p) component

7478_s_at 0.31582043 -0.24488433 0.811541 1.05642533 NA YBL109W

Identified by gene-trapping, microarray-based expression analysis,

7167_at 0.12911141 -0.07782333 0.97917633 1.05699967 AME1

microtubule stability regulator YBR211C

8504_at 0.17117248 -0.104678 0.95509867 1.05977667 CRS5

metallothionein-like protein YOR031W

9587_at 0.26611902 -0.02972367 1.03017933 1.059903 NA NA YMR057C

10643_at 0.04779694 -0.03635433 1.025854 1.06220833 MDM35 YKL053C-A

Mitochondrial Distribution and Morphology

8842_at 0.09487724 -0.02310133 1.03980433 1.06290567 ZRG17 YNR039C

Endoplasmic reticulum protein of unknown function, transcription is

6366_at 0.04646191 -0.029295 1.03531467 1.06460967 Hypothetical ORFNA YDR131C

9749_at 0.08153398 -0.037378 1.03039033 1.06776833 RAD10

ssDNA endonuclease YML095C

7256_at 0.07149187 -0.04385967 1.02423433 1.068094 CBP6 YBR120C

translational activator of COB mRNA

4981_at 0.12836905 -0.05175133 1.01833 1.07008133 SEC9

t-SNARE (putative) YGR009C

6479_at 0.21928454 -0.179832 0.89029767 1.07012967 Hypothetical ORFNA YDR018C

8784_s_at 0.10532446 -0.095253 0.97559133 1.07084433 Hypothetical ORFNA YNR073C

10767_at 0.13593207 -0.08337333 0.98791933 1.07129267 The authentic, NA YKL195W

non-tagged protein was localized to the mitochondria

11030_at 0.0113213 -0.00351933 1.06818033 1.07169967 Hypothetical ORFNA YJR008W

6663_at 0.0819609 -0.03708833 1.03827067 1.075359 MGT1

6-O-methylguanine-DNA methylase YDL200C

10630_at 0.01227335 -0.00409167 1.071318 1.07540967 NA NA YKL066W

7272_at 0.11393527 -0.07551633 1.00182167 1.077338 MRS5 YBR091C

Involved in mitochondrial biogenesis, may share a common function

9124_at 0.03530186 -0.034976 1.04297067 1.07794667 ALP1

basic amino acid permease YNL270C

8572_at 0.14716971 -0.04293633 1.035946 1.07888233 NA NA YOL035C

9075_at 0.11740625 -0.037259 1.04193333 1.07919233 JJJ1 YNL227C

Protein that may function as a cochaperone, as suggested by the p

11248_s_at 0.28004962 -0.11923233 0.960615 1.07984733 YRF1-7

Y'-helicase protein 1 YJL225C

5324_at 0.16504427 -0.033091 1.04743167 1.08052267 ECO1 YFR027W

Acetyltransferase required for the establishment of sister chromatid

10859_at 0.14001389 -0.002016 1.079655 1.081671 NA NA YJR157W

8481_at 0.1797422 -0.168024 0.91402933 1.08205333 NA NA YOR053W

10212_at 0.06133544 -0.01474767 1.068157 1.08290467 NHA1

Putative Na+/H+ antiporter YLR138W

3939_at 0.1477004 -0.120462 0.963398 1.08386 UGA2 YBR006W

succinate semialdehyde dehydrogenase

10718_at 0.05773357 -0.05057967 1.03509767 1.08567733 RSM22 YKL155C

mitochondrial ribosome small subunit component

8234_at 0.21906153 -0.02155267 1.064804 1.08635667 BUD7 YOR300W

Protein involved in bud-site selection; diploid mutants display an ax

4508_at 0.08328594 -0.03710533 1.049965 1.08707033 NA YHR034C

Protein possibly involved in protein synthesis

3540_at 0.04596258 -0.013163 1.074079 1.087242 NA NA YPRCTAU3

3686_f_at 0.0503861 -0.01381467 1.08106333 1.094878 NA YMRCDELTA18

Similar to probable membrane protein YDR340W and to yeast CYC

5359_at 0.34974629 -0.19696333 0.8993 1.09626333 Hypothetical ORFNA YFR017C

4252_at 0.12897066 -0.05445167 1.04592667 1.10037833 MLP2 similar to

coiled-coil protein (putative), YIL149C myosin and TPR

11091_at 0.26285922 -0.16476533 0.93564533 1.10041067 MPM1

mitochondrial membrane protein YJL066C

7712_at 0.26154049 -0.308533 0.793699 1.102232 MSF1 YPR047W

phenylalanyl-tRNA synthetase alpha subunit

9536_at 0.05540179 -0.02293933 1.08112133 1.10406067 CBF3 YMR094W

Subunit of the CTF13complex, which binds to the CDE III element o

4361_at 0.05808093 -0.05457367 1.050975 1.10554867 LIN1 YHR156C

Nuclear protein that physically interacts with Irr1p, a component of t

3377_at 0.21815337 -0.09661967 1.012416 1.10903567 NA NA YERCDELTA10

6550_at 0.01189816 -0.00407867 1.10583067 1.10990933 UBX3 green fluorescent protein (GFP)-fusion

Protein of unknown function; YDL091C

6508_at 0.04361778 -0.02405833 1.086918 1.11097633 MTF2 YDL044C

Mitochondrial matrix protein that interacts with an N-terminal region

4151_at 0.11439637 -0.04222167 1.06883633 1.111058 Hypothetical ORFNA YIL067C

3463_at 0.10398999 -0.07814267 1.03317967 1.11132233 NA NA YCRWDELTA11

10311_at 0.10496029 -0.054667 1.05669867 1.11136567 BRE2 YLR015W

compass (complex proteins associated with Set1p) component

9411_at 0.10097275 -0.081724 1.03013133 1.11185533 MTF1 YMR228W

mitochondrial RNA polymerase specificity factor

10063_i_at 0.13772064 -0.076693 1.03573533 1.11242833 NA NA YLR261C

10277_at 0.18678672 -0.08240633 1.03043467 1.112841 FYV7 required for

Protein of unknown function, YLR068W survival upon exposure to

3577_at 0.19897649 -0.05534867 1.05845333 1.113802 NA NA YORWDELTA22

11009_at 0.0680951 -0.053564 1.06461867 1.11818267 RAD26 YJR035W

DNA dependent ATPase|human Cockayne syndrome B gene ERCC

8686_at 0.04018623 -0.030444 1.08806767 1.11851167 SPT20 YOL148C

histone acetyltransferase SAGA complex member|transcription fact

5938_at 0.14266214 -0.09573367 1.02305733 1.118791 Hypothetical ORFNA YDR514C

8596_at 0.12917673 -0.12062233 1.001387 1.12200933 THI20 YOL055C

Hydroxymethylpyrimidine phosphate kinase, involved in the last ste

5531_at 0.06971361 -0.05915533 1.064199 1.12335433 The authentic, NA YER182W

non-tagged protein was localized to the mitochondria

6694_at 0.10321973 -0.01109833 1.115304 1.12640233 protein kinase PRR2 YDL214C

9573_at 0.10311443 -0.05256433 1.078116 1.13068033 NA NA YMR086C-A

4173_at 0.12893098 -0.09366333 1.03843733 1.13210067 RSM25 YIL093C

mitochondrial ribosome small subunit component

9140_at 0.16850018 -0.07975667 1.05257367 1.13233033 TRF5

DNA polymerase sigma YNL299W

10502_at 0.06055652 -0.04147433 1.092353 1.13382733 Hypothetical ORFNA YKR077W

9459_at 0.1658911 -0.17672267 0.957248 1.13397067 MRPS17 YMR188C

Mitochondrial ribosomal protein of the small subunit

5088_at 0.15098863 -0.06357467 1.07288033 1.136455 MRH4 YGL064C

mitochondrial DEAD box RNA helicase

6022_at 0.01887904 -0.01275967 1.12586367 1.13862333 MRPL28 YDR462W

Mitochondrial ribosomal protein of the large subunit

10154_at 0.03017766 -0.012023 1.12956367 1.14158667 IDP2 YLR174W

NADP-dependent isocitrate dehydrogenase

4781_at 0.15079325 -0.125063 1.022275 1.147338 RSM27 YGR215W

mitochondrial ribosome small subunit component

8149_at 0.14764601 -0.125701 1.02292467 1.14862567 NA

Identified by SAGE YOL038c-a

3448_s_at 0.0530688 -0.043405 1.105389 1.148794 PPT1 YDRCSIGMA2

Protein serine/threonine phosphatase with similarity to human phos

9929_at 0.04740988 -0.01171467 1.13764633 1.149361 CST9 YLR394W

Protein required for synaptonemal complex formation, may have a r

6919_at 0.09642745 -0.05982033 1.09056633 1.15038667 FYV5 required for

Protein of unknown function, YCL058C survival upon exposure to

5244_at 0.09250318 -0.06504433 1.08561 1.15065433 Hypothetical ORFNA YGL226W

10985_at 0.10011887 -0.03194733 1.12196033 1.15390767 Hypothetical ORFNA YJR056C

7339_at 0.10507257 -0.115891 1.03809167 1.15398267 ETR1 YBR026C

2-enoyl thioester reductase, E.C. 1.3.1.-

10175_at 0.1783906 -0.03217633 1.12347933 1.15565567 NA

Protein component of RNaseYLR145W MRP complex

7817_at 0.07756521 -0.06818267 1.088216 1.15639867 UBP16 YPL072W

deubiquitinating enzyme (putative)

7426_at 0.13896754 -0.08314167 1.07524367 1.15838533 NA NA YBL071C

8023_at 0.05374231 -0.03158967 1.127402 1.15899167 Hypothetical ORFNA YPL272C

4874_at 0.07470109 -0.026513 1.132528 1.159041 SYF2

SYnthetic lethal with cdcForty YGR129W

5544_at 0.36133067 -0.045632 1.11501267 1.16064467 SPI1 YER150W

strongly expressed during stationary phase, and trancription is depe

6193_at 0.16165629 -0.032984 1.12887433 1.16185833 DON1 YDR273W

Meiosis-specific component of the spindle pole body, part of the lea

5400_at 0.0345163 -0.027589 1.134957 1.162546 AGX1 YFL030W

Alanine : glyoxylate aminotransferase, catalyzes the synthesis of gl

10110_at 0.24591805 -0.15981933 1.00584633 1.16566567 Hypothetical ORFNA YLR218C

8308_at 0.08286494 -0.00748733 1.16216367 1.169651 SSP2

Sporulation SPecific YOR242C

6636_at 0.10308736 -0.06831933 1.10438333 1.17270267 Suppressor of NA YDL139C

chromosome missegregation

8986_at 0.0756356 -0.011242 1.16160733 1.17284933 NuA4 YNL136W

Subunit of the NA histone acetyltransferase complex

9664_at 0.08896258 -0.05559833 1.11853633 1.17413467 NA

tRNA methyltransferase YML005W

6170_at 0.0521802 -0.05093033 1.126098 1.17702833 MHR1 YDR296W

Involved in mitochondrial homologous DNA recombination. Binds to

11292_at 0.13913626 -0.042004 1.13541133 1.17741533 NA NA YAR030C

9418_at 0.06496262 -0.066881 1.11391633 1.18079733 MRPL24 YMR193W

Mitochondrial ribosomal protein of the large subunit

8025_at 0.03261275 -0.018756 1.16319433 1.18195033 MDL2 transporter

ATP-binding cassette (ABC) YPL270W family member

10653_at 0.1014851 -0.11150867 1.07142233 1.182931 SRX1 YKL086W

ATP-dependent cysteine sulfinic acid reductase

6256_at 0.09038329 -0.112488 1.07061333 1.18310133 NA NA YDR199W

3477_at 0.12744745 -0.10870867 1.075242 1.18395067 NA NA YBRWDELTA17

4484_s_at 0.10554495 -0.107187 1.077362 1.184549 RSC30

RSC complex component YHR054C

7681_at 0.15580455 -0.17932467 1.01053933 1.189864 JID1 YPR061C

Probable Hsp40p co-chaperone, has a DnaJ-like domain and appe

7100_at 0.03662237 -0.02799033 1.16472467 1.192715 MRPL27 YBR282W

Mitochondrial ribosomal protein of the large subunit

5662_at 0.06849017 -0.05860567 1.13478333 1.193389 RSM18 YER050C

mitochondrial ribosome small subunit component

11164_at 0.05250148 -0.01956067 1.17493267 1.19449333 Hypothetical ORFNA YJL131C

10266_at 0.03960424 -0.03962733 1.15534667 1.194974 Hypothetical ORFNA YLR057W

3264_f_at 0.10165726 -0.001263 1.19445867 1.19572167 NA NA YGLWDELTA6

9040_at 0.29301838 -0.33667133 0.86687767 1.203549 MDG1 YNL173C

multicopy suppressor of bem1 mutation, may be involved in G-prote

6240_at 0.04431664 -0.037186 1.16688233 1.20406833 IVY1 that interacts with both Ypt7p and Vps

Phospholipid-binding protein YDR229W

10675_at 0.23380084 -0.08921733 1.115537 1.20475433 activator protein of CYC1 (component of HAP2/HAP3

transcriptional HAP4 YKL109W

10281_at 0.05040991 -0.03974567 1.16673067 1.20647633 NA green fluorescent protein (GFP)-fusion

Protein of unknown function; YLR072W

4379_at 0.12453437 -0.03552933 1.17256533 1.20809467 NA NA YHR130C

3931_f_at 0.10448773 -0.009538 1.19923967 1.20877767 NA NA YJLWDELTA1

11008_at 0.0322945 -0.04215533 1.167236 1.20939133 PET191 YJR034W

Protein required for assembly of cytochrome c oxidase

5500_at 0.52664454 -0.52571233 0.68405467 1.209767 NA NA YER067c-a

10935_at 0.07441946 -0.015289 1.19552633 1.21081533 NA YJR096W

Protein with similarity to aldo-keto reductases

7706_at 0.12845226 -0.01528367 1.19751333 1.212797 mRNA bindingPUF2 protein YPR042C

4539_at 0.06977283 -0.01004967 1.203575 1.21362467 RMD11 YHL023C

Protein required for sporulation

10190_at 0.03077571 -0.01626267 1.20087967 1.21714233 NA PUS5 YLR165C

3289_i_at 0.08617453 -0.08506267 1.13286867 1.21793133 NA NA YFRWDELTA7

5666_at 0.12553108 -0.07137167 1.14669333 1.218065 GIP2 YER054C

Putative regulatory subunit of the protein phosphatase Glc7p, propo

3262_at 0.05888702 -0.00730967 1.21203133 1.219341 NA NA YGLCTAU3

7324_at 0.12938062 -0.13992233 1.07947133 1.21939367 Hypothetical ORFNA YBR056W

9510_at 0.05389391 -0.02248567 1.19709633 1.219582 Hypothetical ORFNA YMR114C

10086_at 0.03063967 -0.00046267 1.222746 1.22320867 FAR10 YLR238W

Protein involved in G1 cell cycle arrest in response to pheromone, i

9388_at 0.30398613 -0.13383433 1.090589 1.22442333 GAD1

glutamate decarboxylase YMR250W

6239_at 0.08297281 -0.02681267 1.20075467 1.22756733 PCF11 YDR228C

cleavage and polyadenylation factor CF I component involved in pre

8492_at 0.05576208 -0.04138433 1.18627633 1.22766067 YNG1 YOR064C

histone acetyltransferase complex component

6153_at 0.09148332 -0.08841133 1.13952067 1.227932 MRPL35 YDR322W

Mitochondrial ribosomal protein of the large subunit

9600_at 0.06641369 -0.01381333 1.21714867 1.230962 MSS1

GTPase (putative) YMR023C

5401_at 0.03651334 -0.03742233 1.19376967 1.231192 CAK1 YFL029C

cyclin-dependent kinase-activating kinase

9120_at 0.22771599 -0.10047367 1.13320267 1.23367633 NA dehydrogenase

Putative hydroxyisocaproate YNL274C

9744_at 0.07215896 -0.03918367 1.196628 1.23581167 NA NA YML100W-A

4850_at 0.12507018 -0.13529767 1.10566033 1.240958 Hypothetical ORFNA YGR150C

7810_at 0.0463902 -0.04958233 1.19168367 1.241266 Hypothetical ORFNA YPL033C

3678_at 0.12784901 -0.05051467 1.19217 1.24268467 NA NA YMRCDELTA13

7545_at 0.20710583 -0.28528267 0.96746667 1.25274933 HPA2

histone acetyltransferase YPR193C

10757_at 0.05028171 -0.06738367 1.189685 1.25706867 Hypothetical ORFNA YKL162C

4061_at 0.06939452 -0.03428767 1.22330733 1.257595 MND2 YIR025W

needed for Meiotic Nuclear Division

7963_at 0.21481524 -0.157654 1.10031067 1.25796467 NA NA YPL197C

4512_at 0.13266994 -0.17430333 1.08442333 1.25872667 RRF1 YHR038W

mitochondrial ribosome recycling factor

10278_at 0.10442589 -0.13962667 1.12059967 1.26022633 MEF1 YLR069C

mitochondrial elongation factor G-like protein

8788_at 0.18441893 -0.00653933 1.256511 1.26305033 Hypothetical ORFNA YNR034w-a

4961_at 0.09850798 -0.01960367 1.24603633 1.26564 NA potential Cdc28p substrate; transcripti

Protein of unknown function, YGR035C

7219_at 0.00444032 -0.00559567 1.26118967 1.26678533 ATG14

Required for autophagy YBR128C

4411_at 0.06949792 -0.03392067 1.24383233 1.277753 ORC6

ORC 50 kDa subunit YHR118C

4750_at 0.07859516 -0.037893 1.24315433 1.28104733 TAF1 YGR274C

TFIID subunit (145 kDa), involved in RNA polymerase II transcriptio

10049_at 0.07192329 -0.10617 1.176905 1.283075 GTPase GUF1 YLR289W

3148_s_at 0.04087939 -0.02840733 1.254694 1.28310133 BUD5 factor for Rsr1 protein /// Homeobox-domain c

GTP/GDP exchange /// MATALPHA2 YCR096C

8412_at 0.13717666 -0.04814567 1.23637733 1.284523 GCY1 YOR120W

Putative NADP(+) coupled glycerol dehydrogenase, proposed to be

11113_at 0.05242722 -0.06049767 1.224726 1.28522367 SIP4 YJL089W

Possibly involved in Snf1p regulated transcriptional activation

6293_at 0.04943579 -0.014514 1.27150767 1.28602167 Homolog of SIR2 HST4 YDR191W

7261_at 0.01985015 -0.02781567 1.25821233 1.286028 TEC1 YBR083W

TEA/ATTS DNA-binding domain family, regulator of Ty1 expression

5335_at 0.05703563 -0.052458 1.23598267 1.28844067 Anaphase-Promoting Complex/Cyclosome (APC/C),

Subunit of the CDC26 YFR036W

5555_at 0.11164312 -0.04241 1.250904 1.293314 RAD4 YER162C

Protein that recognizes and binds damaged DNA (with Rad23p) dur

9639_at 0.0336169 -0.050617 1.24430467 1.29492167 SNAP 25 homolog SPO20 YMR017W

10540_at 0.08978442 -0.047811 1.24814233 1.29595333 Hypothetical ORFNA YKR023W

6241_at 0.03958114 -0.04098867 1.25554467 1.29653333 NA NA YDR230W

6533_at 0.05100652 -0.04103467 1.25655333 1.297588 PEX19 YDL065C

40 kDa farnesylated protein associated with peroxisomes

4920_at 0.08903399 -0.10184933 1.19688833 1.29873767 MRP13 YGR084C

35 kDa mitochondrial ribosomal small subunit protein

10676_at 0.12319068 -0.100501 1.200014 1.300515 SLD2 YKL108W

Protein required for DNA replication, phosphorylated in S phase by

8982_i_at 0.15545454 -0.202302 1.10193667 1.30423867 RLR1 YNL140C

Required for LacZ RNA expression from certain plasmids; suppress

10664_at 0.06830496 -0.054125 1.251565 1.30569 Hypothetical ORFNA YKL076C

9692_at 0.07046818 -0.03939633 1.268572 1.30796833 MFT1

mitochondrial targeting proteinYML062C

4060_at 0.08626046 -0.116801 1.19231967 1.30912067 NA YIR024C

(putative) involved in cell cycle control

6147_at 0.0732724 -0.08188867 1.23293033 1.314819 NA NA YDR316W

11090_at 0.18243971 -0.004864 1.31424067 1.31910467 NA NA YJL067W

7925_at 0.08161874 -0.113476 1.205775 1.319251 transporter (putative)

active glycerol GUP2 YPL189W

10503_at 0.03158247 -0.019433 1.30003667 1.31946967 NA YKR078W

Cytoplasmic protein of unknown function, has similarity to Vps5p; p

10276_at 0.17037254 -0.160679 1.16007533 1.32075433 PET309 YLR067C

Specific translational activator for the COX1 mRNA, also influences

5665_at 0.04551394 -0.00606533 1.316371 1.32243633 PIC2 YER053C

Mitochondrial phosphate carrier, imports inorganic phosphate into m

8575_at 0.07180384 -0.03316767 1.29206067 1.32522833 NA

Hypothetical ORF YOL032W

11133_at 0.14929296 -0.16953467 1.156908 1.32644267 NCA3 expression

With NCA2, regulates properYJL116C of subunits 6 (Atp6p) and

9344_at 0.0423703 -0.05108167 1.28914033 1.340222 the yeast dynactin complex, consisting of Nip100p, J

Component of JNM1 YMR294W

3174_f_at 0.04532928 -0.024191 1.319304 1.343495 NA NA YHRCDELTA12

10012_at 0.09302744 -0.02457167 1.33269867 1.35727033 NA

Hypothetical ORF YLR297W

3552_f_at 0.13292151 -0.11073167 1.24727533 1.358007 NA NA YPLWDELTA11

8644_at 0.02452597 -0.01878567 1.35188633 1.370672 NA NA YOL099C

3255_at 0.05470019 -0.02264467 1.360827 1.38347167 NA NA YGRCDELTA20

6757_i_at 0.13815994 -0.153961 1.23203133 1.38599233 HMRA1

homeobox transcription factor YCR097W-A

4518_at 0.20072602 -0.41683167 0.96981633 1.386648 QCR10 YHR001W-A

ubiqunol-cytochrome c oxidoreductase complex 8.5 kDa subunit

10977_at 0.3455952 -0.794243 0.60066467 1.39490767 CYC1

iso-1-cytochrome c YJR048W

11074_at 0.08990415 -0.13910667 1.25978367 1.39889033 NA

Hypothetical ORF YJL038C

8255_at 0.14827147 -0.12089767 1.28049667 1.40139433 RFM1

DNA-binding protein YOR279C

5365_at 0.0353766 -0.04131067 1.36191967 1.40323033 PES4

poly(A) binding protein YFR023W

3324_at 0.23768916 -0.25720867 1.15221667 1.40942533 NA NA YERWOMEGA2

4078_i_at 0.04658135 -0.02966667 1.379868 1.40953467 NA NA YIR043C

6905_at 0.03822269 -0.00917167 1.40637233 1.415544 FUS1 YCL027W

Membrane protein localized to the shmoo tip, required for cell fusion

10056_at 0.06783241 -0.07490967 1.34391733 1.418827 NA

Hypothetical ORF YLR254C

4842_at 0.01975277 -0.00336333 1.41748833 1.42085167 BTN2 YGR142W

Gene/protein whose expression is elevated in a btn1 minus/Btn1p la

5924_at 0.17289356 -0.13462433 1.286337 1.42096133 NA

Identified by SAGE YDR524w-a

3184_s_at 0.19404379 -0.047216 1.37396533 1.42118133 YRF1-7

Y'-helicase protein 1 YIL177C

4032_f_at 0.04323709 -0.02533367 1.39629767 1.42163133 NA

Hypothetical ORF YIR043C

10148_at 0.17671055 -0.19940467 1.24502467 1.44442933 NA YLR168C

possibly involved in intramitochondrial sorting

6444_at 0.03359453 -0.05201033 1.39389567 1.445906 RAD28 YDR030C

Protein involved in transcription-coupled repair nucleotide exicision

9582_at 0.10361302 -0.07236633 1.37805067 1.450417 two-hybrid assay and is part of large protein complex

binds Sin3p in STB2 YMR052C-A

11075_at 0.02333433 -0.054265 1.40085067 1.45511567 NA

Hypothetical ORF YJL037W

7116_at 0.08793657 -0.093048 1.36323833 1.45628633 MRPS5

ribosomal protein S5 (putative)YBR251W

7295_at 0.32766603 -0.56358333 0.89609467 1.459678 HSP26

heat shock protein 26 YBR072W

11291_at 0.09655025 -0.08584267 1.37884833 1.464691 NA YAR029W

Member of DUP240 gene family but contains no transmembrane do

10195_at 0.15358726 -0.04003067 1.43012633 1.470157 NA NA YLR122C

8413_at 0.01372574 -0.01156267 1.46572833 1.477291 profilin PFY1 YOR121C

8362_at 0.08260725 -0.112455 1.37087067 1.48332567 non-tagged protein was localized to the mitochondria

The authentic, NA YOR205C

8599_at 0.24508236 -0.26906633 1.2161 1.48516633 DDR2 expression

Multistress response protein,YOL053C-A is activated by a variety of

4785_at 0.07591072 -0.04810767 1.44755167 1.49565933 NA NA YGR219W

11001_at 0.06334967 -0.081766 1.41589133 1.49765733 NA NA YJR023C

3679_at 0.06019211 -0.05104233 1.44752967 1.498572 NA NA YMRCDELTA14

3259_at 0.07220254 -0.148105 1.35288567 1.50099067 NA NA YGLCDELTA5

4530_at 0.05678396 -0.121578 1.38394 1.505518 DIA4 YHR011W

Probable mitochondrial seryl-tRNA synthetase, mutant displays incr

4978_at 0.32368247 -0.07643267 1.42985733 1.50629 non-tagged protein was localized to the mitochondria

The authentic, NA YGR052W

3541_at 0.05123283 -0.05126733 1.45840267 1.50967 NA NA YPRWTAU4

6830_at 0.01779562 -0.02483033 1.485785 1.51061533 TAF2 YCR042C

TATA binding protein-associated factor

10085_at 0.10060688 -0.177201 1.336678 1.513879 THI7

thiamine transporter YLR237W

7409_at 0.19325855 -0.415035 1.09956933 1.51460433 protein YBL043W

Non-essential ECM13 of unknown function

5673_at 0.2432979 -0.473838 1.04357333 1.51741133 PET117 YER058W

Protein required for assembly of cytochrome c oxidase

6669_at 0.09305227 -0.049711 1.469037 1.518748 S

glucose sensor NF3 YDL194W

11254_at 0.02739847 -0.035467 1.48770533 1.52317233 NA

Hypothetical ORF YJL218W

5640_at 0.49247733 -0.88676933 0.64754333 1.53431267 NA

Hypothetical ORF YER067W

4386_at 0.00442765 -0.00731367 1.527825 1.53513867 ARO9 YHR137W

aromatic amino acid aminotransferase II

3930_i_at 0.27346481 -0.08421233 1.45753667 1.541749 NA NA YJLWDELTA1

3683_f_at 0.11219153 -0.07425467 1.467857 1.54211167 NA NA YMRWDELTA16

9712_at 0.02260928 -0.06143433 1.481476 1.54291033 NA

Hypothetical ORF YML087C

3163_i_at 0.05286018 -0.02343667 1.52741233 1.550849 NA NA YHRCDELTA8

5767_at 0.01771205 -0.019301 1.55537933 1.57468033 NA

Hypothetical ORF YEL023C

3730_at 0.01532327 -0.00084233 1.57539733 1.57623967 NA NA YLRCDELTA27

8268_at 0.00969172 -0.01438 1.59505733 1.60943733 NA

Hypothetical ORF YOR292C

3847_i_at 0.07021253 -0.158872 1.45313467 1.61200667 NA YJRWDELTA18

Identified by expression profiling and mass spectrometry /// Similar

5588_at 0.12658344 -0.22099367 1.39965533 1.620649 HSP70 family SSA4 YER103W

6142_i_at 0.0938801 -0.178441 1.44238533 1.62082633 SSF2 YDR312W

high copy suppressor of G beta subunit temperature sensitive muta

4213_at 0.05787667 -0.12734 1.50970867 1.63704867 FMC1 YIL098C

Assembly factor of ATP synthase in heat stress

4447_at 0.12989103 -0.15220467 1.49691 1.64911467 Ssf2p homolog SSF1 YHR066W

5578_at 0.06375601 -0.07997433 1.57795067 1.657925 Hypothetical ORFNA YER137C

5582_at 0.14443283 -0.350049 1.309327 1.659376 MAG1 YER142C

3-methyladenine DNA glycosylase

9481_at 0.02143183 -0.074386 1.59119333 1.66557933 ALD3

aldehyde dehydrogenase YMR169C

7438_at 0.03085714 -0.048146 1.62616667 1.67431267 Hypothetical ORFNA YBL059W

4994_at 0.0701845 -0.189701 1.48930867 1.67900967 Hypothetical ORFNA YGR021W

3908_i_at 0.04405854 -0.06454067 1.64405467 1.70859533 NA NA YALWDELTA1

10334_at 0.11859515 -0.31964833 1.40168567 1.721334 copper chaperoneCOX17 YLL009C

3631_s_at 0.01088613 -0.016449 1.70637767 1.72282667 NA NA YOLWTAU1

5751_at 0.0781674 -0.04096133 1.704982 1.74594333 CYC7

iso-2-cytochrome c YEL039C

3736_s_at 0.14838502 -0.17418333 1.587652 1.76183533 YRF1-7

Y'-helicase protein 1 YLR467W

8359_at 0.00512109 -0.02189767 1.75637967 1.77827733 HIS3 dehydratase

imidazoleglycerol-phosphate YOR202W

3175_i_at 0.04447835 -0.01700767 1.80312233 1.82013 NA NA YHRWDELTA13

7601_at 0.13043187 -0.171561 1.67984367 1.85140467 Hypothetical ORFNA YPR157W

4763_at 0.04863867 -0.12007567 1.76429467 1.88437033 The authentic, NA YGR243W

non-tagged protein was localized to mitochondria

7594_at 0.14329159 -0.305812 1.581714 1.887526 NA SUE1 YPR151C

5192_at 0.02095529 -0.09157133 1.875416 1.96698733 NA NA YGL188C

7867_at 0.02466122 -0.06057 1.92241533 1.98298533 NA

Putative dehydrogenase YPL113C

3145_at 0.04547085 -0.05117033 1.95035433 2.00152467 NA NA YILCDELTA5

3328_at 0.02424449 -0.06803233 1.962087 2.03011933 NA NA YFLWDELTA1

7610_at 0.20246532 -0.69383333 1.342975 2.03680833 CTR1

copper transport protein YPR124W

3791_s_at 0.0499138 -0.101271 1.95229467 2.05356567 YRF1-7

Y'-helicase protein 1 YLL067C

8360_at 0.02776391 -0.044349 2.073241 2.11759 DED1 /// HIS3 YOR203W

ATP-dependent DEAD (Asp-Glu-Ala-Asp)-box RNA helicase, requir

9024_at 0.12646941 -0.266559 1.91179467 2.17835367 Hypothetical ORFNA YNL144C

7075_at 0.08990166 -0.01980633 2.209358 2.22916433 Hypothetical ORFNA YBR219C

6077_at 0.00705308 -0.02287067 2.267723 2.29059367 ARO10 YDR380W

Phenylpyruvate decarboxylase, catalyzes decarboxylation of pheny

6854_at 0.29254202 -0.750955 1.57468433 2.32563933 HSP30 YCR021C

Hydrophobic plasma membrane localized, stress-responsive protein

10575_at 0.00864499 -0.01163033 2.53123333 2.54286367 NA NA YKR012C

3545_i_at 0.01484768 -0.002829 2.55217133 2.55500033 NA NA YBLWDELTA1

8728_at 0.13171503 -0.841381 1.953558 2.794939 reductase withYOL152Wto Fre2p; expression induce

Putative ferric FRE7 similarity

10742_at 0.00244257 -0.040298 3.063397 3.103695 NA NA YKL177W

Gene Ontology Annotation

molecular function| phosphatidyl-N-methylethanolamine N-methyltransferase activity | traceable author statement|GO:0000773//cellular com

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| bud tip | inferred from direct assay

molecular function| 5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity | inferred from mutant phenotype|GO:0

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

molecular function| RAN protein binding | inferred from physical interaction|GO:0008536//cellular component| nucleus | inferred from direct a

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| microtubule cytoskeleton organizati

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| alpha-1,3-mannosyltransferase activity | inferred from mutant phenotype|GO:0000033//molecular function| alpha-1,3-ma

molecular function| mannose transporter activity | traceable author statement|GO:0015578//molecular function| glucose transporter activity |

molecular function| ornithine carbamoyltransferase activity | inferred from direct assay|GO:0004585//cellular component| cytosol | inferred fr

molecular function| acid phosphatase activity | inferred from sequence similarity|GO:0003993//cellular component| vacuole (sensu Fungi) | i

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| argininosuccinate synthase activity | inferred from direct assay|GO:0004055//cellular component| cytosol | inferred from

NA

molecular function| cystathionine beta-lyase activity | inferred from sequence similarity|GO:0004121//molecular function| cystathionine beta-

NA

molecular function| methionine adenosyltransferase activity | traceable author statement|GO:0004478//biological process| methionine metab

molecular function| 6-phosphofructokinase activity | inferred from mutant phenotype|GO:0003872//cellular component| 6-phosphofructokina

molecular function| hydrogen-exporting ATPase activity, phosphorylative mechanism | traceable author statement|GO:0008553//cellular com

molecular function| phosphopyruvate hydratase activity | inferred from mutant phenotype|GO:0004634//cellular component| soluble fraction

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| vacuole (sensu Fungi) | inferred fro

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| DNA binding | inferred from physical interaction|GO:0003677//cellular component| nucleus | inferred from direct assay|G

molecular function| specific RNA polymerase II transcription factor activity | inferred from physical interaction|GO:0003704//molecular functio

molecular function| methionine adenosyltransferase activity | traceable author statement|GO:0004478//molecular function| methionine aden

NA

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

molecular function| 1,3-beta-glucan synthase activity | inferred from direct assay|GO:0003843//cellular component| actin cap (sensu Fungi)

molecular function| thymidylate synthase activity | inferred from direct assay|GO:0004799//cellular component| nucleus | inferred from direct

molecular function| signal transducer activity | inferred from physical interaction|GO:0004871//biological process| signal transduction | inferre

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell cycle arrest | inferred from mutant phenotyp

molecular function| actin filament binding | inferred from direct assay|GO:0051015//molecular function| protein binding, bridging | inferred fro

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| sulfite reductase (NADPH) activity | non-traceable author statement|GO:0004783//cellular component| sulfite reductase

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//cellular component| cell wall (sensu Fungi) | inferre

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| IMP dehydrogenase activity | inferred from sequence similarity|GO:0003938//cellular component| cytoplasm | inferred fro

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| hydroxymethylglutaryl-CoA synthase activity | traceable author statement|GO:0004421//cellular component| endoplasmi

molecular function| specific RNA polymerase II transcription factor activity | inferred from physical interaction|GO:0003704//molecular functio

molecular function| structural constituent of cell wall | inferred from physical interaction|GO:0005199//cellular component| cell wall (sensu Fu

molecular function| nucleic acid binding | traceable author statement|GO:0003676//cellular component| heterogeneous nuclear ribonucleopr

molecular function| IMP dehydrogenase activity | traceable author statement|GO:0003938//cellular component| cytoplasm | inferred from dir

molecular function| phosphoribosyl-ATP diphosphatase activity | traceable author statement|GO:0004636//molecular function| phosphoribos

molecular function| structural constituent of cell wall | inferred from direct assay|GO:0005199//cellular component| cell wall (sensu Fungi) | in

molecular function| amino acid permease activity | inferred from direct assay|GO:0015359//molecular function| amino acid transporter activit

molecular function| enzyme regulator activity | inferred from mutant phenotype|GO:0030234//cellular component| membrane | inferred from

molecular function| lipase activity | inferred from sequence similarity|GO:0016298//molecular function| structural constituent of cell wall | infe

molecular function| oxysterol binding | inferred from sequence similarity|GO:0008142//cellular component| extrinsic to membrane | inferred f

NA

cellular component| nuclear membrane | inferred from direct assay|GO:0005635

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//molecular func

molecular function| cysteine synthase activity | inferred from direct assay|GO:0004124//molecular function| O-acetylhomoserine aminocarbo

NA

molecular function| cystathionine gamma-lyase activity | inferred from sequence similarity|GO:0004123//cellular component| mitochondrion

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | traceable

molecular function| receptor activity | inferred from physical interaction|GO:0004872//cellular component| vacuolar membrane | inferred from

cellular component| contractile ring (sensu Saccharomyces) | traceable author statement|GO:0000142//biological process| axial budding | tr

molecular function| 1,3-beta-glucanosyltransferase activity | inferred from sequence similarity|GO:0042124//cellular component| cell wall (se

molecular function| glucose-6-phosphate isomerase activity | inferred from mutant phenotype|GO:0004347//cellular component| cytosol | tra

NA

molecular function| alpha-1,3-mannosyltransferase activity | inferred from mutant phenotype|GO:0000033//molecular function| alpha-1,3-ma

molecular function| C-4 methyl sterol oxidase activity | inferred from direct assay|GO:0000254//cellular component| plasma membrane | infe

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//molecular function| glucosidase activity | inferred fr

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| neutral amino acid transporter activity | inferred from sequence similarity|GO:0015175//molecular function| neutral amino

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| cell wall organization and biogenesis |

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| nucleolus | inferred from direct assay|GO

molecular function| nucleotide-sugar transporter activity | inferred from sequence similarity|GO:0005338//molecular function| nucleotide-sug

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

molecular function| fatty acid elongase activity | traceable author statement|GO:0009922//molecular function| fatty acid elongase activity | in

molecular function| aspartic-type endopeptidase activity | inferred from direct assay|GO:0004190//cellular component| cell wall (sensu Fung

molecular function| acetolactate synthase activity | inferred from sequence similarity|GO:0003984//molecular function| acetolactate synthase

molecular function| transferase activity, transferring glycosyl groups | inferred from sequence similarity|GO:0016757//molecular function| dol

molecular function| adenylyl-sulfate kinase activity | traceable author statement|GO:0004020//cellular component| cell | inferred from direct a

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| specific RNA polymerase

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| cell wall organization and biogenesis |

molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism | inferred from sequence sim

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

molecular function| ferrochelatase activity | inferred from sequence similarity|GO:0004325//molecular function| ferrochelatase activity | inferr

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| protein phosphatase type 2A activity | traceable author statement|GO:0000158//cellular component| cytoplasm | inferred

molecular function| lysophospholipase activity | inferred from sequence similarity|GO:0004622//molecular function| lysophospholipase activi

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

molecular function| mannose-6-phosphate isomerase activity | inferred from direct assay|GO:0004476//cellular component| cytoplasm | infe

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| basic amino acid transporter activity | inferred from direct assay|GO:0015174//molecular function| lysine permease activ

molecular function| glucan 1,3-beta-glucosidase activity | inferred from sequence similarity|GO:0004338//cellular component| cell wall (sens

molecular function| threonine aldolase activity | inferred from direct assay|GO:0004793//cellular component| cytosol | inferred from direct as

molecular function| structural constituent of cell wall | inferred from sequence similarity|GO:0005199//cellular component| cell wall (sensu Fu

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of cell wall | inferred from direct assay|GO:0005199//cellular component| cell wall (sensu Fungi) | in

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//cellular component| cytoplasm | inferred from dire

molecular function| small GTPase regulatory/interacting protein activity | traceable author statement|GO:0005083//cellular component| actin

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| acetylglutamate kinase activity | inferred from direct assay|GO:0003991//molecular function| N-acetyl-gamma-glutamyl-p

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| DASH complex | inferr

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| clathrin vesicle coat | traceab

cellular component| bud neck | inferred from direct assay|GO:0005935//biological process| bud site selection | inferred from genetic interact

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from sequence similarity|GO:0003755//cellular component| membra

molecular function| cytosine-purine permease activity | inferred from sequence similarity|GO:0015392//cellular component| integral to memb

molecular function| xenobiotic-transporting ATPase activity | traceable author statement|GO:0008559//cellular component| plasma membran

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| sulfate adenylyltransferase (ATP) activity | traceable author statement|GO:0004781//cellular component| cytoplasm | infe

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

molecular function| phospholipase C activity | inferred from direct assay|GO:0004629//biological process| sphingolipid catabolism | inferred

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| integral to endoplasmic reticul

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| cytoplasm | inferred from d

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| bud tip | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | traceable

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

cellular component| bud | inferred from direct assay|GO:0005933

molecular function| 2-isopropylmalate synthase activity | inferred from direct assay|GO:0003852//cellular component| mitochondrion | inferre

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| serine-type endopeptidase activity | traceable author statement|GO:0004252//cellular component| vacuole (sensu Fungi

molecular function| alcohol O-acetyltransferase activity | inferred from direct assay|GO:0004026//cellular component| endomembrane system

molecular function| methionine adenosyltransferase activity | inferred from sequence similarity|GO:0004478//molecular function| methionine

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| ornithine decarboxylase activity | inferred from direct assay|GO:0004586//cellular component| cytoplasm | inferred from d

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| cytoplasmic microtu

molecular function| squalene monooxygenase activity | traceable author statement|GO:0004506//cellular component| lipid particle | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| nicotinamide mononucleotide permease activity | inferred from mutant phenotype|GO:0015664//molecular function| nico

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| vacuole (sensu Fungi) | inferred fro

molecular function| poly(A) binding | inferred from mutant phenotype|GO:0008143//molecular function| poly(A) binding | inferred from direct

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//c

molecular function| UTP-glucose-1-phosphate uridylyltransferase activity | inferred from sequence similarity|GO:0003983//molecular functio

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| D-lactate dehydrogenase (cytochrome) activity | inferred from direct assay|GO:0004458//cellular component| cytoplasm

molecular function| glucan 1,3-beta-glucosidase activity | traceable author statement|GO:0004338//cellular component| cell wall (sensu Fun

molecular function| phosphoribosylaminoimidazolecarboxamide formyltransferase activity | inferred from direct assay|GO:0004643//molecul

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//molecular function| DNA

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| transcription export complex | inferred from p

molecular function| phosphatidylinositol transporter activity | inferred from direct assay|GO:0008526//cellular component| cytosol | inferred fr

molecular function| oxidoreductase activity | inferred from sequence similarity|GO:0016491//cellular component| lipid particle | inferred from

molecular function| ribonucleoside-diphosphate reductase activity | inferred from physical interaction|GO:0004748//molecular function| ribon

molecular function| 1,3-beta-glucanosyltransferase activity | inferred from direct assay|GO:0042124//cellular component| plasma membrane

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

molecular function| chromatin binding | inferred from physical interaction|GO:0003682//molecular function| chromatin binding | inferred from

molecular function| citrate (Si)-synthase activity | traceable author statement|GO:0004108//cellular component| peroxisome | inferred from d

molecular function| ethanolaminephosphotransferase activity | traceable author statement|GO:0004307//cellular component| endoplasmic re

molecular function| L-methionine porter activity | inferred from direct assay|GO:0000102//cellular component| integral to plasma membrane

cellular component| nuclear membrane | inferred from direct assay|GO:0005635//cellular component| vacuole (sensu Fungi) | inferred from

molecular function| structural constituent of cell wall | inferred from mutant phenotype|GO:0005199//molecular function| structural constituen

molecular function| dihydrokaempferol 4-reductase activity | inferred from sequence similarity|GO:0045552//molecular function| oxidoreduct

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| proteasomal ubiquitin-dependent p

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| transferase activity, transferring glycosyl groups | inferred from sequence similarity|GO:0016757//molecular function| ma

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| CCR4-NOT core complex |

molecular function| glycerol transporter activity | inferred from sequence similarity|GO:0015168//molecular function| glycerol transporter acti

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| cytoplasm | inferred from direc

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| GTPase activator activity | inferred from direct assay|GO:0005096//cellular component| COPII vesicle coat | traceable au

NA

molecular function| ferroxidase activity | inferred from direct assay|GO:0004322//cellular component| plasma membrane | inferred from direc

biological process| sporulation (sensu Fungi) | inferred from expression pattern|GO:0030437//biological process| meiosis | inferred from exp

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred from

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| metal ion binding | inferred from sequence similarity|GO:0046872//cellular component| integral to membrane | inferred fr

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| argininosuccinate lyase activity | inferred from direct assay|GO:0004056//cellular component| cytosol | inferred from dire

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

NA

NA

molecular function| cytosine-purine permease activity | inferred from sequence similarity|GO:0015392//cellular component| integral to memb

molecular function| poly(A) binding | inferred from direct assay|GO:0008143//molecular function| mRNA binding | inferred from direct assay

molecular function| cytosine-purine permease activity | inferred from sequence similarity|GO:0015392//molecular function| cytosine-purine p

molecular function| copper uptake transporter activity | inferred from sequence similarity|GO:0015088//molecular function| copper uptake tra

molecular function| hydrolase activity, acting on glycosyl bonds | inferred from direct assay|GO:0016798//cellular component| cytoplasm | in

NA

cellular component| extracellular | inferred from direct assay|GO:0005576//cellular component| vacuole (sensu Fungi) | inferred from direct a

molecular function| 6-phosphofructokinase activity | inferred from mutant phenotype|GO:0003872//cellular component| 6-phosphofructokina

cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//biological process| vacuole fusion, non-autophagic | infer

molecular function| t-SNARE activity | traceable author statement|GO:0005486//cellular component| integral to plasma membrane | traceabl

molecular function| acetate-CoA ligase activity | inferred from direct assay|GO:0003987//cellular component| cytosol | inferred from direct as

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//cellular component| cell wall (sensu Fungi) | inferre

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| membrane organization and biogenesis

molecular function| general RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0016251//molecular functio

molecular function| acid phosphatase activity | traceable author statement|GO:0003993//cellular component| periplasmic space (sensu Fung

molecular function| transcription coactivator activity | inferred from direct assay|GO:0003713//cellular component| nucleus | inferred from cu

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| GTPase activator activity | inferred from direct assay|GO:0005096//cellular component| plasma membrane | inferred from

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| DNA binding | inferred from direct assay |

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction|GO:0004579//mo

molecular function| arylformamidase activity | traceable author statement|GO:0004061//cellular component| mitochondrion | inferred from di

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| sphingosine N-acyltransferase activity | inferred from mutant phenotype|GO:0050291//cellular component| endoplasmic

molecular function| inositol-3-phosphate synthase activity | inferred from mutant phenotype|GO:0004512//cellular component| cytoplasm | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ubiquitin-protein ligase activity | inferred from direct assay|GO:0004842//cellular component| ubiquitin ligase complex | in

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| siderochrome transport | inferred fro

molecular function| GTPase activity | traceable author statement|GO:0003924//molecular function| GTPase activity | inferred from sequence

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction|GO:0004579//cell

molecular function| fatty acid elongase activity | traceable author statement|GO:0009922//molecular function| fatty acid elongase activity | in

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| protein transporter activity | inferred from mutant phenotype|GO:0008565//cellular component| mitochondrial outer mem

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

cellular component| COPII vesicle coat | traceable author statement|GO:0030127//cellular component| extrinsic to plasma membrane | trace

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of DNA replication | inferred from genet

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| nucleu

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//molecular function| ribosomal D

cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| cytoplasm |

molecular function| mRNA binding | inferred from sequence similarity|GO:0003729//biological process| mRNA catabolism, deadenylation-de

molecular function| Pol I transcription termination factor activity | traceable author statement|GO:0003716//molecular function| RNA polymer

molecular function| adenylosuccinate lyase activity | traceable author statement|GO:0004018//biological process| purine nucleotide biosynth

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| nucleu

molecular function| aspartate-semialdehyde dehydrogenase activity | traceable author statement|GO:0004073//cellular component| cytoplas

molecular function| oxysterol binding | inferred from sequence similarity|GO:0008142//biological process| steroid biosynthesis | inferred from

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

NA

molecular function| basic amino acid transporter activity | inferred from direct assay|GO:0015174//cellular component| plasma membrane | i

molecular function| enzyme inhibitor activity | traceable author statement|GO:0004857//cellular component| cytoplasm | inferred from direct

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| membrane | inferred from sequence similarity|GO:0016020

NA

molecular function| chitin synthase activity | inferred from direct assay|GO:0004100//cellular component| contractile ring (sensu Saccharomy

molecular function| carboxy-lyase activity | inferred from direct assay|GO:0016831//cellular component| mitochondrion | inferred from direct

molecular function| phosphatidylinositol transporter activity | inferred from direct assay|GO:0008526//cellular component| cytoplasm | inferre

molecular function| lysophospholipase activity | inferred from sequence similarity|GO:0004622//molecular function| lysophospholipase activi

molecular function| myosin binding | inferred from direct assay|GO:0017022//cellular component| cytoplasm | inferred from direct assay|GO:

molecular function| palmitoyltransferase activity | inferred from direct assay|GO:0016409//cellular component| extrinsic to endoplasmic reticu

molecular function| glucose-6-phosphate 1-dehydrogenase activity | inferred from sequence similarity|GO:0004345//cellular component| cyt

molecular function| --- | inferred from sequence similarity|GO:0051082//cellular component| nucleolus | inferred from direct assay|GO:00057

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| nucleus | inferred f

molecular function| ethanolaminephosphotransferase activity | traceable author statement|GO:0004307//cellular component| endoplasmic re

molecular function| C-22 sterol desaturase activity | traceable author statement|GO:0000249//cellular component| endoplasmic reticulum | tr

NA

cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| telomerase-dependent telomere maintenan

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| 1,3-beta-glucan synthase activity | inferred from direct assay|GO:0003843//cellular component| actin cap (sensu Fungi)

molecular function| protein kinase inhibitor activity | inferred from mutant phenotype|GO:0004860//cellular component| mitochondrion | inferr

molecular function| phosphoglycerate dehydrogenase activity | inferred from mutant phenotype|GO:0004617//cellular component| cytoplasm

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| condensed nu

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//cellular component| nucl

NA

cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| iron-sulfur cluster assembly | inferred

NA

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//c

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| cystathionine gamma-lyase activity | inferred from direct assay|GO:0004123//cellular component| cytoplasm | inferred fro

cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| integral to membrane |

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//cellular component| cell wall (sensu Fungi) | inferre

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

molecular function| fatty acid elongase activity | traceable author statement|GO:0009922//molecular function| fatty acid elongase activity | in

molecular function| serine C-palmitoyltransferase activity | inferred from direct assay|GO:0004758//cellular component| serine C-palmitoyltra

molecular function| transmembrane receptor activity | inferred from sequence similarity|GO:0004888//molecular function| transmembrane re

molecular function| aromatic-amino-acid transaminase activity | inferred from sequence similarity|GO:0008793//molecular function| aromatic

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| SNAP receptor activity | inferred from direct assay|GO:0005484//cellular component| endosome | traceable author statem

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//molecular function| ribosomal D

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| uracil permease activity | inferred from direct assay|GO:0015505//cellular component| plasma membrane | inferred from

NA

molecular function| alpha-1,6-mannosyltransferase activity | inferred from sequence similarity|GO:0000009//molecular function| alpha-1,6-m

molecular function| glutamine-fructose-6-phosphate transaminase (isomerizing) activity | inferred from direct assay|GO:0004360//biological

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

NA

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| hydrogen ion transporter activity | traceable author statement|GO:0015078//cellular component| hydrogen-transporting A

molecular function| tRNA dihydrouridine synthase activity | inferred from sequence similarity|GO:0017150//cellular component| cytoplasm | i

molecular function| oligopeptide transporter activity | inferred from mutant phenotype|GO:0015198//cellular component| integral to plasma m

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| endosome | traceable author sta

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| ribonucleoside-diphosphate reductase activity | inferred from direct assay|GO:0004748//cellular component| cytoplasm |

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| phosphoglycerate kinase activity | inferred from direct assay|GO:0004618//cellular component| cytosol | traceable autho

molecular function| tRNA (guanine) methyltransferase activity | inferred from sequence similarity|GO:0016423//molecular function| tRNA (gu

molecular function| mRNA binding | inferred from direct assay|GO:0003729//cellular component| cytoplasm | inferred from direct assay|GO:0

molecular function| sterol O-acyltransferase activity | inferred from direct assay|GO:0004772//cellular component| endoplasmic reticulum | in

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| commitment complex | inferred from direct as

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein phosphatase type 1 activity | traceable author statement|GO:0000163//molecular function| protein phosphatase t

molecular function| alpha-1,2-mannosyltransferase activity | inferred from mutant phenotype|GO:0000026//molecular function| alpha-1,2-ma

molecular function| ammonium transporter activity | inferred from sequence similarity|GO:0008519//molecular function| ammonium transpor

molecular function| glutamate 5-kinase activity | inferred from sequence similarity|GO:0004349//molecular function| glutamate 5-kinase activ

NA

NA

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//molecular function| RNA binding | inferred from physical

molecular function| lipase activity | inferred from sequence similarity|GO:0016298//cellular component| peroxisomal matrix | inferred from dir

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

molecular function| amino acid permease activity | inferred from direct assay|GO:0015359//molecular function| amino acid transporter activit

molecular function| protein-methionine-S-oxide reductase activity | inferred from sequence similarity|GO:0008113//cellular component| cytop

molecular function| aspartic-type endopeptidase activity | inferred from sequence similarity|GO:0004190//cellular component| cell wall (sens

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

molecular function| phosphoribosylaminoimidazole carboxylase activity | traceable author statement|GO:0004638//cellular component| cytop

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| ATP:ADP antiporter activity | inferred from sequence similarity|GO:0005471//cellular component| mitochondrial inner me

molecular function| motor activity | traceable author statement|GO:0003774//cellular component| cytoplasmic microtubule | traceable author

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| incipient bud site | inferred from di

molecular function| IMP dehydrogenase activity | traceable author statement|GO:0003938//cellular component| cytoplasm | inferred from dir

molecular function| phosphopyruvate hydratase activity | inferred from mutant phenotype|GO:0004634//cellular component| soluble fraction

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

NA

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| --- | inferred from physical interaction|GO:0051082//molecular function| --- | inferred from mutant phenotype |GO:005108

molecular function| carrier activity | inferred from sequence similarity|GO:0005386//molecular function| iron ion transporter activity | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

molecular function| phosphate transporter activity | inferred from sequence similarity|GO:0015114//molecular function| phosphate transporte

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from sequence similarity|GO:0003755//molecular function| peptidyl-p

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| bud tip | inferred from direct assay

molecular function| homocysteine S-methyltransferase activity | inferred from direct assay|GO:0008898//cellular component| cytoplasm | infe

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| high affinity zinc uptake transporter activity | inferred from sequence similarity|GO:0000006//molecular function| high affi

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| mitochondrial inner membrane

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//molecular function| single-stranded DNA binding | inferred

molecular function| 5-aminolevulinate synthase activity | inferred from direct assay|GO:0003870//cellular component| mitochondrial matrix |

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| dihydroxy-acid dehydratase activity | traceable author statement|GO:0004160//cellular component| mitochondrion | trace

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| DNA binding | inferred from ph

NA

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

molecular function| single-stranded DNA binding | traceable author statement|GO:0003697//cellular component| nuclear telomere cap comp

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| single-stranded DNA binding | inferred from sequence similarity|GO:0003697//cellular component| mitochondrion | inferr

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| DASH complex | inferr

molecular function| nitrilase activity | inferred from sequence similarity|GO:0000257

cellular component| plasma membrane | inferred from direct assay|GO:0005886

molecular function| ornithine-oxo-acid transaminase activity | traceable author statement|GO:0004587//cellular component| cytoplasm | infer

molecular function| general amino acid permease activity | inferred from mutant phenotype|GO:0005281//cellular component| integral to pla

molecular function| glycerol-3-phosphate O-acyltransferase activity | inferred from mutant phenotype|GO:0004366//molecular function| glyce

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| ATP-dependent helicase activity | traceab

molecular function| ammonium transporter activity | inferred from mutant phenotype|GO:0008519//cellular component| plasma membrane |

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | inferred from mutant phenotype|GO:0046961//molecular

molecular function| RAB-protein geranylgeranyltransferase activity | inferred from direct assay|GO:0004663//cellular component| Rab-protei

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| chromatin binding | inferred from physical interaction|GO:0003682//molecular function| chromatin binding | inferred from

molecular function| adenylosuccinate synthase activity | inferred from direct assay|GO:0004019//cellular component| cytoplasm | inferred fro

cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | inferred from direct assay|GO:0005843//cellular component| cytopla

NA

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| peroxisomal membrane | traceable autho

molecular function| 3-isopropylmalate dehydrogenase activity | inferred from sequence similarity|GO:0003862//molecular function| 3-isoprop

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nucleus | inferred from physical interaction|G

biological process| meiosis | inferred from expression pattern|GO:0007126//biological process| DNA metabolism | inferred from genetic inter

molecular function| ribonucleoside-diphosphate reductase activity | inferred from sequence similarity|GO:0004748//molecular function| ribon

molecular function| oxidoreductase activity, acting on NADH or NADPH | inferred from direct assay|GO:0016651//cellular component| endop

molecular function| RNA polymerase II transcription mediator activity | traceable author statement|GO:0016455//cellular component| transcr

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//molecular function| DNA binding | infe

NA

molecular function| adenosylhomocysteinase activity | inferred from sequence similarity|GO:0004013//cellular component| cytoplasm | inferr

molecular function| isocitrate dehydrogenase (NADP+) activity | traceable author statement|GO:0004450//cellular component| mitochondrion

molecular function| general transcriptional repressor activity | inferred from physical interaction|GO:0016565//molecular function| general tra

NA

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| spindle pole b

molecular function| carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity | inferred from sequence similarity|GO:0004088//molecu

molecular function| L-histidine transporter activity | inferred from sequence similarity|GO:0005290//molecular function| L-histidine transporte

cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//biological process| vacuole fusion, non-autophagic | infer

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| actin cortical patch (sensu Fungi) | inferred

molecular function| coproporphyrinogen oxidase activity | traceable author statement|GO:0004109//molecular function| coproporphyrinogen

molecular function| structural constituent of cell wall | inferred from physical interaction|GO:0005199//cellular component| cell wall (sensu Fu

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

biological process| autophagy | inferred from mutant phenotype|GO:0006914//biological process| autophagy | inferred from genetic interacti

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | traceable

molecular function| RAB GDP-dissociation inhibitor activity | inferred from direct assay|GO:0005093//cellular component| soluble fraction | in

molecular function| inorganic phosphate transporter activity | inferred from direct assay|GO:0005315//cellular component| mitochondrial mem

molecular function| transcriptional repressor activity | inferred from mutant phenotype|GO:0016564//cellular component| cytoplasm | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| membrane organization and biogenesis | inferre

molecular function| C-5 sterol desaturase activity | traceable author statement|GO:0000248//cellular component| endoplasmic reticulum | tra

molecular function| glucan 1,3-beta-glucosidase activity | inferred from sequence similarity|GO:0004338//cellular component| cell wall (sens

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to oxidative stress | inferred from dire

NA

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

biological process| glutathione metabolism | traceable author statement|GO:0006749

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| endoplasmic reticu

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cytopla

molecular function| phosphoribosylformylglycinamidine cyclo-ligase activity | traceable author statement|GO:0004641//molecular function| p

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| oxidoreductase activity | inferred from sequence similarity|GO:0016491//molecular function| oxidoreductase activity | infe

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| glutamate-ammonia ligase activity | inferred from sequence similarity|GO:0004356//molecular function| glutamate-ammo

molecular function| D-lactaldehyde dehydrogenase activity | inferred from direct assay|GO:0019170//molecular function| oxidoreductase act

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| 3-hydroxyanthranilate 3,4-dioxygenase activity | traceable author statement|GO:0000334//molecular function| 3-hydroxy

molecular function| enzyme regulator activity | inferred from genetic interaction|GO:0030234//cellular component| integral to membrane | inf

NA

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:00

molecular function| poly(A) binding | inferred from direct assay|GO:0008143//molecular function| mRNA binding | inferred from direct assay

NA

NA

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//molecular function| glucosidase activity | inferred fr

cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| endopla

molecular function| ubiquitin-protein ligase activity | inferred from sequence similarity|GO:0004842//molecular function| ubiquitin-protein liga

molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism | inferred from direct assay|

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| glutamate-cysteine ligase activity | inferred from direct assay|GO:0004357//cellular component| intracellular | traceable a

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| threonine ammonia-lyase activity | traceable author statement|GO:0004794//cellular component| mitochondrion | inferred

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| cell wall organization and biogenes

molecular function| protein phosphatase type 2A activity | traceable author statement|GO:0000158//cellular component| bud neck | inferred

molecular function| MAP kinase activity | traceable author statement|GO:0004707//cellular component| cytoplasm | inferred from direct assa

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| cytochrome c oxidase biog

molecular function| 4-aminobutyrate transaminase activity | traceable author statement|GO:0003867//cellular component| intracellular | infer

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| sterol O-acyltransferase activity | inferred from direct assay|GO:0004772//cellular component| endoplasmic reticulum | in

NA

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

molecular function| guanine nucleotide transporter activity | inferred from direct assay|GO:0001409//cellular component| mitochondrial inner

NA

molecular function| adenine phosphoribosyltransferase activity | inferred from direct assay|GO:0003999//cellular component| cytoplasm | inf

molecular function| transcription regulator activity | traceable author statement|GO:0030528//cellular component| DNA-directed RNA polyme

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

NA

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| uroporphyrin-III C-methyltransferase activity | inferred from sequence similarity|GO:0004851//molecular function| uroporp

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from s

molecular function| protein phosphatase type 2C activity | inferred from direct assay|GO:0015071//cellular component| cytoplasm | inferred f

molecular function| guanyl-nucleotide exchange factor activity | inferred from sequence similarity|GO:0005085//cellular component| bud | tra

molecular function| metal ion binding | inferred from sequence similarity|GO:0046872//cellular component| membrane | traceable author sta

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| response to dessication | inferred fr

molecular function| chromatin binding | inferred from sequence similarity|GO:0003682//molecular function| chromatin binding | inferred from

molecular function| 1,3-beta-glucanosyltransferase activity | inferred from sequence similarity|GO:0042124//cellular component| cell wall (se

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| COPI vesicle coat | inferred from sequence similarity|GO:0030126//cellular component| COPI vesicle coat | inferred from

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| DNA clamp loader activity | inferred from direct assay|GO:0003689//cellular component| DNA replication factor C comple

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| hemolysis | inferred fro

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

cellular component| membrane | inferred from sequence similarity|GO:0016020

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| alkaline phosphatase activity | inferred from sequence similarity|GO:0004035//molecular function| alkaline phosphatase

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| 3-deoxy-7-phosphoheptulonate synthase activity | inferred from direct assay|GO:0003849//cellular component| cytoplasm

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| bud neck | inferred from direct assa

molecular function| homoserine O-acetyltransferase activity | inferred from direct assay|GO:0004414//cellular component| cytoplasm | inferre

cellular component| lipid particle | inferred from direct assay|GO:0005811

molecular function| IMP dehydrogenase activity | traceable author statement|GO:0003938//cellular component| cytoplasm | inferred from dir

NA

cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| sterol metabolism | inferred from mutan

molecular function| transmembrane receptor activity | inferred from sequence similarity|GO:0004888//molecular function| transmembrane re

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| DNA binding | traceable autho

cellular component| cell wall (sensu Fungi) | non-traceable author statement|GO:0009277//cellular component| extracellular | inferred from d

molecular function| actin filament binding | inferred from direct assay|GO:0051015//molecular function| protein binding, bridging | inferred fro

molecular function| H3/H4 histone acetyltransferase activity | inferred from direct assay|GO:0004406//cellular component| cytoplasm | inferre

molecular function| phosphoprotein phosphatase activity | inferred from sequence similarity|GO:0004721//cellular component| plasma memb

molecular function| peptide transporter activity | inferred from sequence similarity|GO:0015197//molecular function| peptide transporter activ

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from sequence similarity|GO:0004169//mole

molecular function| transaminase activity | inferred from sequence similarity|GO:0008483//cellular component| mitochondrion | inferred from

molecular function| actin lateral binding | traceable author statement|GO:0003786//cellular component| actin cable (sensu Fungi) | inferred f

cellular component| extrinsic to membrane | traceable author statement|GO:0019898//biological process| protein-membrane targeting | infer

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cytopla

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//m

NA

molecular function| glycine hydroxymethyltransferase activity | traceable author statement|GO:0004372//cellular component| cytoplasm | tra

NA

molecular function| oxidoreductase activity | inferred from sequence similarity|GO:0016491//molecular function| oxidoreductase activity | infe

cellular component| cell wall (sensu Fungi) | inferred from sequence similarity|GO:0009277//biological process| response to stress | inferred

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to dessication | inferred from

molecular function| translation elongation factor activity | inferred from sequence similarity|GO:0003746//cellular component| cytosolic riboso

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//molecular function| acetolactate synthase activity | in

molecular function| UDP-N-acetylglucosamine-dolichyl-phosphate N-acetylglucosaminephosphotransferase activity | traceable author statem

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| protein phosphatase type 2C activity | inferred from direct assay|GO:0015071//cellular component| cytoplasm | inferred f

NA

molecular function| galactokinase activity | traceable author statement|GO:0004335//biological process| galactose metabolism | traceable au

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| outer plaque

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| nucleus | traceable author sta

molecular function| di-, tri-valent inorganic cation transporter activity | inferred from sequence similarity|GO:0015082//molecular function| zin

molecular function| ketol-acid reductoisomerase activity | traceable author statement|GO:0004455//cellular component| mitochondrion | trac

molecular function| sterol 3-beta-glucosyltransferase activity | inferred from direct assay|GO:0016906//cellular component| cytoplasm | inferr

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| cy

molecular function| mannose-1-phosphate guanylyltransferase activity | inferred from mutant phenotype|GO:0004475//molecular function| m

molecular function| purine nucleotide binding | inferred from sequence similarity|GO:0017076//molecular function| phosphopantothenoylcyst

NA

molecular function| delta24(24-1) sterol reductase activity | traceable author statement|GO:0000246//cellular component| endoplasmic reticu

molecular function| actin filament binding | inferred from direct assay|GO:0051015//molecular function| protein binding, bridging | inferred fro

molecular function| structural constituent of nuclear pore | inferred from physical interaction|GO:0017056//molecular function| structural cons

molecular function| beta-fructofuranosidase activity | inferred from mutant phenotype|GO:0004564//cellular component| cytoplasm | inferred

molecular function| malic enzyme activity | traceable author statement|GO:0004470//cellular component| cytosol | traceable author statemen

cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| integral

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| glycerol-3-phosphate dehydrogenase (NAD+) activity | inferred from mutant phenotype|GO:0004367//cellular componen

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| phosphopyruvate hydratase activity | inferred from mutant phenotype|GO:0004634//cellular component| soluble fraction

molecular function| microtubule binding | traceable author statement|GO:0008017//molecular function| microtubule binding | inferred from di

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| metabolism | traceable author statement|GO:00

molecular function| thioredoxin peroxidase activity | inferred from sequence similarity|GO:0008379//molecular function| thioredoxin peroxida

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843

cellular component| nucleoplasm | inferred from direct assay|GO:0005654//cellular component| nuclear membrane | inferred from direct ass

molecular function| phosphoadenylyl-sulfate reductase (thioredoxin) activity | inferred from direct assay|GO:0004604//cellular component| in

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| glycogenin glucosyltransferase activity | inferred from sequence similarity|GO:0008466//molecular function| glycogenin g

molecular function| protein carrier activity | inferred from direct assay|GO:0008320//cellular component| cytoplasm | inferred from direct assa

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672

molecular function| histone acetyltransferase activity | inferred from direct assay|GO:0004402//cellular component| nucleus | traceable autho

molecular function| transferase activity, transferring alkyl or aryl (other than methyl) groups | inferred from direct assay|GO:0016765//cellula

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

cellular component| membrane | inferred from direct assay|GO:0016020//biological process| protein-ER retention | inferred from mutant phe

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| protein binding | inferred from direct assay

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//c

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:00

molecular function| fumarate reductase (NADH) activity | inferred from direct assay|GO:0016156//cellular component| cytoplasm | inferred fr

NA

molecular function| sulfate porter activity | inferred from direct assay|GO:0008271//molecular function| oxaloacetate carrier activity | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| sphingosine hydroxylase activity | inferred from sequence similarity|GO:0000170//molecular function| sphingosine hydro

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| actin cap (sensu Fungi) | inferred from d

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| protein-arginine N-methyltransferase activity | inferred from sequence similarity|GO:0016274//molecular function| protein

molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | traceable author statement|GO:0004169//cellular co

molecular function| protein serine/threonine phosphatase activity | traceable author statement|GO:0004722//cellular component| cytoplasm

molecular function| amino acid transporter activity | inferred from sequence similarity|GO:0015171//molecular function| amino acid transport

molecular function| SUMO ligase activity | inferred from physical interaction|GO:0019789//molecular function| SUMO ligase activity | inferred

NA

molecular function| transketolase activity | inferred from sequence similarity|GO:0004802//molecular function| transketolase activity | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| calcium-transporting ATPase activity | inferred from sequence similarity|GO:0005388//molecular function| phospholipid-t

NA

biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype|GO:0001403

molecular function| translation initiation factor activity | inferred from direct assay|GO:0003743//cellular component| eukaryotic translation in

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| actin cortical patch assembly | traceable author

molecular function| cyclin-dependent protein kinase regulator activity | inferred from sequence similarity|GO:0016538//molecular function| cy

biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//molecular function| ubiquitin conjugating enzy

molecular function| aldehyde dehydrogenase activity | inferred from direct assay|GO:0004028//cellular component| mitochondrion | inferred

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| di-, tri-valent inorganic cation transporter activity | inferred from sequence similarity|GO:0015082//molecular function| di-

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| conjugate transporter activity | inferred from direct assay|GO:0015431//molecular function| bilirubin transporter activity |

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| actin cytoskeleton organization and biogenesis

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| aspartate-tRNA ligase activity | inferred from sequence similarity|GO:0004815//cellular component| cytoplasm | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| half bridge of spindle pole body | tra

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction|GO:0004579//cell

molecular function| methyltransferase activity | inferred from sequence similarity|GO:0008168//molecular function| methyltransferase activity

molecular function| 3'-5' exonuclease activity | inferred from direct assay|GO:0008408//molecular function| protein binding | inferred from ph

molecular function| DNA topoisomerase type I activity | inferred from direct assay|GO:0003917//cellular component| nucleus | inferred from

molecular function| intracellular transporter activity | inferred from genetic interaction|GO:0005478//molecular function| RNA binding | inferre

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| glucokinase activity | inferred from mutant phenotype|GO:0004340//cellular component| cytosol | traceable author statem

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//cellular component| cell wall (sensu Fungi) | inferre

molecular function| glycerophosphodiester transporter activity | inferred from mutant phenotype|GO:0001406//cellular component| plasma m

molecular function| xenobiotic-transporting ATPase activity | traceable author statement|GO:0008559//cellular component| plasma membran

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| 3,4 dihydroxy-2-butanone-4-phosphate synthase activity | inferred from mutant phenotype|GO:0008686//cellular compon

molecular function| protein kinase CK2 activity | inferred from direct assay|GO:0004682//cellular component| protein kinase CK2 complex | i

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| DNA helicase activity | inferred from seque

molecular function| microtubule motor activity | traceable author statement|GO:0003777//cellular component| cytoplasmic microtubule | infer

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131

molecular function| aspartic-type endopeptidase activity | inferred from sequence similarity|GO:0004190//molecular function| aspartic-type e

cellular component| CCR4-NOT complex | inferred from physical interaction|GO:0030014//biological process| regulation of transcription from

molecular function| RNA polymerase I transcription factor activity | inferred from direct assay|GO:0003701//molecular function| single-strand

molecular function| Rho GTPase activator activity | inferred from direct assay|GO:0005100//molecular function| signal transducer activity | in

NA

molecular function| structural molecule activity | inferred from physical interaction|GO:0005198//cellular component| COPII vesicle coat | trac

molecular function| Rho GDP-dissociation inhibitor activity | inferred from direct assay|GO:0005094//molecular function| signal transducer ac

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| phosphoglucomutase activity | inferred from sequence similarity|GO:0004614//molecular function| phosphoglucomutase

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//molecular function| RNA

cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| bud neck | inferred from

molecular function| serine-type peptidase activity | inferred from sequence similarity|GO:0008236

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| endoplasmic reticulum | non-tra

molecular function| transcriptional elongation regulator activity | inferred from sequence similarity|GO:0003711//cellular component| transcrip

molecular function| uracil phosphoribosyltransferase activity | inferred from direct assay|GO:0004845//biological process| pyrimidine salvage

molecular function| casein kinase I activity | inferred from sequence similarity|GO:0004681//molecular function| casein kinase I activity | infe

molecular function| chromatin binding | inferred from sequence similarity|GO:0003682//cellular component| cytoplasm | inferred from direct a

molecular function| Rho GTPase activator activity | inferred from direct assay|GO:0005100//cellular component| bud neck | inferred from dire

molecular function| chromatin binding | inferred from physical interaction|GO:0003682//molecular function| chromatin binding | inferred from

molecular function| pyruvate dehydrogenase (acetyl-transferring) activity | inferred from mutant phenotype|GO:0004739//cellular component

NA

cellular component| contractile ring (sensu Saccharomyces) | traceable author statement|GO:0000142//biological process| axial budding | tr

molecular function| triacylglycerol lipase activity | inferred from mutant phenotype|GO:0004806//molecular function| triacylglycerol lipase act

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| vesicle-mediated transport | i

cellular component| Golgi trans face | inferred from direct assay|GO:0005802//biological process| Golgi to vacuole transport | inferred from p

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| filamentous growth | inferred from direc

molecular function| asparaginase activity | traceable author statement|GO:0004067//cellular component| periplasmic space (sensu Fungi) |

molecular function| glycine hydroxymethyltransferase activity | traceable author statement|GO:0004372//cellular component| mitochondrion

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

molecular function| histone acetyltransferase activity | traceable author statement|GO:0004402//cellular component| Ada2/Gcn5/Ada3 trans

NA

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//cellular component| membrane | traceable

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| cleavage/polyadenylation specificity factor activity | inferred from direct assay|GO:0030364//molecular function| RNA bin

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| protein-vacuolar targeting | inferred from mutant p

molecular function| actin binding | inferred from direct assay|GO:0003779//cellular component| actin cortical patch (sensu Fungi) | inferred fr

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| oligopeptide transporter activity | inferred from sequence similarity|GO:0015198//molecular function| oligopeptide transp

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| Sin3 complex | inferred fro

molecular function| ribose-5-phosphate isomerase activity | inferred from sequence similarity|GO:0004751//molecular function| ribose-5-pho

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| transcription, DNA-dependent | inferred from gene

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| ubiquitin-protein ligase activity | trac

NA

molecular function| myo-inositol transporter activity | inferred from sequence similarity|GO:0005365//molecular function| myo-inositol transpo

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| integral to membrane | inferred from direct

molecular function| protein carrier activity | traceable author statement|GO:0008320//cellular component| cytoplasm | inferred from direct as

NA

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| central plaque

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

cellular component| bud | inferred from direct assay|GO:0005933

molecular function| cytoskeletal protein binding | inferred from sequence similarity|GO:0008092//molecular function| cytoskeletal protein bind

molecular function| inositol/phosphatidylinositol phosphatase activity | inferred from direct assay|GO:0004437//cellular component| integral t

molecular function| dihydroorotate dehydrogenase activity | inferred from direct assay|GO:0004152//cellular component| cytoplasm | inferred

molecular function| RNA binding | traceable author statement|GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:0

molecular function| methylenetetrahydrofolate dehydrogenase (NADP+) activity | inferred from mutant phenotype|GO:0004488//molecular fu

molecular function| sodium:inorganic phosphate symporter activity | inferred from sequence similarity|GO:0015319//molecular function| sodi

molecular function| alcohol dehydrogenase (NADP+) activity | inferred from direct assay|GO:0008106//cellular component| soluble fraction |

molecular function| tubulin binding | inferred from direct assay|GO:0015631//cellular component| prefoldin complex | inferred from sequence

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| phosphatidylinositol transporter activity | inferred from direct assay|GO:0008526//cellular component| cytosol | inferred fr

cellular component| bud neck | inferred from direct assay|GO:0005935//biological process| mRNA polyadenylation | inferred from mutant ph

molecular function| sterol 14-demethylase activity | traceable author statement|GO:0008398//cellular component| endoplasmic reticulum | tr

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

molecular function| prenyl-dependent CAAX protease activity | inferred from direct assay|GO:0008487//cellular component| integral to endop

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| septin ring (sensu Saccharomyces

NA

molecular function| alcohol dehydrogenase activity | inferred from sequence similarity|GO:0004022//cellular component| cytoplasm | inferred

molecular function| acetate transporter activity | inferred from mutant phenotype|GO:0015123//molecular function| transporter activity | inferr

NA

molecular function| sirohydrochlorin dehydrogenase activity | inferred from direct assay|GO:0043115//molecular function| ferrochelatase act

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cytoskeletal regulatory protein binding | inferred from physical interaction|GO:0005519//cellular component| shmoo tip | i

molecular function| adenosylmethionine decarboxylase activity | inferred from direct assay|GO:0004014//cellular component| cytoplasm | inf

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| half bridge of spindle pole body | tra

molecular function| myo-inositol transporter activity | inferred from sequence similarity|GO:0005365//molecular function| myo-inositol transpo

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//molecular function| mannosyltransferase a

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//biological process| protein catabolism | inferred from

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | traceable author statement|GO:0004579//molecula

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

cellular component| COPI vesicle coat | inferred from sequence similarity|GO:0030126//cellular component| COPI vesicle coat | inferred from

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from direct assay|GO:0004579//cellular com

cellular component| cytosol | inferred from direct assay|GO:0005829

biological process| establishment and/or maintenance of chromatin architecture | inferred from genetic interaction|GO:0006325

NA

NA

molecular function| calcium ion binding | inferred from direct assay|GO:0005509//molecular function| transporter activity | inferred from sequ

molecular function| malate dehydrogenase (oxaloacetate-decarboxylating) activity | inferred from sequence similarity|GO:0016619//molecula

cellular component| membrane | inferred from direct assay|GO:0016020//biological process| cation transport | inferred from genetic interacti

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| polyamine transport | inferred

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//cellular component| COPI vesicle coat | inferred from seq

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| oligosaccharide transporter activity | inferred from mutant phenotype|GO:0015157//cellular component| endoplasmic reti

molecular function| pre-mRNA cleavage factor activity | inferred from sequence similarity|GO:0030363//molecular function| pre-mRNA cleav

NA

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//cellular component| cell wall (sensu Fungi) | inferre

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//molecular function| structural cons

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| integral to membrane | inferred from direct

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nuclear membrane | inferred from direct assay

molecular function| signal transducer activity | inferred from sequence similarity|GO:0004871//molecular function| GTPase activity | inferred

molecular function| actin lateral binding | traceable author statement|GO:0003786//cellular component| actin cable (sensu Fungi) | inferred f

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

cellular component| endoplasmic reticulum membrane | inferred from physical interaction|GO:0005789//biological process| cotranslational m

NA

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//molecular function| endoribonuclease a

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//cellular component| COPI-coated vesicle | inferred from

molecular function| lipase activity | inferred from sequence similarity|GO:0016298//molecular function| lipase activity | inferred from mutant p

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//cellular component| nucleus | inferred

cellular component| nuclear membrane | inferred from direct assay|GO:0005635//biological process| response to unfolded protein | inferred

molecular function| homocitrate synthase activity | inferred from sequence similarity|GO:0004410//molecular function| homocitrate synthase

molecular function| calcium:hydrogen antiporter activity | traceable author statement|GO:0015369//molecular function| calcium ion transport

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| mitochondrial matrix | inferred from direct a

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| integral to membrane | inferred from di

molecular function| ATP-dependent peptidase activity | traceable author statement|GO:0004176//cellular component| mitochondrial inner me

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| positive regulation of transcription from Pol II pr

NA

molecular function| kynurenine 3-monooxygenase activity | traceable author statement|GO:0004502//cellular component| mitochondrion | in

NA

molecular function| pyrroline-5-carboxylate reductase activity | inferred from sequence similarity|GO:0004735//molecular function| pyrroline-

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| ribonucleoside-diphosphate reductase activity | inferred from mutant phenotype|GO:0004748//cellular component| cytop

molecular function| specific RNA polymerase II transcription factor activity | inferred from physical interaction|GO:0003704//cellular compone

molecular function| biotin synthase activity | traceable author statement|GO:0004076//cellular component| mitochondrion | inferred from dire

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| GPI-anchor transamidase activity | inferred from physical interaction|GO:0003923//molecular function| GPI-anchor trans

NA

NA

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

NA

molecular function| sphingosine N-acyltransferase activity | inferred from mutant phenotype|GO:0050291//cellular component| endoplasmic

molecular function| recombinase activity | inferred from direct assay|GO:0000150//cellular component| condensed nuclear chromosome | in

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nuclear envelope-endoplasmic reticulum net

molecular function| enzyme inhibitor activity | inferred from sequence similarity|GO:0004857//cellular component| cytoplasm | inferred from d

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sporulation | inferred from mutant phenotype|GO

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cytoskeletal protein binding | inferred from direct assay|GO:0008092//cellular component| actin cortical patch (sensu Fun

molecular function| hydrolase activity | inferred from sequence similarity|GO:0016787//molecular function| serine esterase activity | inferred

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| saccharopine dehydrogenase (NAD+, L-lysine-forming) activity | traceable author statement|GO:0004754//cellular comp

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| 3'-5' exonuclease activity | inferred from sequence similarity|GO:0008408//molecular function| 3'-5' exonuclease activity

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| uridine transporter activity | inferred from mutant phenotype|GO:0015213//molecular function| uridine transporter activity

cellular component| peroxisomal membrane | traceable author statement|GO:0005778//biological process| peroxisome organization and bio

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

molecular function| dolichyl-phosphate-glucose-glycolipid alpha-glucosyltransferase activity | inferred from direct assay|GO:0004583//cellula

molecular function| microtubule motor activity | inferred from sequence similarity|GO:0003777//cellular component| cell | non-traceable auth

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| vacuolar membrane (sensu F

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from gen

molecular function| amino acid transporter activity | inferred from direct assay|GO:0015171//cellular component| plasma membrane | inferre

molecular function| cAMP-dependent protein kinase inhibitor activity | inferred from mutant phenotype|GO:0004862//cellular component| cyt

cellular component| anaphase-promoting complex | inferred from direct assay|GO:0005680//cellular component| nucleus | inferred from dire

molecular function| X-Pro aminopeptidase activity | inferred from sequence similarity|GO:0008451//cellular component| cytoplasm | inferred

molecular function| small GTPase regulatory/interacting protein activity | inferred from mutant phenotype|GO:0005083//cellular component|

molecular function| succinate-CoA ligase (ADP-forming) activity | inferred from sequence similarity|GO:0004775//molecular function| succina

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

cellular component| mRNA cap complex | inferred from physical interaction|GO:0005845//biological process| negative regulation of translati

molecular function| phosphoserine transaminase activity | inferred from sequence similarity|GO:0004648//molecular function| phosphoserine

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

molecular function| ARF GTPase activator activity | inferred from direct assay|GO:0008060//cellular component| ER-Golgi intermediate com

molecular function| adenine phosphoribosyltransferase activity | inferred from direct assay|GO:0003999//cellular component| cytoplasm | inf

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| mitochondrial outer membrane

molecular function| prephenate dehydrogenase activity | inferred from sequence similarity|GO:0008977//cellular component| cytoplasm | infe

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| shmoo tip | traceable author

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from d

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| mitochondrial matrix | traceab

molecular function| oxysterol binding | inferred from sequence similarity|GO:0008142//cellular component| bud neck | inferred from direct as

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| 3-isopropylmalate dehydratase activity | traceable author statement|GO:0003861//cellular component| cytosol | traceable

molecular function| ferric-chelate reductase activity | inferred from sequence similarity|GO:0000293//cellular component| vacuole (sensu Fun

molecular function| acetyltransferase activity | inferred from direct assay|GO:0016407//molecular function| H3/H4 histone acetyltransferase

molecular function| dicarboxylic acid transporter activity | inferred from sequence similarity|GO:0005310//molecular function| dicarboxylic ac

molecular function| protein phosphatase type 1 activity | traceable author statement|GO:0000163//molecular function| protein phosphatase t

molecular function| translation initiation factor activity | inferred from mutant phenotype|GO:0003743//molecular function| translation initiation

molecular function| 6-phosphogluconolactonase activity | inferred from sequence similarity|GO:0017057//cellular component| cytoplasm | inf

molecular function| inositol phosphoceramide synthase activity | inferred from direct assay|GO:0045140//cellular component| Golgi apparatu

molecular function| methylenetetrahydrofolate reductase (NADPH) activity | inferred from sequence similarity|GO:0004489//molecular functi

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| tyrosyl-DNA phosophodiesterase activity | inferred from direct assay|GO:0017005//cellular component| nucleus | inferred

NA

molecular function| multidrug transporter activity | inferred from sequence similarity|GO:0015239//molecular function| multidrug transporter a

molecular function| phosphoethanolamine N-methyltransferase activity | inferred from mutant phenotype|GO:0000234//cellular component| e

molecular function| structural constituent of cell wall | traceable author statement|GO:0005199//cellular component| cell wall (sensu Fungi) |

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| vacuolar membrane (sensu Fungi) | inferred fro

molecular function| protein-S-isoprenylcysteine O-methyltransferase activity | traceable author statement|GO:0004671//molecular function| p

molecular function| metal ion binding | inferred from sequence similarity|GO:0046872//cellular component| membrane | traceable author sta

NA

NA

molecular function| ATP phosphoribosyltransferase activity | traceable author statement|GO:0003879//cellular component| cell | traceable a

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| plasma membrane | inferred fro

NA

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//molecular func

molecular function| translation initiation factor activity | inferred from direct assay|GO:0003743//cellular component| eukaryotic translation in

NA

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| transcription factor activity | inf

cellular component| microtubule cytoskeleton | inferred from direct assay|GO:0015630

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//cellular component| mitochondrial inner mem

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| ER to Golgi transport | inferred from

NA

NA

molecular function| bis(5'-nucleosyl)-tetraphosphatase activity | traceable author statement|GO:0008796//cellular component| cytoplasm | in

molecular function| biotin transporter activity | inferred from direct assay|GO:0015225//cellular component| plasma membrane | inferred from

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

NA

molecular function| intracellular transporter activity | inferred from direct assay|GO:0005478//molecular function| organic acid transporter act

cellular component| SAGA complex | inferred from direct assay|GO:0000124//biological process| histone acetylation | inferred from physical

molecular function| phosphomannomutase activity | inferred from direct assay|GO:0004615//cellular component| cytosol | inferred from direc

molecular function| transcription factor activity | inferred from physical interaction|GO:0003700//molecular function| transcription factor activi

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction|GO:0004579//cell

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| protein carrier activity | inferred from direct assay|GO:0008320//cellular component| nucleus | inferred from direct assay|

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity | inferred from sequence similarity|GO:0004088//molecu

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nuclear envelope-endoplasmic reticulum net

NA

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| nucleic acid binding | inf

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| cellulase activity | traceable author statement|GO:0008810//cellular component| cell wall (sensu Fungi) | inferred from di

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| COPII vesicle coat | traceable author state

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| cation transport | inferred from mutant p

cellular component| COPI vesicle coat | inferred from sequence similarity|GO:0030126//cellular component| COPI vesicle coat | inferred from

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| sulfite reductase (NADPH) activity | inferred from sequence similarity|GO:0004783//cellular component| sulfite reductase

molecular function| long-chain fatty acid transporter activity | inferred from sequence similarity|GO:0005324//molecular function| long-chain f

NA

molecular function| Rab interactor activity | inferred from physical interaction|GO:0017137//cellular component| membrane | inferred from se

molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from mutant phenotype|GO:0004169//molec

molecular function| palmitoyltransferase activity | inferred from direct assay|GO:0016409//cellular component| integral to endoplasmic reticu

molecular function| pantothenate transporter activity | inferred from mutant phenotype|GO:0015233//molecular function| pantothenate transp

molecular function| protein kinase CK2 activity | inferred from direct assay|GO:0004682//cellular component| protein kinase CK2 complex | i

molecular function| translation regulator activity | inferred from physical interaction|GO:0045182//molecular function| translation regulator ac

molecular function| snoRNA binding | inferred from sequence similarity|GO:0030515//cellular component| small nuclear ribonucleoprotein co

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| GPI-anchor transamidase activity | inferred from physical interaction|GO:0003923//molecular function| GPI-anchor trans

NA

molecular function| myosin I binding | inferred from direct assay|GO:0017024//cellular component| actin cortical patch (sensu Fungi) | inferre

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//molecular function| thiol-d

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| plasma membrane | inferred

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

NA

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| half bridge of spindle pole body | tra

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//cellular component| endoplasmic reticulum membrane |

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

molecular function| SNF1A/AMP-activated protein kinase activity | inferred from direct assay|GO:0004679//cellular component| cytoplasm | i

NA

molecular function| 3-deoxy-7-phosphoheptulonate synthase activity | inferred from direct assay|GO:0003849//cellular component| cytoplasm

molecular function| polygalacturonase activity | inferred from direct assay|GO:0004650//cellular component| extracellular | inferred from dire

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| manganese ion homeo

biological process| phospholipid metabolism | inferred from mutant phenotype|GO:0006644//biological process| regulation of transcription fr

molecular function| threo-3-hydroxyaspartate ammonia-lyase activity | inferred from direct assay|GO:0030848//molecular function| serine rac

molecular function| lipoic acid synthase activity | inferred from sequence similarity|GO:0017140//cellular component| mitochondrion | inferred

molecular function| CDP-diacylglycerol-serine O-phosphatidyltransferase activity | traceable author statement|GO:0003882//cellular compon

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| alpha-1,2-mannosyltransferase activity | inferred from mutant phenotype|GO:0000026//cellular component| endoplasmic

molecular function| 6-phosphofructo-2-kinase activity | inferred from sequence similarity|GO:0003873//cellular component| cytoplasm | inferr

molecular function| protein serine/threonine phosphatase activity | inferred from sequence similarity|GO:0004722//molecular function| protei

molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from sequence similarity|GO:0004169//mole

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

cellular component| peroxisomal membrane | inferred from direct assay|GO:0005778//biological process| peroxisome organization and biog

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

molecular function| poly(A) binding | inferred from direct assay|GO:0008143//cellular component| nucleus | inferred from direct assay|GO:00

molecular function| rRNA binding | inferred from direct assay|GO:0019843//molecular function| translation initiation factor activity | inferred fr

molecular function| metal ion binding | inferred from sequence similarity|GO:0046872//cellular component| integral to membrane | inferred fr

molecular function| ARF GTPase activator activity | inferred from sequence similarity|GO:0008060//molecular function| ARF GTPase activat

molecular function| aminopeptidase activity | inferred from sequence similarity|GO:0004177//cellular component| cytoplasm | inferred from d

NA

cellular component| bud | inferred from direct assay|GO:0005933//cellular component| plasma membrane | inferred from direct assay |GO:0

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

cellular component| condensed nuclear chromosome | inferred from direct assay|GO:0000794//biological process| meiotic recombination | in

molecular function| ATPase activity, coupled | inferred from direct assay|GO:0042623//cellular component| cytoplasm | inferred from direct a

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| glycerol-3-phosphate dehydrogenase (NAD+) activity | inferred from mutant phenotype|GO:0004367//cellular componen

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//molecular function| guanyl-nu

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| vacuole (sensu Fungi) | inferred fro

molecular function| RNA binding | traceable author statement|GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:0

molecular function| transcriptional activator activity | inferred from physical interaction|GO:0016563//molecular function| transcriptional activa

NA

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

molecular function| chitinase activity | inferred from direct assay|GO:0004568//cellular component| cell wall (sensu Fungi) | traceable author

molecular function| lipase activity | inferred from sequence similarity|GO:0016298//molecular function| lipase activity | inferred from mutant p

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934

molecular function| dihydroorotase activity | inferred from sequence similarity|GO:0004151//molecular function| dihydroorotase activity | infe

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| secretory pathway | inferred f

molecular function| adenylate kinase activity | inferred from direct assay|GO:0004017//cellular component| mitochondrial inner membrane |

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| protein serine/threonine phosphatase activity | inferred from sequence similarity|GO:0004722//cellular component| cytop

NA

molecular function| azole transporter activity | inferred from mutant phenotype|GO:0045118//cellular component| plasma membrane | inferre

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| clathrin binding | inferred from sequence similarity|GO:0030276//cellular component| actin cortical patch (sensu Fungi) |

cellular component| lipid particle | inferred from direct assay|GO:0005811

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| structural molecule activity | traceab

cellular component| cell wall (sensu Fungi) | inferred from sequence similarity|GO:0009277

NA

molecular function| shikimate kinase activity | inferred from direct assay|GO:0004765//molecular function| shikimate 5-dehydrogenase activi

NA

NA

NA

cellular component| nuclear cohesin complex | traceable author statement|GO:0000798//biological process| mitotic chromosome condensat

molecular function| RNA cap binding | traceable author statement|GO:0000339//molecular function| RNA cap binding | inferred from physica

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

NA

molecular function| hydrolase activity | inferred from direct assay|GO:0016787//molecular function| nucleotide binding | inferred from sequen

cellular component| membrane | inferred from direct assay|GO:0016020//cellular component| Golgi apparatus | inferred from direct assay |G

molecular function| branched-chain-amino-acid transaminase activity | inferred from sequence similarity|GO:0004084//molecular function| b

molecular function| multidrug transporter activity | inferred from sequence similarity|GO:0015239//cellular component| integral to plasma me

molecular function| tryptophan synthase activity | inferred from sequence similarity|GO:0004834//molecular function| tryptophan synthase ac

NA

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| siderochrome transport | inferred fro

molecular function| eta DNA polymerase activity | inferred from direct assay|GO:0015999//cellular component| replication fork | inferred from

cellular component| histone acetyltransferase complex | inferred from physical interaction|GO:0000123//biological process| chromatin modif

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| mitochondrion | inferred from

molecular function| cleavage/polyadenylation specificity factor activity | inferred from direct assay|GO:0030364//cellular component| mRNA c

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| pseudouridylate synthase activity | inferred from direct assay|GO:0004730//cellular component| mitochondrion | inferred

cellular component| bud | inferred from direct assay|GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737

molecular function| hydroxymethylglutaryl-CoA reductase (NADPH) activity | traceable author statement|GO:0004420//cellular component| e

molecular function| cell adhesion molecule binding | traceable author statement|GO:0050839//molecular function| cell adhesion molecule bi

molecular function| alpha-glucosidase activity | traceable author statement|GO:0004558//biological process| maltose catabolism | traceable

molecular function| serine hydrolase activity | inferred from direct assay|GO:0017171//cellular component| cytoplasm | inferred from direct a

NA

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

molecular function| oxidoreductase activity, oxidizing metal ions | traceable author statement|GO:0016722

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| chromatin binding | traceable a

molecular function| hydrogen-exporting ATPase activity, phosphorylative mechanism | inferred from direct assay|GO:0008553//cellular comp

molecular function| specific transcriptional repressor activity | inferred from mutant phenotype|GO:0016566//molecular function| DNA bendin

cellular component| cell cortex | inferred from direct assay|GO:0005938//cellular component| shmoo tip | inferred from direct assay |GO:000

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| nucleus | inferred from direct assay |GO

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//molecular function| DNA binding | inferred from

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| spindle pole b

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ARF guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005086//cellular component| Golgi ves

molecular function| helicase activity | inferred from sequence similarity|GO:0004386

NA

molecular function| small GTPase regulatory/interacting protein activity | traceable author statement|GO:0005083//cellular component| actin

molecular function| GTPase activity | inferred from mutant phenotype|GO:0003924//cellular component| plasma membrane | inferred from d

molecular function| transaldolase activity | traceable author statement|GO:0004801//cellular component| cytoplasm | inferred from sequence

NA

molecular function| neutral amino acid transporter activity | inferred from sequence similarity|GO:0015175//molecular function| neutral amino

NA

molecular function| succinate dehydrogenase (ubiquinone) activity | traceable author statement|GO:0008177//cellular component| respirator

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transferase activity, transferring glycosyl groups | inferred from sequence similarity|GO:0016757//molecular function| alp

molecular function| poly(A) binding | inferred from direct assay|GO:0008143//cellular component| cytoplasm | inferred from direct assay|GO:

NA

molecular function| amino acid transporter activity | inferred from direct assay|GO:0015171//cellular component| plasma membrane | inferre

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| DASH comple

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| cytoplasm | inferred from dir

molecular function| translation regulator activity | inferred from mutant phenotype|GO:0045182//cellular component| mitochondrial inner mem

NA

molecular function| dolichyl-phosphate beta-glucosyltransferase activity | inferred from direct assay|GO:0004581//cellular component| endop

molecular function| L-methionine transporter activity | inferred from sequence similarity|GO:0015191//molecular function| L-methionine trans

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

molecular function| orotidine-5'-phosphate decarboxylase activity | inferred from direct assay|GO:0004590//biological process| pyrimidine ba

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| spindle pole b

molecular function| guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005085//cellular component| integral to endo

molecular function| ribonuclease H activity | inferred from direct assay|GO:0004523//cellular component| cell | traceable author statement|G

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//cellular component| nucleus | inferred from physical i

molecular function| poly(A)-specific ribonuclease activity | inferred from direct assay|GO:0004535//cellular component| cytoplasm | inferred f

biological process| protein processing | inferred from mutant phenotype|GO:0016485//biological process| meiosis | inferred from mutant phe

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein binding | inferred from sequence similarity|GO:0005515//molecular function| RNA binding | inferred from sequenc

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| stearoyl-CoA 9-desaturase activity | inferred from sequence similarity|GO:0004768//molecular function| stearoyl-CoA 9-d

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| ribosome biogenesis | inferred from mutant pheno

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| cytoplasm | inferre

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| pyruvate kinase activity | inferred from mutant phenotype|GO:0004743//molecular function| pyruvate kinase activity | infe

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| leucyl aminopeptidase activity | inferred from mutant phenotype|GO:0004178//cellular component| periplasmic space (se

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| phosphoglycerate dehydrogenase activity | inferred from mutant phenotype|GO:0004617//cellular component| cytoplasm

molecular function| channel regulator activity | inferred from sequence similarity|GO:0016247//molecular function| channel regulator activity

molecular function| monocarboxylic acid transporter activity | inferred from mutant phenotype|GO:0008028//molecular function| monocarbox

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| alpha-1,2-mannosyltransferase activity | inferred from sequence similarity|GO:0000026//molecular function| alpha-1,2-m

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| viral life cycle | inferred from mutant phenotype|

NA

biological process| thiamin biosynthesis | inferred from mutant phenotype|GO:0009228//biological process| pyridoxine metabolism | inferred

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

NA

molecular function| t-SNARE activity | traceable author statement|GO:0005486//cellular component| Golgi cis-face | inferred from direct assa

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//cellular component| nucleus | in

molecular function| adenine deaminase activity | inferred from mutant phenotype|GO:0000034//cellular component| cytoplasm | inferred from

cellular component| bud tip | inferred from direct assay|GO:0005934//cellular component| incipient bud site | inferred from direct assay |GO:

molecular function| phosphatidylserine decarboxylase activity | traceable author statement|GO:0004609//cellular component| mitochondrial

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from dire

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| vacuolar membrane (sensu Fungi) | inferred fro

NA

NA

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| acetyl-CoA C-acetyltransferase activity | inferred from direct assay|GO:0003985//cellular component| cytosol | traceable

molecular function| long-chain fatty acid transporter activity | inferred from mutant phenotype|GO:0005324//molecular function| acyl-CoA bin

molecular function| aminopeptidase activity | inferred from mutant phenotype|GO:0004177//molecular function| aminopeptidase activity | infe

molecular function| glycogen synthase kinase 3 activity | inferred from sequence similarity|GO:0004696//molecular function| glycogen synth

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| chromatin binding | inferred from sequence similarity|GO:0003682//cellular component| cytoplasm | inferred from direct a

NA

NA

molecular function| signal transducer activity | inferred from physical interaction|GO:0004871//molecular function| signal transducer activity |

molecular function| DNA helicase activity | inferred from sequence similarity|GO:0003678//molecular function| DNA helicase activity | inferre

molecular function| glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity | inferred from direct assay|GO:0004365//cellular

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay|GO:0017136//cellular component| cytoplasm | in

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//molecular function| transporter activity | inferred from

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//molecular function| protein serin

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| nucleus | inferred from direct assay|GO:0

molecular function| diacylglycerol cholinephosphotransferase activity | traceable author statement|GO:0004142//cellular component| endopl

cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| cellular response to glucose starvation |

cellular component| membrane fraction | inferred from sequence similarity|GO:0005624

molecular function| protein-tyrosine kinase activity | inferred from mutant phenotype|GO:0004713//molecular function| protein-tyrosine kinas

NA

molecular function| casein kinase I activity | inferred from sequence similarity|GO:0004681//cellular component| plasma membrane | inferred

molecular function| transcription regulator activity | inferred from sequence similarity|GO:0030528//molecular function| transcription regulato

molecular function| GPI-anchor transamidase activity | inferred from sequence similarity|GO:0003923//cellular component| endoplasmic reti

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| protein binding | inferred from physical int

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| meiosis | inferred from expression pattern|GO:0

molecular function| phospholipid-translocating ATPase activity | inferred from sequence similarity|GO:0004012//cellular component| plasma

NA

NA

molecular function| lactoylglutathione lyase activity | inferred from genetic interaction|GO:0004462//cellular component| cytoplasm | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| nucleobase, nucleoside, nucleotide and nucleic

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| potassium channel activity | inferred from sequence similarity|GO:0005267//molecular function| potassium channel activ

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein serine/threonine phosphatase activity | inferred from sequence similarity|GO:0004722//cellular component| cytop

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| arginine-tRNA ligase activity | inferred from direct assay|GO:0004814//cellular component| cytoplasm | inferred from cura

molecular function| poly(A) binding | inferred from direct assay|GO:0008143//molecular function| mRNA binding | inferred from direct assay

molecular function| thioredoxin-disulfide reductase activity | traceable author statement|GO:0004791//cellular component| cytoplasm | tracea

molecular function| glucokinase activity | inferred from mutant phenotype|GO:0004340//cellular component| cytosol | traceable author statem

molecular function| ureidoglycolate hydrolase activity | traceable author statement|GO:0004848//cellular component| membrane | inferred fr

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

NA

molecular function| 3'(2'),5'-bisphosphate nucleotidase activity | traceable author statement|GO:0008441//cellular component| cytoplasm | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| mRNA catabolism, nonsense-mediated | inferre

biological process| regulation of budding | inferred from sequence similarity|GO:0007116//biological process| regulation of budding | inferred

molecular function| biotin-[propionyl-CoA-carboxylase (ATP-hydrolyzing)] ligase activity | non-traceable author statement|GO:0004080//mole

NA

molecular function| aromatic amino acid transporter activity | inferred from direct assay|GO:0015173//cellular component| plasma membrane

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//molecular function| DN

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| kinase regulator activity | inferred from direct assay|GO:0019207//cellular component| bud neck | traceable author statem

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//molecular function| ribosomal D

molecular function| sulfate transporter activity | inferred from mutant phenotype|GO:0015116//cellular component| plasma membrane | inferr

NA

molecular function| cAMP-dependent protein kinase activity | traceable author statement|GO:0004691//molecular function| protein serine/thr

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| COPII vesicle coat | inferred from physical interaction|GO:0030127//biological process| ER to Golgi transport | inferred f

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cytopla

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| homoaconitate hydratase activity | traceable author statement|GO:0004409//cellular component| peroxisome | inferred fr

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| glucokinase activity | inferred from mutant phenotype|GO:0004340//cellular component| cytosol | traceable author statem

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//molecular function| cyclin-d

molecular function| tRNA (cytosine-5-)-methyltransferase activity | inferred from direct assay|GO:0016428//cellular component| nucleus | infe

molecular function| amino acid binding | inferred from mutant phenotype|GO:0016597//molecular function| amino acid binding | inferred from

NA

NA

NA

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| DNA replication factor A complex | traceabl

molecular function| intracellular transporter activity | inferred from mutant phenotype|GO:0005478//molecular function| intracellular transport

cellular component| extracellular | inferred from direct assay|GO:0005576//biological process| cell wall organization and biogenesis | inferred

molecular function| calcium channel activity | inferred from direct assay|GO:0005262//cellular component| plasma membrane | inferred from

molecular function| transcription coactivator activity | inferred from direct assay|GO:0003713//cellular component| cytoplasm | inferred from

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| plasma membrane | inferred

cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:000573

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| actin cytoskeleton organizatio

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| polyamine transport | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| mitotic spindle checkpoint | inferred from mutan

molecular function| methyltransferase activity | inferred from sequence similarity|GO:0008168//cellular component| cytoplasm | inferred from

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

molecular function| alcohol dehydrogenase activity | inferred from direct assay|GO:0004022//cellular component| cytoplasm | inferred from d

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| ER to Golgi transport | i

cellular component| mitochondrial membrane | inferred from direct assay|GO:0005740//biological process| RNA processing | inferred from m

molecular function| Ras GTPase activator activity | traceable author statement|GO:0005099//molecular function| GTPase activator activity |

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//molecular function| mRNA binding | in

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| response to unfolded protein | infer

molecular function| transcriptional repressor activity | inferred from direct assay|GO:0016564//molecular function| DNA binding | inferred from

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

molecular function| NAD-independent histone deacetylase activity | inferred from physical interaction|GO:0045129//molecular function| NAD

molecular function| clathrin binding | inferred from sequence similarity|GO:0030276//molecular function| clathrin binding | inferred from phys

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| endoplasmic reticulum membr

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| formaldehyde dehydrogenase (glutathione) activity | inferred from direct assay|GO:0004327//cellular component| cytopla

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| cell wall organization and biogenes

molecular function| ribose-phosphate diphosphokinase activity | traceable author statement|GO:0004749//cellular component| cytoplasm | in

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

molecular function| 1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino]imidazole-4-carboxamide isomerase activity | tracea

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

NA

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//molecular function| mannosyltransferase a

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| late endosome to vacuo

NA

cellular component| integral to Golgi membrane | inferred from direct assay|GO:0030173//biological process| vesicle organization and bioge

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| nucleolus | inferred from direct assay|GO

molecular function| inositol-polyphosphate 5-phosphatase activity | inferred from direct assay|GO:0004445//cellular component| membrane

NA

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| endoplasmic reticulum membr

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| transcription factor activity

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nucleolus | inferred from direct assay|GO:000

NA

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| translocon | traceable author s

molecular function| alpha-1,3-mannosyltransferase activity | inferred from direct assay|GO:0000033//biological process| O-linked glycosylati

molecular function| alcohol O-acetyltransferase activity | inferred from direct assay|GO:0004026//cellular component| endoplasmic reticulum

molecular function| chitin synthase activity | traceable author statement|GO:0004100//cellular component| contractile ring (sensu Saccharom

molecular function| general transcriptional repressor activity | inferred from physical interaction|GO:0016565//molecular function| general tra

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| clathrin-coated vesicle | inferred from

molecular function| enzyme regulator activity | traceable author statement|GO:0030234//molecular function| protein phosphatase type 1 reg

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| cytoplasm | inferred from

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934

molecular function| nicotinamide N-methyltransferase activity | inferred from sequence similarity|GO:0008112//cellular component| cytoplasm

NA

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| alcohol dehydrogenase activity, zinc-dependent | inferred from direct assay|GO:0004024//cellular component| mitochond

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| extrinsic to plasma membrane | inferred fr

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| bud neck | traceable author statement|GO:0005935//cellular component| bud tip | traceable author statement |GO:0005

NA

molecular function| --- | inferred from sequence similarity|GO:0051087//cellular component| mitochondrial inner membrane | inferred from di

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| spindle pole body | inferred from dir

cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//cellular component| nucle

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| transcriptional activator activity | inferred from sequence similarity|GO:0016563//cellular component| plasma membrane

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| Golgi apparatus | inferred from direc

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| microtubule binding | inferred from mutant phenotype|GO:0008017//molecular function| structural constituent of cytoskel

molecular function| alpha-1,2-mannosyltransferase activity | traceable author statement|GO:0000026//molecular function| alpha-1,2-mannos

cellular component| Golgi apparatus | inferred from direct assay|GO:0005794

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| phosphatidylinositol binding | inferred from direct assay|GO:0005545//molecular function| structural constituent of cytosk

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| 6,7-dimethyl-8-ribityllumazine synthase activity | inferred from sequence similarity|GO:0000906//molecular function| 6,7-

molecular function| holo-[acyl-carrier protein] synthase activity | traceable author statement|GO:0008897//molecular function| 3-oxoacyl-[acy

molecular function| mannosyl-oligosaccharide 1,2-alpha-mannosidase activity | inferred from direct assay|GO:0004571//cellular component|

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| mitochondrial outer membrane | inferred fr

molecular function| protein tyrosine phosphatase activity | traceable author statement|GO:0004725//cellular component| nucleus | inferred fr

molecular function| tRNA 2'-phosphotransferase activity | traceable author statement|GO:0000215//cellular component| nucleus | traceable

molecular function| GTP cyclohydrolase I activity | inferred from mutant phenotype|GO:0003934//cellular component| cytoplasm | inferred fro

molecular function| transcription factor activity | inferred from physical interaction|GO:0003700//cellular component| nucleus | traceable auth

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//molecular function| RN

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| transcription factor activity | inf

molecular function| mRNA binding | inferred from sequence similarity|GO:0003729//cellular component| cytoplasm | inferred from direct ass

biological process| microtubule-based process | traceable author statement|GO:0007017

molecular function| telomeric DNA binding | traceable author statement|GO:0042162//cellular component| nuclear chromosome, telomeric re

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| DNA binding | traceable a

NA

molecular function| phosphoric monoester hydrolase activity | inferred from sequence similarity|GO:0016791//molecular function| protein tyr

molecular function| spermine transporter activity | inferred from mutant phenotype|GO:0000297//cellular component| plasma membrane | inf

molecular function| NADH kinase activity | inferred from direct assay|GO:0042736//cellular component| mitochondrial matrix | inferred from d

molecular function| sulfate transporter activity | inferred from mutant phenotype|GO:0015116//molecular function| sulfate transporter activity

NA

molecular function| ATP:ADP antiporter activity | inferred from direct assay|GO:0005471//cellular component| mitochondrial inner membrane

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//cellular component| alpha,alpha-trehalose-phosphate

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| cyclin-dependent protein kinase inhibitor activity | traceable author statement|GO:0004861//cellular component| cytoplas

molecular function| acetylornithine transaminase activity | inferred from direct assay|GO:0003992//cellular component| mitochondrial matrix

molecular function| ATPase activity, coupled | inferred from direct assay|GO:0042623//cellular component| cytoplasm | inferred from direct a

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| translation regulator activity | inferred from direct assay|GO:0045182//cellular component| cytosol | inferred from curator

molecular function| pantoate-beta-alanine ligase activity | inferred from sequence similarity|GO:0004592//molecular function| pantoate-beta-

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| mitochondrial outer membrane | inferred

molecular function| structural constituent of cell wall | inferred from direct assay|GO:0005199//cellular component| cell wall (sensu Fungi) | in

molecular function| DNA binding | traceable author statement|GO:0003677//molecular function| DNA binding | inferred from direct assay |GO

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| protein-vacuolar targeti

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcription coactivator activity | inferred from direct assay|GO:0003713//cellular component| cytoplasm | inferred from

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| adenine nucleotide transporter activity | inferred from mutant phenotype|GO:0000295//molecular function| adenine nucle

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//biological process| protein amin

NA

NA

molecular function| dUTP diphosphatase activity | inferred from mutant phenotype|GO:0004170//cellular component| cytoplasm | inferred fro

molecular function| RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003702//cellular component| nucleus | in

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//cellular component| cytoso

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//cellular component| plasma m

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| cytoplasm | inferred from direct assay|GO:0005737

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

molecular function| iron ion transporter activity | traceable author statement|GO:0005381//cellular component| vacuolar membrane (sensu F

molecular function| cytosine-purine permease activity | inferred from direct assay|GO:0015392//cellular component| plasma membrane | infe

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//cellular component| nuclear chromoso

cellular component| mitochondrial nucleoid | inferred from direct assay|GO:0042645//cellular component| mitochondrial matrix | non-traceab

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| fructose-bisphosphate aldolase activity | inferred from mutant phenotype|GO:0004332//molecular function| fructose-bisp

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| --- | inferred from physical interact

molecular function| alanine-tRNA ligase activity | inferred from sequence similarity|GO:0004813//molecular function| alanine-tRNA ligase ac

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from sequence similarity|GO:0046933//mo

molecular function| hydrolase activity | traceable author statement|GO:0016787//molecular function| ubiquitin-specific protease activity | trac

NA

NA

molecular function| tryptophan-tRNA ligase activity | inferred from direct assay|GO:0004830//cellular component| cytoplasm | traceable auth

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//c

NA

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| mitochondrial outer membrane | tr

molecular function| D-lactate dehydrogenase (cytochrome) activity | inferred from sequence similarity|GO:0004458//molecular function| D-la

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of cytoskeleton | inferred from direct assay|GO:0005200//cellular component| microtubule | inferred

NA

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | traceable

molecular function| centromeric DNA binding | inferred from direct assay|GO:0019237//molecular function| DNA binding | inferred from direc

biological process| cell growth and/or maintenance | inferred from mutant phenotype|GO:0008151//biological process| cell growth and/or ma

NA

NA

molecular function| alpha-1,3-mannosyltransferase activity | inferred from mutant phenotype|GO:0000033//cellular component| Golgi appara

molecular function| phosphatidate cytidylyltransferase activity | inferred from direct assay|GO:0004605//cellular component| endoplasmic re

molecular function| nucleic acid binding | inferred from direct assay|GO:0003676//cellular component| THO complex | inferred from physical

NA

NA

NA

NA

NA

molecular function| asparaginase activity | inferred from sequence similarity|GO:0004067//cellular component| cytosol | traceable author sta

molecular function| lipase activity | non-traceable author statement|GO:0016298//biological process| lipid metabolism | inferred from sequen

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| polyamine transport | inferred

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| CDP-diacylglycerol-inositol 3-phosphatidyltransferase activity | traceable author statement|GO:0003881//cellular compon

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| COPI vesicle coat | inferred from direct assay|GO:0030126//biological process| retrograde transport, Golgi to ER | inferr

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from mutan

molecular function| CTP synthase activity | inferred from sequence similarity|GO:0003883//molecular function| CTP synthase activity | inferre

molecular function| specific RNA polymerase II transcription factor activity | inferred from physical interaction|GO:0003704//molecular functio

molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism | inferred from mutant phen

NA

NA

molecular function| alkaline phosphatase activity | inferred from direct assay|GO:0004035//molecular function| 4-nitrophenylphosphatase ac

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| GPI anchor biosynthesis | inf

molecular function| amidophosphoribosyltransferase activity | traceable author statement|GO:0004044//cellular component| cytoplasm | infe

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| nuclear mRNA splicing, via spliceosome | traceab

NA

molecular function| siderochrome-iron transporter activity | inferred from mutant phenotype|GO:0015343//cellular component| cytoplasmic v

biological process| sporulation | inferred from mutant phenotype|GO:0030435

molecular function| transcription factor activity | inferred from direct assay|GO:0003700//cellular component| nucleus | inferred from curator|

molecular function| voltage-dependent ion-selective channel activity | inferred from sequence similarity|GO:0008308//molecular function| vo

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from mutan

cellular component| bud | inferred from direct assay|GO:0005933

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| nucleus | inferred from curator|GO:0005634

cellular component| membrane | traceable author statement|GO:0016020//cellular component| membrane | inferred from sequence similarit

cellular component| nucleus | inferred from mutant phenotype|GO:0005634//biological process| response to DNA damage stimulus | inferred

molecular function| NADPH dehydrogenase activity | inferred from sequence similarity|GO:0003959//molecular function| NADPH dehydroge

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from s

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| diphosphoinositol-polyphosphate diphosphatase activity | inferred from direct assay|GO:0008486//cellular component| c

NA

NA

NA

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| autophagy | inferred from mutant phenotype|GO

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| endoplasmic reticulum

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| transcription regulator activity | inferred from mutant phenotype|GO:0030528//molecular function| transcription regulator

NA

molecular function| ubiquitin-specific protease activity | inferred from direct assay|GO:0004843//cellular component| nucleus | inferred from d

molecular function| aspartate transaminase activity | inferred from direct assay|GO:0004069//cellular component| peroxisome | traceable au

molecular function| translation regulator activity | inferred from mutant phenotype|GO:0045182//cellular component| mitochondrial inner mem

cellular component| nucleolus | inferred from direct assay|GO:0005730

molecular function| AMP deaminase activity | inferred from direct assay|GO:0003876//cellular component| cytoplasm | inferred from direct a

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein disulfide isomerase activity | traceable author statement|GO:0003756//molecular function| protein disulfide isome

molecular function| protein binding, bridging | inferred from direct assay|GO:0030674//molecular function| dolichyl-diphosphooligosaccharide

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| drug transporter activity | inferred from sequence similarity|GO:0015238//molecular function| drug transporter activity | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| 3-oxoacyl-[acyl-carrier protein] reductase activity | inferred from sequence similarity|GO:0004316//molecular function| 3-

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| DNA replication origin binding | traceable

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| transcri

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U1 | traceable author statement|GO:0

molecular function| RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003702//cellular component| nucleus | in

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//cellular component| Cdc73/

molecular function| ubiquitin conjugating enzyme activity | inferred from mutant phenotype|GO:0004840//molecular function| ubiquitin conjug

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein biosynthesis | inferred from physical inte

NA

NA

molecular function| histone acetyltransferase activity | inferred from direct assay|GO:0004402//cellular component| histone acetyltransferase

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//cellular component| integral to membrane | inferred from

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//cellular component| nucleolar ribonuclease P complex

molecular function| signal transducer activity | traceable author statement|GO:0004871//molecular function| GTPase activity | inferred from d

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

molecular function| transcription regulator activity | inferred from direct assay|GO:0030528//molecular function| cysteine-type peptidase activ

molecular function| glucan 1,3-beta-glucosidase activity | traceable author statement|GO:0004338//cellular component| intracellular | tracea

cellular component| endosome | inferred from direct assay|GO:0005768

NA

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| integral to membrane | inferred from direct

cellular component| COPII vesicle coat | inferred from sequence similarity|GO:0030127//cellular component| COPII vesicle coat | inferred fro

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| nucleus | inferred from physical inte

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| extrinsic to plasma membrane, GPI-anchored | inferred from direct assay|GO:0046658//biological process| cell wall bios

molecular function| structural constituent of nuclear pore | inferred from direct assay|GO:0017056//molecular function| protein binding | infer

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| homoserine kinase activity | inferred from sequence similarity|GO:0004413//molecular function| homoserine kinase activ

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| cytosol | traceable author statemen

molecular function| glutamate N-acetyltransferase activity | inferred from direct assay|GO:0004358//molecular function| amino-acid N-acetyl

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//molecular function| translation initiation fac

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| aminopeptidase activity | inferred from direct assay|GO:0004177//cellular component| Golgi trans face | inferred from dir

molecular function| aspartate carbamoyltransferase activity | inferred from direct assay|GO:0004070//cellular component| cytoplasm | inferre

NA

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| ethanol metabolism | inferre

molecular function| ATP-dependent DNA helicase activity | inferred from direct assay|GO:0004003//molecular function| DNA helicase activit

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| succinate:fumarate antiporter activity | inferred from direct assay|GO:0005469//cellular component| mitochondrial inner m

molecular function| phosphate transporter activity | traceable author statement|GO:0015114//molecular function| phosphate transporter activ

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| protein binding | inferred from physical in

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA polymerase processivity factor activity | traceable author statement|GO:0030337//cellular component| replication fo

molecular function| SUMO ligase activity | inferred from direct assay|GO:0019789//cellular component| cytoplasm | inferred from direct assa

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from c

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| nuclear envelope-endoplasmi

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| glutamate dehydrogenase activity | inferred from sequence similarity|GO:0004352//molecular function| glutamate dehyd

molecular function| transcription factor binding | inferred from direct assay|GO:0008134//cellular component| nucleus | traceable author state

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| CDP-diacylglycerol-glycerol-3-phosphate 3-phosphatidyltransferase activity | inferred from mutant phenotype|GO:00084

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| COPII vesicle coat | traceable author sta

molecular function| transcription factor activity | traceable author statement|GO:0003700

molecular function| spermidine synthase activity | inferred from sequence similarity|GO:0004766//molecular function| spermidine synthase a

cellular component| cytoplasmic mRNA processing body | inferred from direct assay|GO:0000932//biological process| deadenylation-depen

molecular function| manganese ion transporter activity | inferred from mutant phenotype|GO:0005384//molecular function| inorganic phosph

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ferric-enterobactin transporter activity | inferred from mutant phenotype|GO:0015620//cellular component| cytoplasmic v

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| phosphatidylinositol 3-kinase activity | traceable author statement|GO:0016303//molecular function| protein binding | infe

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| bud neck | inferred from dire

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| extrinsic to plasma membrane, GPI-anchored | inferred from direct assay|GO:0046658//cellular component| membrane

NA

NA

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| cation homeostasis | inferred

molecular function| amino acid binding | inferred from mutant phenotype|GO:0016597//molecular function| amino acid binding | inferred from

NA

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay|GO:0003755//cellular component| histone deacety

NA

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| nucleolus | inferred from direct ass

molecular function| nicotinate-nucleotide adenylyltransferase activity | inferred from sequence similarity|GO:0004515//molecular function| nic

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| manganese-transporting ATPase activity | inferred from direct assay|GO:0015410//molecular function| calcium-transport

molecular function| homoserine dehydrogenase activity | inferred from sequence similarity|GO:0004412//molecular function| homoserine de

molecular function| phosphoglycerate mutase activity | inferred from mutant phenotype|GO:0004619//cellular component| cytosol | traceable

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| mRNA binding | inferred from direct assay|GO:0003729//cellular component| cytoplasm | inferred from direct assay|GO:0

molecular function| IMP dehydrogenase activity | traceable author statement|GO:0003938//cellular component| cytoplasm | inferred from dir

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

biological process| sporulation (sensu Fungi) | inferred from expression pattern|GO:0030437

molecular function| dihydrokaempferol 4-reductase activity | inferred from sequence similarity|GO:0045552

NA

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| endoplasmic reticulum | inferred fro

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| integral to plasma membrane | inferred from direct assay|GO:0005887//biological process| vacuolar protein catabolism

molecular function| carnitine O-acetyltransferase activity | inferred from sequence similarity|GO:0004092//cellular component| mitochondrion

molecular function| adenosine kinase activity | inferred from mutant phenotype|GO:0004001//molecular function| adenosine kinase activity |

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| DNA binding | inferred from direct assay |

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| outer plaque

molecular function| glutamate dehydrogenase activity | inferred from sequence similarity|GO:0004352//molecular function| glutamate dehyd

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred f

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar

NA

molecular function| spermidine transporter activity | inferred from mutant phenotype|GO:0015606//molecular function| spermine transporter

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//molecular function| RNA

NA

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//cellular component| cytoplasm | inferred from dire

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

NA

molecular function| caspase activity | inferred from direct assay|GO:0030693//cellular component| nucleus | inferred from direct assay|GO:0

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| cell cycle | inferred from genetic interaction|

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| oligosaccharyl transferase activity | inferred from mutant phenotype|GO:0004576//cellular component| endoplasmic retic

molecular function| cytoskeletal protein binding | inferred from physical interaction|GO:0008092//cellular component| contractile ring (sensu

molecular function| electron transporter activity | traceable author statement|GO:0005489//cellular component| microsome | inferred from dir

molecular function| C-terminal protein carboxyl methyltransferase activity | inferred from sequence similarity|GO:0003880//cellular compone

NA

NA

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//cellular component| DNA-directed RNA polymerase I

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624

NA

NA

molecular function| cystathionine beta-synthase activity | inferred from direct assay|GO:0004122//cellular component| cytoplasm | inferred fr

molecular function| glycolipid mannosyltransferase activity | traceable author statement|GO:0004376//cellular component| endoplasmic retic

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| bud site selection | inferred from mutant phenotyp

molecular function| ubiquinone biosynthesis methyltransferase activity | inferred from sequence similarity|GO:0008425//molecular function| u

cellular component| lipid particle | inferred from direct assay|GO:0005811

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| endoplasmic reticulum | inferred fro

molecular function| alpha DNA polymerase activity | traceable author statement|GO:0003889//cellular component| alpha DNA polymerase:p

molecular function| ubiquitin-protein ligase activity | inferred from direct assay|GO:0004842//molecular function| ubiquitin conjugating enzym

molecular function| structural constituent of cytoskeleton | inferred from mutant phenotype|GO:0005200//cellular component| spindle pole bo

molecular function| MAP kinase activity | traceable author statement|GO:0004707//cellular component| shmoo tip | inferred from direct assa

NA

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| endoplasmic reticulum

NA

molecular function| amino acid transporter activity | inferred from direct assay|GO:0015171//cellular component| plasma membrane | inferre

molecular function| flavin reductase activity | inferred from direct assay|GO:0042602//molecular function| chorismate synthase activity | trace

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| regulation of meiosis | traceable author statem

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred from

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| transcription corepressor

molecular function| arsenite transporter activity | inferred from sequence similarity|GO:0015105//molecular function| arsenite transporter act

molecular function| oxysterol binding | inferred from sequence similarity|GO:0008142//biological process| steroid biosynthesis | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| peroxisome | inferred from direct a

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| transferase activity | inferred from mutant phenotype|GO:0016740//cellular component| integral to endoplasmic reticulum

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from mut

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| actin cortical patch (sensu Fungi) | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

molecular function| pheromone activity | traceable author statement|GO:0005186//cellular component| extracellular | traceable author statem

molecular function| protein tyrosine phosphatase activity | inferred from direct assay|GO:0004725//cellular component| cytoplasm | inferred

cellular component| cytoplasmic microtubule | inferred from direct assay|GO:0005881//cellular component| cytoplasm | inferred from direct a

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

NA

molecular function| telomeric DNA binding | inferred from direct assay|GO:0042162//cellular component| nuclear telomere cap complex | inf

cellular component| cell cortex | inferred from direct assay|GO:0005938//biological process| actin filament organization | inferred from physic

molecular function| peptide alpha-N-acetyltransferase activity | inferred from physical interaction|GO:0004596//molecular function| peptide a

NA

molecular function| phosphoinositide binding | inferred from direct assay|GO:0035091//cellular component| cytosol | inferred from direct ass

molecular function| Rab GTPase activator activity | inferred from direct assay|GO:0005097//cellular component| bud tip | inferred from direct

molecular function| thymidylate synthase activity | inferred from direct assay|GO:0004799//cellular component| nucleus | inferred from direct

NA

NA

cellular component| mitochondrial membrane | traceable author statement|GO:0005740//biological process| protein complex assembly | trac

molecular function| URM1 activating enzyme activity | inferred from direct assay|GO:0042292//cellular component| cytoplasm | inferred from

molecular function| dihydrokaempferol 4-reductase activity | inferred from sequence similarity|GO:0045552//molecular function| oxidoreduct

cellular component| soluble fraction | inferred from direct assay|GO:0005625

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| superoxide dismutase copper chaperone activity | inferred from sequence similarity|GO:0016532//molecular function| su

molecular function| transferase activity, transferring hexosyl groups | inferred from mutant phenotype|GO:0016758//cellular component| end

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| endosome | inferred from physical interact

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein kinase activator activity | inferred from direct assay|GO:0030295//cellular component| cytoplasm | inferred from d

molecular function| RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003702//cellular component| nucleus | in

molecular function| enzyme activator activity | inferred from mutant phenotype|GO:0008047//cellular component| vacuole | inferred from dire

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

cellular component| nucleolus | inferred from direct assay|GO:0005730

NA

NA

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, alpha-

molecular function| phospholipid-translocating ATPase activity | inferred from sequence similarity|GO:0004012//cellular component| plasma

cellular component| transcription export complex | inferred from physical interaction|GO:0000346//biological process| mRNA-nucleus export

NA

molecular function| GTP binding | inferred from sequence similarity|GO:0005525//cellular component| cytoplasm | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| endonuclease activity | inferred from direct assay|GO:0004519//molecular function| transcription coactivator activity | infe

molecular function| glutamate-5-semialdehyde dehydrogenase activity | inferred from genetic interaction|GO:0004350//molecular function| g

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| transcription export complex | inferred from p

molecular function| sphingosine-1-phosphate phosphatase activity | inferred from direct assay|GO:0042392//cellular component| endoplasm

NA

molecular function| uracil DNA N-glycosylase activity | inferred from direct assay|GO:0004844//cellular component| mitochondrion | inferred

molecular function| voltage-dependent ion-selective channel activity | inferred from sequence similarity|GO:0008308//molecular function| vo

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

molecular function| microtubule motor activity | traceable author statement|GO:0003777//cellular component| spindle microtubule | traceable

molecular function| D-arabinose 1-dehydrogenase [NAD(P)+] activity | inferred from direct assay|GO:0045290//molecular function| aldo-keto

NA

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//cellular component| nucleus | in

molecular function| succinate-semialdehyde dehydrogenase [NAD(P)+] activity | inferred from sequence similarity|GO:0009013//molecular f

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//cellular component| proteasome regulatory p

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| nicotinate phosphoribosyltransferase activity | inferred from direct assay|GO:0004516//cellular component| nucleus | infe

NA

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

NA

molecular function| S-methylmethionine transporter activity | inferred from sequence similarity|GO:0000100//molecular function| S-methylme

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//molecular function| microtubule m

molecular function| pseudouridylate synthase activity | inferred from direct assay|GO:0004730//cellular component| mitochondrion | inferred

NA

NA

molecular function| pyruvate kinase activity | inferred from mutant phenotype|GO:0004743//cellular component| cytosol | traceable author st

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| eukaryotic translation i

NA

molecular function| succinate dehydrogenase (ubiquinone) activity | traceable author statement|GO:0008177//molecular function| succinate

molecular function| MAP kinase activity | inferred from sequence similarity|GO:0004707//cellular component| nucleus | inferred from direct a

NA

molecular function| phosphoribosylaminoimidazolesuccinocarboxamide synthase activity | inferred from direct assay|GO:0004639//cellular c

NA

cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//biological process| vacuole fusion, non-autophagic | infer

cellular component| late endosome | inferred from direct assay|GO:0005770//biological process| late endosome to vacuole transport | inferre

molecular function| histone deacetylase activity | traceable author statement|GO:0004407//molecular function| histone deacetylase activity |

cellular component| integral to peroxisomal membrane | inferred from direct assay|GO:0005779//biological process| peroxisome organizatio

NA

molecular function| trans-hexaprenyltranstransferase activity | inferred from mutant phenotype|GO:0000010//cellular component| mitochond

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| condensed nu

NA

molecular function| phosphoribosylglycinamide formyltransferase activity | traceable author statement|GO:0004644//cellular component| cyt

cellular component| nucleosome remodeling complex | inferred from physical interaction|GO:0005679//biological process| chromatin remode

NA

NA

NA

molecular function| cytochrome-c peroxidase activity | inferred from mutant phenotype|GO:0004130//cellular component| mitochondrial inter

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct as

molecular function| signal transducer activity | inferred from sequence similarity|GO:0004871//molecular function| GTPase activity | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| DNA binding | inferred fro

cellular component| peroxisome | inferred from direct assay|GO:0005777

molecular function| phospholipid binding | inferred from sequence similarity|GO:0005543//cellular component| bud neck | inferred from direc

cellular component| soluble fraction | inferred from direct assay|GO:0005625

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar

molecular function| protein-tyrosine kinase activity | inferred from mutant phenotype|GO:0004713//molecular function| protein-tyrosine kinas

molecular function| protein binding | inferred from sequence similarity|GO:0005515//cellular component| ubiquitin ligase complex | inferred fr

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| actin monomer binding | traceable author statement|GO:0003785//cellular component| actin cap (sensu Fungi) | inferred

molecular function| rRNA binding | inferred from sequence similarity|GO:0019843//cellular component| nucleolus | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| phosphate transporter activity | traceable author statement|GO:0015114//molecular function| phosphate transporter activ

molecular function| chromatin binding | inferred from direct assay|GO:0003682//cellular component| nuclear chromatin | inferred from direct

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| negative regulation of transcription from Pol III pro

molecular function| cystathionine beta-lyase activity | inferred from sequence similarity|GO:0004121//cellular component| cytoplasm | inferre

cellular component| Golgi transport complex | inferred from physical interaction|GO:0017119//biological process| intra-Golgi transport | infer

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction|GO:0004579//cell

NA

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| Arp2/3 protein com

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| plasma membrane | inferred from mutant phenotype|GO:0005886//cellular component| plasma membrane | inferred fro

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| anthranilate phosphoribosyltransferase activity | inferred from sequence similarity|GO:0004048//cellular component| cyto

NA

molecular function| transcription regulator activity | inferred from sequence similarity|GO:0030528//molecular function| transcription regulato

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| mitochondrial processing peptidase activity | inferred from direct assay|GO:0004240//cellular component| mitochondrial

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| thiol oxidase activity | inferred from direct assay|GO:0016972//cellular component| microsome | inferred from direct assa

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| chromatin binding | inferred from physical interaction|GO:0003682//cellular component| chromatin remodeling complex |

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| spore wall assembly (sensu Fungi) | inferred fro

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein carrier activity | traceable author statement|GO:0008320//cellular component| cytoplasm | inferred from direct as

NA

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolar preribos

molecular function| alpha-1,2-mannosyltransferase activity | inferred from genetic interaction|GO:0000026//cellular component| membrane |

molecular function| signal sequence binding | inferred from sequence similarity|GO:0005048

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| nucleus | inferred from physical interaction|G

cellular component| endosome | inferred from direct assay|GO:0005768

molecular function| structural constituent of cell wall | inferred from physical interaction|GO:0005199//cellular component| cell wall (sensu Fu

molecular function| protein binding, bridging | inferred from physical interaction|GO:0030674//molecular function| protein binding, bridging | i

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| leucine-tRNA ligase activity | inferred from direct assay|GO:0004823//cellular component| cytoplasm | inferred from direc

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| actin cable (sensu

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction|GO:0000778//biological process| chrom

cellular component| cell wall (sensu Fungi) | inferred from sequence similarity|GO:0009277

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| glutamate dehydrogenase (NADP+) activity | inferred from direct assay|GO:0004354//cellular component| cytoplasm | in

molecular function| amino acid transporter activity | inferred from direct assay|GO:0015171//cellular component| plasma membrane | inferre

molecular function| electron transporter activity | inferred from sequence similarity|GO:0005489//cellular component| cytoplasm | inferred fro

NA

molecular function| pyrophosphatase activity | inferred from direct assay|GO:0016462//cellular component| integral to endoplasmic reticulum

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| AMP binding | inferred from sequence similarity|GO:0016208//cellular component| peroxisomal matrix | inferred from dire

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| phosphopantothenate-cysteine ligase activity | inferred from sequence similarity|GO:0004632//cellular component| cytop

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| uridine diphosphatase activity | inferred from direct assay|GO:0045134//molecular function| guanosine-diphosphatase ac

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//cellular component| mitochondrial rib

molecular function| pyridoxal phosphate binding | inferred from direct assay|GO:0030170//molecular function| alanine racemase activity | inf

molecular function| protein transporter activity | traceable author statement|GO:0008565//molecular function| protein binding | inferred from

molecular function| nucleoside transporter activity | inferred from direct assay|GO:0005337//cellular component| membrane | inferred from d

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptide alpha-N-acetyltransferase activity | inferred from sequence similarity|GO:0004596//cellular component| cytoplas

molecular function| phosphatase activator activity | inferred from physical interaction|GO:0019211//molecular function| phosphatase activato

molecular function| metal ion transporter activity | inferred from sequence similarity|GO:0046873//cellular component| cytosol | inferred from

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| phospholipid metabolism | inferred

NA

molecular function| amino-acid N-acetyltransferase activity | inferred from direct assay|GO:0004042//biological process| host-pathogen inter

molecular function| cytoskeletal regulatory protein binding | inferred from physical interaction|GO:0005519//cellular component| actin cap (se

molecular function| choline transporter activity | inferred from mutant phenotype|GO:0015220//cellular component| integral to plasma memb

molecular function| cytoskeletal protein binding | inferred from physical interaction|GO:0008092//cellular component| contractile ring (sensu

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| cell cortex | inferred from dir

molecular function| ubiquitin conjugating enzyme activity | inferred from physical interaction|GO:0004840//molecular function| ubiquitin conju

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction|GO:0004579//cell

cellular component| membrane | non-traceable author statement|GO:0016020

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from s

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| condensed nu

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| ubiquitin-dependent protein c

molecular function| RNA helicase activity | inferred from direct assay|GO:0003724//cellular component| cytoplasm | inferred from curator|GO

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| septin ring | traceable author statement|GO:0005940//cellular component| bud neck | traceable author statement |GO:0

biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biological process| DNA repair | inferred from genetic interac

NA

NA

NA

molecular function| GTPase activity | traceable author statement|GO:0003924//biological process| sporulation (sensu Fungi) | inferred from

biological process| cell cycle arrest in response to pheromone | inferred from physical interaction|GO:0000751//biological process| cell cycle

NA

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

NA

cellular component| membrane | inferred from sequence similarity|GO:0016020//cellular component| bud neck | inferred from direct assay |G

NA

NA

cellular component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| iron ion transport | infe

molecular function| NAD-independent histone deacetylase activity | inferred from physical interaction|GO:0045129//molecular function| NAD

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nucleolus | inferred from direct assay|GO:000

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| rRNA processing | inferred from mutant phenotype

molecular function| monocarboxylic acid transporter activity | inferred from mutant phenotype|GO:0008028//molecular function| monocarbox

molecular function| nicotinamide-nucleotide adenylyltransferase activity | inferred from direct assay|GO:0000309//cellular component| cytop

molecular function| biotin carboxylase activity | inferred from sequence similarity|GO:0004075//molecular function| biotin carboxylase activity

molecular function| translation initiation factor activity | inferred from direct assay|GO:0003743//cellular component| eukaryotic translation in

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| clathrin binding | traceable author statement|GO:0030276//cellular component| actin cortical patch (sensu Fungi) | inferre

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

molecular function| 3-hydroxyisobutyryl-CoA hydrolase activity | inferred from direct assay|GO:0003860//cellular component| mitochondrion

molecular function| GTP binding | inferred from sequence similarity|GO:0005525//cellular component| contractile ring (sensu Saccharomyce

molecular function| osmosensor activity | inferred from mutant phenotype|GO:0005034//cellular component| integral to plasma membrane |

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| phenylalanine-tRNA ligase activity | inferred from sequence similarity|GO:0004826//molecular function| phenylalanine-tR

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| peptidyltransferase acti

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//molecular function| actin binding | trace

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136//biological process| bud site selection | inferred from mu

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| monocarboxylic acid transporter activity | inferred from mutant phenotype|GO:0008028//molecular function| monocarbox

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

molecular function| nonselective cation channel activity | inferred from direct assay|GO:0015281//molecular function| sodium channel activit

molecular function| ARF GTPase activator activity | inferred from sequence similarity|GO:0008060//molecular function| ARF GTPase activat

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| autophagy | inferred from mutant phen

molecular function| mevalonate kinase activity | traceable author statement|GO:0004496//cellular component| cytosol | traceable author stat

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar

molecular function| cystathionine beta-lyase activity | inferred from sequence similarity|GO:0004121//biological process| copper ion homeos

molecular function| Rho GTPase activator activity | inferred from direct assay|GO:0005100//molecular function| signal transducer activity | in

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pseudohyphal growth | inferred from mutant phe

NA

molecular function| nonselective cation channel activity | inferred from direct assay|GO:0015281//molecular function| sodium channel activit

molecular function| tRNA-intron endonuclease activity | traceable author statement|GO:0000213//cellular component| mitochondrial outer m

NA

NA

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

molecular function| mannose transporter activity | inferred from genetic interaction|GO:0015578//molecular function| glucose transporter act

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| protein complex assembly

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| importin-alpha export receptor activity | inferred from sequence similarity|GO:0008262//molecular function| importin-alph

cellular component| chromatin remodeling complex | inferred from physical interaction|GO:0016585//cellular component| nucleus | inferred f

NA

molecular function| protein serine/threonine kinase activity | traceable author statement|GO:0004674//cellular component| bud neck | inferre

NA

molecular function| trehalose-phosphatase activity | inferred from mutant phenotype|GO:0004805//cellular component| alpha,alpha-trehalos

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to drug | inferred from mutan

molecular function| zinc ion transporter activity | inferred from sequence similarity|GO:0005385//molecular function| zinc ion transporter activ

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein binding, bridging | inferred from physical interaction|GO:0030674//molecular function| cytoskeletal protein binding

cellular component| AP-3 adaptor complex | inferred from sequence similarity|GO:0030123//biological process| Golgi to vacuole transport | i

molecular function| carboxylic ester hydrolase activity | inferred from genetic interaction|GO:0016789//cellular component| integral to membr

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

molecular function| cysteine-type endopeptidase activity | inferred from direct assay|GO:0004197//cellular component| spindle | inferred from

molecular function| ATP binding | traceable author statement|GO:0005524//molecular function| asparagine-tRNA ligase activity | inferred fro

molecular function| 6-phosphogluconolactonase activity | inferred from sequence similarity|GO:0017057//cellular component| cytoplasm | inf

molecular function| kinase activity | inferred from sequence similarity|GO:0016301//molecular function| kinase activity | inferred from direct a

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| Golgi apparatus | inferred from direc

NA

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| nuclear chromosome | inferred from physical

molecular function| adenylate kinase activity | traceable author statement|GO:0004017//cellular component| mitochondrial intermembrane s

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| long-chain-fatty-acid-CoA ligase activity | inferred from direct assay|GO:0004467//biological process| lipid metabolism | i

NA

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| protein-tyrosine kinase activity | inferred from mutant phenotype|GO:0004713//molecular function| protein-tyrosine kinas

molecular function| zinc ion binding | inferred from direct assay|GO:0008270//molecular function| guanyl-nucleotide exchange factor activity

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein kinase activity | inferred from

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from sequence similarity|GO:0046933//mo

molecular function| ammonium transporter activity | inferred from sequence similarity|GO:0008519//molecular function| ammonium transpor

NA

molecular function| transcriptional activator activity | inferred from mutant phenotype|GO:0016563//cellular component| endoplasmic reticulu

molecular function| 1-phosphatidylinositol-3-phosphate 5-kinase activity | inferred from direct assay|GO:0000285//cellular component| vacuo

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| condensed nuclear chromosome kinetochore

cellular component| nucleolar preribosome, large subunit precursor | inferred from direct assay|GO:0030687//cellular component| nucleolus

molecular function| peroxisome targeting sequence binding | non-traceable author statement|GO:0000268//cellular component| peroxisoma

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

cellular component| nucleosome remodeling complex | inferred from physical interaction|GO:0005679//biological process| sister chromatid c

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| negative regulation of DNA transposition | inferred

molecular function| histone deacetylase activity | inferred from direct assay|GO:0004407//cellular component| bud neck | inferred from direc

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| alcohol dehydrogenase activity | traceable author statement|GO:0004022//cellular component| cytosol | traceable author

cellular component| CCR4-NOT complex | inferred from physical interaction|GO:0030014//biological process| regulation of transcription from

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| translation elongation factor activity | inferr

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| cytidine deaminase activity | inferred from direct assay|GO:0004126//cellular component| cytoplasm | inferred from direc

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

molecular function| carnitine transporter activity | inferred from direct assay|GO:0015226//molecular function| amino acid transporter activity

molecular function| SNAP receptor activity | inferred from sequence similarity|GO:0005484//molecular function| SNAP receptor activity | infe

molecular function| aspartic-type endopeptidase activity | inferred from sequence similarity|GO:0004190//cellular component| endoplasmic r

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| mitochondrial inner membrane

molecular function| phosphatidylinositol binding | inferred from direct assay|GO:0005545//molecular function| structural constituent of cytosk

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype|GO:0003704//cellular componen

cellular component| membrane | inferred from direct assay|GO:0016020//biological process| membrane organization and biogenesis | inferr

molecular function| protein-tyrosine kinase activity | inferred from mutant phenotype|GO:0004713//molecular function| protein-tyrosine kinas

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| RNA polymerase II transcription mediator activity | inferred from physical interaction|GO:0016455//cellular component| m

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| 2-deoxyglucose-6-phosphatase activity | inferred from direct assay|GO:0003850//cellular component| cytoplasm | inferre

NA

molecular function| serine-type endopeptidase activity | inferred from direct assay|GO:0004252//cellular component| Golgi trans face | inferr

NA

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//molecular function| mannosyltransferase a

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| ribose-phosphate diphosphokinase activity | traceable author statement|GO:0004749//cellular component| cytoplasm | in

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay|GO:0003755//cellular component| mitochondrion |

cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| mitochondrial chromosome | inferred from di

molecular function| ribosomal DNA (rDNA) binding | inferred from direct assay|GO:0000182//cellular component| nucleolus | traceable autho

molecular function| RNA ligase (ATP) activity | inferred from direct assay|GO:0003972//cellular component| nucleoplasm | inferred from dire

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

NA

NA

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | traceable

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from s

cellular component| coated vesicle | inferred from sequence similarity|GO:0030135//cellular component| COPI vesicle coat | inferred from se

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//cellular component| nucleus | traceable autho

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| acylglycerone-phosphate reductase activity | inferred from mutant phenotype|GO:0000140//cellular component| lipid par

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| vacuolar membrane (sensu Fungi) | inferred fro

molecular function| casein kinase I activity | inferred from sequence similarity|GO:0004681//molecular function| casein kinase I activity | infe

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| synaptonemal complex | traceable author sta

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrial matrix protein import | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| polar budding | inferred from genetic interaction|G

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| signal transduction | inferred from muta

molecular function| ceramidase activity | inferred from direct assay|GO:0017040//cellular component| endoplasmic reticulum | inferred from

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| phospholipid binding | inferred from sequence similarity|GO:0005543//cellular component| cytoplasm | inferred from dire

molecular function| --- | traceable author statement|GO:0051082//molecular function| ATPase activity | inferred from direct assay |GO:00168

molecular function| polynucleotide 5'-phosphatase activity | traceable author statement|GO:0004651//cellular component| nucleus | inferred

NA

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| response to unfolded protein | infer

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

NA

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| transcriptional activator ac

molecular function| pyruvate decarboxylase activity | traceable author statement|GO:0004737//cellular component| cytoplasm | inferred from

NA

NA

molecular function| ferroxidase activity | inferred from sequence similarity|GO:0004322//molecular function| ferroxidase activity | inferred from

NA

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from direct assay|GO:0008121//cellular component| respiratory chai

NA

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

molecular function| water channel activity | inferred from sequence similarity|GO:0015250//molecular function| water channel activity | inferre

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| transcription coactivator activity | tra

molecular function| GTPase activator activity | inferred from direct assay|GO:0005096//cellular component| clathrin-coated vesicle | inferred

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| integral to membrane of membran

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

NA

molecular function| pseudouridine synthase activity | inferred from direct assay|GO:0009982//cellular component| nucleus | inferred from dir

molecular function| palmitoyltransferase activity | inferred from direct assay|GO:0016409//cellular component| membrane | inferred from dire

NA

NA

molecular function| transcription factor activity | inferred from physical interaction|GO:0003700//molecular function| transcription factor activi

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//molecular function| guanyl-nu

biological process| signal transduction | inferred from mutant phenotype|GO:0007165

NA

cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| prenyltransferase activity | inferred from sequence similarity|GO:0004659//cellular component| lipid particle | inferred fro

molecular function| histidinol-phosphate transaminase activity | traceable author statement|GO:0004400//cellular component| cell | traceable

NA

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| secretory pathway | inferred f

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| cytoplasm | inferre

cellular component| bud neck | inferred from direct assay|GO:0005935//biological process| cell wall organization and biogenesis | inferred fr

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| eukaryotic translation i

molecular function| phosphatidylserine decarboxylase activity | traceable author statement|GO:0004609//cellular component| vacuolar mem

molecular function| protein tyrosine phosphatase activity | inferred from sequence similarity|GO:0004725//cellular component| cytoplasm | in

cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| integral to m

NA

molecular function| cobalt ion transporter activity | inferred from mutant phenotype|GO:0015087//molecular function| di-, tri-valent inorganic

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| receptor signaling protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004702//molecular fun

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcriptional activator activity | inferred from mutant phenotype|GO:0016563//molecular function| DNA binding | inferre

molecular function| L-ornithine transporter activity | inferred from direct assay|GO:0000064//cellular component| mitochondrial membrane | i

molecular function| phosphatidate phosphatase activity | inferred from direct assay|GO:0008195//cellular component| membrane | inferred f

biological process| meiosis | inferred from expression pattern|GO:0007126//biological process| DNA metabolism | inferred from genetic inter

NA

NA

molecular function| multidrug transporter activity | inferred from sequence similarity|GO:0015239//molecular function| multidrug transporter a

molecular function| hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds | inferred from sequence similarity|GO:0016810//ce

molecular function| peptidase activity | inferred from direct assay|GO:0008233//cellular component| mitochondrial inner membrane peptidas

molecular function| riboflavin synthase activity | inferred from sequence similarity|GO:0004746//molecular function| riboflavin synthase activi

molecular function| DNA strand annealing activity | inferred from direct assay|GO:0000739//cellular component| nucleus | inferred from direc

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| vacuolar membrane | traceable author

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction|GO:0005847//cellular

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| delta DNA polymerase activity | traceable author statement|GO:0003891//cellular component| delta DNA polymerase co

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//molecular function| RNA binding | inferred from mutant ph

molecular function| asparagine synthase (glutamine-hydrolyzing) activity | inferred from sequence similarity|GO:0004066//molecular function

molecular function| pre-mRNA splicing factor activity | inferred from mutant phenotype|GO:0008248//cellular component| nucleus | inferred f

cellular component| bud | inferred from direct assay|GO:0005933

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

molecular function| protein binding, bridging | inferred from physical interaction|GO:0030674//cellular component| actin cortical patch (sensu

NA

NA

molecular function| HDEL sequence binding | inferred from physical interaction|GO:0045015//molecular function| HDEL sequence binding |

molecular function| porphobilinogen synthase activity | inferred from mutant phenotype|GO:0004655//cellular component| cytoplasm | inferre

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| transketolase activity | inferred from sequence similarity|GO:0004802//cellular component| cytoplasm | inferred from dire

molecular function| protein transporter activity | inferred from direct assay|GO:0008565//cellular component| vesicle coat | inferred from dire

NA

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural molecule activity | inferred from sequence similarity|GO:0005198//cellular component| mitochondrion | inferred

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from sequence similarity|GO:0042800//molecular f

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

NA

molecular function| transcription factor binding | inferred from direct assay|GO:0008134//cellular component| nucleus | traceable author state

molecular function| S-adenosylmethionine transporter activity | inferred from sequence similarity|GO:0000095//molecular function| S-adenos

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

molecular function| structural molecule activity | inferred from sequence similarity|GO:0005198//cellular component| condensed nuclear chro

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| cardiolipin synthase activity | inferred from mutant phenotype|GO:0008808//molecular function| cardiolipin synthase activ

NA

molecular function| arginase activity | traceable author statement|GO:0004053//cellular component| cytosol | traceable author statement|GO

molecular function| --- | inferred from physical interaction|GO:0051082//molecular function| --- | inferred from direct assay |GO:0051082//cell

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| eukaryotic translation i

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| DASH comple

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| cytoplasm | inferred from direct ass

NA

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//molecular function| protein kinase activity | inferre

molecular function| trehalose transporter activity | inferred from direct assay|GO:0015574//molecular function| maltose:hydrogen symporter

molecular function| phosphoglycerate mutase activity | inferred from mutant phenotype|GO:0004619//cellular component| cytosol | traceable

NA

cellular component| septin ring | traceable author statement|GO:0005940//cellular component| bud neck | traceable author statement |GO:0

molecular function| ferric-chelate reductase activity | inferred from sequence similarity|GO:0000293

NA

molecular function| transcription regulator activity | inferred from genetic interaction|GO:0030528//cellular component| late endosome | inferr

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| sterol 24-C-methyltransferase activity | traceable author statement|GO:0003838//cellular component| lipid particle | infer

molecular function| protein binding, bridging | inferred from physical interaction|GO:0030674//molecular function| protein binding, bridging | i

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| allantoinase activity | inferred from sequence similarity|GO:0004038//molecular function| allantoinase activity | inferred fr

molecular function| uridine kinase activity | inferred from direct assay|GO:0004849//cellular component| cytoplasm | inferred from direct assa

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| nucleus

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred f

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| bud neck | inferred from direct assay|GO:0005935//biological process| bud site selection | inferred from mutant phenoty

NA

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

cellular component| AP-2 adaptor complex | inferred from sequence similarity|GO:0030122//biological process| vesicle-mediated transport |

NA

NA

NA

NA

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| mitochondrial inner membrane

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nuclear membrane | inferred from direct assay

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from sequence similarity|GO:0003755//cellular component| endopla

molecular function| mannose transporter activity | traceable author statement|GO:0015578//molecular function| glucose transporter activity |

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681//biological process| nuclear mRNA splicing, via s

molecular function| UDP-galactose transporter activity | inferred from sequence similarity|GO:0005459//biological process| UDP-galactose t

molecular function| transcription coactivator activity | inferred from sequence similarity|GO:0003713//molecular function| transcription coactiv

NA

NA

NA

molecular function| C-8 sterol isomerase activity | traceable author statement|GO:0000247//cellular component| endoplasmic reticulum | trac

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| clathrin vesicle coat | traceab

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| alpha-1,6-mannosyltransferase activity | inferred from direct assay|GO:0000009//cellular component| mannosyltransfera

molecular function| cytochrome-b5 reductase activity | inferred from direct assay|GO:0004128//cellular component| microsome | inferred fro

molecular function| phosphoric monoester hydrolase activity | inferred from sequence similarity|GO:0016791//cellular component| vacuole (s

NA

NA

NA

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| Golgi membrane |

NA

molecular function| t-SNARE activity | traceable author statement|GO:0005486//cellular component| integral to plasma membrane | traceabl

molecular function| ubiquitin-protein ligase activity | inferred from physical interaction|GO:0004842//molecular function| ubiquitin-protein liga

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| membrane | inferred from direct assay|

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| signal recognition particle binding | inferred from sequence similarity|GO:0005047//molecular function| signal recognition

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| GTPase activator activity | traceable author statement|GO:0005096//cellular component| spindle pole body | inferred from

NA

molecular function| transcriptional activator activity | inferred from mutant phenotype|GO:0016563//cellular component| endoplasmic reticulu

NA

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| kinetochore | inferred from direct assay

cellular component| peroxisomal membrane | inferred from direct assay|GO:0005778//biological process| peroxisome organization and biog

molecular function| serine-tRNA ligase activity | inferred from direct assay|GO:0004828//cellular component| cytoplasm | inferred from direct

molecular function| RNA ligase (ATP) activity | inferred from direct assay|GO:0003972//cellular component| nucleoplasm | inferred from dire

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| transcriptional repressor activity | inferred from direct assay|GO:0016564//molecular function| transcriptional activator ac

molecular function| cyclin-dependent protein kinase inhibitor activity | inferred from direct assay|GO:0004861//cellular component| cytoplasm

molecular function| triose-phosphate isomerase activity | inferred from sequence similarity|GO:0004807//molecular function| triose-phospha

molecular function| farnesyl-diphosphate farnesyltransferase activity | traceable author statement|GO:0004310//cellular component| endopla

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| cytoplasm | inferred from direc

molecular function| serine hydrolase activity | inferred from direct assay|GO:0017171//cellular component| lipid particle | inferred from direct

molecular function| sulfite transporter activity | inferred from direct assay|GO:0000319//cellular component| plasma membrane | inferred from

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| osmosensor activity | traceable author statement|GO:0005034//cellular component| shmoo tip | inferred from direct assa

NA

molecular function| actin filament binding | inferred from direct assay|GO:0051015//molecular function| protein binding, bridging | inferred fro

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//biological process| ER to Golgi transport | inferred from

cellular component| mitochondrial nucleoid | inferred from direct assay|GO:0042645//cellular component| integral to membrane | inferred fro

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| peroxisome | inferred from sequen

molecular function| Pol II transcription elongation factor activity | inferred from sequence similarity|GO:0016944//molecular function| Pol II tra

NA

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenes

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//molecular function| cleava

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//molecular function| thiol-d

molecular function| rRNA primary transcript binding | inferred from physical interaction|GO:0042134//cellular component| small nuclear ribon

NA

molecular function| glycine dehydrogenase (decarboxylating) activity | inferred from sequence similarity|GO:0004375//molecular function| gl

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| membra

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| DNA repair | inferred from physical interaction|GO

cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//cellular component| mitochondrion | inferred

molecular function| Rab interactor activity | inferred from physical interaction|GO:0017137//cellular component| membrane | inferred from se

NA

cellular component| bud tip | inferred from direct assay|GO:0005934

NA

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005

NA

molecular function| pyridoxamine-phosphate oxidase activity | inferred from sequence similarity|GO:0004733//molecular function| pyridoxam

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| cyclohydrolase activity | inferred from mutant phenotype|GO:0019238//molecular function| cyclohydrolase activity | inferr

NA

molecular function| transcriptional activator activity | inferred from mutant phenotype|GO:0016563//molecular function| transcriptional activat

NA

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| ATPase activity | inferred from direct assay |GO:001688

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

cellular component| SAGA complex | inferred from direct assay|GO:0000124//biological process| histone acetylation | inferred from physical

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//molecular function| mannosyltransferase a

molecular function| transferase activity, transferring phosphorus-containing groups | inferred from direct assay|GO:0016772//cellular compo

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| long-chain-fatty-acid-CoA ligase activity | inferred from direct assay|GO:0004467//cellular component| lipid particle | infe

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| acetyltransferase activity | inferred from direct assay|GO:0016407//molecular function| H3/H4 histone acetyltransferase

molecular function| glycine dehydrogenase (decarboxylating) activity | inferred from sequence similarity|GO:0004375//molecular function| gl

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cellular morphogenesis | inferred from sequenc

NA

NA

molecular function| peptide alpha-N-acetyltransferase activity | inferred from direct assay|GO:0004596//cellular component| cytoplasm | infe

molecular function| enoyl-[acyl-carrier protein] reductase (NADH) activity | inferred from mutant phenotype|GO:0004318//molecular function|

NA

molecular function| oxoglutarate dehydrogenase (succinyl-transferring) activity | traceable author statement|GO:0004591//cellular componen

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

cellular component| AP-2 adaptor complex | inferred from sequence similarity|GO:0030122//biological process| vesicle-mediated transport |

cellular component| cytosolic ribosome (sensu Eukarya) | inferred from direct assay|GO:0005830//cellular component| cytosol | inferred from

molecular function| oxidoreductase activity | inferred from direct assay|GO:0016491//molecular function| aldo-keto reductase activity | inferre

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial outer membrane

molecular function| tetrahydrofolylpolyglutamate synthase activity | inferred from direct assay|GO:0004326//cellular component| mitochondri

cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| response to radiation | inferred from mutan

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

NA

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

molecular function| protein disulfide isomerase activity | traceable author statement|GO:0003756//molecular function| protein disulfide isome

molecular function| --- | traceable author statement|GO:0051082//molecular function| --- | inferred from sequence similarity |GO:0051082//m

molecular function| microtubule motor activity | inferred from sequence similarity|GO:0003777//cellular component| kinesin complex | inferre

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from sequence similarity|GO:0003755//cellular component| endopla

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosome biogenesis | inferred from mutant phen

NA

molecular function| alpha-tubulin binding | inferred from physical interaction|GO:0043014//molecular function| microtubule binding | inferred

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| integral to membrane | non-traceable a

molecular function| phosphatidylethanolamine N-methyltransferase activity | traceable author statement|GO:0004608//cellular component| e

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//cellular component| COPI vesicle coat | inferred from seq

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| dodecenoyl-CoA delta-isomerase activity | inferred from direct assay|GO:0004165//cellular component| peroxisomal mat

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

molecular function| ribonucleoprotein binding | inferred from direct assay|GO:0043021//cellular component| cytoplasm | inferred from direct

molecular function| pseudouridylate synthase activity | inferred from direct assay|GO:0004730//cellular component| nucleus | inferred from p

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

NA

molecular function| aspartic-type signal peptidase activity | inferred from direct assay|GO:0009049//cellular component| cell wall (sensu Fun

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuclear pore | inferred from direct assay |GO:0

molecular function| nucleotidase activity | inferred from direct assay|GO:0008252//biological process| pyrimidine base metabolism | inferred

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from genet

NA

molecular function| pantothenate kinase activity | inferred from sequence similarity|GO:0004594//cellular component| cytoplasm | inferred fro

molecular function| diphthine synthase activity | inferred from direct assay|GO:0004164//cellular component| cytoplasm | inferred from direct

cellular component| membrane fraction | inferred from direct assay|GO:0005624

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| chromatin remodeling complex | inferred f

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| meiotic recombination | inferred fro

molecular function| indole-3-glycerol-phosphate synthase activity | inferred from sequence similarity|GO:0004425//molecular function| indole

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| cytoplasm | inferred from direct ass

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| meiosis | inferred from mutant phenotype|GO:0007

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| histone binding | traceable author statement|GO:0042393//molecular function| structural constituent of chromatin | tracea

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| thiol oxidase activity | traceable author statement|GO:0016972//cellular component| mitochondrial intermembrane space

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| nuclear chromosome | inferred from direct

molecular function| multidrug transporter activity | inferred from sequence similarity|GO:0015239

cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| iron ion homeostasis | inferred from s

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| glycogen synthase kinase 3 activity | inferred from sequence similarity|GO:0004696//molecular function| glycogen synth

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| Golgi transport complex | infer

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| cytosol | traceable author s

cellular component| condensed nuclear chromosome | inferred from direct assay|GO:0000794//biological process| synapsis | inferred from m

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| AT DNA binding | inferred from direct assay|GO:0003680//cellular component| nucleus | inferred from direct assay|GO:0

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| alpha-mannosidase activity | inferred from sequence similarity|GO:0004559//cellular component| vacuolar membrane | in

molecular function| phosphatidylinositol binding | inferred from direct assay|GO:0005545//molecular function| structural constituent of cytosk

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| Gly-X carboxypeptidase activity | traceable author statement|GO:0004226//molecular function| Gly-X carboxypeptidase a

NA

NA

molecular function| glutathione transferase activity | inferred from sequence similarity|GO:0004364//molecular function| glutathione transfera

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

molecular function| 3'-5' exonuclease activity | inferred from sequence similarity|GO:0008408//molecular function| 3'-5' exonuclease activity

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| Arp2/3 protein com

molecular function| threonine synthase activity | inferred from direct assay|GO:0004795//cellular component| cytoplasm | inferred from direc

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| sulfonate dioxygenase activity | inferred from direct assay|GO:0000907//biological process| sulfur metabolism | inferred

molecular function| tRNA guanylyltransferase activity | inferred from direct assay|GO:0008193//cellular component| cytoplasm | inferred from

NA

NA

molecular function| histone deacetylase activity | traceable author statement|GO:0004407//molecular function| histone deacetylase activity |

NA

NA

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

NA

cellular component| shmoo tip | inferred from direct assay|GO:0005937//biological process| cellular morphogenesis during conjugation with

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| endoplasmic reticulum membrane | infer

molecular function| protein kinase activator activity | inferred from direct assay|GO:0030295//cellular component| shmoo tip | traceable autho

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein deubiquitination | inferred from mutant p

molecular function| glucan 1,3-beta-glucosidase activity | inferred from sequence similarity|GO:0004338//cellular component| cell wall (sens

NA

molecular function| neutral amino acid transporter activity | inferred from sequence similarity|GO:0015175//molecular function| neutral amino

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| clathrin binding | inferred from sequence similarity|GO:0030276//molecular function| clathrin binding | inferred from phys

NA

molecular function| tricarboxylate carrier activity | inferred from direct assay|GO:0005371//cellular component| mitochondrial inner membran

NA

molecular function| acetate-CoA ligase activity | inferred from direct assay|GO:0003987//cellular component| cytosol | inferred from direct as

molecular function| glucan 1,3-beta-glucosidase activity | inferred from direct assay|GO:0004338//cellular component| cell wall (sensu Fung

molecular function| calcium ion binding | traceable author statement|GO:0005509//cellular component| shmoo tip | inferred from direct assay

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//molecular function| ribosomal D

molecular function| xenobiotic-transporting ATPase activity | inferred from mutant phenotype|GO:0008559//cellular component| integral to pl

NA

NA

molecular function| Rho GTPase activator activity | inferred from sequence similarity|GO:0005100//molecular function| Rho GTPase activato

NA

NA

molecular function| --- | inferred from mutant phenotype|GO:0051082//molecular function| --- | inferred from direct assay |GO:0051082//cellu

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136//cellular component| cytoplasm | inferred from direct as

molecular function| purine-specific oxidized base lesion DNA N-glycosylase activity | inferred from direct assay|GO:0008534//cellular compo

molecular function| tubulin binding | inferred from direct assay|GO:0015631//cellular component| prefoldin complex | inferred from sequence

molecular function| malate synthase activity | traceable author statement|GO:0004474//cellular component| cytoplasm | inferred from direct

NA

molecular function| ribonuclease III activity | traceable author statement|GO:0004525//cellular component| nucleolus | traceable author state

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//cellular component| cytoplasm |

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

molecular function| di-, tri-valent inorganic cation transporter activity | inferred from sequence similarity|GO:0015082//molecular function| di-

NA

NA

NA

molecular function| protein transporter activity | traceable author statement|GO:0008565//molecular function| protein transporter activity | inf

NA

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| helicase activity | inferred from sequence s

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| signalosome complex | traceable author statement|GO:0008180//cellular component| signalosome complex | inferred fr

cellular component| septin ring | traceable author statement|GO:0005940//cellular component| bud neck | traceable author statement |GO:0

molecular function| aldo-keto reductase activity | inferred from sequence similarity|GO:0004033//molecular function| aldehyde reductase act

molecular function| GPI-anchor transamidase activity | inferred from physical interaction|GO:0003923//molecular function| GPI-anchor trans

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| protein transporter activity | inferred from physica

molecular function| mannose transporter activity | inferred from genetic interaction|GO:0015578//molecular function| glucose transporter act

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| RAN protein binding | inferred from physical interaction|GO:0008536//cellular component| nuclear membrane | inferred f

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from phy

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| DNA binding | inferred from physical interaction|GO:0003677//cellular component| GINS complex | inferred from physica

NA

molecular function| protein serine/threonine phosphatase activity | inferred from physical interaction|GO:0004722//cellular component| cytop

NA

molecular function| v-SNARE activity | inferred from mutant phenotype|GO:0005485//cellular component| COPII-coated vesicle | inferred fro

NA

molecular function| alcohol dehydrogenase activity | inferred from direct assay|GO:0004022//cellular component| mitochondrial matrix | infer

molecular function| ribulose-phosphate 3-epimerase activity | inferred from sequence similarity|GO:0004750//molecular function| ribulose-ph

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from physical interaction|GO:0046933//mo

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| nucleus | traceable author statement|GO:0005634

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

NA

molecular function| transcriptional elongation regulator activity | inferred from genetic interaction|GO:0003711//cellular component| nucleus

NA

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| Golgi membrane | inferred from direct assay|GO:0000139//biological process| Golgi to endosome transport | inferred fro

NA

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ferric-chelate reductase activity | inferred from direct assay|GO:0000293//cellular component| plasma membrane | inferr

molecular function| hydrolase activity, acting on ester bonds | inferred from direct assay|GO:0016788//cellular component| cytoplasm | inferr

cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| aerobic respiration | inferred from mu

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| proteasome comple

molecular function| protein phosphatase type 2A activity | traceable author statement|GO:0000158//cellular component| shmoo tip | inferred

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| nuclear condensin complex | trace

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

molecular function| Ras GTPase activator activity | traceable author statement|GO:0005099//cellular component| membrane | inferred from

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//cellular component| cytoplasm | inferred from direct as

molecular function| trans-aconitate 3-methyltransferase activity | inferred from direct assay|GO:0046547//cellular component| cytosol | inferr

biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype|GO:0000032

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| signal peptidase activity | inferred from sequence similarity|GO:0009003//molecular function| signal peptidase activity | in

molecular function| Rho GTPase activator activity | inferred from direct assay|GO:0005100//cellular component| actin cortical patch (sensu F

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

NA

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| protein binding | inferred

cellular component| lipid particle | inferred from direct assay|GO:0005811//cellular component| endosome | inferred from direct assay |GO:0

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| cytoplasmic m

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| cytoplasm | inferred from direc

NA

NA

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//biological process| RAS prote

molecular function| Rho GTPase activator activity | inferred from direct assay|GO:0005100//cellular component| bud neck | inferred from dire

NA

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| secretory pathway | inferred f

molecular function| protein tyrosine phosphatase activity | inferred from direct assay|GO:0004725//cellular component| cytoplasm | inferred

NA

NA

cellular component| RSC complex | inferred from direct assay|GO:0016586//biological process| regulation of cell cycle | inferred from physic

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| D-erythro-sphingosine kinase activity | inferred from direct assay|GO:0017050//cellular component| Golgi apparatus | inf

molecular function| enzyme activator activity | inferred from direct assay|GO:0008047//cellular component| microsome | inferred from direct

molecular function| --- | inferred from mutant phenotype|GO:0051082//cellular component| nascent polypeptide-associated complex | inferre

NA

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| phosphatidylinositol transporter activity | inferred from direct assay|GO:0008526//cellular component| lipid particle | infer

molecular function| low-affinity zinc ion transporter activity | inferred from sequence similarity|GO:0000007//molecular function| low-affinity z

molecular function| anthranilate synthase activity | inferred from sequence similarity|GO:0004049//molecular function| anthranilate synthase

NA

NA

NA

molecular function| protein geranylgeranyltransferase activity | inferred from direct assay|GO:0004661//molecular function| protein farnesyltr

cellular component| integral to plasma membrane | inferred from sequence similarity|GO:0005887//biological process| cell wall organization

NA

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| cytoplasm | inferred from direct assay|G

molecular function| structural constituent of cytoskeleton | inferred from direct assay|GO:0005200//cellular component| DASH complex | infe

molecular function| oxysterol binding | inferred from sequence similarity|GO:0008142//cellular component| cytoplasm | inferred from direct a

molecular function| xenobiotic-transporting ATPase activity | traceable author statement|GO:0008559//cellular component| plasma membran

cellular component| integral to Golgi membrane | inferred from direct assay|GO:0030173//biological process| transport | inferred from physic

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| nucleoside-diphosphate kinase activity | inferred from sequence similarity|GO:0004550//cellular component| cytosol | inf

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| actin filament binding | inferred from direct assay|GO:0051015//molecular function| protein binding, bridging | inferred fro

NA

molecular function| amylo-alpha-1,6-glucosidase activity | inferred from sequence similarity|GO:0004135//molecular function| amylo-alpha-1

molecular function| MAP kinase kinase activity | traceable author statement|GO:0004708//cellular component| shmoo tip | inferred from dire

biological process| replicative cell aging | inferred from mutant phenotype|GO:0001302

NA

NA

molecular function| oxidoreductase activity, acting on NADH or NADPH, disulfide as acceptor | inferred from sequence similarity|GO:001665

molecular function| protein transporter activity | traceable author statement|GO:0008565//molecular function| protein transporter activity | inf

molecular function| DNA binding | inferred from sequence similarity|GO:0003677

molecular function| saccharopine dehydrogenase (NADP+, L-glutamate-forming) activity | traceable author statement|GO:0004755//cellular

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| L-aspartate transporter activity | inferred from direct assay|GO:0015183//molecular function| L-glutamate transporter act

molecular function| ARF guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005086//cellular component| cytosol | in

molecular function| ubiquitin-protein ligase activity | inferred from direct assay|GO:0004842//cellular component| late endosome | inferred fro

molecular function| pyruvate decarboxylase activity | traceable author statement|GO:0004737//cellular component| cytoplasm | inferred from

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| potassium ion transporter activity | inferred from sequence similarity|GO:0015079//molecular function| potassium ion tran

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity | inferred from direct assay|GO:0004365//cellular

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//molecular function| protein serin

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| calcium/calmodulin-dependent protein kinase activity | inferred from direct assay|GO:0004685//cellular component| cyto

molecular function| telomeric DNA binding | inferred from direct assay|GO:0042162//cellular component| nuclear telomere cap complex | inf

molecular function| transcription corepressor activity | inferred from mutant phenotype|GO:0003714//molecular function| transcription corepr

molecular function| dolichol kinase activity | inferred from mutant phenotype|GO:0004168//cellular component| membrane | inferred from dir

molecular function| multidrug efflux pump activity | inferred from mutant phenotype|GO:0015559//cellular component| plasma membrane | in

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| transport vesicle | traceable author stat

NA

molecular function| Ras GTPase activator activity | inferred from direct assay|GO:0005099//cellular component| cytoplasm | inferred from dir

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623

molecular function| saccharopepsin activity | traceable author statement|GO:0004196//molecular function| endopeptidase activity | traceable

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| vacuole | inferred from direct assay|GO:

NA

NA

molecular function| phospholipase D activity | inferred from direct assay|GO:0004630//cellular component| endosome | inferred from direct a

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| threonine-tRNA ligase activity | inferred from sequence similarity|GO:0004829//cellular component| cytoplasm | inferred

NA

NA

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| cell wall organization and biogenes

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| metabolism | traceable author statement|GO:0008

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| homoisocitrate dehydrogenase activity | traceable author statement|GO:0047984//cellular component| mitochondrion | in

molecular function| sphingolipid transporter activity | inferred from mutant phenotype|GO:0046624//cellular component| vacuolar membrane

NA

NA

molecular function| oxysterol binding | inferred from sequence similarity|GO:0008142//biological process| steroid biosynthesis | inferred from

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| mitochondrion | inferred from direct assay |GO:0

cellular component| soluble fraction | inferred from direct assay|GO:0005625

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//molecular function| RNA b

NA

molecular function| microfilament motor activity | traceable author statement|GO:0000146//cellular component| actin cable (sensu Fungi) | in

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| RNA binding | inferred from direct assay|GO:0003723//molecular function| single-stranded DNA binding | inferred from d

molecular function| phosphatidylinositol binding | inferred from sequence similarity|GO:0005545//cellular component| late endosome | tracea

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| DASH complex | inferr

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| integral to membrane | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| S-adenosylmethionine transporter activity | inferred from mutant phenotype|GO:0000095//molecular function| S-adenosy

molecular function| pseudouridylate synthase activity | traceable author statement|GO:0004730//cellular component| small nucleolar ribonuc

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| beta-1,4-mannosyltransferase activity | inferred from direct assay|GO:0019187//cellular component| integral to membran

NA

molecular function| histidine-tRNA ligase activity | traceable author statement|GO:0004821//cellular component| mitochondrion | inferred fro

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ubiquitin conjugating enzyme activity | inferred from physical interaction|GO:0004840//cellular component| cytoplasm | in

molecular function| translation initiation factor activity | inferred from direct assay|GO:0003743//cellular component| eukaryotic translation in

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| septin ring (sensu Saccharomyces) | inferred fro

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| axial budding | inferred from s

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| alpha-glucoside:hydrogen symporter activity | inferred from sequence similarity|GO:0005352//cellular component| memb

cellular component| anaphase-promoting complex | inferred from physical interaction|GO:0005680//biological process| sporulation (sensu F

molecular function| transcription regulator activity | inferred from sequence similarity|GO:0030528//molecular function| transcription regulato

molecular function| phosphoprotein phosphatase activity | traceable author statement|GO:0004721//cellular component| mitochondrion | infe

molecular function| methionyl-tRNA formyltransferase activity | inferred from direct assay|GO:0004479//cellular component| mitochondrion |

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| transcription coactivator activity | traceable author statement|GO:0003713//cellular component| nucleus | traceable autho

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| monovalent inorganic cation transporter activity | inferred from sequence similarity|GO:0015077//molecular function| mo

molecular function| 1-acylglycerol-3-phosphate O-acyltransferase activity | inferred from direct assay|GO:0003841//cellular component| lipid

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| Rab GTPase activator activity | inferred from sequence similarity|GO:0005097//molecular function| Rab GTPase activato

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//cellular component| cytoplasm | inferred from dire

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| chromatin binding | inferred from sequence similarity|GO:0003682//cellular component| nuclear chromatin | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

molecular function| ethanolamine-phosphate cytidylyltransferase activity | inferred from sequence similarity|GO:0004306//molecular function

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| DNA binding | traceable a

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

NA

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceos

molecular function| 1,3-beta-glucan synthase activity | inferred from sequence similarity|GO:0003843

NA

NA

molecular function| lipase activity | inferred from sequence similarity|GO:0016298//molecular function| lipase activity | inferred from mutant p

NA

NA

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, alpha-

NA

molecular function| acyltransferase activity | inferred from sequence similarity|GO:0008415//cellular component| lipid particle | inferred from

NA

NA

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| nucleolus | inferred from direct assay|GO

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:00

molecular function| microfilament motor activity | traceable author statement|GO:0000146//cellular component| contractile ring (sensu Sacch

molecular function| L-cystine transporter activity | inferred from sequence similarity|GO:0015184//cellular component| integral to membrane

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| proline dehydrogenase activity | traceable author statement|GO:0004657//cellular component| mitochondrion | traceable

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

biological process| microtubule cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0000226

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| thiol oxidase activity | traceable author statement|GO:0016972//cellular component| mitochondrial intermembrane space

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from sequence similarity|GO:0046933//mo

molecular function| methionine-tRNA ligase activity | inferred from direct assay|GO:0004825//cellular component| methionyl glutamyl tRNA s

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

cellular component| soluble fraction | inferred from direct assay|GO:0005625//cellular component| vacuole (sensu Fungi) | inferred from dire

cellular component| nucleus | inferred from curator|GO:0005634//biological process| meiotic DNA double-strand break formation | traceable

molecular function| tRNA binding | inferred from physical interaction|GO:0000049//molecular function| tRNA binding | inferred from mutant p

NA

molecular function| asparagine synthase (glutamine-hydrolyzing) activity | inferred from sequence similarity|GO:0004066//molecular function

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| SAGA complex | inferr

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//molecular function| protein kinase activity | inferre

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

NA

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| electron carrier activity | non-traceable author statement|GO:0009055//cellular component| mitochondrion | inferred from

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ribonuclease H activity | inferred from sequence similarity|GO:0004523//cellular component| nucleus | inferred from direc

molecular function| intracellular transporter activity | inferred from direct assay|GO:0005478//molecular function| organic acid transporter act

molecular function| protein threonine/tyrosine kinase activity | inferred from direct assay|GO:0004712//molecular function| glycogen synthas

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| late endosome to vacuole transport | in

NA

NA

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| ribosome assembly | traceable author statement|G

NA

molecular function| 5'-flap endonuclease activity | traceable author statement|GO:0017108//molecular function| 5'-flap endonuclease activity

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| DASH comple

molecular function| bis(5'-nucleosyl)-tetraphosphatase activity | traceable author statement|GO:0008796//molecular function| bis(5'-nucleosy

NA

NA

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| plasma membrane | inferred from physica

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| single-stranded DNA binding | inferred from sequence similarity|GO:0003697//cellular component| mitochondrion | inferr

NA

molecular function| homocysteine S-methyltransferase activity | inferred from direct assay|GO:0008898//cellular component| cytoplasm | infe

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| extrinsic to plasma membrane | inferred from direct assay|GO:0019897//biological process| cell wall organization and b

NA

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| polysome | inferred from direct assay|GO:00

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | inferred

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| ESCRT II complex | inferred from direct assay|GO:0000814//biological process| negative regulation of transcription by g

molecular function| thiol peroxidase activity | traceable author statement|GO:0009031//molecular function| glutathione peroxidase activity | in

molecular function| sphingosine-1-phosphate phosphatase activity | traceable author statement|GO:0042392//molecular function| sphingosin

NA

molecular function| glutamate synthase (NADH) activity | inferred from sequence similarity|GO:0016040//cellular component| cell | inferred f

molecular function| general RNA polymerase II transcription factor activity | inferred from direct assay|GO:0016251//cellular component| tran

molecular function| transcription coactivator activity | traceable author statement|GO:0003713//cellular component| nucleus | traceable autho

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| 2-isopropylmalate synthase activity | inferred from sequence similarity|GO:0003852//molecular function| 2-isopropylmala

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| electron transporter activity | traceable author statement|GO:0005489//cellular component| microsome | inferred from dir

NA

molecular function| histone acetyltransferase activity | inferred from direct assay|GO:0004402//molecular function| chromatin binding | inferr

molecular function| cAMP-dependent protein kinase activity | traceable author statement|GO:0004691//molecular function| protein serine/thr

NA

NA

molecular function| signal sequence binding | inferred from physical interaction|GO:0005048//cellular component| signal recognition particle

molecular function| long-chain-fatty-acid-CoA ligase activity | inferred from direct assay|GO:0004467//cellular component| peroxisome | infer

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:00

molecular function| tRNA (guanine-N2-)-methyltransferase activity | inferred from mutant phenotype|GO:0004809//molecular function| tRNA

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681//biological process| nuclear mRNA splicing, via s

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//molecular function| RNA binding | inferred from mutant ph

NA

molecular function| Hsp70/Hsc70 protein regulator activity | inferred from direct assay|GO:0030192//molecular function| chaperone regulato

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| COMA complex | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleoplasm | inferred from direct assay |GO:0

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//cellular component| RNA polym

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| DASH complex | inferr

NA

molecular function| D-arabinono-1,4-lactone oxidase activity | inferred from direct assay|GO:0003885//cellular component| mitochondrion | in

molecular function| ATP-dependent DNA helicase activity | traceable author statement|GO:0004003//molecular function| chromatin binding

molecular function| nucleoside-diphosphatase activity | inferred from direct assay|GO:0017110//cellular component| COPI-coated vesicle | in

biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124

molecular function| microfilament motor activity | inferred from physical interaction|GO:0000146//cellular component| actin cap (sensu Fungi

molecular function| fructose-bisphosphatase activity | inferred from mutant phenotype|GO:0042132//cellular component| cytosol | traceable

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| glycerone kinase activity | inferred from sequence similarity|GO:0004371//molecular function| glycerone kinase activity |

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

NA

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

NA

molecular function| electron transporter, transferring electrons within CoQH2-cytochrome c reductase complex activity | traceable author sta

NA

molecular function| glycine dehydrogenase (decarboxylating) activity | inferred from mutant phenotype|GO:0004375//molecular function| gly

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| thiamin biosynthesis | inferred from mutant phen

molecular function| ribose-phosphate diphosphokinase activity | traceable author statement|GO:0004749//cellular component| cytoplasm | in

NA

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from s

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| bud site selection | inferred from mutant phenot

NA

NA

biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124

NA

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//cellular component| nuclear ubiquitin ligase co

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| rRNA processing | inferred from mutant phenoty

molecular function| tRNA-intron endonuclease activity | traceable author statement|GO:0000213//cellular component| mitochondrial outer m

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| cytoplasm | inferre

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| glucan 1,4-alpha-glucosidase activity | inferred from direct assay|GO:0004339//cellular component| vacuole (sensu Fung

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| GMP synthase (glutamine-hydrolyzing) activity | inferred from sequence similarity|GO:0003922//molecular function| GMP

molecular function| DNA-directed DNA polymerase activity | inferred from direct assay|GO:0003887//cellular component| nucleus | inferred f

molecular function| isopentenyl-diphosphate delta-isomerase activity | traceable author statement|GO:0004452//cellular component| cytosol

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| extrinsic to membrane | inferred fro

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| integral to G

molecular function| glutamate-tRNA ligase activity | inferred from direct assay|GO:0004818//cellular component| methionyl glutamyl tRNA sy

cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytosol | inferred from direct assay |GO

molecular function| DNA binding | inferred from physical interaction|GO:0003677//cellular component| GINS complex | inferred from physica

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//molecular function| RNA helicase activity | inferre

NA

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| carboxypeptidase C activity | traceable author statement|GO:0004186//cellular component| endoplasmic reticulum | infe

NA

molecular function| myosin I binding | inferred from direct assay|GO:0017024//cellular component| actin cortical patch (sensu Fungi) | inferre

molecular function| mannose transporter activity | traceable author statement|GO:0015578//molecular function| glucose transporter activity |

molecular function| malic enzyme activity | traceable author statement|GO:0004470//cellular component| peroxisomal matrix | traceable auth

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein biosynthesis | traceable author state

cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| endopla

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| MAP kinase kinase kinase activity | traceable author statement|GO:0004709//cellular component| cytosol | inferred from

molecular function| choline transporter activity | inferred from sequence similarity|GO:0015220//molecular function| choline transporter activi

NA

molecular function| mannose binding | inferred from mutant phenotype|GO:0005537//cellular component| cell wall (sensu Fungi) | inferred fr

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| inorganic diphosphatase activity | inferred from direct assay|GO:0004427//cellular component| cytosol | traceable author

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| actin cortical patch assembly | traceable author

NA

molecular function| DNA-dependent ATPase activity | inferred from sequence similarity|GO:0008094//cellular component| nucleus | inferred

cellular component| integral to peroxisomal membrane | inferred from direct assay|GO:0005779//biological process| peroxisome organizatio

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//biological process| thiamin biosynthesis | inferred from m

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interactio

molecular function| DNA-directed RNA polymerase activity | inferred from direct assay|GO:0003899//cellular component| DNA-directed RNA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| sphingosine-1-phosphate phosphatase activity | traceable author statement|GO:0042392//molecular function| sphingosin

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| 2-dehydropantoate 2-reductase activity | inferred from sequence similarity|GO:0008677//cellular component| cytoplasm

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| RNA polymerase III transcription factor activity | inferred from sequence similarity|GO:0003709//molecular function| RNA

cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//cellular component| cytoplasm | inferred from direct assay |G

NA

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

cellular component| nucleus | inferred from sequence similarity|GO:0005634//cellular component| nucleus | inferred from mutant phenotype

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| Golgi apparatus | inferred from direc

molecular function| --- | non-traceable author statement|GO:0051082//cellular component| ribosome | non-traceable author statement|GO:00

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//biological process| vacuole fusion, non-autophagic | infer

molecular function| protein kinase activator activity | inferred from physical interaction|GO:0030295//molecular function| protein kinase activa

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nucleus | inferred from sequence sim

molecular function| choline kinase activity | traceable author statement|GO:0004103//cellular component| cytosol | traceable author stateme

molecular function| 6-phosphogluconolactonase activity | inferred from sequence similarity|GO:0017057//cellular component| cytoplasm | inf

NA

molecular function| DNA-(apurinic or apyrimidinic site) lyase activity | inferred from sequence similarity|GO:0003906//molecular function| DN

NA

NA

molecular function| transcriptional repressor activity | traceable author statement|GO:0016564//cellular component| nucleus | inferred from d

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| Golgi membrane | inferred from direct assay|GO:0000139//biological process| Golgi to endosome transport | inferred fro

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| iron ion transporter activity | inferred from direct assay|GO:0005381//cellular component| plasma membrane | inferred fro

molecular function| phosphoribosylaminoimidazolecarboxamide formyltransferase activity | inferred from direct assay|GO:0004643//molecul

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| serine hydrolase activity | inferred from direct assay|GO:0017171

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//cellular component| nucl

cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| response to stress | inferred from direct

NA

molecular function| potassium:hydrogen antiporter activity | inferred from sequence similarity|GO:0015386//molecular function| potassium:hy

NA

biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| aspartic-type endopeptidase activity | inferred from sequence similarity|GO:0004190

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

molecular function| microtubule motor activity | inferred from sequence similarity|GO:0003777//molecular function| microtubule motor activity

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| small nucleolar ribonucleoprotein complex | i

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from physical interaction |GO

NA

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | traceable

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ubiquitin-like conjugating enzyme activity | inferred from direct assay|GO:0008640//cellular component| nucleus | traceab

NA

molecular function| serine C-palmitoyltransferase activity | inferred from direct assay|GO:0004758//cellular component| serine C-palmitoyltra

molecular function| chitin synthase activity | inferred from direct assay|GO:0004100//cellular component| chitosome | traceable author statem

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| nucleus | inferred from direct a

molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype|GO:0016944//cellular component| transcrip

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from sequence similarity|GO:0004169//mole

molecular function| signal transducer activity | traceable author statement|GO:0004871//molecular function| protein geranylgeranyltransferas

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| ATP binding | inferred from direct assay |G

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| kynureninase activity | inferred from direct assay|GO:0030429//cellular component| cytoplasm | inferred from direct assa

molecular function| protein carrier activity | traceable author statement|GO:0008320//cellular component| cytoplasm | inferred from direct as

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | traceable author statement|GO:0046933//molecula

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to salt stress | inferred from mutant ph

NA

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex (sensu

NA

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceos

cellular component| peroxisomal membrane | inferred from direct assay|GO:0005778//biological process| peroxisome organization and biog

molecular function| carboxypeptidase C activity | inferred from sequence similarity|GO:0004186//cellular component| vacuole (sensu Fungi)

NA

NA

molecular function| purine-nucleoside phosphorylase activity | inferred from sequence similarity|GO:0004731//molecular function| purine-nuc

molecular function| mannosyl-oligosaccharide glucosidase activity | inferred from sequence similarity|GO:0004573//molecular function| man

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleolus | inferred from direct assay |GO:

cellular component| endosome | inferred from direct assay|GO:0005768//cellular component| ESCRT I complex | traceable author statemen

molecular function| RNA binding | inferred from physical interaction|GO:0003723//molecular function| telomerase activity | inferred from phys

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| ribose-phosphate diphosphokinase activity | traceable author statement|GO:0004749//cellular component| cytoplasm | in

NA

cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred fro

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| enzyme activator activity | traceable author statement|GO:0008047//cellular component| anaphase-promoting complex |

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| acyl-CoA thioesterase activity | inferred from direct assay|GO:0016291//cellular component| peroxisome | inferred from d

molecular function| protein binding | inferred from sequence similarity|GO:0005515//cellular component| ubiquitin ligase complex | inferred fr

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| aminopeptidase activity | inferred from sequence similarity|GO:0004177//cellular component| cytoplasm | inferred from d

NA

molecular function| protein binding | inferred from sequence similarity|GO:0005515//molecular function| protein binding | inferred from direct

NA

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| plasma membrane | inferred from direct

NA

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//molecular function| protein serin

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

molecular function| lipase activity | inferred from sequence similarity|GO:0016298

molecular function| enzyme activator activity | traceable author statement|GO:0008047//molecular function| two-component response regula

NA

molecular function| DNA-directed RNA polymerase activity | inferred from physical interaction|GO:0003899//molecular function| DNA-directe

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| glycogen (starch) synthase activity | inferred from sequence similarity|GO:0004373//molecular function| glycogen (starch

NA

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

molecular function| acyltransferase activity | inferred from sequence similarity|GO:0008415//biological process| phospholipid biosynthesis | i

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

NA

molecular function| valine-tRNA ligase activity | inferred from sequence similarity|GO:0004832//cellular component| mitochondrion | inferred

molecular function| protein serine/threonine kinase activity | inferred from mutant phenotype|GO:0004674//molecular function| protein serine

molecular function| D-erythro-sphingosine kinase activity | inferred from direct assay|GO:0017050//cellular component| soluble fraction | infe

molecular function| cytosine deaminase activity | inferred from direct assay|GO:0004131//cellular component| cytoplasm | inferred from direc

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| IMP dehydrogenase activity | inferred from sequence similarity|GO:0003938//cellular component| cytoplasm | inferred fro

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cytosol | inferred from direct assay|GO:000

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA metabolism | inferred from mutant phenoty

cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| iron ion transport | inferred from sequ

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| catalytic activity | inferred from direct assay|GO:0003824//biological process| spore wall assembly (sensu Fungi) | inferre

NA

NA

molecular function| orotate phosphoribosyltransferase activity | traceable author statement|GO:0004588//cellular component| cytoplasm | in

NA

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| endosome | inferred fro

NA

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from dire

molecular function| endonuclease activity | inferred from sequence similarity|GO:0004519//cellular component| mitochondrion | inferred from

molecular function| mannose transporter activity | inferred from genetic interaction|GO:0015578//molecular function| glucose transporter act

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| nucleus | inferred from direct assay|

molecular function| RNA polymerase I transcription factor activity | inferred from physical interaction|GO:0003701//molecular function| RNA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| protein-arginine N-methyltransferase activity | inferred from sequence similarity|GO:0016274//molecular function| protein

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| cysteine-type endopeptidase activity | inferred from direct assay|GO:0004197//biological process| protein processing | in

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| mating-type alpha-factor pheromone receptor activity | inferred from sequence similarity|GO:0004934//cellular compone

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| sporulation (sensu Fungi) | inferred

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

molecular function| telomeric DNA binding | traceable author statement|GO:0042162//cellular component| cytosolic ribosome (sensu Eukary

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

biological process| fermentation | inferred from mutant phenotype|GO:0006113

cellular component| membrane | inferred from direct assay|GO:0016020//cellular component| vacuolar lumen (sensu Fungi) | inferred from d

NA

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| 5-formyltetrahydrofolate cyclo-ligase activity | inferred from direct assay|GO:0030272//biological process| folic acid and d

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred f

molecular function| MAP kinase kinase activity | inferred from sequence similarity|GO:0004708//cellular component| bud tip | inferred from d

molecular function| signal transducer activity | traceable author statement|GO:0004871//molecular function| GTPase activity | traceable auth

molecular function| transferase activity | inferred from sequence similarity|GO:0016740//cellular component| plasma membrane | inferred fro

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcription factor activity | inferred from direct assay|GO:0003700//cellular component| nucleus | inferred from physica

NA

molecular function| aspartate kinase activity | traceable author statement|GO:0004072//cellular component| cytoplasm | inferred from direct

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from mutan

NA

molecular function| positive transcription elongation factor activity | inferred from direct assay|GO:0008159//cellular component| nucleoplasm

molecular function| GTPase activator activity | inferred from sequence similarity|GO:0005096//molecular function| GTPase activator activity

NA

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from direct assay|GO:0008121//cellular component| respiratory chai

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| endopeptidase activity | non-traceable author statement|GO:0004175//cellular component| proteasome regulatory partic

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| secretory pathway | inferred from m

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| phenylalanine-tRNA ligase activity | inferred from sequence similarity|GO:0004826//molecular function| phenylalanine-tR

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| DNA replication factor A complex | traceabl

molecular function| water channel activity | inferred from sequence similarity|GO:0015250//cellular component| plasma membrane | inferred

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| glycine-tRNA ligase activity | inferred from sequence similarity|GO:0004820//molecular function| glycine-tRNA ligase act

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| septin ring (sensu S

molecular function| monooxygenase activity | traceable author statement|GO:0004497//cellular component| endoplasmic reticulum membra

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| [acyl-carrier protein] S-malonyltransferase activity | inferred from sequence similarity|GO:0004314//molecular function| [a

NA

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from s

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| --- | inferred from physical interaction |GO:00510

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| transcriptional activator activity | inferred from sequence similarity|GO:0016563//molecular function| transcriptional activa

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//cellular component| nucleus | inferred

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| pre-mRNA splicing factor activity | inferred from direct assay|GO:0008248//cellular component| mitochondrion | inferred

molecular function| C-14 sterol reductase activity | traceable author statement|GO:0000251//cellular component| endoplasmic reticulum | tra

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

NA

NA

molecular function| DNA-directed RNA polymerase activity | inferred from direct assay|GO:0003899//cellular component| DNA-directed RNA

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| DNA binding | inferred from dir

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

molecular function| clathrin binding | inferred from sequence similarity|GO:0030276//molecular function| clathrin binding | inferred from phys

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| receptor signaling protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004702//molecular fun

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| vacuole (sensu Fungi) | inferred

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| carrier activity | inferred from sequence similarity|GO:0005386//molecular function| iron ion transporter activity | inferred

NA

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730

molecular function| translation elongation factor activity | traceable author statement|GO:0003746//cellular component| ribosome | inferred fr

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| sporulation | inferred from mutant phenotype|GO:0

NA

NA

molecular function| thioredoxin peroxidase activity | traceable author statement|GO:0008379//molecular function| thioredoxin peroxidase act

molecular function| phosphoethanolamine N-methyltransferase activity | inferred from mutant phenotype|GO:0000234//cellular component| e

molecular function| tRNA methyltransferase activity | inferred from direct assay|GO:0008175//biological process| tRNA modification | inferred

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| central plaque

molecular function| DNA-directed RNA polymerase activity | inferred from mutant phenotype|GO:0003899//cellular component| cytoplasm | i

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| vacuole | no biological data ava

cellular component| spindle | inferred from direct assay|GO:0005819//cellular component| condensed nuclear chromosome kinetochore | inf

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| DNA-directed DNA polymerase activity | inferred from mutant phenotype|GO:0003887//cellular component| nucleolus | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| carbon-sulfur lyase activity | inferred from sequence similarity|GO:0016846//cellular component| cytoplasm | inferred from

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| enzyme activator activity | inferred from mutant phenotype|GO:0008047//cellular component| nucleus | inferred from dire

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| DASH complex | inferr

NA

molecular function| prenyltransferase activity | inferred from direct assay|GO:0004659//cellular component| endoplasmic reticulum | inferred

NA

molecular function| polynucleotide 5'-phosphatase activity | inferred from direct assay|GO:0004651//cellular component| cytoplasm | inferred

molecular function| protein phosphatase type 2C activity | inferred from direct assay|GO:0015071//cellular component| mitochondrion | infer

molecular function| C-terminal protein carboxyl methyltransferase activity | inferred from direct assay|GO:0003880//biological process| C-ter

molecular function| mannosylphosphate transferase activity | inferred from sequence similarity|GO:0000031//molecular function| mannosylp

molecular function| ubiquitin-protein ligase activity | inferred from sequence similarity|GO:0004842//molecular function| ubiquitin-protein liga

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| phospholipase activity | inferred from sequence similarity|GO:0004620//cellular component| nucleus | inferred from direc

cellular component| CCR4-NOT complex | inferred from physical interaction|GO:0030014//biological process| regulation of transcription from

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| oxidoreductase activity, acting on the aldehyde or oxo group of donors, NAD or NADP as acceptor | inferred from direct

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//cellular component| cytoplasm |

NA

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| nucleus | inferred from direct assay|GO

cellular component| replication fork | inferred from direct assay|GO:0005657//cellular component| nucleus | inferred from direct assay |GO:0

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

molecular function| mannose binding | inferred from sequence similarity|GO:0005537//cellular component| cell wall (sensu Fungi) | inferred

NA

cellular component| nucleosome remodeling complex | inferred from physical interaction|GO:0005679//biological process| chromatin remode

molecular function| protein binding | inferred from sequence similarity|GO:0005515//molecular function| protein binding | inferred from direct

molecular function| methylisocitrate lyase activity | inferred from direct assay|GO:0046421//cellular component| mitochondrial matrix | inferre

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//molecular function| actin binding | traceable a

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

molecular function| nicotinate-nucleotide diphosphorylase (carboxylating) activity | inferred from direct assay|GO:0004514//cellular compone

NA

NA

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| spindle pole b

NA

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

NA

molecular function| methyltransferase activity | inferred from sequence similarity|GO:0008168//molecular function| methyltransferase activity

molecular function| nuclear localization sequence binding | inferred from physical interaction|GO:0008139//cellular component| cytosol | infe

molecular function| lysine-tRNA ligase activity | inferred from direct assay|GO:0004824//cellular component| cytoplasm | traceable author sta

NA

molecular function| pyruvate carboxylase activity | inferred from mutant phenotype|GO:0004736//molecular function| pyruvate carboxylase a

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:00

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136//biological process| Golgi to plasma membrane transpo

molecular function| --- | inferred from sequence similarity|GO:0051087//molecular function| --- | inferred from physical interaction |GO:00510

molecular function| dihydrolipoyllysine-residue acetyltransferase activity | inferred from direct assay|GO:0004742//cellular component| pyruv

NA

molecular function| clathrin binding | traceable author statement|GO:0030276//cellular component| actin cortical patch (sensu Fungi) | inferre

molecular function| histone acetyltransferase activity | inferred from direct assay|GO:0004402//cellular component| histone acetyltransferase

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| cytosol | traceable author statemen

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| autophagy | inferred from mutant phenotype|GO:00

molecular function| RAN protein binding | inferred from direct assay|GO:0008536//cellular component| cytoplasm | inferred from direct assay

cellular component| nuclear membrane | inferred from physical interaction|GO:0005635

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| 1-phosphatidylinositol 4-kinase activity | traceable author statement|GO:0004430//cellular component| Golgi apparatus |

NA

NA

molecular function| SNF1A/AMP-activated protein kinase activity | inferred from mutant phenotype|GO:0004679//cellular component| nucleu

molecular function| nucleotide-sugar transporter activity | inferred from sequence similarity|GO:0005338//cellular component| COPI-coated v

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| integral to endoplasmic reticulum membran

molecular function| protein binding | inferred from direct assay|GO:0005515//molecular function| ubiquitin-protein ligase activity | inferred fro

molecular function| tRNA dihydrouridine synthase activity | inferred from sequence similarity|GO:0017150//biological process| tRNA modifica

NA

molecular function| metallopeptidase activity | traceable author statement|GO:0008237//cellular component| integral to membrane | traceabl

NA

molecular function| rRNA (guanine-N1-)-methyltransferase activity | inferred from direct assay|GO:0008989//cellular component| mitochondr

molecular function| actin monomer binding | inferred from direct assay|GO:0003785//cellular component| actin cortical patch (sensu Fungi) |

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| 3'-5'-exoribonuclease activity | inferred from direct assay|GO:0000175//cellular component| CCR4-NOT core complex | in

NA

NA

molecular function| alpha,alpha-trehalose-phosphate synthase (UDP-forming) activity | inferred from sequence similarity|GO:0003825//mole

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| L-aminoadipate-semialdehyde dehydrogenase activity | traceable author statement|GO:0004043//cellular component| cy

molecular function| Ran GTPase activator activity | inferred from direct assay|GO:0005098//cellular component| cytosol | inferred from direc

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| receptor activity | inferred from direct assay|GO:0004872//molecular function| endopeptidase activity | traceable author s

molecular function| protein phosphatase type 2A activity | traceable author statement|GO:0000158//molecular function| protein phosphatase

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosome biogenesis | inferred from physical inte

molecular function| tRNA methyltransferase activity | inferred from sequence similarity|GO:0008175//molecular function| tRNA methyltransfe

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| nucleus | traceable author sta

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

NA

molecular function| serine-type peptidase activity | inferred from sequence similarity|GO:0008236//cellular component| nucleus | inferred fro

molecular function| succinate-CoA ligase (ADP-forming) activity | inferred from sequence similarity|GO:0004775//molecular function| succina

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| sterol transport | inferred from muta

molecular function| protein disulfide isomerase activity | traceable author statement|GO:0003756//molecular function| protein disulfide isome

molecular function| tryptophan 2,3-dioxygenase activity | traceable author statement|GO:0004833//cellular component| cytoplasm | inferred

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//cellular component| cytosol | traceable author statemen

NA

NA

molecular function| mRNA methyltransferase activity | inferred from sequence similarity|GO:0008174//molecular function| mRNA methyltran

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

molecular function| mRNA binding | inferred from sequence similarity|GO:0003729//cellular component| snRNP U1 | inferred from sequence

molecular function| ATP-dependent DNA helicase activity | inferred from direct assay|GO:0004003//cellular component| mitochondrial matrix

molecular function| histone binding | traceable author statement|GO:0042393//molecular function| structural constituent of chromatin | tracea

molecular function| transcription corepressor activity | inferred from physical interaction|GO:0003714//cellular component| nucleus | inferred

NA

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| Rho GTPase activator activity | inferred from direct assay|GO:0005100//molecular function| signal transducer activity | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nucleus | inferred from curator|GO:00

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| actin cortical patch (sensu Fungi) | inferred

NA

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| cytoplasm | inferred

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//molecular function

molecular function| protein carrier activity | traceable author statement|GO:0008320//cellular component| cytoplasm | inferred from direct as

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| polysome | inferred from direct assay|GO:00

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| vacuolar membrane | inferred from curator|GO:0005774//biological process| vacuole fusion, non-autophagic | inferred fr

NA

NA

molecular function| protein phosphatase 1 binding | inferred from physical interaction|GO:0008157//molecular function| protein phosphatase

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| establishment of cell polarity (sensu Saccharom

NA

molecular function| permease activity | traceable author statement|GO:0015646

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from phy

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| specific transcriptional repressor activity | inferred from sequence similarity|GO:0016566//molecular function| specific tra

molecular function| protein disulfide isomerase activity | traceable author statement|GO:0003756//molecular function| protein disulfide isome

NA

molecular function| ketoreductase activity | inferred from sequence similarity|GO:0045703//molecular function| ketoreductase activity | inferr

molecular function| calcium-dependent protein serine/threonine phosphatase activity | inferred from sequence similarity|GO:0004723//cellula

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| adenylate cyclase activity | traceable author statement|GO:0004016//cellular component| plasma membrane | inferred fr

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural molecule activity | inferred from physical interaction|GO:0005198//cellular component| COPII vesicle coat | infe

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

NA

NA

molecular function| protein phosphatase type 2A activity | inferred from direct assay|GO:0000158//cellular component| cytoplasm | inferred f

NA

NA

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//cellular component| Arp2/3 protein complex |

molecular function| methylenetetrahydrofolate dehydrogenase (NAD+) activity | inferred from sequence similarity|GO:0004487//molecular fu

NA

NA

molecular function| microtubule motor activity | traceable author statement|GO:0003777//cellular component| cytoplasmic microtubule | infer

NA

molecular function| 5'-flap endonuclease activity | inferred from direct assay|GO:0017108//cellular component| nucleus | inferred from mutan

NA

NA

molecular function| farnesyltranstransferase activity | inferred from sequence similarity|GO:0004311//molecular function| farnesyltranstransf

NA

molecular function| endopeptidase activity | inferred from physical interaction|GO:0004175//cellular component| proteasome regulatory parti

molecular function| hydrolase activity | inferred from direct assay|GO:0016787//molecular function| nucleotide binding | inferred from sequen

NA

NA

NA

NA

molecular function| transferase activity, transferring phosphorus-containing groups | inferred from direct assay|GO:0016772//cellular compo

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| ER-associated protein c

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| peroxisome | tracea

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cytopla

cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005

molecular function| t-SNARE activity | traceable author statement|GO:0005486//cellular component| vacuolar membrane | inferred from dire

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein transporter activity | inferred from direct assay|GO:0008565//cellular component| vesicle coat | inferred from dire

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| response to drug | inferred from mutant

cellular component| membrane | inferred from sequence similarity|GO:0016020

NA

cellular component| Golgi apparatus | traceable author statement|GO:0005794//cellular component| Golgi apparatus | inferred from direct as

NA

NA

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nucleus | inferred from sequence sim

molecular function| carboxylesterase activity | inferred from direct assay|GO:0004091//cellular component| cytosol | inferred from direct assa

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| small nuclear ribonucleoprotein complex | tra

molecular function| hydrolase activity, acting on ester bonds | inferred from direct assay|GO:0016788//cellular component| cytoplasm | inferr

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

NA

molecular function| hypoxanthine phosphoribosyltransferase activity | inferred from sequence similarity|GO:0004422//molecular function| hy

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| G1/S transition of mitotic cell cycle | inferred fro

NA

molecular function| histone acetyltransferase activity | non-traceable author statement|GO:0004402//molecular function| histone acetyltransf

NA

molecular function| pheromone activity | non-traceable author statement|GO:0005186//cellular component| extracellular | non-traceable auth

molecular function| transferase activity, transferring hexosyl groups | inferred from sequence similarity|GO:0016758//molecular function| tran

NA

NA

molecular function| purine nucleotide binding | inferred from sequence similarity|GO:0017076//cellular component| DNA replication factor C

molecular function| succinate dehydrogenase (ubiquinone) activity | traceable author statement|GO:0008177//cellular component| respirator

NA

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome regulatory particle (se

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//cellular component| snRNA cap binding complex | inferr

molecular function| siderochrome-iron transporter activity | inferred from sequence similarity|GO:0015343//molecular function| siderochrome

cellular component| Golgi apparatus | traceable author statement|GO:0005794//cellular component| Golgi apparatus | inferred from direct as

cellular component| membrane | inferred from sequence similarity|GO:0016020

molecular function| chaperone activator activity | inferred from physical interaction|GO:0030189//molecular function| chaperone activator act

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| tRNA specific adenosine deaminase activity | inferred from direct assay|GO:0008251//cellular component| cytoplasm | in

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| dihydrofolate reductase activity | inferred from mutant phenotype|GO:0004146//cellular component| cytosol | traceable a

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcription cofactor activity | inferred from physical interaction|GO:0003712//molecular function| transcription cofactor a

molecular function| magnesium ion transporter activity | inferred from sequence similarity|GO:0015095//cellular component| membrane | infe

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| endoplasmic reticulum membr

molecular function| dCMP deaminase activity | inferred from sequence similarity|GO:0004132//molecular function| dCMP deaminase activity

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| contractile ring (se

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//molecular function| ATPase activity | inferred from di

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

NA

molecular function| protein-arginine N-methyltransferase activity | inferred from sequence similarity|GO:0016274//molecular function| protein

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| fumarate reductase (NADH) activity | inferred from direct assay|GO:0016156//cellular component| cytoplasm | traceable

biological process| cellular morphogenesis | inferred from genetic interaction|GO:0000902

molecular function| --- | inferred from mutant phenotype|GO:0051082//cellular component| extrinsic to membrane | inferred from direct assay

molecular function| peptide alpha-N-acetyltransferase activity | inferred from sequence similarity|GO:0004596//molecular function| peptide a

cellular component| plasma membrane | inferred from direct assay|GO:0005886

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| triplex DNA binding | inferred from direct assay|GO:0045142//molecular function| Pol II transcription elongation factor ac

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cell cortex | inferred from direct assay|GO:

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| UDP-glucose:glycoprotein glucosyltransferase activity | inferred from direct assay|GO:0003980//cellular component| end

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| septin ring | inferred from physical in

molecular function| amino acid transporter activity | inferred from mutant phenotype|GO:0015171//molecular function| amino acid transporte

molecular function| cytoskeletal regulatory protein binding | inferred from physical interaction|GO:0005519//cellular component| actin cap (se

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| [acyl-carrier protein] S-malonyltransferase activity | inferred from sequence similarity|GO:0004314//molecular function| [a

molecular function| aminoacyl-tRNA hydrolase activity | inferred from sequence similarity|GO:0004045//molecular function| aminoacyl-tRNA

molecular function| pyrophosphatase activity | inferred from direct assay|GO:0016462//cellular component| peroxisome | inferred from direct

molecular function| glucose transporter activity | inferred from direct assay|GO:0005355//molecular function| galactose transporter activity |

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| proteasome regulatory particle (sensu Eukarya) | inferred from direct assay|GO:0005838//biological process| proteolysi

NA

NA

molecular function| oligopeptide transporter activity | inferred from sequence similarity|GO:0015198//cellular component| membrane | inferre

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| DNA strand annealing activity | infer

NA

cellular component| mitochondrial inner membrane presequence translocase complex | inferred from direct assay|GO:0005744//biological p

NA

molecular function| structural constituent of nuclear pore | inferred from physical interaction|GO:0017056//cellular component| cytoplasm | in

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| glucan 1,3-beta-glucosidase activity | inferred from direct assay|GO:0004338//cellular component| cell wall (sensu Fung

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| protein processing | inferred from mutant phenotyp

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| pre-mRNA splicing factor activity | inferred from mutant phenotype|GO:0008248//cellular component| spliceosome comp

molecular function| acyl-CoA oxidase activity | traceable author statement|GO:0003997//cellular component| peroxisomal matrix | traceable

molecular function| GTPase activity | traceable author statement|GO:0003924//molecular function| GTPase activity | inferred from sequence

NA

molecular function| delta DNA polymerase activity | traceable author statement|GO:0003891//cellular component| delta DNA polymerase co

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| microfilament motor activity | traceable author statement|GO:0000146//cellular component| actin cortical patch (sensu F

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

molecular function| choline-phosphate cytidylyltransferase activity | inferred from direct assay|GO:0004105//cellular component| Golgi appar

NA

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| fructose-2,6-bisphosphate 2-phosphatase activity | inferred from mutant phenotype|GO:0004331//molecular function| 6-p

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| cy

molecular function| protein disulfide isomerase activity | traceable author statement|GO:0003756//molecular function| protein disulfide isome

molecular function| ARF GTPase activator activity | inferred from sequence similarity|GO:0008060//molecular function| ARF GTPase activat

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//cellular component| cytoplasm | inferred from

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | traceable author sta

molecular function| holo-[acyl-carrier protein] synthase activity | inferred from mutant phenotype|GO:0008897//molecular function| holo-[acyl

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| RSC complex | inferred from direct assay|GO:0016586//biological process| chromatin remodeling | inferred from direct a

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| endoplasmic reticulum | inferred from dire

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| contractile ring (sensu Saccharomyces) | in

molecular function| pantetheine-phosphate adenylyltransferase activity | inferred from sequence similarity|GO:0004595//cellular component|

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:

NA

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| nuclear nucleosome | traceable author state

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| metallopeptidase activity | inferred f

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| COPII-coated vesicle | inferred from direct assay|GO:0030138//cellular component| Golgi apparatus | traceable author s

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | inferred

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

molecular function| glycylpeptide N-tetradecanoyltransferase activity | traceable author statement|GO:0004379//molecular function| glycylpe

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| meiosis | inferred from expression p

NA

molecular function| xenobiotic-transporting ATPase activity | traceable author statement|GO:0008559//molecular function| organic acid trans

molecular function| nucleic acid binding | inferred from direct assay|GO:0003676//cellular component| THO complex | inferred from physical

NA

molecular function| protein transporter activity | traceable author statement|GO:0008565//cellular component| translocon | traceable author s

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein secretion | inferred from sequence simila

molecular function| kinase activity | inferred from sequence similarity|GO:0016301//cellular component| mitochondrion | inferred from seque

NA

molecular function| mannose transporter activity | traceable author statement|GO:0015578//molecular function| glucose transporter activity |

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| amino acid permease activity | inferred from direct assay|GO:0015359//molecular function| neutral amino acid transporte

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| alpha-glucosidase activity | inferred from direct assay|GO:0004558//cellular component| endoplasmic reticulum | inferred

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| CTP synthase activity | inferred from sequence similarity|GO:0003883//molecular function| CTP synthase activity | inferre

cellular component| bud | inferred from direct assay|GO:0005933

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//cellular compone

NA

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//biological process| RAS prote

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//molecular function| cy

molecular function| epsilon DNA polymerase activity | traceable author statement|GO:0003893//cellular component| epsilon DNA polymeras

NA

biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476

NA

molecular function| t-SNARE activity | traceable author statement|GO:0005486//molecular function| v-SNARE activity | traceable author stat

molecular function| ATPase activity | inferred from mutant phenotype|GO:0016887//cellular component| chromatin remodeling complex | infe

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| t-SNARE activity | traceable author statement|GO:0005486//molecular function| v-SNARE activity | traceable author stat

NA

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| ergosterol biosynthesis

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| aerobic respiration | inferred from mutant pheno

molecular function| homocysteine S-methyltransferase activity | inferred from direct assay|GO:0008898//cellular component| cytoplasm | infe

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| transcriptional activator ac

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| G-protein coupled receptor activity | inferred from sequence similarity|GO:0004930//molecular function| G-protein couple

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to dessication | inferred from sequenc

molecular function| ARF guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005086//cellular component| Golgi ves

cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ER to Golgi transport | inferred fro

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

NA

molecular function| monocarboxylic acid transporter activity | inferred from mutant phenotype|GO:0008028//molecular function| monocarbox

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| mitochondrion | inferred from

NA

molecular function| metalloendopeptidase activity | inferred from sequence similarity|GO:0004222//molecular function| metalloendopeptidas

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| bud neck | inferred from dire

molecular function| glucosamine 6-phosphate N-acetyltransferase activity | inferred from direct assay|GO:0004343//cellular component| cyto

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein carrier activity | inferred from sequence similarity|GO:0008320//molecular function| protein carrier activity | inferre

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| GTPase activator activity | inferred from direct assay|GO:0005096//cellular component| cytoplasm | inferred from direct a

molecular function| imidazoleglycerol phosphate synthase activity | traceable author statement|GO:0000107//molecular function| imidazoleg

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell wall organization and biogenesis | inferred fro

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| peptidyl-diphthamide biosynthesis from peptidyl

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| shmoo tip | inferred from direct ass

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//cellular component| Arp2/3 protein complex |

NA

biological process| meiosis | inferred from expression pattern|GO:0007126

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| ATPase activity | inferred from direct assay |GO:001688

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| actin cortical patch (sensu Fungi) | inferred

molecular function| citrate (Si)-synthase activity | traceable author statement|GO:0004108//cellular component| mitochondrial matrix | tracea

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| 1-phosphatidylinositol-4-phosphate 5-kinase activity | inferred from direct assay|GO:0016308//cellular component| plasm

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| bud neck | traceab

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| histone ubiquitination | inferred from mutant pheno

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| translation release factor activity | traceable author statement|GO:0003747//cellular component| cytosol | traceable auth

NA

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//biological process| transport | inferred from sequenc

biological process| cellular respiration | inferred from mutant phenotype|GO:0045333//biological process| mitochondrion organization and bi

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| protein secretion | inferred from seq

NA

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| protein binding | inferred from direct assay

NA

molecular function| thiamin-phosphate diphosphorylase activity | traceable author statement|GO:0004789//molecular function| hydroxyethylt

NA

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//cellular component| nucleolus | inferred from dire

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| endosome membrane | inferred from

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred from

NA

molecular function| rRNA primary transcript binding | inferred from physical interaction|GO:0042134//molecular function| 5S rRNA binding | i

NA

NA

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| proteasome regulatory

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| membrane | inferred from direct assay|GO:0016020//biological process| cation transport | inferred from genetic interacti

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| signal transducer activity | inferred from physical interaction|GO:0004871//cellular component| mitochondrion | inferred f

molecular function| DNA binding | inferred from physical interaction|GO:0003677//cellular component| GINS complex | inferred from physica

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex (sensu

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| Golgi transport complex | inferred from physical interaction|GO:0017119//biological process| intra-Golgi transport | infer

biological process| proton transport | inferred from mutant phenotype|GO:0015992

NA

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| mitochondrial intermembrane space | inf

molecular function| RNA helicase activity | inferred from direct assay|GO:0003724//cellular component| small nucleolar ribonucleoprotein co

NA

cellular component| endosome | inferred from direct assay|GO:0005768

molecular function| MAP kinase kinase kinase activity | traceable author statement|GO:0004709//molecular function| MAP kinase kinase kin

NA

molecular function| protein threonine/tyrosine kinase activity | inferred from direct assay|GO:0004712//cellular component| nucleus | inferred

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| nucleus | inferred from physical inte

cellular component| nuclear condensin complex | inferred from sequence similarity|GO:0000799//cellular component| nuclear condensin com

NA

NA

NA

NA

NA

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

NA

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| central plaque

cellular component| nucleolus | inferred from direct assay|GO:0005730

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| translation release factor activity, codon specific | inferred from sequence similarity|GO:0016149//molecular function| tra

NA

molecular function| phospholipid-translocating ATPase activity | inferred from sequence similarity|GO:0004012//molecular function| phospho

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| tRNA dihydrouridine synthase activity | inferred from direct assay|GO:0017150//cellular component| cytoplasm | inferred

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| nucleolus | inferred from direct assay|G

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| manganese superoxide dismutase activity | inferred from direct assay|GO:0008383//cellular component| mitochondrial m

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| condensed nu

molecular function| protein carrier activity | inferred from sequence similarity|GO:0008320//molecular function| protein carrier activity | inferre

NA

molecular function| enzyme regulator activity | inferred from physical interaction|GO:0030234//molecular function| enzyme regulator activity

molecular function| MAP-kinase scaffold activity | inferred from physical interaction|GO:0005078//molecular function| MAP kinase kinase act

molecular function| methylenetetrahydrofolate dehydrogenase (NADP+) activity | inferred from direct assay|GO:0004488//molecular function

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to drug | inferred from mutant phenoty

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| membrane fraction | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| alcohol dehydrogenase (NADP+) activity | inferred from sequence similarity|GO:0008106//molecular function| alcohol de

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

molecular function| transcription factor activity | inferred from direct assay|GO:0003700//cellular component| nucleus | non-traceable author

molecular function| transketolase activity | inferred from sequence similarity|GO:0004802//cellular component| cytoplasm | inferred from dire

molecular function| prenyl-dependent CAAX protease activity | inferred from direct assay|GO:0008487//molecular function| metalloendopept

molecular function| mannose transporter activity | inferred from genetic interaction|GO:0015578//molecular function| glucose transporter act

NA

cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| cell wall organization and biogenesis | infe

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| peroxisomal membrane | inferred from mu

molecular function| structural molecule activity | traceable author statement|GO:0005198//molecular function| ubiquitin-protein ligase activity

biological process| mRNA processing | inferred from physical interaction|GO:0006397

NA

molecular function| ubiquitin activating enzyme activity | traceable author statement|GO:0004839//cellular component| cytoplasm | inferred f

molecular function| electron carrier activity | inferred from sequence similarity|GO:0009055//molecular function| electron carrier activity | infe

NA

cellular component| membrane | inferred from sequence similarity|GO:0016020

NA

NA

NA

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//molecular function| RNA helicase activity | inferre

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

NA

biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity | inferred from direct assay|GO:0004365//cellular

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//cellular component| mitochondrial lar

molecular function| pre-mRNA splicing factor activity | inferred from direct assay|GO:0008248//cellular component| nucleus | inferred from d

cellular component| chromatin accessibility complex | inferred from sequence similarity|GO:0008623//cellular component| chromatin access

molecular function| proline-tRNA ligase activity | inferred from sequence similarity|GO:0004827

molecular function| transcription factor activity | inferred from direct assay|GO:0003700//cellular component| nucleus | inferred from physica

molecular function| DNA binding | inferred from physical interaction|GO:0003677//cellular component| GINS complex | inferred from physica

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay|GO:0003755//cellular component| histone deacety

molecular function| guanylate kinase activity | inferred from direct assay|GO:0004385//cellular component| cytoplasm | inferred from direct a

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| plasma membrane | inferred

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceos

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| meiotic recombination | traceable author st

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| phosphatidate phosphatase activity | inferred from direct assay|GO:0008195//molecular function| diacylglycerol pyropho

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//cellular component| cytoso

molecular function| deoxyribodipyrimidine photo-lyase activity | traceable author statement|GO:0003904//cellular component| nucleus | trace

molecular function| glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity | inferred from direct assay|GO:0004365//cellular

cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from direct

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//cellular component| CCAAT-binding factor co

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| nucleus | inferred from direct assay |GO:000563

molecular function| protein threonine/tyrosine kinase activity | inferred from direct assay|GO:0004712//cellular component| spindle pole body

molecular function| nuclease activity | inferred from sequence similarity|GO:0004518//cellular component| mitochondrion | inferred from dire

molecular function| 1,3-beta-glucanosyltransferase activity | inferred from sequence similarity|GO:0042124//cellular component| cell wall (se

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//molecular function| structural molecule activit

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| alpha-1,3-mannosyltransferase activity | inferred from direct assay|GO:0000033//biological process| O-linked glycosylati

NA

molecular function| methylenetetrahydrofolate reductase (NADPH) activity | inferred from direct assay|GO:0004489//cellular component| cel

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| cytoplasm | inferr

molecular function| orotate phosphoribosyltransferase activity | traceable author statement|GO:0004588//cellular component| cytoplasm | in

molecular function| gamma DNA-directed DNA polymerase activity | traceable author statement|GO:0003895//cellular component| mitochon

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//cellular component| anaphase-promoting complex | t

molecular function| phosphoinositide phospholipase C activity | inferred from sequence similarity|GO:0004435//cellular component| nucleus

molecular function| galactose transporter activity | inferred from genetic interaction|GO:0005354//cellular component| plasma membrane | in

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| ribosome | traceable a

molecular function| phosphoserine phosphatase activity | inferred from mutant phenotype|GO:0004647//cellular component| cytoplasm | infe

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//cellular component| cytoplasm |

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cyclin-dependent protein kinase regulator activity | inferred from mutant phenotype|GO:0016538//molecular function| cyc

molecular function| protein kinase inhibitor activity | inferred from mutant phenotype|GO:0004860//cellular component| mitochondrion | inferr

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| endopeptidase activity | traceable author

NA

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| transcription factor activity | traceable author statement|GO:0003700//molecular function| DNA binding | traceable autho

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| bud neck | inferred from direct assa

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//molecular function| specific RNA polymerase

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

NA

molecular function| kinase activity | traceable author statement|GO:0016301//cellular component| cytoplasm | traceable author statement|GO

molecular function| L-malate dehydrogenase activity | traceable author statement|GO:0030060//cellular component| mitochondrial matrix | tr

NA

NA

molecular function| C-3 sterol dehydrogenase (C-4 sterol decarboxylase) activity | inferred from direct assay|GO:0000252//cellular compone

molecular function| histone acetyltransferase activity | inferred from direct assay|GO:0004402//cellular component| histone acetyltransferase

cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| response to stress | inferred from direct

cellular component| cell | traceable author statement|GO:0005623//biological process| DNA topological change | inferred from physical inter

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| Golgi transport complex | inferred fr

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| SNF1A/AMP-activated protein kinase activity | inferred from mutant phenotype|GO:0004679//molecular function| RNA po

molecular function| homocitrate synthase activity | inferred from sequence similarity|GO:0004410//molecular function| homocitrate synthase

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrion organization and biogenesis

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//molecular function| structural molecule activit

molecular function| transcription regulator activity | traceable author statement|GO:0030528//cellular component| nucleus | inferred from cur

molecular function| aspartic-type endopeptidase activity | traceable author statement|GO:0004190//cellular component| periplasmic space (s

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//cellular component| nucleolus | inferred from d

molecular function| metallopeptidase activity | inferred from mutant phenotype|GO:0008237//molecular function| metallopeptidase activity | i

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| nucleus | traceable author statement|GO:000

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| UDP-glucose 4-epimerase activity | inferred from direct assay|GO:0003978//biological process| galactose metabolism | n

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| lipid particle | inferred from direct assay|GO:0005811

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| cyto

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| retrograde transport, Golgi to ER | i

molecular function| SNARE binding | inferred from direct assay|GO:0000149//cellular component| bud neck | inferred from direct assay|GO:

molecular function| saccharolysin activity | inferred from direct assay|GO:0004247//molecular function| metalloendopeptidase activity | inferr

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| meiotic chromosome se

cellular component| mitochondrial membrane | inferred from direct assay|GO:0005740//biological process| copper ion transport | inferred fro

cellular component| nuclear condensin complex | traceable author statement|GO:0000799//cellular component| nuclear condensin complex

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

NA

molecular function| histone deacetylase activity | inferred from physical interaction|GO:0004407//cellular component| Sin3 complex | inferred

NA

NA

NA

NA

molecular function| RAN protein binding | inferred from direct assay|GO:0008536//molecular function| tRNA binding | traceable author statem

molecular function| protein serine/threonine kinase activity | inferred from mutant phenotype|GO:0004674//molecular function| protein serine

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| --- | inferred from mutant phenotype|GO:0048487//molecular function| tubulin binding | inferred from direct assay |GO:00

molecular function| aspartate transaminase activity | inferred from sequence similarity|GO:0004069//cellular component| mitochondrion | tra

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| phosphatidylinositol binding | inferred from direct assay|GO:0005545//molecular function| structural constituent of cytosk

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| phosphoglucomutase activity | inferred from sequence similarity|GO:0004614//molecular function| phosphoglucomutase

NA

molecular function| glycerol transporter activity | inferred from direct assay|GO:0015168//molecular function| transporter activity | inferred fro

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| proteasome comple

molecular function| nucleoside-triphosphatase activity | inferred from direct assay|GO:0017111//molecular function| hydrolase activity | infer

NA

NA

NA

NA

molecular function| metalloendopeptidase activity | inferred from sequence similarity|GO:0004222//molecular function| metalloendopeptidas

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glutamate biosynthesis | inferred from mutant p

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism | inferred from mutant phen

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein binding | inferred from sequence similarity|GO:0005515//cellular component| shmoo tip | inferred from direct assa

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| chromatin silencing at silent mating-type cassette

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| hydrolase activity | inferred from direct assay|GO:0016787//molecular function| mRNA binding | inferred from physical in

NA

NA

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct as

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| peroxisomal membrane | traceable autho

molecular function| phosphogluconate dehydrogenase (decarboxylating) activity | inferred from mutant phenotype|GO:0004616//cellular com

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ceramidase activity | inferred from direct assay|GO:0017040//cellular component| endoplasmic reticulum | inferred from

molecular function| protein phosphatase type 2A regulator activity | inferred from sequence similarity|GO:0008601//molecular function| prote

molecular function| nicotinamide riboside kinase activity | inferred from direct assay|GO:0000816//cellular component| cytoplasm | inferred f

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| telomerase activity | inferred from physical interaction|GO:0003720//molecular function| telomerase activity | inferred from

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//cellular component| nucleus | inferred from direct assa

NA

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| outer plaque

molecular function| signal sequence binding | inferred from sequence similarity|GO:0005048//biological process| Golgi to vacuole transport |

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| response to stress | inferred from m

molecular function| uridine kinase activity | inferred from mutant phenotype|GO:0004849//cellular component| cytoplasm | inferred from direc

molecular function| uroporphyrinogen-III synthase activity | inferred from sequence similarity|GO:0004852//molecular function| uroporphyrino

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| DASH complex | inferr

molecular function| translation factor activity, nucleic acid binding | inferred from mutant phenotype|GO:0008135//molecular function| transla

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

molecular function| holo-[acyl-carrier protein] synthase activity | inferred from direct assay|GO:0008897//cellular component| mitochondrion

NA

molecular function| pyruvate carrier activity | inferred from mutant phenotype|GO:0005477//molecular function| transporter activity | inferred

molecular function| alpha,alpha-trehalose-phosphate synthase (UDP-forming) activity | inferred from mutant phenotype|GO:0003825//molec

molecular function| rRNA (adenine-N6,N6-)-dimethyltransferase activity | traceable author statement|GO:0000179//cellular component| nucl

cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| histone acetyltransferase complex | inferred from

cellular component| retromer complex | traceable author statement|GO:0030904//cellular component| endosome | inferred from physical inte

molecular function| histone-lysine N-methyltransferase activity | inferred from sequence similarity|GO:0018024//molecular function| histone-

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| spindle | inferred from direct assay|GO:000

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| bud | inferred from direct assay|GO

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nucleus | inferred from sequence sim

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| mitotic spindle checkpoint | inferred from mutant p

NA

NA

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| phosphoacetylglucosamine mutase activity | inferred from sequence similarity|GO:0004610//molecular function| phospho

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

molecular function| pyruvate carboxylase activity | inferred from mutant phenotype|GO:0004736//molecular function| pyruvate carboxylase a

molecular function| ubiquitin-like conjugating enzyme activity | inferred from sequence similarity|GO:0008640//molecular function| ubiquitin-l

NA

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cytogamy | inferred from mutant ph

molecular function| monocarboxylic acid transporter activity | inferred from mutant phenotype|GO:0008028//molecular function| monocarbox

molecular function| ATP-dependent DNA helicase activity | traceable author statement|GO:0004003//molecular function| chromatin binding

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| serine hydrolase activity | inferred from direct assay|GO:0017171//cellular component| lipid particle | inferred from direct

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

NA

NA

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| Golgi apparatus | inferred from direc

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from genet

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| snoRNA binding | inferred from direct assay|GO:0030515//cellular component| nucleolus | traceable author statement|G

NA

molecular function| allantoate transporter activity | inferred from sequence similarity|GO:0015124//molecular function| allantoate transporter

NA

molecular function| RNA polymerase II transcription factor activity | traceable author statement|GO:0003702//molecular function| DNA replic

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| RNA binding | inferred from physical interaction|GO:0003723//cellular component| snRNP U1 | traceable author stateme

molecular function| N-acetylglucosaminylphosphatidylinositol deacetylase activity | inferred from sequence similarity|GO:0000225//cellular c

molecular function| DNA ligase (ATP) activity | inferred from direct assay|GO:0003910//cellular component| mitochondrion | inferred from mu

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| kinase activator activity | inferred from mutant phenotype|GO:0019209//cellular component| cytoplasm | inferred from dir

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| ER to Golgi transport | inferred from genetic inte

NA

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| spindle

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceos

biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological process| double-strand break repair | tra

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sporulation | inferred from mutant phenotype|GO

NA

NA

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud | inferred from direct assay |GO:0005933//

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| DNA bending activity | inferred from direct assay|GO:0008301//molecular function| DNA binding | inferred from direct ass

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic small ribosom

cellular component| Golgi transport complex | inferred from physical interaction|GO:0017119//biological process| intra-Golgi transport | infer

molecular function| carnitine/acyl carnitine carrier activity | inferred from direct assay|GO:0005476//cellular component| mitochondrial inner m

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| lipid particle | inferred from direct assay|GO:0005811//biological process| aerobic respiration | inferred from expression

NA

cellular component| endoplasmic reticulum | no biological data available|GO:0005783//cellular component| cytoplasm | inferred from direct a

molecular function| inositol-polyphosphate 5-phosphatase activity | inferred from sequence similarity|GO:0004445//cellular component| actin

NA

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//molecular function| actin binding | trace

NA

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//cellular component| RNA polym

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA-directed DNA polymerase activity | inferred from direct assay|GO:0003887//cellular component| nucleus | inferred f

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

NA

cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| vacuolar membrane (sensu Fungi) | inferred from

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//molecular function| protein serin

NA

NA

molecular function| ATP binding | inferred from sequence similarity|GO:0005524//cellular component| mitochondrion | inferred from direct as

cellular component| snRNP U5 | inferred from physical interaction|GO:0005682//cellular component| snRNP U5 | inferred from direct assay

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| endosome | inferred from direct assay|GO:

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| endosome | inferred from direct assay|GO:0005768

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| CCR4-NOT core complex |

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//b

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of cyclin dependent protein kinase ac

cellular component| cell wall (sensu Fungi) | traceable author statement|GO:0009277//biological process| response to nutrients | inferred fro

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotype|GO:0046933//cellu

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| cytochrome-b5 reductase activity | inferred from direct assay|GO:0004128//cellular component| mitochondrial intermemb

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

biological process| regulation of translational termination | inferred from mutant phenotype|GO:0006449

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//molecular function| cleava

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

molecular function| nucleic acid binding | inferred from direct assay|GO:0003676//cellular component| THO complex | inferred from physical

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| negative regulation of transcription from Pol II prom

molecular function| hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds | inferred from sequence similarity|GO:0016810

molecular function| manganese ion transporter activity | inferred from sequence similarity|GO:0005384//molecular function| manganese ion

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| protein processing | inferred from m

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| beta DNA polymerase activity | traceable author statement|GO:0003890//cellular component| nucleus | traceable author

biological process| sporulation | traceable author statement|GO:0030435

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| bud site selection | inferred from mutant phenotyp

NA

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//molecular function| protein binding | inferred from direct a

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| peptidase activity | inferred from m

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

molecular function| acid phosphatase activity | inferred from sequence similarity|GO:0003993//cellular component| cell wall (sensu Fungi) | i

molecular function| citrate (Si)-synthase activity | traceable author statement|GO:0004108//cellular component| mitochondrial matrix | non-tr

molecular function| transferase activity, transferring glycosyl groups | inferred from sequence similarity|GO:0016757//molecular function| ma

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| nucleus | traceable author statemen

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//molecular

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| cyclin binding | inferred from direct assay|GO:0030332//cellular component| cytoplasm | inferred from direct assay|GO:0

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:

cellular component| cytosolic ribosome (sensu Eukarya) | inferred from direct assay|GO:0005830//cellular component| cytosol | inferred from

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from ph

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| metallopeptidase activity | inferred f

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction|GO:0000778//biological process| mitot

molecular function| ATPase activity | traceable author statement|GO:0016887//cellular component| cytoplasm | inferred from direct assay|GO

molecular function| 3'-5'-exoribonuclease activity | inferred from direct assay|GO:0000175//cellular component| CCR4-NOT core complex | in

molecular function| allantoin permease activity | traceable author statement|GO:0005274//molecular function| allantoin permease activity | in

cellular component| mitochondrial outer membrane | inferred from direct assay|GO:0005741//cellular component| mitochondrion | inferred fr

NA

molecular function| GTPase activator activity | traceable author statement|GO:0005096//cellular component| spindle pole body | inferred from

cellular component| RSC complex | inferred from physical interaction|GO:0016586//cellular component| nucleus | inferred from direct assay

molecular function| hydrogen-transporting ATPase activity, rotational mechanism | traceable author statement|GO:0046961//cellular compon

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//cellular component| cytoplasm | inferred from direct ass

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| microtubule binding | inferred from physical interaction|GO:0008017//cellular component| microtubule associated comple

molecular function| thioredoxin peroxidase activity | inferred from sequence similarity|GO:0008379//molecular function| thioredoxin peroxida

NA

molecular function| centromeric DNA binding | inferred from direct assay|GO:0019237//molecular function| DNA bending activity | inferred fr

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| shmoo tip | inferred from direct assay|GO

NA

molecular function| basic amino acid transporter activity | inferred from mutant phenotype|GO:0015174//molecular function| basic amino aci

NA

molecular function| DNA replication origin binding | traceable author statement|GO:0003688//cellular component| nuclear origin of replicatio

cellular component| AP-2 adaptor complex | inferred from sequence similarity|GO:0030122//biological process| intracellular protein transpor

NA

molecular function| chitin deacetylase activity | inferred from sequence similarity|GO:0004099//molecular function| chitin deacetylase activity

NA

molecular function| hydrolase activity | inferred from direct assay|GO:0016787

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

molecular function| mannose transporter activity | traceable author statement|GO:0015578//molecular function| glucose transporter activity |

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from mut

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| succinate dehydrogenase (ubiquinone) activity | inferred from sequence similarity|GO:0008177//molecular function| succ

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ubiquitin-specific protease activity | inferred from direct assay|GO:0004843//cellular component| cytoplasm | inferred from

NA

molecular function| prephenate dehydratase activity | traceable author statement|GO:0004664//cellular component| cytoplasm | inferred from

molecular function| peroxisome targeting signal-2 receptor activity | inferred from physical interaction|GO:0005053//molecular function| pero

molecular function| acetylglucosaminyltransferase activity | inferred from direct assay|GO:0008375//cellular component| Golgi medial cistern

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| carbohydrate binding | inferred from sequence similarity|GO:0030246//molecular function| carbohydrate binding | inferre

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| RSC complex | inferred from physical

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell proliferation | inferred from direct assay|GO:00

NA

molecular function| rRNA primary transcript binding | inferred from physical interaction|GO:0042134//cellular component| nucleolus | inferred

molecular function| RNA binding | inferred from physical interaction|GO:0003723//cellular component| small nuclear ribonucleoprotein comp

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| spindle pole b

molecular function| uroporphyrinogen decarboxylase activity | inferred from sequence similarity|GO:0004853//molecular function| uroporphy

molecular function| transcription cofactor activity | inferred from direct assay|GO:0003712//cellular component| nucleus | inferred from genet

NA

molecular function| hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides | inferred from mutant phenotype|G

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| G2/M transition of mitotic cell cycle | inferred fro

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| actin cortical patch (sensu Fungi) |

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//molecular function| translation initiation fac

molecular function| oxidoreductase activity, acting on CH2 groups, NAD or NADP as acceptor | inferred from sequence similarity|GO:00167

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//cellular component| Cdc73/

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//cellular component| Golgi apparatus | infe

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//m

biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype|GO:0000032

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| inositol/phosphatidylinositol kinase activity | inferred from mutant phenotype|GO:0004428//molecular function| inositol/ph

molecular function| protein phosphatase type 2A activity | traceable author statement|GO:0000158//cellular component| bud neck | inferred

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//cellular component| cytoplasm | inferred from

molecular function| fumarate hydratase activity | traceable author statement|GO:0004333//cellular component| cytosol | inferred from direct

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476

cellular component| membrane | inferred from direct assay|GO:0016020//biological process| membrane organization and biogenesis | inferr

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700

cellular component| chromatin assembly complex | inferred from direct assay|GO:0005678//cellular component| nucleus | inferred from direc

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| histone deacetylase complex | infer

molecular function| mRNA binding | inferred from direct assay|GO:0003729//cellular component| cytoplasm | inferred from direct assay|GO:0

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

biological process| thiamin biosynthesis | traceable author statement|GO:0009228

molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | traceable author statement|GO:0004169//cellular co

NA

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| nucleolus | inferred from direct assay|G

molecular function| acetyl-CoA C-acyltransferase activity | traceable author statement|GO:0003988//cellular component| peroxisomal matrix

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

NA

molecular function| chorismate mutase activity | inferred from direct assay|GO:0004106//cellular component| cytoplasm | inferred from direc

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| copper uptake transporter activity | inferred from direct assay|GO:0015088//cellular component| integral to plasma mem

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| enzyme activator activity | inferred from genetic interaction|GO:0008047//biological process| sporulation (sensu Fungi) |

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//molecular function| ATP-dependent RN

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| GPI-anchor transamidase activity | inferred from sequence similarity|GO:0003923//molecular function| GPI-anchor trans

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005

NA

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

NA

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//molecular function| protein binding | inferred from direct a

NA

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| ATPase

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| cytoplasm | inferred

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| ribosomal large subunit biogenesis | inferred fr

molecular function| 3-keto sterol reductase activity | inferred from mutant phenotype|GO:0000253//cellular component| endoplasmic reticulu

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| cell cortex | inferred from dir

cellular component| SCF ubiquitin ligase complex | inferred from physical interaction|GO:0019005

molecular function| cAMP-specific phosphodiesterase activity | traceable author statement|GO:0004115//biological process| cAMP-mediated

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| carboxy-lyase activity | inferred from sequence similarity|GO:0016831//molecular function| carboxy-lyase activity | inferre

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| intracellular | inferred from direct assay|GO

molecular function| transcription corepressor activity | traceable author statement|GO:0003714//cellular component| cytoplasm | inferred from

molecular function| 5'-3' exoribonuclease activity | inferred from direct assay|GO:0004534//cellular component| nucleus | inferred from direct

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ion transporter activity | traceable author statement|GO:0015075//cellular component| endoplasmic reticulum | inferred fr

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

NA

molecular function| tRNA isopentenyltransferase activity | inferred from direct assay|GO:0004811//cellular component| cytosol | inferred from

molecular function| Rho GTPase activator activity | inferred from sequence similarity|GO:0005100//molecular function| signal transducer act

NA

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//cellular component| nucleus | inferred

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| double-strand break repair | inferred from direct as

NA

NA

NA

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| formate dehydrogenase activity | inferred from sequence similarity|GO:0008863//molecular function| formate dehydroge

molecular function| protein binding | inferred from sequence similarity|GO:0005515//molecular function| RNA binding | inferred from sequenc

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| Golgi apparatus | inferred fro

molecular function| protein farnesyltransferase activity | inferred from direct assay|GO:0004660//cellular component| protein farnesyltransfer

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| protein-glutamine gamma-glutamyltransferase activity | inferred from sequence similarity|GO:0003810//cellular compone

molecular function| 2',3'-cyclic-nucleotide 3'-phosphodiesterase activity | inferred from mutant phenotype|GO:0004113//molecular function| 2

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| spermine synthase activity | inferred from mutant phenotype|GO:0016768//cellular component| cytoplasm | inferred from

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| phosphatidylinositol 3-kinase activity | inferred from direct assay|GO:0016303//molecular function| protein kinase activity

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| negative regulation of DNA transposition | inferred

molecular function| inositol-polyphosphate 5-phosphatase activity | inferred from sequence similarity|GO:0004445//cellular component| actin

molecular function| aldehyde dehydrogenase activity | inferred from sequence similarity|GO:0004028//cellular component| cytoplasm | inferr

NA

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

molecular function| protein kinase regulator activity | inferred from mutant phenotype|GO:0019887//cellular component| membrane | inferred

molecular function| poly(A) binding | traceable author statement|GO:0008143//cellular component| cytoplasm | traceable author statement|G

NA

molecular function| protein phosphatase type 1 regulator activity | traceable author statement|GO:0008599//molecular function| protein phos

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| ubiquitin-protein ligase activity | infe

molecular function| amino acid binding | inferred from mutant phenotype|GO:0016597//molecular function| amino acid binding | inferred from

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| nuclear envelope-endoplasmic retic

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nuclear membrane | inferred from physical interaction|GO:0005635

molecular function| cAMP-specific phosphodiesterase activity | traceable author statement|GO:0004115//cellular component| cytoplasm | inf

NA

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

cellular component| signal peptidase complex | inferred from direct assay|GO:0005787//biological process| signal peptide processing | inferr

NA

molecular function| signal sequence binding | inferred from physical interaction|GO:0005048//cellular component| signal recognition particle

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from direct assay|GO:0008121//cellular component| respiratory chai

NA

NA

NA

NA

molecular function| endonuclease activity | inferred from direct assay|GO:0004519//cellular component| nucleus | inferred from physical inte

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| nucleoside-triphosphatase activity | inferred from direct assay|GO:0017111//molecular function| hydrolase activity | infer

cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| nuclear condensin complex | traceable author sta

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| serine hydrolase activity | inferred from direct assay|GO:0017171//cellular component| lipid particle | inferred from direct

cellular component| signal recognition particle | inferred from sequence similarity|GO:0005786//cellular component| signal recognition partic

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| double-strand break repair via nonhomologous en

cellular component| nuclear chromatin | inferred from direct assay|GO:0000790//biological process| sister chromatid cohesion | inferred from

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from sequence similarity|GO:0003755//cellular component| nucleus

molecular function| NAD-independent histone deacetylase activity | inferred from direct assay|GO:0045129//molecular function| NAD-depen

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| mitochondrion | inferred from

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| carboxylic ester hydrolase activity | inferred from direct assay|GO:0016789//molecular function| structural constituent of

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein binding | inferred from physical interaction|GO:0005515//biological process| thiamin biosynthesis | inferred from m

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//molecular function

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//molecular function| transporter activity | inferred from

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| bud neck | inferred from dire

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ligase activity | traceable author statement|GO:0016874//cellular component| intracellular | inferred from mutant phenoty

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| protein serine/threonine kinase activity | traceable author statement|GO:0004674//cellular component| nucleoplasm | tra

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

cellular component| nuclear exosome (RNase complex) | inferred from physical interaction|GO:0000176//biological process| processing of 2

molecular function| manganese ion transporter activity | inferred from mutant phenotype|GO:0005384//molecular function| manganese ion tr

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| alpha-1,6-mannosyltransferase activity | inferred from direct assay|GO:0000009//cellular component| mannosyltransfera

molecular function| calcium-dependent protein serine/threonine phosphatase activity | inferred from sequence similarity|GO:0004723//cellula

molecular function| guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005085//cellular component| cytosol | inferre

molecular function| ubiquitin-specific protease activity | inferred from direct assay|GO:0004843//cellular component| cytoplasm | inferred from

molecular function| signal peptidase activity | inferred from mutant phenotype|GO:0009003//cellular component| signal peptidase complex |

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| thiol-disulfide exchange intermediate activity | inferred from direct assay|GO:0030508//cellular component| mitochondrio

molecular function| peptide alpha-N-acetyltransferase activity | traceable author statement|GO:0004596//cellular component| cytoplasm | inf

molecular function| cleavage/polyadenylation specificity factor activity | inferred from direct assay|GO:0030364//cellular component| mRNA c

molecular function| endopeptidase inhibitor activity | inferred from direct assay|GO:0004866//cellular component| cytoplasm | traceable auth

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| peroxisomal membrane | traceable autho

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| peptide-N4-(N-acetyl-beta-glucosaminyl)asparagine amidase activity | inferred from direct assay|GO:0000224//cellular c

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| actin cortical patch (sensu Fungi) | inferred

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA replication origin binding | traceable author statement|GO:0003688//cellular component| nuclear origin of replicatio

molecular function| signal transducer activity | inferred from mutant phenotype|GO:0004871//cellular component| nucleus | traceable author

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| ubiquitin-protein ligase activity | infe

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| GTPase activity | inferred from direct assay|GO:0003924//cellular component| cytoplasm | inferred from direct assay|GO

cellular component| mitochondrial outer membrane | inferred from direct assay|GO:0005741//biological process| mitochondrion organization

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| methionyl aminopeptidase activity | inferred from direct assay|GO:0004239//cellular component| cytoplasm | traceable a

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| ubiquitin-dependent protein catabolism | inferre

molecular function| tubulin binding | inferred from direct assay|GO:0015631//cellular component| prefoldin complex | inferred from sequence

NA

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757

molecular function| phospholipid binding | inferred from direct assay|GO:0005543//cellular component| bud neck | inferred from direct assay

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell proliferation | inferred from direct assay|GO:00

cellular component| Golgi transport complex | inferred from physical interaction|GO:0017119//biological process| intra-Golgi transport | infer

molecular function| anion transporter activity | inferred from sequence similarity|GO:0008509//molecular function| anion transporter activity |

NA

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from mut

molecular function| ribonuclease H activity | inferred from physical interaction|GO:0004523//cellular component| nucleus | inferred from direc

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

NA

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| phosphomevalonate kinase activity | traceable author statement|GO:0004631//cellular component| cytosol | traceable au

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//cellular component| mitochondrial sm

molecular function| endodeoxyribonuclease activity | inferred from direct assay|GO:0004520//cellular component| mitochondrial inner memb

molecular function| tRNA (guanine-N7-)-methyltransferase activity | inferred from mutant phenotype|GO:0008176//molecular function| protei

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| 35S primary transcript processing | inferred from m

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//cellular component| RNA polym

molecular function| tRNA (guanosine) methyltransferase activity | inferred from direct assay|GO:0016424//cellular component| cytoplasm | in

NA

NA

NA

molecular function| transcription regulator activity | inferred from mutant phenotype|GO:0030528//cellular component| nucleus | inferred from

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred from

molecular function| mannosyltransferase activity | inferred from direct assay|GO:0000030//cellular component| Golgi apparatus | inferred fro

molecular function| DNA topoisomerase (ATP-hydrolyzing) activity | inferred from direct assay|GO:0003918//cellular component| nucleus | in

molecular function| mRNA binding | inferred from direct assay|GO:0003729//cellular component| actin cap (sensu Fungi) | inferred from dire

NA

molecular function| pseudouridylate synthase activity | inferred from sequence similarity|GO:0004730//biological process| tRNA modification

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//cellular component| Golgi apparatus | infe

molecular function| dihydropteroate synthase activity | inferred from mutant phenotype|GO:0004156//molecular function| dihydroneopterin a

molecular function| riboflavin kinase activity | inferred from mutant phenotype|GO:0008531//molecular function| riboflavin kinase activity | inf

molecular function| protein phosphatase type 2C activity | inferred from sequence similarity|GO:0015071//molecular function| protein phosph

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| MAPKKK cascade during cell

molecular function| translation elongation factor activity | inferred from sequence similarity|GO:0003746//cellular component| cytoplasm | inf

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

NA

NA

molecular function| phospholipase activity | inferred from sequence similarity|GO:0004620//cellular component| mitochondrion | inferred from

molecular function| signal transducer activity | inferred from sequence similarity|GO:0004871//molecular function| GTPase activity | inferred

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| vacuolar acidification | i

NA

NA

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//molecular function| cleava

molecular function| lanosterol synthase activity | traceable author statement|GO:0000250//cellular component| plasma membrane | traceabl

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| --- | inferred from mutant phenotype|GO:0051082//cellular component| nascent polypeptide-associated complex | inferre

molecular function| thioredoxin peroxidase activity | inferred from sequence similarity|GO:0008379//molecular function| thioredoxin peroxida

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//cellular component| cytoplasm | inferred from

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//c

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidase activity | inferred from direct assay|GO:0008233//cellular component| mitochondrial inner membrane peptidas

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| microtubule binding | inferred from genetic interaction|GO:0008017//cellular component| spindle microtubule | traceable

biological process| DNA replication | inferred from mutant phenotype|GO:0006260

molecular function| urea carboxylase activity | inferred from mutant phenotype|GO:0004847//molecular function| allophanate hydrolase activ

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| U4/U6 x U5 tri-sn

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| dynactin com

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//biological process| peroxisome degradation | inferred fr

molecular function| mannose transporter activity | traceable author statement|GO:0015578//molecular function| glucose transporter activity |

cellular component| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| thiamin biosynthesis | traceable autho

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

NA

molecular function| cyclin-dependent protein kinase activity | traceable author statement|GO:0004693//molecular function| cyclin-dependent

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| cytoplasm | inferred from direct assay

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | inferred from physical interaction|GO:00

NA

molecular function| ubiquitin-protein ligase activity | inferred from sequence similarity|GO:0004842//molecular function| ubiquitin-protein liga

molecular function| osmosensor activity | traceable author statement|GO:0005034//molecular function| osmosensor activity | inferred from d

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nucleus | inferred from direct assay|G

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay|GO:0003755//cellular component| histone deacety

molecular function| protein serine/threonine phosphatase activity | traceable author statement|GO:0004722//biological process| sodium ion h

molecular function| cysteine-tRNA ligase activity | inferred from direct assay|GO:0004817//cellular component| cytoplasm | inferred from dire

molecular function| phosphatidylinositol transporter activity | inferred from direct assay|GO:0008526//cellular component| cytosol | inferred fr

molecular function| phosphoribosylformylglycinamidine synthase activity | traceable author statement|GO:0004642//cellular component| cyto

molecular function| protein binding, bridging | inferred from physical interaction|GO:0030674//molecular function| protein binding, bridging | i

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

NA

NA

biological process| meiosis | inferred from genetic interaction|GO:0007126

molecular function| RNA binding | traceable author statement|GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:0

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| ATP-dependent DNA helicase activity | traceable author statement|GO:0004003//molecular function| chromatin binding

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| ubiquitin-protein ligase activity | trac

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//molecular function| thiol-d

molecular function| Rab GTPase activator activity | inferred from sequence similarity|GO:0005097//molecular function| Rab GTPase activato

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| transferase activity, transferring glycosyl groups | inferred from sequence similarity|GO:0016757//molecular function| alp

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| ribosomal large subunit biogenesis | in

molecular function| tubulin binding | inferred from direct assay|GO:0015631//cellular component| prefoldin complex | inferred from sequence

molecular function| soluble NSF attachment protein activity | inferred from direct assay|GO:0005483//cellular component| peripheral to mem

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| enzyme inhibitor activity | inferred from direct assay|GO:0004857//cellular component| proton-transporting ATP synthase

molecular function| mRNA guanylyltransferase activity | traceable author statement|GO:0004484//cellular component| nucleus | inferred from

molecular function| kinase activity | inferred from sequence similarity|GO:0016301

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| prenylated protein tyrosine phosphatase activity | inferred from mutant phenotype|GO:0004727//cellular component| cyto

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| peptidase activity | inferred from m

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| 3'-5' exonuclease activity | traceable author statement|GO:0008408//cellular component| cytoplasm | inferred from direct

molecular function| thiol oxidase activity | traceable author statement|GO:0016972//cellular component| mitochondrial intermembrane space

molecular function| catalytic activity | inferred from direct assay|GO:0003824//biological process| spore wall assembly (sensu Fungi) | inferre

molecular function| hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides | inferred from sequence similarity

molecular function| lipase activity | inferred from sequence similarity|GO:0016298//cellular component| lipid particle | inferred from direct ass

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| autophagy | inferred from mutant phen

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979

NA

NA

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| transmembrane receptor activity | inferred from sequence similarity|GO:0004888//molecular function| transmembrane re

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

NA

molecular function| RNA polymerase II transcription factor activity | inferred from mutant phenotype|GO:0003702//molecular function| RNA p

molecular function| thioredoxin-disulfide reductase activity | inferred from direct assay|GO:0004791//cellular component| mitochondrion | infe

molecular function| chaperone regulator activity | inferred from sequence similarity|GO:0030188//cellular component| mitochondrion | inferre

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ribonuclease P activity | traceable author statement|GO:0004526//molecular function| ribonuclease MRP activity | tracea

molecular function| RNA lariat debranching enzyme activity | inferred from mutant phenotype|GO:0008419//molecular function| RNA lariat d

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//molecular function| protein binding | inferred from direct a

molecular function| O-sialoglycoprotein endopeptidase activity | inferred from sequence similarity|GO:0008450//cellular component| cytoplas

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

molecular function| thiosulfate sulfurtransferase activity | inferred from sequence similarity|GO:0004792//cellular component| cytoplasm | inf

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sporulation (sensu Fungi) | inferred from mutan

molecular function| NAD+ kinase activity | inferred from direct assay|GO:0003951//cellular component| cytoplasm | inferred from direct assa

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein phosphatase inhibitor activity | inferred from direct assay|GO:0004864//biological process| protein amino acid de

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| UTP-hexose-1-phosphate uridylyltransferase activity | inferred from sequence similarity|GO:0003982//cellular componen

molecular function| cyclin-dependent protein kinase activity | inferred from direct assay|GO:0004693//molecular function| protein kinase acti

molecular function| protein phosphatase type 2A regulator activity | inferred from sequence similarity|GO:0008601//molecular function| prote

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| processing of 20S pre-rRNA | inferred from mutan

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//cellular component| proteasome regulatory p

NA

molecular function| pyruvate decarboxylase activity | traceable author statement|GO:0004737//cellular component| cytoplasm | inferred from

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//cellular component| mRNA

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| double-stranded DNA specific 3'-5' exodeoxyribonuclease activity | inferred from direct assay|GO:0008311//molecular fu

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism | inferred from mutant phen

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005

biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

molecular function| ARF guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005086//biological process| secretory p

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred f

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| transcriptional activator activity | inferred from mutant phenotype|GO:0016563//molecular function| transcriptional activat

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

molecular function| endoribonuclease activity | inferred from sequence similarity|GO:0004521//molecular function| endoribonuclease activity

molecular function| ubiquitin-protein ligase activity | inferred from sequence similarity|GO:0004842//molecular function| ubiquitin-protein liga

NA

NA

NA

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//molecular function| protein binding | inferred from direct a

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | in

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| mitochondrion organization and bio

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//molecular function| RNA

molecular function| glycogen synthase kinase 3 activity | inferred from sequence similarity|GO:0004696//molecular function| glycogen synth

molecular function| aconitate hydratase activity | inferred from sequence similarity|GO:0003994//cellular component| mitochondrion | inferre

molecular function| single-stranded DNA binding | traceable author statement|GO:0003697//molecular function| damaged DNA binding | trac

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| mitochondrion | inferred from direct

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| nucleolus | inferred from direct assay|G

NA

molecular function| protein kinase activator activity | inferred from physical interaction|GO:0030295//molecular function| protein kinase activa

NA

molecular function| tRNA (5-methylaminomethyl-2-thiouridylate)-methyltransferase activity | inferred from sequence similarity|GO:0004808//

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| phosphoric monoester hydrolase activity | inferred from sequence similarity|GO:0016791//cellular component| cytoplasm

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//molecular function| RNA binding | traceable author sta

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| adenyl-nucleotide exchange factor activity | inferred from physical interaction|GO:0000774//molecular function| adenyl-n

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| calcium channel activity | inferred from direct assay|GO:0005262//cellular component| plasma membrane | inferred from

molecular function| hydrolase activity, acting on ester bonds | inferred from direct assay|GO:0016788//biological process| acetate metabolis

molecular function| transcriptional repressor activity | inferred from mutant phenotype|GO:0016564//cellular component| shmoo tip | inferred

molecular function| L-iditol 2-dehydrogenase activity | inferred from sequence similarity|GO:0003939//biological process| mannose metaboli

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| plasma membrane | inferred from direct assay|GO:0005886

molecular function| DNA bending activity | inferred from direct assay|GO:0008301//molecular function| transcription factor activity | inferred f

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| ATPase activity | inferred from sequence

NA

cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction|GO:0000778//cellular component| cond

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| spore wall (sensu Fungi) | inferred from sequence similarity|GO:0005619//biological process| spore wall assembly (sens

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| signal recognition particle binding | inferred from sequence similarity|GO:0005047//molecular function| signal recognition

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytosolic ribosome (sensu Eukarya)

molecular function| protoporphyrinogen oxidase activity | inferred from sequence similarity|GO:0004729//molecular function| protoporphyrino

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| mismatch repair | inferred from mutant phenotyp

NA

NA

molecular function| endonuclease activity | inferred from direct assay|GO:0004519//molecular function| transcription coactivator activity | infe

cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred fro

molecular function| DNA helicase activity | inferred from sequence similarity|GO:0003678//molecular function| DNA helicase activity | inferre

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| 1-pyrroline-5-carboxylate dehydrogenase activity | traceable author statement|GO:0003842//cellular component| mitocho

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//molecular function| DNA helicase activity | inferre

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| protein binding | inferred

molecular function| mannosyltransferase activity | inferred from direct assay|GO:0000030//cellular component| Golgi apparatus | inferred fro

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| chromatin silencing at silent mating-type cassette

molecular function| telomeric DNA binding | inferred from physical interaction|GO:0042162//molecular function| telomeric DNA binding | infe

molecular function| receptor activity | inferred from sequence similarity|GO:0004872//cellular component| plasma membrane | inferred from

molecular function| signal sequence binding | inferred from physical interaction|GO:0005048//cellular component| signal recognition particle

molecular function| cytoskeletal protein binding | inferred from sequence similarity|GO:0008092//molecular function| cytoskeletal protein bind

molecular function| ATPase activity, coupled to transmembrane movement of substances | traceable author statement|GO:0042626//molecu

NA

molecular function| 5'-flap endonuclease activity | inferred from direct assay|GO:0017108//cellular component| nucleus | inferred from curato

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| cy

NA

NA

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| ATPase activity | inferred from muta

molecular function| ATP-dependent DNA helicase activity | inferred from direct assay|GO:0004003//cellular component| nucleolus | inferred

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| inositol-1(or 4)-monophosphatase activity | inferred from sequence similarity|GO:0008934//molecular function| inositol-1

molecular function| ribonuclease MRP activity | traceable author statement|GO:0000171//cellular component| ribonuclease MRP complex | t

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:00

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| endoplasmic reticulum | inferred fro

molecular function| structural constituent of nuclear pore | traceable author statement|GO:0017056//cellular component| nuclear pore | trace

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| ribosome assembly | traceable author statement|G

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//molecular function| general

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

biological process| protein-mitochondrial targeting | inferred from mutant phenotype|GO:0006626

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| peroxisomal membrane | inferred from direct assay|GO:0005778//biological process| peroxisome organization and biog

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

molecular function| D-xylulose reductase activity | inferred from direct assay|GO:0046526//biological process| monosaccharide metabolism

molecular function| chromatin binding | traceable author statement|GO:0003682//cellular component| synaptonemal complex | inferred from

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| ATP binding | inferred from direct assay |G

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| amine oxidase activity | inferred from sequence similarity|GO:0008131//molecular function| amine oxidase activity | infer

NA

molecular function| NEDD8 activating enzyme activity | inferred from direct assay|GO:0019781//cellular component| cytoplasm | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| isoleucine-tRNA ligase activity | inferred from direct assay|GO:0004822//cellular component| cytosol | inferred from direc

molecular function| translation regulator activity | inferred from mutant phenotype|GO:0045182//molecular function| RNA binding | non-trace

NA

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| SCF ubiquitin ligase complex | inferred fr

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| cytosolic large ribosom

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| protein transporter activity | inferred from physical intera

biological process| filamentous growth | inferred from genetic interaction|GO:0030447

NA

molecular function| tRNA methyltransferase activity | inferred from direct assay|GO:0008175//cellular component| nucleus | inferred from dir

NA

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| spermidine transporter activity | inferred from mutant phenotype|GO:0015606//molecular function| spermine transporter

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| protease inhibitor activity | inferred from direct assay|GO:0030414//molecular function| lipid binding | inferred from seque

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//cellular component| Golgi apparatus | infe

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| Rho guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005089//molecular function| signal trans

molecular function| maltose porter activity | inferred from sequence similarity|GO:0015581//molecular function| maltose porter activity | inferr

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| U4/U6 x U5 tri-sn

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| 3'-tRNA processing endoribonuclease activity | inferred from direct assay|GO:0042781//molecular function| purine nucle

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| negative regulation of gluconeogenesis | inferred fr

cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interactio

cellular component| synaptonemal complex | inferred from direct assay|GO:0000795//biological process| synaptonemal complex formation |

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//cellular component| cytoplasmic vesicle | inferred from

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| nucleus | inferred from direct assay

molecular function| rRNA binding | inferred from physical interaction|GO:0019843//molecular function| 7S RNA binding | inferred from physic

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

cellular component| bud tip | traceable author statement|GO:0005934//cellular component| nucleus | inferred from direct assay |GO:000563

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| drug transporter activity | inferred from mutant phenotype|GO:0015238//molecular function| monocarboxylic acid transpo

molecular function| phosphoribosylanthranilate isomerase activity | traceable author statement|GO:0004640//cellular component| cytoplasm

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| cytosol | inferred from direct assay|GO:00

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein-vacuolar targeting | inferred from mutan

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein serine/threonine kinase activity | traceable author statement|GO:0004674//cellular component| actin cap (sensu

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

molecular function| DNA binding | inferred from direct assay|GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

NA

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| siderochrome-iron (ferrioxamine) uptake transporter activity | inferred from sequence similarity|GO:0015344//molecular f

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of transcription | traceable author sta

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| glutathione transferase activity | inferred from sequence similarity|GO:0004364//molecular function| glutathione transfera

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein serine/threonine phosphatase activity | inferred from physical interaction|GO:0004722//cellular component| cytop

molecular function| tubulin binding | inferred from physical interaction|GO:0015631//cellular component| cell cortex | inferred from direct ass

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from d

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| nucleus | inferred from dire

molecular function| copper, zinc superoxide dismutase activity | inferred from direct assay|GO:0004785//cellular component| cytosol | inferre

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| half bridge of

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| phosphomethylpyrimidine kinase activity | inferred from sequence similarity|GO:0008972//biological process| thiamin bio

molecular function| thiamin diphosphokinase activity | inferred from mutant phenotype|GO:0004788//molecular function| thiamin diphosphok

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| siderochrome transport | inferred fro

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

NA

NA

molecular function| tRNA methyltransferase activity | inferred from direct assay|GO:0008175//cellular component| nucleus | inferred from dir

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| formate dehydrogenase activity | inferred from sequence similarity|GO:0008863//molecular function| formate dehydroge

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| nucleolus | inferred from direct assay|

molecular function| copper ion binding | inferred from direct assay|GO:0005507//cellular component| mitochondrial inner membrane | inferre

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//cellular component| signal peptidase complex | inferred f

molecular function| dethiobiotin synthase activity | inferred from sequence similarity|GO:0004141//molecular function| dethiobiotin synthase

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nucleus | inferred from physical intera

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| shmoo tip | inferred from dire

molecular function| phosphoric ester hydrolase activity | inferred from direct assay|GO:0042578//molecular function| protein tyrosine phosph

molecular function| protein serine/threonine phosphatase activity | inferred from direct assay|GO:0004722//cellular component| cytoplasm |

cellular component| nuclear membrane | inferred from mutant phenotype|GO:0005635//cellular component| nuclear membrane | inferred fro

NA

NA

NA

molecular function| structural constituent of cell wall | inferred from physical interaction|GO:0005199//cellular component| cell wall (sensu Fu

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nucleus | inferred from physical interaction

molecular function| chromatin binding | inferred from direct assay|GO:0003682//cellular component| nucleus | inferred from physical interact

NA

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| GTPase activity | inferred from direct assa

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//molecular function| DN

molecular function| putrescine transporter activity | inferred from direct assay|GO:0015489//molecular function| gamma-aminobutyric acid tra

molecular function| MAP kinase kinase activity | inferred from sequence similarity|GO:0004708//cellular component| intracellular | traceable

NA

cellular component| mitochondrial outer membrane | traceable author statement|GO:0005741//biological process| mitochondrion organizatio

molecular function| dipeptidyl-peptidase and tripeptidyl-peptidase activity | inferred from direct assay|GO:0016806//cellular component| vacu

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| cytoplasm | traceable author statement|G

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| SNF1A/AMP-activated protein kinase activity | inferred from mutant phenotype|GO:0004679//cellular component| plasma

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| hydrolase activity, acting on ester bonds | inferred from sequence similarity|GO:0016788//molecular function| hydrolase

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| endosome | inferred from physical interact

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| heterogeneous nuclear ribonucleoprotein com

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| endopeptidase activity | traceable author

cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| Golgi apparatus | inferred from direc

molecular function| voltage-gated chloride channel activity | inferred from direct assay|GO:0005247//cellular component| Golgi vesicle | trace

NA

biological process| glucose transport | inferred from mutant phenotype|GO:0015758//biological process| signal transduction | inferred from m

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of cell growth | inferred from physical

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//cellular component| transcr

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| nucleus | inferred from direct assay|

molecular function| MAP kinase activity | inferred from sequence similarity|GO:0004707//biological process| spore wall assembly (sensu Fun

NA

molecular function| transmembrane receptor activity | inferred from sequence similarity|GO:0004888//molecular function| transmembrane re

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| outer plaque

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| mRNA binding | inferred from genetic interaction|GO:0003729//cellular component| mitochondrion | inferred from direct a

molecular function| protein kinase CK2 activity | inferred from direct assay|GO:0004682//cellular component| protein kinase CK2 complex | i

molecular function| calcium-transporting ATPase activity | inferred from sequence similarity|GO:0005388//molecular function| calcium-transp

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//molecular function| glutath

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| integral to membrane | inferred from direct

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//molecular function| protein kinas

molecular function| signal transducer activity | traceable author statement|GO:0004871//molecular function| GTPase activity | traceable auth

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, beta-s

molecular function| protein tyrosine phosphatase activity | inferred from sequence similarity|GO:0004725//cellular component| cytoplasm | in

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060

NA

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nuclear ribonucleoprotein co

molecular function| cyclin-dependent protein kinase activity | traceable author statement|GO:0004693//cellular component| cytoplasm | infer

cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| mRNA-nucleus export | inferred from muta

NA

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//cellular componen

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from sequence similarity|GO:0046933//mo

molecular function| inositol/phosphatidylinositol kinase activity | inferred from direct assay|GO:0004428//cellular component| cytoplasm | infe

cellular component| endosome | inferred from direct assay|GO:0005768

molecular function| holocytochrome-c synthase activity | inferred from direct assay|GO:0004408//cellular component| mitochondrial intermem

molecular function| ATP binding | inferred from sequence similarity|GO:0005524//molecular function| ribokinase activity | inferred from sequ

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| metabolism | traceable author statement|GO:00

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| chromosome segregation | inferred from mutant p

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//cellular component| nucleolus | inferre

cellular component| proteasome regulatory particle, lid subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008541//cellular comp

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

NA

cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| integral to G

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay|GO:0003755//cellular component| nucleolus | infer

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005

molecular function| phospholipid-translocating ATPase activity | inferred from sequence similarity|GO:0004012//cellular component| plasma

molecular function| copper ion binding | inferred from direct assay|GO:0005507//cellular component| cytosol | inferred from direct assay|GO

molecular function| aminopeptidase I activity | inferred from direct assay|GO:0004250//cellular component| vacuole (sensu Fungi) | inferred

molecular function| nuclear localization sequence binding | traceable author statement|GO:0008139//molecular function| nuclear localization

molecular function| histone binding | traceable author statement|GO:0042393//molecular function| histone deacetylase activity | traceable au

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

cellular component| soluble fraction | inferred from direct assay|GO:0005625

NA

molecular function| translation initiation factor activity | inferred from sequence similarity|GO:0003743//molecular function| translation initiatio

NA

cellular component| spindle pole | inferred from direct assay|GO:0000922//cellular component| MIND complex | inferred from direct assay |G

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

molecular function| zeta DNA polymerase activity | traceable author statement|GO:0003894//cellular component| nucleus | traceable author

molecular function| NAD+ diphosphatase activity | inferred from direct assay|GO:0000210//cellular component| peroxisome | inferred from d

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| cell adhesion molecule binding | traceable author statement|GO:0050839//molecular function| cell adhesion molecule bi

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

molecular function| 3-oxoacyl-[acyl-carrier protein] synthase activity | inferred from sequence similarity|GO:0004315//molecular function| 3-o

molecular function| NADPH dehydrogenase activity | inferred from sequence similarity|GO:0003959//molecular function| NADPH dehydroge

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| DASH comple

NA

NA

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| cell wall organization and bio

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from

molecular function| signal sequence binding | inferred from physical interaction|GO:0005048//cellular component| signal recognition particle

molecular function| Rho guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005089//molecular function| signal trans

NA

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| vacuole (sensu Fungi) | inferred from direct ass

NA

molecular function| transcription corepressor activity | inferred from mutant phenotype|GO:0003714//molecular function| transcription corepr

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| endopeptidase activity | traceable author

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred f

molecular function| rRNA binding | inferred from physical interaction|GO:0019843//cellular component| nucleolus | inferred from sequence s

molecular function| tRNA-intron endonuclease activity | traceable author statement|GO:0000213//cellular component| mitochondrial outer m

molecular function| potassium ion transporter activity | inferred from direct assay|GO:0015079//cellular component| plasma membrane | trac

NA

NA

molecular function| guanyl nucleotide binding | inferred from direct assay|GO:0019001//cellular component| cytoplasm | inferred from direct

NA

cellular component| nucleoplasm | inferred from direct assay|GO:0005654//cellular component| nucleus | inferred from direct assay |GO:000

molecular function| transcription factor activity | traceable author statement|GO:0003700

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| chromatin remodeling complex | inferred from physical interaction|GO:0016585//cellular component| nucleus | inferred f

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| ferric-chelate reductase activity | inferred from direct assay|GO:0000293//cellular component| plasma membrane | inferr

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| endopeptidase activity | traceable author

molecular function| transcription corepressor activity | inferred from physical interaction|GO:0003714//molecular function| transcription corep

NA

molecular function| nucleoside-triphosphatase activity | inferred from direct assay|GO:0017111//molecular function| hydrolase activity | infer

molecular function| mRNA (guanine-N7-)-methyltransferase activity | inferred from sequence similarity|GO:0004482//molecular function| mR

NA

NA

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| ATP-dependent RNA helicase activity | tra

molecular function| Rab guanyl-nucleotide exchange factor activity | inferred from physical interaction|GO:0017112//cellular component| vac

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| GTP binding | inferred from sequence similarity|GO:0005525//cellular component| cytoplasm | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein transporter activity | inferred from mutant phenotype|GO:0008565//cellular component| mitochondrial outer mem

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//cellular compone

molecular function| alpha DNA polymerase activity | traceable author statement|GO:0003889//cellular component| alpha DNA polymerase:p

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| transcription from Pol II promoter | inferred from g

NA

molecular function| homocitrate synthase activity | inferred from sequence similarity|GO:0004410//molecular function| homocitrate synthase

molecular function| enzyme activator activity | inferred from direct assay|GO:0008047//molecular function| calcium ion binding | inferred from

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| purine nucleotide binding | inferred from sequence similarity|GO:0017076//molecular function| DNA clamp loader activity

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| triacylglycerol lipase activity | inferred from mutant phenotype|GO:0004806//molecular function| triacylglycerol lipase act

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| centromeric DNA binding | inferred from direct assay|GO:0019237//molecular function| DNA bending activity | inferred fr

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to dessication | inferred from sequenc

NA

molecular function| diaminohydroxyphosphoribosylaminopyrimidine deaminase activity | inferred from mutant phenotype|GO:0008835//mole

cellular component| eukaryotic translation initiation factor 3 complex | inferred from physical interaction|GO:0005852//cellular component| cy

molecular function| inorganic phosphate transporter activity | inferred from sequence similarity|GO:0005315//molecular function| inorganic p

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| nuclear cohesin complex | tr

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

NA

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| late endosome to vacuole transport | in

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| cyclin-dependent protein kinase activity | inferred from physical interaction|GO:0004693//molecular function| cyclin-depe

molecular function| protein binding | inferred from sequence similarity|GO:0005515//cellular component| ubiquitin ligase complex | inferred fr

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//molecular function| mRNA binding | inferred from direct

cellular component| nuclear pore | traceable author statement|GO:0005643//biological process| poly(A)+ mRNA-nucleus export | inferred fro

NA

cellular component| nuclear pore | traceable author statement|GO:0005643//cellular component| nuclear pore | inferred from direct assay |G

NA

cellular component| endosome | inferred from direct assay|GO:0005768

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| bud site selection | inferred from mutant phenotyp

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| 2,4-dienoyl-CoA reductase (NADPH) activity | inferred from sequence similarity|GO:0008670//molecular function| 2,4-die

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| single-stranded DNA specific endodeoxyribonuclease activity | traceable author statement|GO:0000014//cellular compon

molecular function| DRAP deaminase activity | inferred from mutant phenotype|GO:0017173//molecular function| DRAP deaminase activity

molecular function| enzyme activator activity | inferred from direct assay|GO:0008047//cellular component| cytoplasm | inferred from direct a

NA

molecular function| --- | inferred from sequence similarity|GO:0051087//molecular function| --- | inferred from mutant phenotype |GO:005108

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from mutan

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| cell cycle arrest in response to phe

molecular function| signal transducer activity | traceable author statement|GO:0004871//molecular function| GTPase activity | traceable auth

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from genet

molecular function| 1-phosphatidylinositol 4-kinase activity | inferred from mutant phenotype|GO:0004430//molecular function| 1-phosphatid

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

cellular component| endosome | inferred from direct assay|GO:0005768

NA

NA

cellular component| Golgi trans face | inferred from direct assay|GO:0005802//biological process| Golgi to vacuole transport | inferred from p

molecular function| glutamine-tRNA ligase activity | inferred from direct assay|GO:0004819//cellular component| cytoplasm | inferred from cu

molecular function| SUMO-specific protease activity | inferred from mutant phenotype|GO:0016929//molecular function| SUMO-specific prote

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

molecular function| cAMP-dependent protein kinase activity | traceable author statement|GO:0004691//molecular function| protein serine/thr

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from physical interaction|GO:0046933//mo

cellular component| nucleolus | inferred from direct assay|GO:0005730

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| arsenate reductase activity | inferred from mutant phenotype|GO:0030611//molecular function| arsenate reductase activ

NA

NA

molecular function| exopolyphosphatase activity | inferred from mutant phenotype|GO:0004309//molecular function| exopolyphosphatase ac

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| RNA binding | inferred

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

NA

cellular component| Golgi apparatus | inferred from direct assay|GO:0005794

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

cellular component| chromatin assembly complex | inferred from direct assay|GO:0005678//cellular component| chromosome, pericentric re

molecular function| transcriptional repressor activity | inferred from direct assay|GO:0016564//cellular component| nucleus | inferred from cu

cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| actin cytoskeleton | infe

NA

molecular function| cation:cation antiporter activity | inferred from sequence similarity|GO:0015491//molecular function| cation:cation antipor

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672

NA

molecular function| asparagine-tRNA ligase activity | inferred from sequence similarity|GO:0004816//molecular function| asparagine-tRNA li

molecular function| poly(A)-specific ribonuclease activity | traceable author statement|GO:0004535//molecular function| poly(A)-specific ribo

NA

molecular function| protein phosphatase regulator activity | inferred from sequence similarity|GO:0019888//cellular component| cytoplasm | i

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//molecular function| DNA

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| vesicle-mediated transport | inferred from mutant p

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| U4/U6 x U5 tri-sn

molecular function| transcription corepressor activity | inferred from mutant phenotype|GO:0003714//cellular component| nucleus | inferred f

molecular function| protein transporter activity | inferred from sequence similarity|GO:0008565//molecular function| protein transporter activit

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein biosynthesis | traceable author state

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| GTPase activity | inferred from sequ

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| signal sequence binding | inferred from physical interaction|GO:0005048//molecular function| signal sequence binding |

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| bud | inferred from direct assay|GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737

cellular component| chromatin assembly complex | traceable author statement|GO:0005678//cellular component| chromatin assembly comp

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:00

NA

molecular function| protein phosphatase type 1 activity | inferred from physical interaction|GO:0000163//molecular function| protein phospha

NA

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| cell cycle | traceable author stateme

cellular component| AP-3 adaptor complex | inferred from sequence similarity|GO:0030123//biological process| Golgi to vacuole transport | i

molecular function| mannosyltransferase activity | inferred from sequence similarity|GO:0000030//cellular component| endoplasmic reticulum

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

NA

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U1 | traceable author statement|GO:0

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//c

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| chromosome organization and biogenesis (sensu

molecular function| transcriptional repressor activity | traceable author statement|GO:0016564//molecular function| 3'-5'-exoribonuclease ac

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| --- | inferred from mutant phenotype |GO:005108

molecular function| protein kinase activator activity | inferred from genetic interaction|GO:0030295//cellular component| plasma membrane |

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| --- | inferred from mutant phenotype|GO:0051082//cellular component| mitochondrial inner membrane | inferred from dire

molecular function| ATP binding | inferred from direct assay|GO:0005524//cellular component| cytoplasm | inferred from direct assay|GO:00

molecular function| structural molecule activity | inferred from physical interaction|GO:0005198//molecular function| structural molecule activ

NA

molecular function| tRNA-intron endonuclease activity | traceable author statement|GO:0000213//cellular component| mitochondrial outer m

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| retrograde transport, Golgi to ER | i

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//molecular function| cleava

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| isoprenoid binding | traceable author statement|GO:0019840//molecular function| carrier activity | traceable author statem

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| phospholipid metabolism | inferred from genetic in

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| protein binding | inferred from physical int

molecular function| phospholipid:diacylglycerol acyltransferase activity | inferred from direct assay|GO:0046027//cellular component| endopl

molecular function| telomeric template RNA reverse transcriptase activity | traceable author statement|GO:0003721//cellular component| nu

molecular function| protein phosphatase inhibitor activity | inferred from direct assay|GO:0004864//molecular function| phosphopantothenoy

molecular function| 3'-5'-exoribonuclease activity | inferred from direct assay|GO:0000175//cellular component| CCR4-NOT core complex | in

molecular function| IMP 5'-nucleotidase activity | inferred from direct assay|GO:0050483//biological process| inosine salvage | inferred from

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| chaperone activator activity | inferred from physical interaction|GO:0030189//molecular function| chaperone activator act

molecular function| --- | traceable author statement|GO:0051082//molecular function| enzyme inhibitor activity | inferred from direct assay |G

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| ch

NA

NA

molecular function| succinate dehydrogenase (ubiquinone) activity | traceable author statement|GO:0008177//molecular function| succinate

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| SNARE binding | traceable author statement|GO:0000149//cellular component| ER-Golgi transport vesicle | inferred from

molecular function| RNA binding | inferred from direct assay|GO:0003723//molecular function| damaged DNA binding | traceable author stat

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| Golgi membrane | inferred from genetic interaction|GO:0000139//biological process| Golgi vesicle transport | inferred fro

NA

molecular function| 1-phosphatidylinositol 4-kinase activity | inferred from mutant phenotype|GO:0004430//cellular component| plasma mem

molecular function| phosphomethylpyrimidine kinase activity | inferred from sequence similarity|GO:0008972//biological process| thiamin bio

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//m

NA

NA

molecular function| geranyltranstransferase activity | traceable author statement|GO:0004337//molecular function| geranyltranstransferase a

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

NA

molecular function| signal sequence binding | inferred from physical interaction|GO:0005048//cellular component| signal recognition particle

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| bud tip | inferred from physical interaction|G

molecular function| serine hydrolase activity | inferred from direct assay|GO:0017171//cellular component| cytoplasm | inferred from direct a

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//molecular function| structural molecule activit

NA

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| DNA clamp loader activity | inferred from d

molecular function| Rab guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0017112//cellular component| vacuolar m

molecular function| translation repressor activity | traceable author statement|GO:0030371//cellular component| cytoplasm | inferred from dir

molecular function| rRNA primary transcript binding | inferred from direct assay|GO:0042134//molecular function| snoRNA binding | inferred

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:00

molecular function| acyl carrier activity | traceable author statement|GO:0000036//cellular component| mitochondrion | traceable author state

cellular component| condensed nuclear chromosome | inferred from direct assay|GO:0000794//biological process| meiosis | inferred from m

cellular component| signalosome complex | inferred from direct assay|GO:0008180//biological process| adaptation to pheromone during con

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ubiquitin-protein ligase activity | inferred from direct assay|GO:0004842//cellular component| nuclear membrane | tracea

molecular function| phosphoglycerate mutase activity | inferred from mutant phenotype|GO:0004619//cellular component| cytosol | traceable

NA

molecular function| structural constituent of ribosome | inferred from physical interaction|GO:0003735//cellular component| mitochondrial lar

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| hydrogen-transporting ATPase V1 domain | inf

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell wall organization and biogenesis | inferred fro

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

molecular function| glutathione synthase activity | inferred from direct assay|GO:0004363//cellular component| intracellular | traceable autho

molecular function| ion transporter activity | inferred from sequence similarity|GO:0015075

molecular function| adenosylmethionine-8-amino-7-oxononanoate transaminase activity | inferred from sequence similarity|GO:0004015//mo

NA

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| MAP kinase activity | inferred from sequence similarity|GO:0004707//cellular component| bud tip | inferred from direct as

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| copper-exporting ATPase activity | inferred from sequence similarity|GO:0004008//molecular function| copper-exporting

molecular function| aconitate hydratase activity | traceable author statement|GO:0003994//cellular component| cytosol | traceable author sta

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| mitochondrion organization and biogenesis | inferr

molecular function| transcriptional repressor activity | inferred from physical interaction|GO:0016564//cellular component| Sin3 complex | infe

molecular function| phospholipid-translocating ATPase activity | inferred from sequence similarity|GO:0004012//cellular component| trans-G

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleoplasm | inferred from direct assay |GO:0

molecular function| glucan 1,3-beta-glucosidase activity | inferred from sequence similarity|GO:0004338//cellular component| septum | inferr

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| glycogen (starch) synthase activity | inferred from direct assay|GO:0004373//cellular component| cytoplasm | inferred fro

NA

molecular function| ribose-phosphate diphosphokinase activity | traceable author statement|GO:0004749//cellular component| cytoplasm | in

NA

cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| protein-vacuolar targeting | inferred from muta

molecular function| cytoskeletal regulatory protein binding | inferred from physical interaction|GO:0005519//cellular component| shmoo tip | i

molecular function| alpha DNA polymerase activity | traceable author statement|GO:0003889//cellular component| alpha DNA polymerase:p

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| cytoplasm | inferr

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

cellular component| lipid particle | inferred from direct assay|GO:0005811

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| --- | inferred from mutant phenotype |GO:005108

molecular function| hydroxymethylglutaryl-CoA reductase (NADPH) activity | traceable author statement|GO:0004420//cellular component| e

molecular function| Rab GTPase activator activity | inferred from sequence similarity|GO:0005097//molecular function| Rab GTPase activato

NA

molecular function| protein serine/threonine kinase activity | inferred from direct assay|GO:0004674//cellular component| shmoo tip | inferred

NA

cellular component| ribosome | traceable author statement|GO:0005840//biological process| processing of 20S pre-rRNA | traceable author

molecular function| transcription factor activity | traceable author statement|GO:0003700//cellular component| nucleus | inferred from direct a

NA

molecular function| 3'-5' exonuclease activity | inferred from sequence similarity|GO:0008408//molecular function| 3'-5' exonuclease activity

NA

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

cellular component| mitochondrion | inferred from curator|GO:0005739//biological process| Group I intron splicing | inferred from mutant phe

NA

cellular component| kinetochore | inferred from direct assay|GO:0000776

molecular function| peroxisome targeting signal-1 receptor activity | inferred from physical interaction|GO:0005052//molecular function| pero

cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| cytoplasm | inferred from

molecular function| NAD-independent histone deacetylase activity | inferred from physical interaction|GO:0045129//molecular function| NAD

NA

molecular function| glucosidase activity | inferred from sequence similarity|GO:0015926//cellular component| cell wall (sensu Fungi) | inferre

molecular function| nucleocytoplasmic transporter activity | inferred from genetic interaction|GO:0005487//molecular function| protein kinase

molecular function| --- | inferred from direct assay|GO:0051082//cellular component| mitochondrial matrix | inferred from direct assay|GO:00

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| DNA replication origin binding | traceable

NA

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//molecular function| RNA

molecular function| rRNA (uridine-2'-O-)-methyltransferase activity | inferred from mutant phenotype|GO:0008650//molecular function| rRNA

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| mitochondrial outer membrane | traceab

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

NA

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| endoplasmic reticulum membrane | infe

molecular function| transporter activity | inferred from mutant phenotype|GO:0005215//molecular function| RNA binding | inferred from direct

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| single-stranded DNA binding | inferred from direct assay|GO:0003697//cellular component| mitochondrion | inferred from

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| cytoplasm | inferred from direct as

molecular function| U6 snRNA binding | inferred from direct assay|GO:0017070//cellular component| snRNP U6 | inferred from direct assay|

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| protein binding, bridging | inferred from physical interaction|GO:0030674//cellular component| actin cortical patch (sensu

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrion organization and biogenesis

molecular function| tRNA (guanine-N7-)-methyltransferase activity | inferred from mutant phenotype|GO:0008176//molecular function| protei

NA

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytosol | inferred from direct assay|G

molecular function| RNA binding | inferred from sequence similarity|GO:0003723

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell growth | inferred from mutant phenotype|GO:0

molecular function| --- | inferred from direct assay|GO:0051082//cellular component| cytoplasm | inferred from direct assay|GO:0005737//bio

cellular component| nuclear membrane | inferred from direct assay|GO:0005635//biological process| response to unfolded protein | inferred

molecular function| H3/H4 histone acetyltransferase activity | inferred from mutant phenotype|GO:0004406//cellular component| cytoplasm |

molecular function| signal transducer activity | inferred from physical interaction|GO:0004871//cellular component| cytoplasm | inferred from

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| response to dessication | inferred from sequence

NA

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| nucleu

biological process| bud site selection | inferred from mutant phenotype|GO:0000282

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell wall organization and biogenesis | inferred fro

molecular function| protein disulfide isomerase activity | traceable author statement|GO:0003756//molecular function| protein disulfide isome

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| nucleu

molecular function| carboxymethylenebutenolidase activity | inferred from sequence similarity|GO:0008806//cellular component| cytoplasm |

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| small nuclear ribonucleoprotein complex | tra

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| receptor activity | inferred from direct assay|GO:0004872//molecular function| endopeptidase activity | inferred from phys

NA

molecular function| histidinol-phosphatase activity | traceable author statement|GO:0004401//cellular component| cell | traceable author stat

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| meiotic recombination | inferred from mutant phen

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| DNA replication factor C complex | traceable a

NA

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//cellular component| cytoplasm | inferred from dire

molecular function| alkylbase DNA N-glycosylase activity | traceable author statement|GO:0003905//cellular component| cytoplasm | inferred

NA

molecular function| single-stranded DNA binding | inferred from direct assay|GO:0003697//molecular function| double-stranded DNA binding

molecular function| structural molecule activity | inferred from physical interaction|GO:0005198//molecular function| structural molecule activ

molecular function| protein kinase CK2 activity | inferred from direct assay|GO:0004682//cellular component| protein kinase CK2 complex | i

molecular function| transaldolase activity | inferred from sequence similarity|GO:0004801//cellular component| nucleus | inferred from direct

NA

molecular function| acetyltransferase activity | inferred from direct assay|GO:0016407//molecular function| H3/H4 histone acetyltransferase

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| endosome | inferred from direct assay|GO:

molecular function| aldehyde dehydrogenase activity | inferred from sequence similarity|GO:0004028//molecular function| aldehyde dehydro

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//molecular function| protein serin

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| condensed nuclear chromosome kinetocho

NA

NA

NA

NA

molecular function| alpha DNA polymerase activity | traceable author statement|GO:0003889//cellular component| alpha DNA polymerase:p

NA

molecular function| isocitrate lyase activity | inferred from sequence similarity|GO:0004451//molecular function| isocitrate lyase activity | infe

cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005

biological process| nitrogen metabolism | inferred from expression pattern|GO:0006807

cellular component| Golgi apparatus | non-traceable author statement|GO:0005794//biological process| ER to Golgi transport | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| sporulation | inferred from mutant phenotype|GO:0

NA

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

cellular component| spliceosome complex | inferred from physical interaction|GO:0005681//biological process| nuclear mRNA splicing, via s

NA

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceos

molecular function| inositol/phosphatidylinositol kinase activity | inferred from direct assay|GO:0004428//cellular component| nucleus | inferr

cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| vacuolar membrane (sensu Fungi) | in

NA

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| cell cortex | inferred from direct ass

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

NA

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| hydrolase activity | inferred from direct assay|GO:0016787//molecular function| enzyme activator activity | inferred from d

molecular function| sphinganine-1-phosphate aldolase activity | inferred from direct assay|GO:0008117//cellular component| endoplasmic re

cellular component| ESCRT II complex | inferred from direct assay|GO:0000814//biological process| negative regulation of transcription by g

molecular function| ATPase activity | inferred from mutant phenotype|GO:0016887//cellular component| chromatin remodeling complex | infe

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| DNA replication origin binding | traceable author statement|GO:0003688//cellular component| nuclear origin of replicatio

cellular component| DNA replication factor C complex | inferred from physical interaction|GO:0005663//biological process| mitotic sister chro

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005

molecular function| ATP-dependent DNA helicase activity | inferred from direct assay|GO:0004003//molecular function| single-stranded DNA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| bud growth | inferred from genetic interaction|G

molecular function| alpha-tubulin binding | inferred from physical interaction|GO:0043014//biological process| alpha-tubulin folding | traceabl

NA

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| guanyl-nucleotide exchange factor activity | inferred from physical interaction|GO:0005085//cellular component| membra

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| t-SNARE activity | inferred from sequence similarity|GO:0005486//molecular function| t-SNARE activity | inferred from m

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| plasma membrane | traceable author sta

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| glycerol-3-phosphate dehydrogenase activity | inferred from sequence similarity|GO:0004368//molecular function| glycer

molecular function| mating-type a-factor pheromone receptor activity | inferred from sequence similarity|GO:0004933//molecular function| m

NA

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from sequence similarity|GO:0003755//cellular component| vacuole

molecular function| alpha-1,3-mannosyltransferase activity | inferred from direct assay|GO:0000033//biological process| O-linked glycosylati

molecular function| receptor activity | inferred from sequence similarity|GO:0004872//molecular function| receptor activity | inferred from gen

cellular component| retromer complex | traceable author statement|GO:0030904//cellular component| endosome | inferred from physical inte

NA

NA

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| transport vesicle | inferred from direct a

NA

cellular component| extrinsic to membrane | traceable author statement|GO:0019898//biological process| protein-membrane targeting | infer

NA

molecular function| ATP-dependent DNA helicase activity | traceable author statement|GO:0004003//molecular function| chromatin binding

biological process| cell cycle arrest in response to pheromone | inferred from physical interaction|GO:0000751//biological process| cell cycle

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| protein binding | inferred from direct assay|GO:0005515//molecular function| chromatin binding | inferred from direct ass

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

cellular component| nucleus | inferred from sequence similarity|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0

molecular function| protoheme IX farnesyltransferase activity | inferred from sequence similarity|GO:0008495//cellular component| mitochon

molecular function| xylulokinase activity | inferred from sequence similarity|GO:0004856//molecular function| xylulokinase activity | inferred f

molecular function| enzyme activator activity | inferred from direct assay|GO:0008047//molecular function| protein binding | inferred from dire

molecular function| ATP binding | inferred from direct assay|GO:0005524//molecular function| ATP-dependent DNA helicase activity | tracea

molecular function| RNA polymerase II transcription mediator activity | inferred from physical interaction|GO:0016455//cellular component| m

molecular function| NAD-independent histone deacetylase activity | inferred from physical interaction|GO:0045129//molecular function| NAD

cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| actin filament organizatio

molecular function| enzyme activator activity | inferred from mutant phenotype|GO:0008047//cellular component| contractile ring (sensu Sac

molecular function| alpha,alpha-trehalase activity | inferred from mutant phenotype|GO:0004555//cellular component| vacuole (sensu Fungi)

molecular function| arginyltransferase activity | traceable author statement|GO:0004057//cellular component| cytoplasm | traceable author s

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| mitochondrial outer membrane | in

cellular component| cytosolic ribosome (sensu Eukarya) | inferred from direct assay|GO:0005830//cellular component| cytosol | inferred from

molecular function| centromeric DNA binding | inferred from direct assay|GO:0019237//cellular component| nuclear nucleosome | inferred fr

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| phosphopantothenoylcysteine decarboxylase activity | inferred from sequence similarity|GO:0004633//biological process

NA

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cAMP-mediated signaling | inferred from genetic in

NA

molecular function| RNA helicase activity | inferred from direct assay|GO:0003724//cellular component| nucleolus | inferred from direct assa

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

NA

cellular component| SCF ubiquitin ligase complex | inferred from physical interaction|GO:0019005

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| sporulation (sensu Fungi) | inferred from mu

molecular function| ethanolamine kinase activity | inferred from direct assay|GO:0004305//molecular function| choline kinase activity | inferre

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| transcriptional activator activity | inferred from mutant phenotype|GO:0016563//molecular function| transcriptional activat

NA

molecular function| tRNA methyltransferase activity | inferred from direct assay|GO:0008175//cellular component| cytoplasm | inferred from

NA

cellular component| Ada2/Gcn5/Ada3 transcription activator complex | inferred from physical interaction|GO:0005671//biological process| nu

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//cellular component| proteasome regulatory p

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| aerobic respiration | inferred from mutant pheno

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| helicase activity | inferred from sequ

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//biological process| sphingolipid biosynthesis | inferred fr

molecular function| nicotinate-nucleotide adenylyltransferase activity | inferred from sequence similarity|GO:0004515//molecular function| nic

NA

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//cellular component| mitochondrion | inferred

molecular function| damaged DNA binding | inferred from mutant phenotype|GO:0003684//cellular component| nucleus | inferred from curat

molecular function| cytochrome-c oxidase activity | inferred from direct assay|GO:0004129//cellular component| respiratory chain complex IV

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nucleus | inferred from direct assay|GO:0005

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:

NA

molecular function| regulator of G-protein signaling activity | inferred from mutant phenotype|GO:0016299//cellular component| ESCRT II co

molecular function| ferric-chelate reductase activity | inferred from sequence similarity|GO:0000293//cellular component| integral to membra

molecular function| ligase activity | inferred from sequence similarity|GO:0016874//molecular function| ligase activity | inferred from mutant p

molecular function| FMN adenylyltransferase activity | inferred from sequence similarity|GO:0003919//molecular function| FMN adenylyltrans

molecular function| nitrilase activity | inferred from sequence similarity|GO:0000257

NA

molecular function| myosin II binding | inferred from physical interaction|GO:0045159//cellular component| contractile ring (sensu Saccharom

NA

molecular function| protein phosphatase type 1 regulator activity | traceable author statement|GO:0008599//molecular function| protein phos

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| cyto

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| meiotic recombination | inferred from mutan

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

NA

NA

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//cellular component| mitochondrial inner membrane | in

molecular function| phosphoinositide binding | inferred from direct assay|GO:0035091//cellular component| cytoplasm | inferred from direct a

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| diacylglycerol O-acyltransferase activity | inferred from sequence similarity|GO:0004144//molecular function| diacylglyce

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//biological process| autophagy | inferred from mutant ph

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | traceable author statement|GO:0046933//molecula

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from direct assay|

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| tubulin binding | inferred from direct assay|GO:0015631//cellular component| prefoldin complex | inferred from sequence

NA

NA

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| ER-associated protein c

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| integral to membrane | inferred

molecular function| DNA-directed RNA polymerase activity | inferred from direct assay|GO:0003899//cellular component| mitochondrial matr

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| SWR1 complex | inferred from physical interac

molecular function| mannose transporter activity | inferred from genetic interaction|GO:0015578//molecular function| glucose transporter act

NA

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| nuclear exosome (RNase c

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex, alpha-

NA

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| invasive growth (sensu Saccharomyces) | inferred

cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred fro

biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

NA

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934

molecular function| lysine-tRNA ligase activity | inferred from sequence similarity|GO:0004824//cellular component| mitochondrion | inferred

cellular component| proteasome regulatory particle, lid subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008541//cellular comp

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| cleavage/polyadenylation specificity factor activity | traceable author statement|GO:0030364//cellular component| mRNA

NA

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| ubiquinone metabolism | in

NA

molecular function| cytoskeletal regulatory protein binding | inferred from physical interaction|GO:0005519//cellular component| actin cap (se

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| cytoplasm | inferred from direct assay|G

NA

molecular function| protein kinase activity | traceable author statement|GO:0004672//molecular function| protein kinase activity | inferred from

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| mitochondrial inner membrane | in

biological process| GPI anchor biosynthesis | inferred from sequence similarity|GO:0006506//biological process| GPI anchor biosynthesis | i

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| --- | inferred from direct assay|GO:0051082//cellular component| mitochondrial matrix | inferred from direct assay|GO:00

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein monoubiquitination | inferred from seque

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//molecular function| cy

molecular function| protein tyrosine phosphatase activity | inferred from sequence similarity|GO:0004725//molecular function| protein tyrosin

molecular function| pseudouridylate synthase activity | inferred from mutant phenotype|GO:0004730//molecular function| pseudouridylate sy

molecular function| deoxyribonuclease activity | traceable author statement|GO:0004536//molecular function| 5'-3' exoribonuclease activity |

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

NA

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| vacuolar membrane (sensu Fungi) | inf

NA

molecular function| transcription cofactor activity | inferred from physical interaction|GO:0003712//molecular function| transcription cofactor a

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

cellular component| Golgi transport complex | inferred from physical interaction|GO:0017119//biological process| intra-Golgi transport | infer

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein-vacuolar targeting | inferred from mutan

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

molecular function| ATPase activity | traceable author statement|GO:0016887//cellular component| nuclear chromatin | inferred from direct a

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome regulatory particle, lid

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| transcriptional activator activity | inferred from sequence similarity|GO:0016563//molecular function| transcriptional activa

molecular function| protein tyrosine/threonine phosphatase activity | inferred from sequence similarity|GO:0008330//molecular function| prot

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003702//cellular component| nucl

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrion | inferred from di

biological process| amino acid transport | inferred from mutant phenotype|GO:0006865

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| secretory pathway | inferred f

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

NA

NA

biological process| cell cycle arrest in response to pheromone | inferred from physical interaction|GO:0000751//biological process| cell cycle

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| amidase activity | inferred from sequence similarity|GO:0004040//cellular component| mitochondrion | inferred from direc

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoskeleton | traceable author statement|GO:000585

molecular function| tRNA dihydrouridine synthase activity | inferred from direct assay|GO:0017150//cellular component| nucleus | inferred fro

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//biological process| peroxisome degradation | inferred fr

molecular function| glycerol kinase activity | inferred from sequence similarity|GO:0004370//molecular function| glycerol kinase activity | infe

NA

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| prospore membran

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred f

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| condensed nuclear chromosome kinetocho

molecular function| 3'-5'-exoribonuclease activity | inferred from direct assay|GO:0000175//cellular component| CCR4-NOT core complex | in

NA

molecular function| copper chaperone activity | inferred from direct assay|GO:0016531//cellular component| cytosol | inferred from direct ass

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| autophagy | inferred from mutant phen

molecular function| mRNA binding | inferred from direct assay|GO:0003729//cellular component| cytoplasm | inferred from direct assay|GO:0

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein-vacuolar targeting | inferred from mutan

molecular function| water channel activity | inferred from sequence similarity|GO:0015250//molecular function| glycerol transporter activity | i

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein biosynthesis | inferred from physical inte

NA

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

cellular component| retromer complex | traceable author statement|GO:0030904//cellular component| endosome | inferred from physical inte

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| Golgi apparatus | inferred from dire

cellular component| retromer complex | traceable author statement|GO:0030904//cellular component| endosome | inferred from physical inte

cellular component| shmoo tip | inferred from direct assay|GO:0005937//biological process| plasma membrane fusion | inferred from mutant

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome core complex (sensu

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

molecular function| microfilament motor activity | traceable author statement|GO:0000146//cellular component| actin cortical patch (sensu F

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| epsilon DNA polymerase activity | traceable author statement|GO:0003893//cellular component| epsilon DNA polymeras

molecular function| transcription regulator activity | traceable author statement|GO:0030528//molecular function| transcription regulator activ

cellular component| spindle pole | inferred from direct assay|GO:0000922//cellular component| MIND complex | inferred from direct assay |G

molecular function| GTPase activity | traceable author statement|GO:0003924//molecular function| GTPase activity | inferred from sequence

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| nicotinamidase activity | inferred from sequence similarity|GO:0008936//cellular component| peroxisome | inferred from d

molecular function| 1,3-beta-glucanosyltransferase activity | inferred from sequence similarity|GO:0042124//cellular component| cytoplasm |

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nucleus | inferred from physical interaction

molecular function| translation elongation factor activity | inferred from sequence similarity|GO:0003746//cellular component| mitochondrial m

molecular function| nuclear localization sequence binding | inferred from direct assay|GO:0008139

molecular function| --- | inferred from sequence similarity|GO:0051087//molecular function| --- | inferred from sequence similarity |GO:00510

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

molecular function| hydrolase activity, hydrolyzing O-glycosyl compounds | inferred from sequence similarity|GO:0004553

molecular function| Rho guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005089//biological process| signal trans

NA

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| nuclear pore | inferred from physical i

molecular function| 6-phosphofructo-2-kinase activity | inferred from sequence similarity|GO:0003873//molecular function| 6-phosphofructo-2

NA

NA

cellular component| synaptonemal complex | inferred from direct assay|GO:0000795//biological process| synaptonemal complex formation |

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| cysteine-type peptidase activity | inferred from se

NA

cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//cellular component| insoluble fraction | inferred from direc

molecular function| protein phosphatase regulator activity | inferred from sequence similarity|GO:0019888//cellular component| protein phos

cellular component| nuclear telomere cap complex | inferred from direct assay|GO:0000783//biological process| telomerase-dependent telom

molecular function| X-Pro aminopeptidase activity | inferred from sequence similarity|GO:0008451//cellular component| mitochondrion | infer

molecular function| ATP:ADP antiporter activity | inferred from direct assay|GO:0005471//cellular component| mitochondrial inner membrane

molecular function| histone deacetylase activity | traceable author statement|GO:0004407//molecular function| histone deacetylase activity |

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| proteasome core complex

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| mRNA binding | inferred

molecular function| --- | inferred from physical interaction|GO:0051082//molecular function| proteasome activator activity | inferred from muta

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell wall organization and biogenesis | inferred fro

cellular component| chromatin remodeling complex | inferred from physical interaction|GO:0016585//cellular component| nucleus | inferred f

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

molecular function| general RNA polymerase II transcription factor activity | inferred from direct assay|GO:0016251//cellular component| tran

molecular function| damaged DNA binding | inferred from direct assay|GO:0003684//cellular component| nuclear chromosome | inferred from

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nuclear pore | inferred from direct assay|G

molecular function| histone acetyltransferase activity | inferred from direct assay|GO:0004402//cellular component| histone acetyltransferase

NA

NA

molecular function| clathrin binding | inferred from sequence similarity|GO:0030276//molecular function| clathrin binding | inferred from phys

NA

molecular function| ligand-regulated transcription factor activity | inferred from sequence similarity|GO:0003706//molecular function| ligand-r

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| ATPase activity | inferred from sequence

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| DNA-dependent ATPase activity | inferred from direct assay|GO:0008094//molecular function| DNA binding | inferred fro

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

biological process| meiosis | inferred from expression pattern|GO:0007126//biological process| DNA metabolism | inferred from genetic inter

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| cytochrome biogenesis | inferred from muta

NA

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

NA

NA

NA

cellular component| nuclear membrane | inferred from direct assay|GO:0005635//biological process| response to unfolded protein | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| snoRNA binding | traceable author statement|GO:0030515//cellular component| nucleus | inferred from direct assay|GO

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| Rab GTPase activator activity | inferred from sequence similarity|GO:0005097//molecular function| Rab GTPase activato

molecular function| methionine-tRNA ligase activity | inferred from sequence similarity|GO:0004825//molecular function| methionine-tRNA lig

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

molecular function| translation initiation factor activity | traceable author statement|GO:0003743//cellular component| eukaryotic translation i

NA

molecular function| protein binding | inferred from sequence similarity|GO:0005515//cellular component| ubiquitin ligase complex | inferred fr

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein transporter activity | inferred from direct assay|GO:0008565//cellular component| endosome | inferred from direct

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| mannose transporter activity | inferred from genetic interaction|GO:0015578//molecular function| glucose transporter act

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| MAP kinase kinase kinase activity | traceable author statement|GO:0004709//biological process| osmosensory signaling

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| calmodulin-dependent protein kinase I activity | inferred from direct assay|GO:0004684//cellular component| cytoplasm |

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| processing of 27S pre-rRNA | inferred from muta

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| t-SNARE activity | traceable author statement|GO:0005486//cellular component| endoplasmic reticulum membrane | trac

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| chromatin binding | inferred from physical interaction|GO:0003682//molecular function| DNA binding | traceable author s

molecular function| ribonuclease activity | inferred from direct assay|GO:0004540//molecular function| exodeoxyribonuclease activity | inferre

molecular function| oxidoreductase activity | inferred from sequence similarity|GO:0016491//cellular component| membrane | inferred from s

molecular function| endopolyphosphatase activity | inferred from mutant phenotype|GO:0000298//molecular function| endopolyphosphatase

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA processing | inferred from mutant phenoty

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//molecular function| protein kinase activity | inferre

NA

NA

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136//biological process| bud site selection | inferred from mu

NA

molecular function| GTPase activity | inferred from physical interaction|GO:0003924//cellular component| bud neck | inferred from direct ass

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription from Pol II promoter | in

molecular function| structural constituent of cytoskeleton | inferred from sequence similarity|GO:0005200//molecular function| structural cons

molecular function| protein binding | inferred from sequence similarity|GO:0005515//molecular function| protein binding | inferred from physic

molecular function| hydroxymethylbilane synthase activity | inferred from sequence similarity|GO:0004418//molecular function| hydroxymeth

cellular component| nucleosome remodeling complex | inferred from physical interaction|GO:0005679//biological process| chromatin remode

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672

molecular function| urea transporter activity | inferred from sequence similarity|GO:0015204//molecular function| urea transporter activity | in

molecular function| protein binding | inferred from direct assay|GO:0005515//molecular function| RNA binding | inferred from direct assay |G

molecular function| ubiquitin-like conjugating enzyme activity | inferred from mutant phenotype|GO:0008640//cellular component| cytoplasm

cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| DNA repair | inferred from direct assay|GO

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| ATPase activity | inferred from direct assay |GO:001688

NA

NA

molecular function| purine nucleotide binding | inferred from sequence similarity|GO:0017076//molecular function| DNA clamp loader activity

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | inferred

NA

molecular function| glycogen synthase kinase 3 activity | inferred from sequence similarity|GO:0004696//molecular function| glycogen synth

NA

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//cellular component| spliceosome complex |

cellular component| lipid particle | inferred from direct assay|GO:0005811

molecular function| protein binding | inferred from direct assay|GO:0005515//molecular function| damaged DNA binding | inferred from direc

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| histone deacetylase activity | inferred from physical interaction|GO:0004407//cellular component| histone deacetylase co

cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| bud growth | inferred from mutant pheno

molecular function| cysteine synthase activity | inferred from sequence similarity|GO:0004124//cellular component| mitochondrion | inferred

molecular function| permease activity | inferred from sequence similarity|GO:0015646//molecular function| permease activity | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

NA

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nucleus | inferred from physical interaction

cellular component| mitochondrial membrane | traceable author statement|GO:0005740//biological process| protein complex assembly | trac

molecular function| manganese ion transporter activity | inferred from mutant phenotype|GO:0005384//cellular component| plasma membran

cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author statement|GO:0005838//biological process| ubiquitin

molecular function| methyltransferase activity | inferred from sequence similarity|GO:0008168//cellular component| cytoplasm | inferred from

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from physical interaction|GO:0046933//mo

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

NA

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| invasive growth (sensu Sac

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//cellular component| nucleus | inferred from direct assa

NA

cellular component| mitochondrial outer membrane | inferred from direct assay|GO:0005741//biological process| mitochondrial fission | infer

molecular function| transaminase activity | inferred from sequence similarity|GO:0008483//cellular component| cytoplasm | inferred from dire

molecular function| hydroxyacylglutathione hydrolase activity | inferred from mutant phenotype|GO:0004416//molecular function| hydroxyacy

molecular function| --- | inferred from direct assay|GO:0051087//molecular function| ATPase activity, coupled | inferred from direct assay |GO

molecular function| lipid binding | inferred from physical interaction|GO:0008289//molecular function| lipid binding | inferred from mutant phe

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| 3-methyl-2-oxobutanoate hydroxymethyltransferase activity | inferred from sequence similarity|GO:0003864//molecular f

NA

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| acetyltransferase activity | inferred from direct assay|GO:0016407//molecular function| histone acetyltransferase activity

molecular function| --- | traceable author statement|GO:0051082//molecular function| ATP binding | inferred from sequence similarity |GO:00

biological process| invasive growth (sensu Saccharomyces) | inferred from genetic interaction|GO:0001403

NA

molecular function| RNA helicase activity | inferred from sequence similarity|GO:0003724//cellular component| mitochondrial matrix | inferred

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| protein ubiquitination | inferred from genetic intera

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | traceable autho

molecular function| transcription coactivator activity | inferred from direct assay|GO:0003713//cellular component| nucleus | inferred from ph

molecular function| clathrin binding | traceable author statement|GO:0030276//cellular component| actin cortical patch (sensu Fungi) | inferre

molecular function| --- | inferred from physical interaction|GO:0051082//molecular function| --- | inferred from mutant phenotype |GO:005108

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| aerobic respiration | inferre

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003702//cellular component| nucleus | in

NA

molecular function| endodeoxyribonuclease activity, producing 3'-phosphomonoesters | inferred from mutant phenotype|GO:0016889//molec

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| 3'-5'-exoribonuclease activity | traceable author statement|GO:0000175//cellular component| cytoplasmic exosome (RNa

molecular function| DNA-(apurinic or apyrimidinic site) lyase activity | inferred from direct assay|GO:0003906//molecular function| pyrimidine

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| response to pheromone | infe

molecular function| RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003702//cellular component| nucleus | in

molecular function| receptor signaling protein activity | inferred from physical interaction|GO:0005057//molecular function| receptor signaling

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

molecular function| malate synthase activity | traceable author statement|GO:0004474//cellular component| peroxisomal matrix | traceable a

molecular function| phosphopyruvate hydratase activity | inferred from sequence similarity|GO:0004634//cellular component| cytoplasm | inf

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:00

molecular function| DNA-directed RNA polymerase activity | inferred from direct assay|GO:0003899//cellular component| DNA-directed RNA

cellular component| AP-3 adaptor complex | inferred from sequence similarity|GO:0030123//biological process| Golgi to vacuole transport | i

molecular function| transcription cofactor activity | traceable author statement|GO:0003712//cellular component| Ada2/Gcn5/Ada3 transcript

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| prenyltransferase activity | inferred from sequence similarity|GO:0004659//molecular function| prenyltransferase activity

molecular function| glucose binding | traceable author statement|GO:0005536//molecular function| glucose transporter activity | traceable au

molecular function| GTPase activity | inferred from physical interaction|GO:0003924//cellular component| bud neck | inferred from direct ass

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//molecular function| DNA

NA

molecular function| pre-mRNA splicing factor activity | inferred from direct assay|GO:0008248//cellular component| cytoplasm | inferred from

NA

molecular function| protein serine/threonine phosphatase activity | inferred from physical interaction|GO:0004722//cellular component| cytop

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| nucleus | inferred from direct assay

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| histone deacetylase activity | inferred from mutant phenotype|GO:0004407//cellular component| nucleus | inferred from d

NA

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672

cellular component| external side of endosome membrane | inferred from direct assay|GO:0010009//cellular component| cytoplasm | inferre

molecular function| U2 snRNA binding | inferred from physical interaction|GO:0030620//cellular component| snRNP U2 | inferred from physi

molecular function| enzyme regulator activity | inferred from direct assay|GO:0030234//molecular function| cytochrome-c oxidase activity | in

cellular component| bud neck | inferred from direct assay|GO:0005935

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| condensed nuclear chromosome kinetocho

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

molecular function| thiol-disulfide exchange intermediate activity | inferred from sequence similarity|GO:0030508//molecular function| thiol-d

molecular function| transcription regulator activity | inferred from mutant phenotype|GO:0030528//molecular function| transcription regulator

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//cellular component| Cdc73/

cellular component| membrane fraction | inferred from direct assay|GO:0005624//cellular component| vacuole (sensu Fungi) | inferred from

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//cellular component| CCAAT-binding factor co

NA

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| mitochondrial inner membrane | infe

cellular component| lipid particle | inferred from direct assay|GO:0005811

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| COMA complex | inferred from direct assay

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| histone deacetylase activity | traceable author statement|GO:0004407//cellular component| nucleus | inferred from direc

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624

cellular component| membrane | inferred from sequence similarity|GO:0016020//cellular component| endoplasmic reticulum membrane | infe

molecular function| alpha-1,2-mannosyltransferase activity | inferred from mutant phenotype|GO:0000026//cellular component| Golgi appara

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| SUMO activating enzyme activity | inferred from physical interaction|GO:0019948//molecular function| SUMO activating

molecular function| leucyl aminopeptidase activity | inferred from mutant phenotype|GO:0004178//cellular component| periplasmic space (se

molecular function| aldehyde dehydrogenase (NAD) activity | inferred from sequence similarity|GO:0004029//molecular function| aldehyde d

molecular function| aminoacyl-tRNA hydrolase activity | inferred from sequence similarity|GO:0004045//molecular function| aminoacyl-tRNA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

NA

NA

molecular function| enzyme activator activity | traceable author statement|GO:0008047//cellular component| cytoplasm | inferred from direct

molecular function| glycerol-3-phosphate O-acyltransferase activity | inferred from mutant phenotype|GO:0004366//molecular function| glyce

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| endoribonuclease activity | inferred from direct assay|GO:0004521//cellular component| extracellular | inferred from direc

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| endoplasmic reticulum membrane | tra

NA

NA

molecular function| glycogen phosphorylase activity | inferred from mutant phenotype|GO:0008184//cellular component| cytoplasm | inferred

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| ESCRT III complex | inferred from direct assay

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

molecular function| amidase activity | inferred from sequence similarity|GO:0004040

molecular function| amino-acid N-acetyltransferase activity | inferred from mutant phenotype|GO:0004042//molecular function| amino-acid N

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| 5'-flap endonuclease activity | inferred from direct assay|GO:0017108//molecular function| 5'-3' exonuclease activity | infe

NA

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

NA

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| metal ion transport | inferred from m

molecular function| SUMO-specific protease activity | inferred from mutant phenotype|GO:0016929//molecular function| SUMO-specific prote

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| DNA clamp loader activity | inferred from direct assay|GO:0003689//cellular component| DNA replication factor C comple

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//molecular function| ribosomal D

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

cellular component| endoplasmic reticulum | inferred from physical interaction|GO:0005783//biological process| SRP-dependent cotranslatio

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| --- | inferred from physical interaction |GO:00510

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| mitochondrial inner membrane |

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell growth and/or maintenance | inferred from m

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| integral

NA

molecular function| transcription factor activity | inferred from physical interaction|GO:0003700//molecular function| transcription factor activi

cellular component| membrane | inferred from sequence similarity|GO:0016020

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//cellular component| snRNP U1 | traceable author statem

molecular function| structural constituent of cytoskeleton | traceable author statement|GO:0005200//cellular component| intermediate filame

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| aerobic respiration | inferre

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| ESCRT III complex | inferred from direct assay

molecular function| cystathionine gamma-synthase activity | inferred from sequence similarity|GO:0003962//biological process| sulfur metab

molecular function| phosphoribosyl-ATP diphosphatase activity | inferred from direct assay|GO:0004636//cellular component| cytoplasm | in

NA

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| lysophospholipase activity | inferred from sequence similarity|GO:0004622//molecular function| lysophospholipase activi

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| nuclear membrane | inferred from d

NA

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//molecular function

molecular function| guanyl-nucleotide exchange factor activity | inferred from direct assay|GO:0005085//cellular component| cytoplasmic ves

molecular function| RNA polymerase II transcription mediator activity | inferred from physical interaction|GO:0016455//cellular component| m

molecular function| RNA polymerase I transcription factor activity | traceable author statement|GO:0003701//cellular component| RNA polym

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| bud neck | inferred from direct assay|GO:0

molecular function| protein transporter activity | inferred from direct assay|GO:0008565//cellular component| endoplasmic reticulum | traceab

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

molecular function| UDP-N-acetylglucosamine diphosphorylase activity | inferred from direct assay|GO:0003977//cellular component| cytopl

molecular function| RNA methyltransferase activity | inferred from sequence similarity|GO:0008173//molecular function| RNA methyltransfer

molecular function| structural constituent of ribosome | inferred from physical interaction|GO:0003735//cellular component| mitochondrial sm

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| cell aging | inferred from mutant phenotype

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| protein binding | inferred from phys

molecular function| cleavage/polyadenylation specificity factor activity | inferred from physical interaction|GO:0030364//molecular function| c

molecular function| (R,R)-butanediol dehydrogenase activity | inferred from direct assay|GO:0000721//cellular component| cytoplasm | inferr

NA

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| nucleolus | inferred from direct assay|GO:000

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

NA

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| inositol-polyphosphate 5-phosphatase activity | traceable author statement|GO:0004445//cellular component| endoplasm

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cell proliferation | inferred from direct assay|GO:00

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| negative regulation of DNA transposition | inferred

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| double-stranded DNA binding | infe

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from direct assay|GO:0008121//cellular component| respiratory chai

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from phy

molecular function| --- | inferred from sequence similarity|GO:0051087//cellular component| ubiquitin ligase complex | inferred from direct as

molecular function| polynucleotide 3'-phosphatase activity | traceable author statement|GO:0046403//molecular function| polynucleotide 3'-p

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial small rib

molecular function| glycerone kinase activity | inferred from sequence similarity|GO:0004371//molecular function| glycerone kinase activity |

molecular function| alpha,alpha-trehalase activity | traceable author statement|GO:0004555//cellular component| mitochondrion | inferred fro

molecular function| protein phosphatase type 2C activity | inferred from sequence similarity|GO:0015071//molecular function| protein phosph

molecular function| UDP-N-acetylglucosamine transporter activity | inferred from sequence similarity|GO:0005462//molecular function| UDP-

NA

NA

molecular function| phosphoprotein phosphatase activity | inferred from direct assay|GO:0004721//cellular component| spindle pole body | in

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| inner mitochondrial membr

molecular function| polynucleotide adenylyltransferase activity | inferred from direct assay|GO:0004652//cellular component| mRNA cleavag

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//biological process| protein monoubiquitination

molecular function| copper ion binding | inferred from direct assay|GO:0005507//cellular component| mitochondrial inner membrane | inferre

NA

molecular function| SNARE binding | inferred from direct assay|GO:0000149//cellular component| plasma membrane | inferred from direct a

molecular function| aspartate-tRNA ligase activity | inferred from sequence similarity|GO:0004815//molecular function| aspartate-tRNA ligas

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

NA

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| nucleus | traceable author

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| U4/U6 x U5 tri-sn

cellular component| microsome | inferred from direct assay|GO:0005792//biological process| sporulation (sensu Fungi) | inferred from physic

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptide alpha-N-acetyltransferase activity | inferred from sequence similarity|GO:0004596//molecular function| peptide a

cellular component| nucleosome remodeling complex | inferred from physical interaction|GO:0005679//cellular component| nucleus | inferre

molecular function| D-lactate dehydrogenase (cytochrome) activity | inferred from direct assay|GO:0004458//cellular component| mitochond

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| flavin-adenine dinucleotide transporter activity | inferred from sequence similarity|GO:0015230//molecular function| flavin

molecular function| tRNA adenylyltransferase activity | inferred from direct assay|GO:0004810//cellular component| mitochondrial matrix | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

NA

molecular function| carnitine O-acetyltransferase activity | inferred from sequence similarity|GO:0004092//molecular function| carnitine O-ac

biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological process| double-strand break repair | tra

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

cellular component| nucleoplasm | inferred from direct assay|GO:0005654//biological process| snoRNA metabolism | inferred from physical

molecular function| leukotriene-A4 hydrolase activity | inferred from sequence similarity|GO:0004463//molecular function| epoxide hydrolase

molecular function| phosphoprotein phosphatase activity | inferred from sequence similarity|GO:0004721//molecular function| phosphoprote

cellular component| mitochondrion | inferred from genetic interaction|GO:0005739//biological process| aerobic respiration | inferred from mu

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nuclear chromosome | inferred from physical interaction|GO:0000228//biological process| DNA topological change | infe

molecular function| carnitine O-acetyltransferase activity | inferred from mutant phenotype|GO:0004092//cellular component| cytoplasm | infe

molecular function| lipid binding | inferred from direct assay|GO:0008289//cellular component| membrane | inferred from physical interaction

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//cellular component| nucleus | inferred from direct assa

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| transmembrane receptor activity | inferred from sequence similarity|GO:0004888//molecular function| transmembrane re

molecular function| mannose binding | inferred from sequence similarity|GO:0005537//molecular function| mannose binding | inferred from m

molecular function| tRNA specific adenosine deaminase activity | inferred from direct assay|GO:0008251//cellular component| cytoplasm | in

cellular component| nuclear membrane | inferred from direct assay|GO:0005635//biological process| nuclear membrane organization and bi

cellular component| AP-3 adaptor complex | inferred from sequence similarity|GO:0030123//biological process| Golgi to vacuole transport | i

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

molecular function| microfilament motor activity | traceable author statement|GO:0000146//cellular component| actin cap (sensu Fungi) | infe

NA

molecular function| ubiquinone biosynthesis monooxygenase activity | inferred from sequence similarity|GO:0015997//cellular component| m

molecular function| transcription regulator activity | inferred from sequence similarity|GO:0030528//cellular component| cytoplasm | inferred

NA

cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| ER-associate

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//cellular component| CCAAT-binding factor co

molecular function| pre-mRNA splicing factor activity | inferred from mutant phenotype|GO:0008248//cellular component| spliceosome comp

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| nucleus | inferred from curator|GO:0

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| ATPase activity | inferred from direct assay |GO:001688

molecular function| --- | inferred from mutant phenotype|GO:0051087//molecular function| --- | inferred from mutant phenotype |GO:0051082

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//molecular function| general

molecular function| specific transcriptional repressor activity | inferred from direct assay|GO:0016566//cellular component| cytoplasm | inferr

cellular component| mitochondrial inner membrane peptidase complex | inferred from physical interaction|GO:0042720//cellular component|

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| chromatin silencing at telomere | inferred from mu

molecular function| clathrin binding | inferred from physical interaction|GO:0030276//cellular component| clathrin vesicle coat | inferred from

molecular function| Rab escort protein activity | traceable author statement|GO:0005084//cellular component| membrane | inferred from dire

molecular function| exonuclease activity | inferred from sequence similarity|GO:0004527//cellular component| mitochondrial inner membrane

molecular function| electron carrier activity | inferred from sequence similarity|GO:0009055//molecular function| electron carrier activity | infe

molecular function| acyltransferase activity | inferred from sequence similarity|GO:0008415//cellular component| mitochondrion | inferred fro

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| nuclear pore | inferred from direct a

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| peroxisomal membrane | traceable author

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from mutant phenotype|GO:0008121//cellular component| respirator

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| cytoplasm | inferred from direct ass

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| ATP-dependent RNA helicase activity | inferred from direct assay|GO:0004004//cellular component| mitochondrial matrix

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//molecular function| guanyl-nu

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

cellular component| signalosome complex | traceable author statement|GO:0008180//cellular component| signalosome complex | inferred fr

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| Rho GTPase activator activity | inferred from sequence similarity|GO:0005100//molecular function| signal transducer act

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

NA

molecular function| water channel activity | inferred from sequence similarity|GO:0015250//cellular component| plasma membrane | inferred

molecular function| dephospho-CoA kinase activity | inferred from sequence similarity|GO:0004140//cellular component| endoplasmic reticu

cellular component| spindle pole | inferred from direct assay|GO:0000922//cellular component| MIND complex | inferred from direct assay |G

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| enzyme regulator activity | inferred from sequence similarity|GO:0030234//molecular function| enzyme regulator activity

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | traceable author statement |GO:0005

molecular function| protein serine/threonine kinase activity | traceable author statement|GO:0004674//cellular component| nucleoplasm | tra

molecular function| acid phosphatase activity | inferred from mutant phenotype|GO:0003993//cellular component| periplasmic space (sensu

biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005//biological process| thiamin m

molecular function| --- | non-traceable author statement|GO:0048487//biological process| beta-tubulin folding | traceable author statement|G

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| double-stranded DNA binding | inferred fro

molecular function| endopeptidase inhibitor activity | inferred from mutant phenotype|GO:0004866//cellular component| cytoplasm | traceabl

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| ER organization and bio

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| bud site selection | inferred from mutant phenot

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| nuclear membrane | inferred from physical interaction|GO:0005635

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| nonselective cation channel activity | inferred from direct assay|GO:0015281//molecular function| sodium channel activit

molecular function| ferric-chelate reductase activity | inferred from sequence similarity|GO:0000293//molecular function| ferric-chelate reduc

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| polyphosphoinositide phosphatase activity | inferred from direct assay|GO:0017120//cellular component| extrinsic to mem

molecular function| RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003702//cellular component| transcription

NA

molecular function| catalase activity | traceable author statement|GO:0004096//cellular component| peroxisomal matrix | traceable author sta

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| extrinsic to plasma membrane | inf

cellular component| RSC complex | inferred from physical interaction|GO:0016586//cellular component| nucleus | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| --- | inferred from direct assay|GO:0051082//cellular component| mitochondrial inner membrane | inferred from direct ass

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

molecular function| protein binding | traceable author statement|GO:0005515//biological process| cell growth and/or maintenance | inferred f

NA

molecular function| RNA binding | inferred from direct assay|GO:0003723//molecular function| damaged DNA binding | traceable author stat

molecular function| transcription coactivator activity | traceable author statement|GO:0003713//cellular component| Ada2/Gcn5/Ada3 transcr

NA

NA

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

NA

molecular function| purine-specific oxidized base lesion DNA N-glycosylase activity | inferred from direct assay|GO:0008534//molecular func

biological process| double-strand break repair | inferred from mutant phenotype|GO:0006302

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| MAP kinase kinase kinase activity | traceable author statement|GO:0004709//cellular component| cytoplasm | inferred fr

molecular function| phosphogluconate dehydrogenase (decarboxylating) activity | inferred from mutant phenotype|GO:0004616//cellular com

molecular function| protein kinase regulator activity | inferred from physical interaction|GO:0019887//molecular function| protein kinase regu

NA

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosome biogenesis | inferred from mutant phen

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| meiosis | traceable author statement|GO:00071

NA

molecular function| pheromone activity | traceable author statement|GO:0005186//cellular component| soluble fraction | inferred from direct

molecular function| --- | inferred from sequence similarity|GO:0051082//cellular component| mitochondrial matrix | inferred from direct assay

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| dihydrofolate synthase activity | inferred from mutant phenotype|GO:0008841//cellular component| cytoplasm | inferred f

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosome biogenesis | inferred from direct assay

NA

cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005

NA

molecular function| cystathionine gamma-synthase activity | inferred from mutant phenotype|GO:0003962//cellular component| cytoplasm | i

molecular function| ubiquitin-protein ligase activity | inferred from sequence similarity|GO:0004842//molecular function| ubiquitin-protein liga

molecular function| holocytochrome-c synthase activity | inferred from sequence similarity|GO:0004408//molecular function| holocytochrome

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//molecular function| structural molecule activit

molecular function| 4-amino-4-deoxychorismate synthase activity | inferred from sequence similarity|GO:0046820//molecular function| 4-ami

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| tyrosine-tRNA ligase activity | traceable author statement|GO:0004831//cellular component| mitochondrion | traceable au

biological process| protein processing | inferred from mutant phenotype|GO:0016485//biological process| meiosis | inferred from mutant phe

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| oxidoreductase activity, acting on NADH or NADPH, quinone or similar compound as acceptor | inferred from direct assa

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| proteasome comple

cellular component| nucleus | inferred from direct assay|GO:0005634

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| SW

cellular component| Golgi membrane | inferred from direct assay|GO:0000139//biological process| ER to Golgi transport | inferred from sequ

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//molecular function| ribonuclease MRP activity | inferred

cellular component| half bridge of spindle pole body | inferred from direct assay|GO:0005825//biological process| spindle pole body duplicat

NA

NA

molecular function| hexaprenyldihydroxybenzoate methyltransferase activity | inferred from mutant phenotype|GO:0004395//cellular compon

NA

molecular function| endopeptidase inhibitor activity | inferred from sequence similarity|GO:0004866//molecular function| endopeptidase inhib

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| SUMO activating enzyme activity | inferred from physical interaction|GO:0019948//molecular function| SUMO activating

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrial intermembrane space protein

molecular function| glutathione peroxidase activity | inferred from direct assay|GO:0004602//cellular component| cytoplasm | inferred from d

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| pyruvate metabolism | traceable author stat

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| --- | inferred from physical interaction|GO:0051082//molecular function| --- | inferred from direct assay |GO:0051082//cell

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| peptidyltransferase acti

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| endopeptidase activity | traceable author

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| casein kinase activity | inferred from sequence similarity|GO:0004680//molecular function| protein kinase activity | inferre

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| mitochondrion organization and biogenesis | inf

NA

molecular function| arginine-tRNA ligase activity | inferred from mutant phenotype|GO:0004814//cellular component| mitochondrion | inferred

NA

molecular function| [cytochrome c]-lysine N-methyltransferase activity | inferred from mutant phenotype|GO:0000277//molecular function| [cy

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//molecular function| Pol II tra

NA

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| cytoplasm | inferred fro

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| 6-phosphogluconolactonase activity | inferred from sequence similarity|GO:0017057//cellular component| cytoplasm | inf

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| RNA elongation from Pol II promoter | inferred from

molecular function| bilirubin transporter activity | inferred from mutant phenotype|GO:0015127//molecular function| bilirubin transporter activ

molecular function| phosphoric monoester hydrolase activity | traceable author statement|GO:0016791//molecular function| phosphoprotein

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| DNA binding | traceable author statement|GO:0003677//cellular component| replication fork | inferred from direct assay|G

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| outer plaque

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| exonuclease activity | inferred from sequence similarity|GO:0004527//cellular component| nucleus | inferred from physic

molecular function| alcohol dehydrogenase (NADP+) activity | non-traceable author statement|GO:0008106//cellular component| cytoplasm

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| rRNA processing | traceable author statement|

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| chromosome segregation | traceable a

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| cytoplasm | inferred from direct ass

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| mRNA binding | inferred from direct assay|GO:0003729//cellular component| snRNP U2 | inferred from direct assay|GO:

molecular function| sterol transporter activity | inferred from sequence similarity|GO:0015248

NA

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| ATP-dependent RNA he

cellular component| chromatin accessibility complex | inferred from sequence similarity|GO:0008623//cellular component| chromatin access

cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| protein biosynthesis | traceable author sta

NA

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| Rab GTPase activator activity | inferred from sequence similarity|GO:0005097//molecular function| Rab GTPase activato

molecular function| GTP binding | traceable author statement|GO:0005525//cellular component| cytoplasm | inferred from direct assay|GO:0

NA

NA

NA

molecular function| --- | inferred from direct assay|GO:0051082//cellular component| mitochondrial inner membrane | inferred from direct ass

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| GTPase inhibitor activity | inferred from sequence similarity|GO:0005095//cellular component| cytoplasm | inferred from

cellular component| TRAPP | inferred from direct assay|GO:0030008//biological process| ER to Golgi transport | inferred from mutant pheno

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mRNA metabolism | inferred from mutant ph

biological process| chromatin silencing at ribosomal DNA | inferred from mutant phenotype|GO:0000183

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| nucleolus | inferred from direct assay|

NA

molecular function| transcription factor activity | inferred from physical interaction|GO:0003700//molecular function| transcription factor activi

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| endopeptidase activity | traceable author

molecular function| clathrin binding | inferred from sequence similarity|GO:0030276//cellular component| AP-1 adaptor complex | inferred fro

molecular function| endonuclease activity | inferred from direct assay|GO:0004519//cellular component| nucleus | traceable author statemen

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from direct assay|GO:0008121//cellular component| respiratory chai

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| translation regulator activity | inferred from mutant phenotype|GO:0045182//cellular component| mitochondrial inner mem

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

molecular function| ATPase activity | inferred from direct assay|GO:0016887//molecular function| ATP binding | traceable author statement |

molecular function| binding | inferred from direct assay|GO:0005488//cellular component| nuclear cohesin complex | inferred from direct ass

cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| endoplasmic reticulum | inferred from d

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| ESCRT III complex | inferred from direct assay

molecular function| protein carrier activity | inferred from sequence similarity|GO:0008320//molecular function| protein carrier activity | inferre

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| transcriptional elongation regulator activity | inferred from sequence similarity|GO:0003711//cellular component| transcrip

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//cellular component| cytoplasm | inferred

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| bud neck | inferred from dire

molecular function| Rho guanyl-nucleotide exchange factor activity | inferred from mutant phenotype|GO:0005089//molecular function| signa

cellular component| nucleolus | inferred from direct assay|GO:0005730

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

NA

molecular function| transferase activity, transferring hexosyl groups | inferred from sequence similarity|GO:0016758//cellular component| en

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| cytoplasm | inferred from direct as

NA

molecular function| oxidoreductase activity, acting on the CH-NH group of donors, quinone or similar compound as acceptor | inferred from

cellular component| bud neck | inferred from direct assay|GO:0005935

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| ribonuclease H activity | inferred from physical interaction|GO:0004523//cellular component| cytoplasm | inferred from di

molecular function| isocitrate dehydrogenase (NAD+) activity | traceable author statement|GO:0004449//cellular component| mitochondrial m

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

NA

molecular function| transcription factor binding | inferred from direct assay|GO:0008134//cellular component| nucleus | inferred from curator|

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nuclear telomere cap complex | traceable a

biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

molecular function| lactate transporter activity | inferred from mutant phenotype|GO:0015129//molecular function| lactate transporter activity

molecular function| leucine-tRNA ligase activity | inferred from direct assay|GO:0004823//molecular function| mRNA binding | inferred from p

molecular function| thioredoxin peroxidase activity | inferred from sequence similarity|GO:0008379//molecular function| thioredoxin peroxida

NA

molecular function| MAP-kinase scaffold activity | inferred from physical interaction|GO:0005078//cellular component| shmoo tip | inferred fro

cellular component| AP-2 adaptor complex | inferred from sequence similarity|GO:0030122//biological process| vesicle-mediated transport |

NA

molecular function| specific RNA polymerase II transcription factor activity | traceable author statement|GO:0003704//cellular component| nu

cellular component| Golgi transport complex | inferred from physical interaction|GO:0017119//biological process| intra-Golgi transport | infer

cellular component| signalosome complex | traceable author statement|GO:0008180//cellular component| signalosome complex | inferred fr

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| DNA supercoiling activity | inferred from direct assay|GO:0009387//molecular function| DNA-dependent ATPase activity

molecular function| isocitrate dehydrogenase (NAD+) activity | traceable author statement|GO:0004449//cellular component| mitochondrial m

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| inositol/phosphatidylinositol phosphatase activity | inferred from direct assay|GO:0004437//biological process| spore wal

NA

molecular function| U6 snRNA binding | inferred from physical interaction|GO:0017070//cellular component| snRNP U6 | traceable author st

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| response to stress | inferred from m

molecular function| --- | inferred from physical interaction|GO:0051082//cellular component| cytoplasm | inferred from physical interaction|GO

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| glycogenin glucosyltransferase activity | inferred from sequence similarity|GO:0008466//molecular function| glycogenin g

molecular function| alpha,alpha-trehalase activity | traceable author statement|GO:0004555//cellular component| cytosol | traceable author s

NA

molecular function| aldehyde dehydrogenase activity | inferred from sequence similarity|GO:0004028//cellular component| cytoplasm | inferr

NA

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| nuclear cohesin complex | traceab

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| endopeptidase activity | traceable author statement|GO:0004175//cellular component| proteasome regulatory particle (se

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| endosome | inferred from direct assay|GO:0005768

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cytoskeleton organization and biogenesis | trace

cellular component| peroxisome | inferred from direct assay|GO:0005777

cellular component| nucleus | traceable author statement|GO:0005634//biological process| bud growth | inferred from mutant phenotype|GO

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

molecular function| protein phosphatase type 2C activity | inferred from direct assay|GO:0015071//cellular component| cytoplasm | inferred f

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

NA

cellular component| mitochondrial nucleoid | inferred from direct assay|GO:0042645//cellular component| mitochondrion | inferred from direc

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from physical interaction|GO:0046933//mo

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| Golgi apparatus | traceable author s

NA

molecular function| ATP-dependent DNA helicase activity | traceable author statement|GO:0004003//molecular function| chromatin binding

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

molecular function| nicotinate-nucleotide adenylyltransferase activity | inferred from sequence similarity|GO:0004515//molecular function| nic

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nuclear ribonucleoprotein co

molecular function| iron ion transporter activity | traceable author statement|GO:0005381//cellular component| vacuolar membrane (sensu F

molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay|GO:0003755

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//cellular component| cytoplasm | inferred from dire

molecular function| histone deacetylase activity | inferred from direct assay|GO:0004407//cellular component| nucleus | inferred from direct a

cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud | inferred from direct assay |GO:0005933//

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nucleus | inferred from curator|GO:000563

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

molecular function| metallochaperone activity | inferred from mutant phenotype|GO:0016530//molecular function| transporter activity | inferre

molecular function| magnesium ion transporter activity | inferred from sequence similarity|GO:0015095//molecular function| magnesium ion

cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay|GO:0000778//biological process| meiotic chro

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//cellular component| mitochondrion | inferred from direc

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| telomerase activity | inferred from physical interaction|GO:0003720//molecular function| telomerase activity | inferred from

cellular component| soluble fraction | inferred from direct assay|GO:0005625//biological process| ER to Golgi transport | inferred from mutan

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

NA

cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| protein biosynthesis | trac

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| bud growth | inferred from genetic interaction|G

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nuclear cohesin complex | inferred from ph

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| cell growth and/or maintenance | traceable autho

molecular function| clathrin binding | traceable author statement|GO:0030276//cellular component| actin cortical patch (sensu Fungi) | inferre

molecular function| isocitrate dehydrogenase (NADP+) activity | traceable author statement|GO:0004450//cellular component| peroxisome |

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| ATP-dependent protein binding | traceable author statement|GO:0043008//cellular component| cytoplasm | inferred from

molecular function| RNA-3'-phosphate cyclase activity | inferred from sequence similarity|GO:0003963//molecular function| RNA-3'-phospha

molecular function| NADPH-adrenodoxin reductase activity | inferred from direct assay|GO:0015039//cellular component| mitochondrial inne

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//cellular component| mitochondrial sm

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| regulation of cell growth | inferred from p

molecular function| helicase activity | inferred from sequence similarity|GO:0004386//molecular function| DNA helicase activity | inferred from

molecular function| epsilon DNA polymerase activity | inferred from physical interaction|GO:0003893//molecular function| epsilon DNA polym

cellular component| nuclear telomere cap complex | traceable author statement|GO:0000783//biological process| telomere capping | traceab

NA

molecular function| cyclin-dependent protein kinase regulator activity | traceable author statement|GO:0016538//cellular component| cyclin-d

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| meiotic recombination | inferred fro

molecular function| ribosomal DNA (rDNA) binding | traceable author statement|GO:0000182//molecular function| ribosomal DNA (rDNA) bin

NA

NA

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| transcriptional activator activity | inferred from direct assay|GO:0016563//cellular component| nucleus | inferred from dire

biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| transport vesicle | inferred from direct a

biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348//biological process| chromatin silencing a

cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| bud neck | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| GTP binding | traceable author statement|GO:0005525//cellular component| cytoplasm | inferred from direct assay|GO:0

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| meiotic chromosome segregation | inferred from m

molecular function| protein transporter activity | inferred from sequence similarity|GO:0008565//molecular function| protein transporter activit

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| nucleolus | traceable author statemen

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| nucleoplasm | inferred from direct assay|GO:0005654//biological process| ribosomal large subunit assembly and mainte

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| small nuclear ribo

cellular component| nucleus | non-traceable author statement|GO:0005634//biological process| mitotic spindle checkpoint | inferred from mu

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| half bridge of spindle pole body | inferred f

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA processing | inferred from physical interac

cellular component| DNA replication factor C complex | inferred from physical interaction|GO:0005663//biological process| mitotic sister chro

NA

NA

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//cellular component| mitochondrial inner membrane | in

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

NA

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| nucleus | inferred from physical interaction

NA

NA

NA

molecular function| vitamin/cofactor transporter activity | inferred from direct assay|GO:0015223//cellular component| plasma membrane | in

molecular function| motor activity | inferred from sequence similarity|GO:0003774//cellular component| bud neck | traceable author statemen

NA

NA

molecular function| proline-tRNA ligase activity | inferred from sequence similarity|GO:0004827

molecular function| protein-methionine-R-oxide reductase activity | inferred from sequence similarity|GO:0000318//biological process| respo

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ubiquitin-specific protease activity | inferred from direct assay|GO:0004843//cellular component| cytoplasm | inferred from

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription from Pol II promoter | in

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| karyogamy during conju

NA

biological process| host-pathogen interaction | inferred from mutant phenotype|GO:0030383

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//cellular component| U4/U6 x U5 tri-sn

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nuclear pore | inferred from d

molecular function| specific transcriptional repressor activity | inferred from sequence similarity|GO:0016566//molecular function| specific tra

NA

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| polysome | inferred from direct assay|GO

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| v-SNARE activity | inferred from sequence similarity|GO:0005485//molecular function| v-SNARE activity | inferred from m

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| intracellular signaling cascade | inferred from ge

molecular function| protein tyrosine phosphatase activity | inferred from sequence similarity|GO:0004725//cellular component| cytoplasm | in

molecular function| RNA polymerase II transcription mediator activity | inferred from direct assay|GO:0016455//cellular component| mediato

molecular function| single-stranded DNA binding | inferred from direct assay|GO:0003697//molecular function| double-stranded DNA binding

NA

NA

molecular function| transferase activity, transferring pentosyl groups | inferred from mutant phenotype|GO:0016763//molecular function| tran

molecular function| ubiquitin-protein ligase activity | traceable author statement|GO:0004842//cellular component| proteasome complex (sen

cellular component| mitochondrial outer membrane | inferred from direct assay|GO:0005741//biological process| mitochondrial fission | infer

molecular function| zeta DNA polymerase activity | traceable author statement|GO:0003894//cellular component| nucleus | traceable author

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| signalosome complex | traceable author statement|GO:0008180//cellular component| signalosome complex | inferred fr

molecular function| DNA topoisomerase type I activity | inferred from direct assay|GO:0003917//cellular component| nucleus | inferred from

molecular function| transcription cofactor activity | inferred from direct assay|GO:0003712//cellular component| nucleus | inferred from direct

biological process| actin cytoskeleton organization and biogenesis | traceable author statement|GO:0030036

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| protein transporter activity | inferred from sequence sim

molecular function| ATPase activity | traceable author statement|GO:0016887//molecular function| phospholipid-translocating ATPase activi

molecular function| tetrahydrofolylpolyglutamate synthase activity | inferred from sequence similarity|GO:0004326

molecular function| ATPase activity | inferred from sequence similarity|GO:0016887//molecular function| ATP binding | inferred from sequen

molecular function| structural constituent of ribosome | inferred from physical interaction|GO:0003735//cellular component| mitochondrial lar

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| ATPase activity | inferred from direct assay|GO:0016887//cellular component| endoplasmic reticulum | inferred from dire

molecular function| ATP-dependent RNA helicase activity | traceable author statement|GO:0004004//cellular component| nucleolus | traceab

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| plasma membrane | inferred from direct

NA

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| bud neck | traceable author stateme

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| cytoplasm | inferred from direct assay

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| nucleus | inferred from direct assay|

NA

molecular function| heme binding | inferred from direct assay|GO:0020037//molecular function| peroxidase activity | inferred from direct assa

molecular function| delta DNA polymerase activity | traceable author statement|GO:0003891//cellular component| delta DNA polymerase co

cellular component| spliceosome complex | inferred from direct assay|GO:0005681//cellular component| chromatin | inferred from direct ass

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| premeiotic DNA synthesis | inferred from mutan

molecular function| ubiquitin conjugating enzyme activity | traceable author statement|GO:0004840//biological process| protein neddylation |

molecular function| 1,4-alpha-glucan branching enzyme activity | inferred from mutant phenotype|GO:0003844//molecular function| 1,4-alph

molecular function| RNA binding | inferred from direct assay|GO:0003723//cellular component| snRNP U1 | traceable author statement|GO:0

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| aspartic-type endopeptidase activity | inferred from sequence similarity|GO:0004190//cellular component| cell wall (sens

molecular function| inositol-1(or 4)-monophosphatase activity | inferred from sequence similarity|GO:0008934//molecular function| inositol-1

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

cellular component| nuclear pore | inferred from direct assay|GO:0005643//cellular component| condensed nuclear chromosome kinetochor

molecular function| trichothecene 3-O-acetyltransferase activity | inferred from sequence similarity|GO:0045462//molecular function| trichoth

molecular function| guanyl-nucleotide exchange factor activity | inferred from physical interaction|GO:0005085//molecular function| guanyl-n

NA

molecular function| microtubule binding | inferred from physical interaction|GO:0008017//cellular component| microtubule associated comple

NA

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| cytoplasm | inferred from direct as

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | traceable author statement|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:000563

cellular component| integral to peroxisomal membrane | inferred from direct assay|GO:0005779//cellular component| peroxisome | inferred f

NA

molecular function| ubiquitin-specific protease activity | inferred from direct assay|GO:0004843

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

NA

cellular component| DNA replication factor C complex | inferred from physical interaction|GO:0005663//biological process| mitotic sister chro

NA

molecular function| isoleucine-tRNA ligase activity | inferred from sequence similarity|GO:0004822//molecular function| isoleucine-tRNA liga

cellular component| multivesicular body | inferred from direct assay|GO:0005771//cellular component| endosome | inferred from direct assay

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosomal large subunit biogenesis | inferred from

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| DASH comple

NA

molecular function| single-stranded DNA specific endodeoxyribonuclease activity | inferred from sequence similarity|GO:0000014//cellular c

NA

NA

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

molecular function| endodeoxyribonuclease activity | inferred from sequence similarity|GO:0004520//molecular function| endodeoxyribonucle

molecular function| epsilon DNA polymerase activity | traceable author statement|GO:0003893//cellular component| epsilon DNA polymeras

molecular function| tryptophan-tRNA ligase activity | inferred from sequence similarity|GO:0004830//molecular function| tryptophan-tRNA lig

molecular function| Rab GTPase activator activity | inferred from sequence similarity|GO:0005097//molecular function| Rab GTPase activato

cellular component| actin cytoskeleton | inferred from direct assay|GO:0015629

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| --- | inferred from direct assay|GO:0051082//molecular function| ATPase activity | inferred from sequence similarity |GO:

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred from

NA

molecular function| oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor | inferred from sequence simil

cellular component| cytoplasm | inferred from direct assay|GO:0005737

biological process| protein sumoylation | inferred from genetic interaction|GO:0016925

NA

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| endoplasmic reticulum | inferred from dire

NA

molecular function| metalloendopeptidase activity | inferred from mutant phenotype|GO:0004222//cellular component| signalosome complex

molecular function| translation elongation factor activity | inferred from sequence similarity|GO:0003746//cellular component| mitochondrion

molecular function| --- | inferred from sequence similarity|GO:0051087//cellular component| cytosol | inferred from direct assay|GO:0005829

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| integral to membrane | inferr

cellular component| peroxisomal membrane | inferred from direct assay|GO:0005778//biological process| peroxisome organization and biog

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//cellular component| mitochondrial lar

molecular function| hydroxyacylglutathione hydrolase activity | inferred from mutant phenotype|GO:0004416//cellular component| cytoplasm

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| 35S primary transcript processing | inferred from m

cellular component| peroxisome | inferred from sequence similarity|GO:0005777//biological process| protein-peroxisome targeting | inferred

molecular function| coenzyme A transporter activity | inferred from sequence similarity|GO:0015228//molecular function| coenzyme A transp

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//molecular function| RNA binding | inferred from genetic in

NA

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| DNA binding | inferred from direct as

NA

molecular function| pheromone activity | traceable author statement|GO:0005186//cellular component| soluble fraction | inferred from direct

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| mitochondrial membrane | inferred

molecular function| DNA supercoiling activity | inferred from direct assay|GO:0009387//molecular function| DNA-dependent ATPase activity

molecular function| NAD-independent histone deacetylase activity | inferred from physical interaction|GO:0045129//molecular function| NAD

cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interactio

NA

molecular function| structural molecule activity | inferred from mutant phenotype|GO:0005198//molecular function| structural molecule activit

molecular function| iron hydrogenase activity | inferred from sequence similarity|GO:0016948

NA

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from direct assay|GO:0042626//cellular

molecular function| glycine-tRNA ligase activity | inferred from sequence similarity|GO:0004820//cellular component| cytoplasm | inferred fro

molecular function| protein translocase activity | inferred from mutant phenotype|GO:0015450//molecular function| protein translocase activi

NA

NA

molecular function| 3'-5' exonuclease activity | inferred from sequence similarity|GO:0008408//molecular function| 3'-5' exonuclease activity

molecular function| pre-mRNA splicing factor activity | inferred from physical interaction|GO:0008248//molecular function| mRNA binding | in

NA

NA

cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730

NA

cellular component| mitochondrial outer membrane | traceable author statement|GO:0005741//biological process| mitochondrion organizatio

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329

molecular function| acetyl-CoA carboxylase activity | inferred from sequence similarity|GO:0003989//molecular function| acetyl-CoA carboxy

biological process| response to pH | inferred from mutant phenotype|GO:0009268

NA

biological process| response to dessication | inferred from sequence similarity|GO:0009269//biological process| response to dessication | in

molecular function| epsilon DNA polymerase activity | traceable author statement|GO:0003893//cellular component| replication fork | traceab

NA

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

molecular function| --- | inferred from mutant phenotype|GO:0051082//cellular component| mitochondrial inner membrane | inferred from dire

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

NA

molecular function| DNA-directed RNA polymerase activity | traceable author statement|GO:0003899//cellular component| DNA-directed RN

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein binding | inferred from direct assay|GO:0005515

NA

molecular function| allantoicase activity | inferred from sequence similarity|GO:0004037//biological process| allantoin catabolism | inferred fr

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| cell wall organization and biogenesis | inferr

NA

molecular function| snoRNA binding | inferred from physical interaction|GO:0030515//cellular component| small nucleolar ribonucleoprotein

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//cellular component| nucleolus | inferred from direct assay|

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| guanyl-nucleotide exchange factor activity | inferred from physical interaction|GO:0005085//molecular function| guanyl-n

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//cellular component| snRNP U1 | inferred from direct ass

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| DNA ligase (ATP) activity | inferred from direct assay|GO:0003910//cellular component| nucleus | traceable author statem

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| RNA polymerase II transcription factor activity | inferred from physical interaction|GO:0003702//cellular component| trans

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| inner mitochondrial membr

molecular function| --- | inferred from physical interaction|GO:0051082//cellular component| mitochondrial matrix | traceable author statemen

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| exocyst | inferred from physical inte

molecular function| uridylate kinase activity | inferred from direct assay|GO:0009041//molecular function| thymidylate kinase activity | inferre

molecular function| cleavage/polyadenylation specificity factor activity | inferred from direct assay|GO:0030364//cellular component| mRNA c

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//molecular function| GTPase activity | inferred from gen

cellular component| nuclear pore | inferred from direct assay|GO:0005643//cellular component| nucleus | inferred from direct assay |GO:000

molecular function| carboxypeptidase D activity | traceable author statement|GO:0004187//cellular component| Golgi trans face | inferred fro

molecular function| ATPase activity, coupled | inferred from direct assay|GO:0042623//cellular component| cytoplasm | inferred from direct a

molecular function| --- | inferred from sequence similarity|GO:0051087//molecular function| --- | inferred from mutant phenotype |GO:005108

molecular function| lipase activity | non-traceable author statement|GO:0016298//biological process| lipid metabolism | inferred from mutant

cellular component| peroxisomal membrane | inferred from direct assay|GO:0005778//biological process| peroxisome organization and biog

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| phosphoinositide binding | inferred from direct assay|GO:0035091//cellular component| cytosol | inferred from direct ass

molecular function| pre-mRNA splicing factor activity | traceable author statement|GO:0008248//molecular function| protein binding | inferred

molecular function| aryl-alcohol dehydrogenase activity | inferred from sequence similarity|GO:0018456//biological process| aldehyde metab

NA

molecular function| transferase activity, transferring pentosyl groups | inferred from sequence similarity|GO:0016763//molecular function| tra

molecular function| transcription regulator activity | traceable author statement|GO:0030528//cellular component| nucleus | inferred from dire

molecular function| oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor | inferred from sequence simil

NA

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| alpha DNA polymerase:primase com

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

molecular function| tRNA specific adenosine deaminase activity | inferred from direct assay|GO:0008251//cellular component| nucleus | infe

molecular function| maltose porter activity | inferred from sequence similarity|GO:0015581//molecular function| maltose porter activity | inferr

molecular function| mitochondrial processing peptidase activity | inferred from direct assay|GO:0004240//cellular component| mitochondrial

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| chromatin silencing | inferred from mutant

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//cellular component| nucleus | inferred from d

molecular function| catalase activity | inferred from sequence similarity|GO:0004096//cellular component| cytoplasm | traceable author state

NA

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//molecular

NA

molecular function| NEDD8 activating enzyme activity | inferred from direct assay|GO:0019781//biological process| protein neddylation | infe

molecular function| protein binding | traceable author statement|GO:0005515//cellular component| peroxisomal membrane | traceable autho

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from mutant phenotype|GO:0008121//cellular component| respirator

NA

molecular function| heme binding | inferred from sequence similarity|GO:0020037//molecular function| heme binding | inferred from physical

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783

cellular component| polysome | inferred from direct assay|GO:0005844//cellular component| cytoplasm | traceable author statement |GO:00

NA

NA

molecular function| transcription coactivator activity | traceable author statement|GO:0003713//cellular component| nucleus | traceable autho

NA

molecular function| RAB-protein geranylgeranyltransferase activity | inferred from direct assay|GO:0004663//cellular component| Rab-protei

molecular function| protein phosphatase type 2A activity | inferred from sequence similarity|GO:0000158//cellular component| cytoplasm | in

molecular function| Pol II transcription elongation factor activity | inferred from physical interaction|GO:0016944//cellular component| Cdc73/

molecular function| GTPase activity | inferred from direct assay|GO:0003924//molecular function| translation initiation factor activity | inferred

NA

molecular function| pre-mRNA splicing factor activity | inferred from direct assay|GO:0008248//cellular component| snRNP U2 | inferred from

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| hydrogen-transporting ATPase V1 domain | inferred from physical interaction|GO:0000221//biological process| vacuolar

NA

NA

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| cytosol | inferred from direct assay|GO:000

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//m

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| N-acetyltransferase activity | inferred from mutant phenotype|GO:0008080//molecular function| N-acetyltransferase activ

NA

cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//biological process| mitochondrion organization and biog

molecular function| GTPase activity | traceable author statement|GO:0003924//cellular component| plasma membrane | inferred from direct

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| RNA polymerase III transcription factor activity | traceable author statement|GO:0003709//cellular component| transcript

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| transcription regulator activity | inferred from direct assay|GO:0030528//molecular function| protein kinase inhibitor activi

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| chitin deacetylase activity | inferred from sequence similarity|GO:0004099//molecular function| chitin deacetylase activity

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

NA

NA

molecular function| ribonuclease P activity | inferred from direct assay|GO:0004526//cellular component| mitochondrion | inferred from direc

molecular function| structural constituent of cytoskeleton | inferred from direct assay|GO:0005200//cellular component| DASH complex | infe

cellular component| proton-transporting ATP synthase complex (sensu Eukarya) | traceable author statement|GO:0005753//biological proce

molecular function| inorganic diphosphatase activity | inferred from sequence similarity|GO:0004427//molecular function| inorganic diphosph

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| exoribonuclease II activity | inferred from direct assay|GO:0008859//cellular component| mitochondrial matrix | inferred fr

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| conjugation with cellular fusion | inferre

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| endocytosis | inferred from m

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//molecular function

molecular function| phosphatidylinositol 3-kinase activity | traceable author statement|GO:0016303//molecular function| protein binding | infe

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| protein phosphatase type 2A activity | traceable author statement|GO:0000158//cellular component| protein phosphatas

molecular function| nucleic acid binding | non-traceable author statement|GO:0003676//cellular component| cytoplasm | inferred from direct

molecular function| cell adhesion molecule binding | traceable author statement|GO:0050839//cellular component| cell wall (sensu Fungi) | t

molecular function| DNA binding | inferred from physical interaction|GO:0003677//cellular component| nuclear chromosome | inferred from d

NA

molecular function| structural molecule activity | traceable author statement|GO:0005198//cellular component| nucleus | traceable author sta

NA

NA

molecular function| NADH dehydrogenase activity | inferred from sequence similarity|GO:0003954//molecular function| NADH dehydrogenas

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| bud site selection | inferred from mutant phenotyp

molecular function| transporter activity | inferred from sequence similarity|GO:0005215//cellular component| membrane | inferred from seque

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

biological process| aerobic respiration | inferred from genetic interaction|GO:0009060

molecular function| cytoskeletal protein binding | traceable author statement|GO:0008092//cellular component| contractile ring (sensu Sacch

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

NA

NA

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| conjugation with cellular fusio

NA

molecular function| protein-lysine N-methyltransferase activity | inferred from direct assay|GO:0016279//cellular component| nucleus | inferre

molecular function| tRNA (guanine) methyltransferase activity | inferred from direct assay|GO:0016423//cellular component| cytoplasm | infe

molecular function| pre-mRNA splicing factor activity | inferred from direct assay|GO:0008248//cellular component| spliceosome complex | in

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| structural constituent o

molecular function| glutathione peroxidase activity | inferred from direct assay|GO:0004602//biological process| response to oxidative stress

molecular function| ATPase activity | inferred from genetic interaction|GO:0016887//cellular component| cytosol | traceable author statemen

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

molecular function| glutamate-tRNA ligase activity | inferred from sequence similarity|GO:0004818//molecular function| glutamate-tRNA liga

molecular function| ubiquitin-protein ligase activity | inferred from direct assay|GO:0004842//cellular component| endoplasmic reticulum | tra

molecular function| NADH dehydrogenase activity | inferred from sequence similarity|GO:0003954//cellular component| mitochondrion | infe

molecular function| microtubule binding | inferred from sequence similarity|GO:0008017//molecular function| protein binding | inferred from s

cellular component| bud neck | inferred from direct assay|GO:0005935

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay

cellular component| mitochondrial membrane | traceable author statement|GO:0005740//biological process| protein complex assembly | trac

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| --- | inferred from sequence similarity|GO:0051082//molecular function| cysteine-type peptidase activity | inferred from se

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| mRNA binding | inferred from physical interaction|GO:0003729//cellular component| snRNP U1 | inferred from direct ass

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| nucleus | inferred from curator|GO:0005634//biological process| meiotic DNA double-strand break formation | traceable

molecular function| tryptophan 2,3-dioxygenase activity | traceable author statement|GO:0004833//cellular component| cytoplasm | inferred

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| cytoplasm | inferred from direct ass

molecular function| protein binding | inferred from physical interaction|GO:0005515//molecular function| protein binding | inferred from mutan

molecular function| MAP kinase phosphatase activity | inferred from direct assay|GO:0017017//cellular component| cytoplasm | inferred from

molecular function| kinase inhibitor activity | inferred from direct assay|GO:0019210//molecular function| protein binding | inferred from phys

NA

molecular function| cyclin-dependent protein kinase activity | inferred from direct assay|GO:0004693//cellular component| nucleus | inferred

NA

cellular component| spindle pole | inferred from direct assay|GO:0000922//cellular component| MIND complex | inferred from direct assay |G

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| chromatin binding | inferred from direct assay|GO:0003682//cellular component| nucleus | inferred from direct assay|GO

NA

molecular function| threonine ammonia-lyase activity | inferred from sequence similarity|GO:0004794//molecular function| threonine ammon

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004674//biological process| regulation of

NA

cellular component| spindle pole body | inferred from direct assay|GO:0005816

NA

molecular function| specific RNA polymerase II transcription factor activity | inferred from sequence similarity|GO:0003704//molecular functio

NA

molecular function| endonuclease activity | inferred from sequence similarity|GO:0004519

molecular function| DNA-dependent ATPase activity | inferred from direct assay|GO:0008094//cellular component| nucleotide excision repai

molecular function| histone deacetylase activity | inferred from mutant phenotype|GO:0004407//molecular function| histone deacetylase acti

NA

NA

NA

NA

molecular function| spermine transporter activity | inferred from mutant phenotype|GO:0000297//cellular component| plasma membrane | inf

NA

molecular function| translation release factor activity | inferred from sequence similarity|GO:0003747//molecular function| translation release

molecular function| RNA binding | inferred from sequence similarity|GO:0003723//molecular function| RNA binding | inferred from mutant ph

cellular component| nucleus | inferred from direct assay|GO:0005634

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| single-stranded DNA specific endodeoxyribonuclease activity | traceable author statement|GO:0000014//cellular compon

cellular component| endosome | inferred from physical interaction|GO:0005768//cellular component| ESCRT I complex | traceable author sta

molecular function| glucan 1,4-alpha-glucosidase activity | inferred from direct assay|GO:0004339//cellular component| vacuole (sensu Fung

NA

molecular function| L-serine ammonia-lyase activity | non-traceable author statement|GO:0003941//biological process| serine family amino a

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| vacuole (sensu Fungi) | inferred fro

cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//biological process| late endosome to vacuole transport

molecular function| damaged DNA binding | traceable author statement|GO:0003684//cellular component| nucleotide excision repair factor 1

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| protein binding | inferred from direct assay|GO:0005515//cellular component| integral to membrane | inferred from direct

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| protein N-terminal asparagine amidohydrolase activity | inferred from sequence similarity|GO:0008418//molecular functio

molecular function| protein kinase activity | inferred from sequence similarity|GO:0004672//biological process| chromosome segregation | in

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| membrane fraction | inferred from direct assay|GO:0005624

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//biological process| pseudohyphal growth | in

molecular function| protein binding | inferred from mutant phenotype|GO:0005515//molecular function| protein binding | inferred from direct a

molecular function| histone binding | traceable author statement|GO:0042393//cellular component| chromatin assembly complex | inferred fr

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| magnesium ion transporter activity | inferred from sequence similarity|GO:0015095//molecular function| magnesium ion

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial small rib

cellular component| mitochondrial outer membrane | traceable author statement|GO:0005741//cellular component| mitochondrial outer mem

biological process| negative regulation of DNA transposition | inferred from mutant phenotype|GO:0000335

molecular function| transcription factor activity | inferred from sequence similarity|GO:0003700//molecular function| transcription factor activi

molecular function| transcriptional repressor activity | inferred from direct assay|GO:0016564//cellular component| intracellular | inferred from

cellular component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| carbon utilization by u

NA

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein biosynthesis | inferred from mutant p

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction|GO:0005847//biologi

molecular function| L-lactate dehydrogenase (cytochrome) activity | inferred from direct assay|GO:0004460//cellular component| mitochondr

NA

molecular function| transcription cofactor activity | inferred from mutant phenotype|GO:0003712//molecular function| transcription cofactor ac

molecular function| phospholipid binding | inferred from direct assay|GO:0005543//cellular component| soluble fraction | inferred from direct

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| spore wall (sensu Fungi) | inferred from sequence similarity|GO:0005619//cellular component| spore wall (sensu Fungi)

molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotype|GO:0046933//mole

cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interactio

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| ethanol metabolism | inferre

molecular function| DNA-dependent ATPase activity | inferred from direct assay|GO:0008094//molecular function| ubiquitin conjugating enzy

cellular component| prospore membrane | inferred from direct assay|GO:0005628//biological process| spore wall assembly (sensu Fungi) | i

NA

molecular function| transcription coactivator activity | traceable author statement|GO:0003713//cellular component| nucleus | traceable autho

NA

NA

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| centromeric DNA binding | traceable author statement|GO:0019237//cellular component| nucleus | traceable author state

NA

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//molecular function| peptidyltransferase acti

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| dodecenoyl-CoA delta-isomerase activity | inferred from mutant phenotype|GO:0004165//molecular function| dodecenoy

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

cellular component| proton-transporting ATP synthase complex (sensu Eukarya) | traceable author statement|GO:0005753//biological proce

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//cellular componen

NA

cellular component| spindle pole body | non-traceable author statement|GO:0005816//cellular component| COMA complex | inferred from di

molecular function| copper ion binding | inferred from sequence similarity|GO:0005507//molecular function| copper ion binding | inferred from

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| zinc ion transport | inferred from mu

molecular function| protein binding | inferred from sequence similarity|GO:0005515//cellular component| ubiquitin ligase complex | inferred fr

molecular function| single-stranded DNA specific endodeoxyribonuclease activity | traceable author statement|GO:0000014//cellular compon

cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| protein biosynthesis | traceable author sta

molecular function| v-SNARE activity | traceable author statement|GO:0005485//cellular component| membrane | traceable author statemen

molecular function| acyltransferase activity | inferred from sequence similarity|GO:0008415//biological process| phospholipid biosynthesis | i

molecular function| mannitol dehydrogenase activity | inferred from sequence similarity|GO:0046029

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein targeting | inferred from physical inte

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| methylated-DNA-[protein]-cysteine S-methyltransferase activity | inferred from direct assay|GO:0003908//cellular compo

NA

molecular function| protein transporter activity | inferred from physical interaction|GO:0008565//molecular function| protein transporter activit

molecular function| basic amino acid transporter activity | inferred from direct assay|GO:0015174//cellular component| plasma membrane | i

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| endocytosis | inferred from mutant phenotype|G

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| acetyltransferase activity | inferred from direct assay|GO:0016407//cellular component| nuclear chromatin | inferred from

NA

NA

molecular function| cation:cation antiporter activity | inferred from sequence similarity|GO:0015491//molecular function| cation:cation antipor

molecular function| succinate-semialdehyde dehydrogenase [NAD(P)+] activity | inferred from sequence similarity|GO:0009013//molecular f

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136//biological process| bud site selection | inferred from mu

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

NA

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| nucleoplasm | inferred from direct assay|GO:0005654//cellular component| nuclear membrane | inferred from direct ass

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| membrane fraction | inferred from direct as

molecular function| phenylalanine-tRNA ligase activity | inferred from sequence similarity|GO:0004826//molecular function| phenylalanine-tR

molecular function| centromeric DNA binding | traceable author statement|GO:0019237//molecular function| DNA bending activity | inferred

molecular function| protein binding | inferred from physical interaction|GO:0005515//cellular component| nucleus | inferred from direct assay

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| RNA binding | inferred from mutant phenotype|GO:0003723//cellular component| mitochondrion | inferred from direct ass

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay|GO:0042800//molecular function

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//molecular

NA

cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:00056

NA

molecular function| DNA-dependent ATPase activity | traceable author statement|GO:0008094//cellular component| nucleus | non-traceable

molecular function| transcription cofactor activity | inferred from physical interaction|GO:0003712//molecular function| transcription cofactor a

cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:00

molecular function| phosphomethylpyrimidine kinase activity | inferred from sequence similarity|GO:0008972//biological process| thiamin bio

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| receptor signaling protein serine/threonine kinase activity | inferred from sequence similarity|GO:0004702//molecular fun

NA

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity|GO:0003887//cellular component| nucleus | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| structural constituent of ribosome | inferred from sequence similarity|GO:0003735//molecular function| structural constitu

molecular function| RNA helicase activity | inferred from direct assay|GO:0003724//cellular component| mitochondrion | inferred from direct

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| isocitrate dehydrogenase (NADP+) activity | traceable author statement|GO:0004450//cellular component| cytosol | trace

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

NA

molecular function| protein serine/threonine phosphatase activity | inferred from sequence similarity|GO:0004722//molecular function| protei

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| nuclear chromosome | inferred from d

biological process| cell ion homeostasis | inferred from mutant phenotype|GO:0006873

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| enoyl-[acyl-carrier protein] reductase activity | inferred from direct assay|GO:0016631//cellular component| mitochondrio

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005

molecular function| ubiquitin-specific protease activity | traceable author statement|GO:0004843//cellular component| cytoplasm | inferred fro

NA

NA

molecular function| pre-mRNA splicing factor activity | inferred from mutant phenotype|GO:0008248//cellular component| spliceosome comp

cellular component| cell wall (sensu Fungi) | inferred from sequence similarity|GO:0009277//cellular component| cell wall (sensu Fungi) | infe

cellular component| spindle | inferred from direct assay|GO:0005819//cellular component| prospore membrane | inferred from direct assay |G

molecular function| alanine-glyoxylate transaminase activity | inferred from sequence similarity|GO:0008453//molecular function| alanine-gly

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| spore wall (sensu Fungi) | inferred from direct assay|GO:0005619//biological process| spore wall assembly (sensu Fung

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| nucleus | inferred from direct assay|GO:0005634

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

molecular function| transcription regulator activity | traceable author statement|GO:0030528//cellular component| mitochondrion | inferred fro

NA

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from sequence similarity|GO:0042626//c

molecular function| oxidoreductase activity, acting on sulfur group of donors | inferred from direct assay|GO:0016667//cellular component| c

NA

NA

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| RSC complex | inferred from physical

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

NA

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| signal transduction during conjugation

molecular function| phospholipid binding | inferred from direct assay|GO:0005543//cellular component| vacuolar membrane (sensu Fungi) |

molecular function| transcriptional activator activity | traceable author statement|GO:0016563//cellular component| CCAAT-binding factor co

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

NA

cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| cytochrome c oxidase bio

NA

molecular function| aldo-keto reductase activity | inferred from sequence similarity|GO:0004033//molecular function| aldehyde reductase act

molecular function| mRNA binding | inferred from sequence similarity|GO:0003729//cellular component| cytoplasm | inferred from direct ass

NA

molecular function| pseudouridylate synthase activity | inferred from sequence similarity|GO:0004730//molecular function| pseudouridylate s

NA

molecular function| protein phosphatase regulator activity | inferred from sequence similarity|GO:0019888//molecular function| protein phosp

NA

cellular component| cytoplasm | inferred from direct assay|GO:0005737

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| cell cycle arrest in response to phe

molecular function| glutamate decarboxylase activity | inferred from sequence similarity|GO:0004351//molecular function| glutamate decarbo

molecular function| cleavage/polyadenylation specificity factor activity | inferred from direct assay|GO:0030364//molecular function| protein b

cellular component| nuclear nucleosome | traceable author statement|GO:0000788//cellular component| histone acetyltransferase complex

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial large rib

molecular function| GTP binding | inferred from sequence similarity|GO:0005525//cellular component| mitochondrial inner membrane | inferr

molecular function| protein kinase activity | inferred from direct assay|GO:0004672//cellular component| cytoplasm | inferred from direct assa

molecular function| oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor | inferred from sequence simil

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

biological process| meiosis | inferred from expression pattern|GO:0007126//biological process| DNA metabolism | inferred from genetic inter

NA

molecular function| histone acetyltransferase activity | non-traceable author statement|GO:0004402//molecular function| histone acetyltransf

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| anaphase-promoting complex | inferred from direct assay|GO:0005680//biological process| regulation of mitotic metaph

NA

molecular function| translation termination factor activity | inferred from sequence similarity|GO:0008079//cellular component| mitochondrion

molecular function| translation elongation factor activity | inferred from sequence similarity|GO:0003746//molecular function| translation elon

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| autophagy | inferred from mutant phen

molecular function| DNA replication origin binding | traceable author statement|GO:0003688//cellular component| nuclear origin of replicatio

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//molecular function| pro

molecular function| GTPase activity | inferred from sequence similarity|GO:0003924//cellular component| mitochondrion | inferred from direc

molecular function| Ras guanyl-nucleotide exchange factor activity | traceable author statement|GO:0005088//molecular function| guanyl-nu

molecular function| aldo-keto reductase activity | inferred from sequence similarity|GO:0004033//molecular function| aldo-keto reductase act

molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype|GO:0003704//molecular function

molecular function| DNA binding | inferred from sequence similarity|GO:0003677//cellular component| cytoplasm | inferred from direct assay

molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay|GO:0003704//cellular component| nuc

molecular function| protein binding | traceable author statement|GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable

molecular function| damaged DNA binding | inferred from direct assay|GO:0003684//cellular component| nucleotide excision repair factor 2

molecular function| t-SNARE activity | inferred from sequence similarity|GO:0005486//molecular function| t-SNARE activity | inferred from ph

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| peroxisome organization and biogenesis | inferred

molecular function| structural constituent of ribosome | traceable author statement|GO:0003735//cellular component| mitochondrial small rib

cellular component| replication fork | inferred from physical interaction|GO:0005657//cellular component| replication fork | inferred from gene

molecular function| nucleic acid binding | inferred from direct assay|GO:0003676//cellular component| THO complex | inferred from physical

cellular component| cytoplasm | inferred from direct assay|GO:0005737

molecular function| nucleic acid binding | inferred from direct assay|GO:0003676//cellular component| THO complex | inferred from physical

cellular component| mitochondrion | inferred from direct assay|GO:0005739

molecular function| S-adenosylmethionine-dependent methyltransferase activity | inferred from sequence similarity|GO:0008757//cellular co

NA

cellular component| membrane | inferred from sequence similarity|GO:0016020

molecular function| protein transporter activity | inferred from sequence similarity|GO:0008565//cellular component| cytoplasm | inferred from

molecular function| translation regulator activity | inferred from genetic interaction|GO:0045182//cellular component| integral to membrane |

molecular function| inorganic phosphate transporter activity | inferred from direct assay|GO:0005315//cellular component| mitochondrion | in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

biological process| mitochondrion organization and biogenesis | inferred from genetic interaction|GO:0007005

molecular function| structural constituent of cytoskeleton | inferred from physical interaction|GO:0005200//cellular component| dynactin com

NA

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

NA

NA

NA

molecular function| transcription corepressor activity | inferred from direct assay|GO:0003714//cellular component| nucleus | inferred from di

molecular function| ubiquinol-cytochrome-c reductase activity | inferred from direct assay|GO:0008121//cellular component| respiratory chai

molecular function| electron carrier activity | traceable author statement|GO:0009055//cellular component| mitochondrial intermembrane spa

NA

molecular function| --- | inferred from physical interaction|GO:0051082//molecular function| --- | inferred from mutant phenotype |GO:005108

NA

NA

NA

cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| plasma membrane | inferred from direct assay

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| intracellular protein transport | inferred from physic

NA

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| nucleus | inferred from curator|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:00062

molecular function| transcriptional repressor activity | inferred from physical interaction|GO:0016564//cellular component| Sin3 complex | infe

NA

molecular function| structural constituent of ribosome | inferred from direct assay|GO:0003735//cellular component| mitochondrial small ribo

molecular function| --- | inferred from direct assay|GO:0051082//cellular component| cytoplasm | inferred from direct assay|GO:0005737//ce

cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA

molecular function| actin monomer binding | traceable author statement|GO:0003785//cellular component| actin cap (sensu Fungi) | inferred

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct as

NA

NA

NA

NA

molecular function| serine-tRNA ligase activity | inferred from sequence similarity|GO:0004828//molecular function| serine-tRNA ligase activ

molecular function| kinase activity | inferred from sequence similarity|GO:0016301//cellular component| mitochondrion | inferred from seque

NA

molecular function| general RNA polymerase II transcription factor activity | traceable author statement|GO:0016251//cellular component| tra

molecular function| thiamin transporter activity | traceable author statement|GO:0015234//cellular component| plasma membrane | inferred f

biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| cytochrome c oxidase bio

molecular function| glucose binding | traceable author statement|GO:0005536//molecular function| glucose transporter activity | traceable au

molecular function| acetyltransferase activity | inferred from sequence similarity|GO:0016407

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

molecular function| aromatic-amino-acid transaminase activity | inferred from sequence similarity|GO:0008793//molecular function| aromatic

NA

NA

NA

NA

NA

NA

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

molecular function| peptidase activity | inferred from sequence similarity|GO:0008233//molecular function| protein binding | inferred from seq

molecular function| --- | traceable author statement|GO:0051082//cellular component| cytoplasm | inferred from direct assay|GO:0005737//c

molecular function| rRNA binding | inferred from physical interaction|GO:0019843//cellular component| nucleolus | inferred from sequence s

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein complex assembly | inferred from m

molecular function| rRNA binding | inferred from physical interaction|GO:0019843//cellular component| nucleolus | inferred from direct assay

NA

molecular function| alkylbase DNA N-glycosylase activity | inferred from direct assay|GO:0003905//cellular component| nucleus | inferred fro

molecular function| aldehyde dehydrogenase activity | inferred from sequence similarity|GO:0004028//cellular component| cytoplasm | inferr

cellular component| mitochondrion | inferred from direct assay|GO:0005739

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

molecular function| copper chaperone activity | inferred from physical interaction|GO:0016531//molecular function| copper chaperone activit

NA

molecular function| electron carrier activity | inferred from direct assay|GO:0009055//cellular component| mitochondrial intermembrane spac

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| imidazoleglycerol-phosphate dehydratase activity | traceable author statement|GO:0004424//cellular component| cell | tr

NA

NA

cellular component| mitochondrion | inferred from direct assay|GO:0005739

NA

NA

molecular function| oxidoreductase activity | inferred from sequence similarity|GO:0016491//biological process| metabolism | inferred from s

NA

NA

molecular function| copper uptake transporter activity | inferred from mutant phenotype|GO:0015088//cellular component| plasma membran

molecular function| DNA helicase activity | inferred from direct assay|GO:0003678//cellular component| nucleus | inferred from curator|GO:0

molecular function| imidazoleglycerol-phosphate dehydratase activity | traceable author statement|GO:0004424//molecular function| RNA he

NA

NA

molecular function| phenylpyruvate decarboxylase activity | inferred from direct assay|GO:0050177//molecular function| carboxy-lyase activi

cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred fro

NA

NA

molecular function| ferric-chelate reductase activity | inferred from sequence similarity|GO:0000293

NA

or statement|GO:0000773//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylcholine b

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ent| bud tip | inferred from direct assay |GO:0005934//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| vacuol

| inferred from mutant phenotype|GO:0003871//cellular component| cytoplasm | no biological data available|GO:0005737//biological process| methionine b

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



mponent| nucleus | inferred from direct assay|GO:0005634//biological process| protein-nucleus import | inferred from mutant phenotype|GO:0006606

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ss| microtubule cytoskeleton organization and biogenesis | inferred from genetic interaction|GO:0000226



0033//molecular function| alpha-1,3-mannosyltransferase activity | inferred from direct assay |GO:0000033//cellular component| endoplasmic reticulum | inf

r function| glucose transporter activity | traceable author statement |GO:0005355//molecular function| glucose transporter activity | inferred from direct assa

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| ornithine metabolism | traceable author statement|GO:0006591//b

r component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324



ular component| cytosol | inferred from direct assay|GO:0005829//biological process| arginine biosynthesis | traceable author statement|GO:0006526//biolo



molecular function| cystathionine beta-lyase activity | inferred from mutant phenotype |GO:0004121//cellular component| peroxisome | inferred from direct



8//biological process| methionine metabolism | traceable author statement|GO:0006555

lular component| 6-phosphofructokinase complex | inferred from mutant phenotype|GO:0005945//cellular component| cytoplasm | inferred from direct assa

or statement|GO:0008553//cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| endoplasmic reticulum | i

4//cellular component| soluble fraction | inferred from direct assay|GO:0005625//cellular component| phosphopyruvate hydratase complex | inferred from d

ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333

ent| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

| nucleus | inferred from direct assay|GO:0005634//cellular component| nuclear nucleosome | inferred from physical interaction |GO:0000788//biological pr

eraction|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from expression pattern |GO:0003704//cellular c

8//molecular function| methionine adenosyltransferase activity | inferred from sequence similarity |GO:0004478//molecular function| methionine adenosyltra



on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te

r component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| 1,3-beta-glucan synthase complex | traceable author s

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| DNA-dependent DNA replication | traceable author statement|GO:0006261

cal process| signal transduction | inferred from physical interaction|GO:0007165

| inferred from direct assay |GO:0005634



arrest | inferred from mutant phenotype|GO:0007050//biological process| cell cycle arrest | inferred from expression pattern |GO:0007050//biological proc

n| protein binding, bridging | inferred from direct assay |GO:0030674//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO



/cellular component| sulfite reductase complex (NADPH) | inferred from sequence similarity|GO:0009337//cellular component| sulfite reductase complex (N

ponent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| mitochondrial matrix | traceable author statement |GO:000575

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| cytoplasm | inferred from direct assay|GO:0005737

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

4421//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//cellular component| mitochondrion | traceable author stateme

eraction|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| mitochondrion | inferred from direct assay |GO:0

nt| heterogeneous nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030530//cellular component| cytoplasm | inferred from direct assay |

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| GTP biosynthesis | traceable author statement|GO:0006183

4636//molecular function| phosphoribosyl-AMP cyclohydrolase activity | traceable author statement |GO:0004635//molecular function| histidinol dehydrogen

component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| response to stress | inferred from sequence similarity|GO

function| amino acid transporter activity | inferred from direct assay |GO:0015171//cellular component| plasma membrane | inferred from sequence similar

component| membrane | inferred from direct assay|GO:0016020//cellular component| plasma membrane | inferred from direct assay |GO:0005886//biologi

| structural constituent of cell wall | inferred from direct assay |GO:0005199//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:000

nent| extrinsic to membrane | inferred from direct assay|GO:0019898//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular com





tatement|GO:0046961//molecular function| endodeoxyribonuclease activity | traceable author statement |GO:0004520//cellular component| vacuolar memb

ction| O-acetylhomoserine aminocarboxypropyltransferase activity | traceable author statement |GO:0003961//molecular function| O-acetylhomoserine am



23//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| iron-sulfur cluster assembly | traceable author statem

llular component| ribosome | traceable author statement|GO:0005840//biological process| translational elongation | traceable author statement|GO:000641

ent| vacuolar membrane | inferred from direct assay|GO:0005774//biological process| vacuole inheritance | inferred from mutant phenotype|GO:0000011

2//biological process| axial budding | traceable author statement|GO:0007120//biological process| cytokinesis | traceable author statement |GO:0000910//b

42124//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

04347//cellular component| cytosol | traceable author statement|GO:0005829//biological process| pentose-phosphate shunt | traceable author statement|G



0033//molecular function| alpha-1,3-mannosyltransferase activity | inferred from direct assay |GO:0000033//cellular component| endoplasmic reticulum | inf

ar component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| endoplasmic reticulum membrane | inferred from direct ass

nction| glucosidase activity | inferred from mutant phenotype |GO:0015926//cellular component| integral to membrane | inferred from direct assay|GO:0016



5175//molecular function| neutral amino acid transporter activity | inferred from mutant phenotype |GO:0015175//molecular function| neutral amino acid tran

cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

ucleolus | inferred from direct assay|GO:0005730//cellular component| nucleoplasm | inferred from direct assay |GO:0005654//cellular component| nucleus

38//molecular function| nucleotide-sugar transporter activity | inferred from mutant phenotype |GO:0005338//cellular component| Golgi apparatus | inferred

nt|GO:0003704//cellular component| nucleus | traceable author statement|GO:0005634//biological process| unfolded protein response, target gene transcr

unction| fatty acid elongase activity | inferred from mutant phenotype |GO:0009922//cellular component| membrane | inferred from sequence similarity|GO:

ular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| protein processing | inferred from direct assay|GO:00

olecular function| acetolactate synthase activity | inferred from direct assay |GO:0003984//cellular component| mitochondrion | inferred from sequence simi

y|GO:0016757//molecular function| dolichyl-phosphate beta-D-mannosyltransferase activity | inferred from direct assay |GO:0004582//cellular component|

component| cell | inferred from direct assay|GO:0005623//biological process| methionine metabolism | inferred from mutant phenotype|GO:0006555//biolo



| inferred from direct assay |GO:0005634

ular function| specific RNA polymerase II transcription factor activity | traceable author statement |GO:0003704//molecular function| DNA binding | inferred

cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

mechanism | inferred from sequence similarity|GO:0015662//molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphoryl

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te

function| ferrochelatase activity | inferred from mutant phenotype |GO:0004325//cellular component| mitochondrial inner membrane | traceable author stat

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular com

ular function| lysophospholipase activity | inferred from mutant phenotype |GO:0004622//molecular function| lysophospholipase activity | inferred from dire





6//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica

|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II prom

lecular function| lysine permease activity | traceable author statement |GO:0005293//molecular function| arginine permease activity | traceable author state

38//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | inferred

ponent| cytosol | inferred from direct assay|GO:0005829//biological process| threonine catabolism | inferred from direct assay|GO:0006567//biological proce

cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| bud tip | inferred from direct assay |GO:0005934

| inferred from direct assay |GO:0005634

component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | inferred from muta

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| m

GO:0005083//cellular component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| bud neck | inferred from direct ass

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| cell cy



ar function| N-acetyl-gamma-glutamyl-phosphate reductase activity | inferred from direct assay |GO:0003942//cellular component| mitochondrial matrix | inf

ular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:0042

mponent| clathrin vesicle coat | traceable author statement|GO:0030125//biological process| vesicle-mediated transport | traceable author statement|GO:00

election | inferred from genetic interaction|GO:0000282

0003755//cellular component| membrane | inferred from sequence similarity|GO:0016020

2//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to drug | traceable author statement|GO:0



81//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| methionine metabolism | inferred from mutant phenotype|G

r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of meiosis | inferred from genetic interaction|GO:0040020

r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of meiosis | inferred from genetic interaction|GO:0040020

ess| sphingolipid catabolism | inferred from direct assay|GO:0030149//biological process| response to salt stress | inferred from mutant phenotype |GO:00

mponent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| endoplasmic reticulum lumen | inferred

component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|

ent| bud tip | inferred from direct assay |GO:0005934//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| vacuol



llular component| ribosome | traceable author statement|GO:0005840//biological process| translational elongation | traceable author statement|GO:000641





ular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biologic



ular component| vacuole (sensu Fungi) | traceable author statement|GO:0000324//biological process| sporulation | inferred from mutant phenotype|GO:00

ular component| endomembrane system | traceable author statement|GO:0012505//cellular component| lipid particle | inferred from direct assay |GO:0005

04478//molecular function| methionine adenosyltransferase activity | inferred from genetic interaction |GO:0004478//cellular component| cytoplasm | inferr

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//molecular function| Pol II transc

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:0015

ellular component| cytoplasmic microtubule | traceable author statement|GO:0005881//cellular component| nuclear microtubule | traceable author stateme

ular component| lipid particle | inferred from direct assay|GO:0005811//cellular component| endoplasmic reticulum | traceable author statement |GO:00057

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

|GO:0015664//molecular function| nicotinamide mononucleotide permease activity | inferred from expression pattern |GO:0015664//cellular component| int

ent| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| response to chemical substance | inferred from mutant phenotype

n| poly(A) binding | inferred from direct assay |GO:0008143//cellular component| ribosome | inferred from direct assay|GO:0005840//cellular component| cy

rred from direct assay |GO:0005933//cellular component| incipient bud site | inferred from direct assay |GO:0000131

milarity|GO:0003983//molecular function| UTP-glucose-1-phosphate uridylyltransferase activity | inferred from mutant phenotype |GO:0003983//cellular com

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

04458//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| soluble fraction | inferred from direct assay |GO:0005

ellular component| cell wall (sensu Fungi) | traceable author statement|GO:0009277//biological process| cell wall organization and biogenesis | traceable a

om direct assay|GO:0004643//molecular function| IMP cyclohydrolase activity | inferred from direct assay |GO:0003937//cellular component| cytosol | infer

|GO:0003704//molecular function| DNA binding | traceable author statement |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:00

ription export complex | inferred from physical interaction|GO:0000346//biological process| mRNA-nucleus export | inferred from genetic interaction|GO:00

cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| phospholipid transport | inferred from direct assay|GO:0015914//b

omponent| lipid particle | inferred from direct assay|GO:0005811

GO:0004748//molecular function| ribonucleoside-diphosphate reductase activity | inferred from genetic interaction |GO:0004748//molecular function| ribonu

cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| cell wall organization and biogenesis | inferred from m

tatement|GO:0046961//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| hydrogen-transporting ATPase V1 do

ction| chromatin binding | inferred from direct assay |GO:0003682//cellular component| nuclear chromatin | inferred from physical interaction|GO:0000790//

mponent| peroxisome | inferred from direct assay|GO:0005777//biological process| glutamate biosynthesis | traceable author statement|GO:0006537//biol

07//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylethanolamine biosynthesis | trac

ponent| integral to plasma membrane | inferred from sequence similarity|GO:0005887//biological process| sulfur amino acid transport | inferred from mutan

vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| response to unfolded protein | inferred from expression pattern|GO:0

molecular function| structural constituent of cell wall | inferred from expression pattern |GO:0005199//cellular component| cell wall (sensu Fungi) | inferred fr

45552//molecular function| oxidoreductase activity | inferred from direct assay |GO:0016491//cellular component| cytoplasm | inferred from direct assay|GO

ss| proteasomal ubiquitin-dependent protein catabolism | inferred from mutant phenotype|GO:0043161//biological process| protein secretion | inferred from

| inferred from direct assay |GO:0005634//biological process| pseudohyphal growth | inferred from genetic interaction|GO:0007124

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

y|GO:0016757//molecular function| mannosyltransferase activity | inferred from mutant phenotype |GO:0000030//molecular function| mannosyltransferase

omponent| CCR4-NOT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:0005

cular function| glycerol transporter activity | inferred from mutant phenotype |GO:0015168//cellular component| membrane | inferred from sequence similar

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ce

| inferred from direct assay |GO:0005634//biological process| rRNA processing | inferred from genetic interaction|GO:0006364

onent| COPII vesicle coat | traceable author statement|GO:0030127//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological pr

plasma membrane | inferred from direct assay|GO:0005886//biological process| response to copper ion | inferred from mutant phenotype|GO:0046688//bio

cal process| meiosis | inferred from expression pattern |GO:0007126//biological process| DNA metabolism | inferred from genetic interaction |GO:0006259

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ent| nuclear membrane | inferred from direct assay |GO:0005635//cellular component| extracellular | inferred from direct assay |GO:0005576//cellular comp

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable a

nent| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| membrane | traceable author statement |GO:0016020//ce

| inferred from direct assay |GO:0005634//biological process| negative regulation of fatty acid metabolism | inferred from mutant phenotype|GO:0045922

component| cytosol | inferred from direct assay|GO:0005829//biological process| arginine biosynthesis | traceable author statement|GO:0006526







2//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021

NA binding | inferred from direct assay |GO:0003729//cellular component| cytoplasm | inferred from mutant phenotype|GO:0005737//cellular component| nu

2//molecular function| cytosine-purine permease activity | inferred from direct assay |GO:0015392//cellular component| integral to membrane | inferred from

//molecular function| copper uptake transporter activity | inferred from genetic interaction |GO:0015088//molecular function| copper ion transporter activity

798//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog



le (sensu Fungi) | inferred from direct assay |GO:0000324

lular component| 6-phosphofructokinase complex | inferred from mutant phenotype|GO:0005945//cellular component| cytoplasm | inferred from direct assa

vacuole fusion, non-autophagic | inferred from mutant phenotype|GO:0042144

ntegral to plasma membrane | traceable author statement|GO:0005887//cellular component| endoplasmic reticulum | inferred from direct assay |GO:00057

ponent| cytosol | inferred from direct assay|GO:0005829//biological process| acetyl-CoA biosynthesis | inferred from direct assay|GO:0006085

ponent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| endoplasmic reticulum | inferred from direct assay |GO:00057

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

membrane organization and biogenesis | inferred from sequence similarity|GO:0016044

milarity|GO:0016251//molecular function| general RNA polymerase II transcription factor activity | inferred from physical interaction |GO:0016251//molecul

ponent| periplasmic space (sensu Fungi) | non-traceable author statement|GO:0030287//cellular component| cell wall (sensu Fungi) | inferred from direct a

component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from direct a

nt|GO:0016251//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//cellular component| nucleotide excision

onent| plasma membrane | inferred from direct assay|GO:0005886//biological process| signal transduction | inferred from mutant phenotype|GO:0007165//

ent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological proc

A binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| sporulation

om sequence similarity|GO:0042626//cellular component| cytoplasm | inferred from direct assay|GO:0005737

m physical interaction|GO:0004579//molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from mutant phenotyp

onent| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

291//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ceramide biosynthesis | inferred from mutan

512//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| myo-inositol metabolism | traceable author statement|GO

| inferred from direct assay |GO:0005634

omponent| ubiquitin ligase complex | inferred from direct assay|GO:0000151//biological process| protein monoubiquitination | inferred from direct assay|GO

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ss| siderochrome transport | inferred from direct assay|GO:0015891

TPase activity | inferred from sequence similarity |GO:0003924//cellular component| Golgi apparatus | traceable author statement|GO:0005794//biological

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

m physical interaction|GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250//biological proc

unction| fatty acid elongase activity | inferred from mutant phenotype |GO:0009922//cellular component| endoplasmic reticulum membrane | traceable auth







component| mitochondrial outer membrane translocase complex | inferred from physical interaction|GO:0005742//cellular component| mitochondrion | infe

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

t| extrinsic to plasma membrane | traceable author statement |GO:0019897//cellular component| cytoplasm | traceable author statement |GO:0005737//cel

of DNA replication | inferred from genetic interaction|GO:0006275

O:0016538//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| mitotic spindle assembly (sensu Fungi) | inferred from

03701//molecular function| ribosomal DNA (rDNA) binding | traceable author statement |GO:0000182//cellular component| RNA polymerase I upstream ac

0176//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| secretory pathway | inferred from physical interaction|G

s| mRNA catabolism, deadenylation-dependent | inferred from genetic interaction|GO:0000288

3716//molecular function| RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003702//cellular component| nucleus | traceable

cal process| purine nucleotide biosynthesis | traceable author statement|GO:0006164//biological process| purine base metabolism | traceable author state

O:0016538//cellular component| nucleus | inferred from mutant phenotype|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:00056

0004073//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//

ess| steroid biosynthesis | inferred from mutant phenotype|GO:0006694//biological process| steroid biosynthesis | inferred from genetic interaction |GO:000

om sequence similarity|GO:0042626//cellular component| cytoplasm | inferred from direct assay|GO:0005737



lular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| basic amino acid transport | inferred from direct a

onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| mitoc

| inferred from direct assay |GO:0005634

| inferred from direct assay |GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281





ent| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| response to osmotic stress | inferred from mutant

nt| mitochondrion | inferred from direct assay|GO:0005739//biological process| aromatic compound catabolism | inferred from direct assay|GO:0019439

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to drug | inferred from genetic interaction|GO:004249

ular function| lysophospholipase activity | inferred from mutant phenotype |GO:0004622//cellular component| cell wall (sensu Fungi) | inferred from direct a

oplasm | inferred from direct assay|GO:0005737//biological process| actin cytoskeleton organization and biogenesis | traceable author statement|GO:00300

mponent| extrinsic to endoplasmic reticulum membrane | inferred from direct assay|GO:0042406//biological process| protein amino acid palmitoylation | infe

|GO:0004345//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pentose-phosphate shunt | inferred from seque

| inferred from direct assay|GO:0005730//biological process| nucleocytoplasmic transport | inferred from sequence similarity|GO:0006913





cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| protein amino acid phosphorylation | inferred from direct assay|G

07//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylethanolamine biosynthesis | trac

component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO



merase-dependent telomere maintenance | inferred from mutant phenotype|GO:0007004//biological process| telomerase-dependent telomere maintenanc

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

r component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| 1,3-beta-glucan synthase complex | traceable author s

lular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biologi

004617//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| serine family amino acid biosynthesis | inferred from m

200//cellular component| condensed nuclear chromosome, pericentric region | inferred from physical interaction|GO:0000780//cellular component| conden

GO:0003702//cellular component| nucleus | inferred from sequence similarity|GO:0005634//cellular component| nucleus | inferred from curator |GO:000563



| iron-sulfur cluster assembly | inferred from sequence similarity|GO:0016226//biological process| iron-sulfur cluster assembly | inferred from mutant pheno



rred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737



ular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| transsulfuration | traceable author statement|GO:0019346//biologic

ar component| integral to membrane | inferred from sequence similarity |GO:0016021//cellular component| cell cortex | inferred from direct assay |GO:000

ponent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| extracellular | inferred from direct assay |GO:0005576//biolog

tatement|GO:0046961//cellular component| hydrogen-transporting ATPase V0 domain | traceable author statement|GO:0000220//biological process| vacu

unction| fatty acid elongase activity | inferred from mutant phenotype |GO:0009922//cellular component| endoplasmic reticulum membrane | traceable auth

llular component| serine C-palmitoyltransferase complex | inferred from mutant phenotype|GO:0017059//cellular component| microsome | inferred from ph

/molecular function| transmembrane receptor activity | inferred from genetic interaction |GO:0004888//cellular component| actin cap (sensu Fungi) | inferre

:0008793//molecular function| aromatic-amino-acid transaminase activity | inferred from direct assay |GO:0008793//cellular component| cytoplasm | inferre

| inferred from direct assay |GO:0005634







ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ent| endosome | traceable author statement|GO:0005768//biological process| transport | inferred from physical interaction|GO:0006810//biological process

03701//molecular function| ribosomal DNA (rDNA) binding | traceable author statement |GO:0000182//cellular component| RNA polymerase I upstream ac

ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333

nent| plasma membrane | inferred from direct assay|GO:0005886//biological process| uracil transport | inferred from direct assay|GO:0015857



00009//molecular function| alpha-1,6-mannosyltransferase activity | inferred from mutant phenotype |GO:0000009//cellular component| endoplasmic reticul

m direct assay|GO:0004360//biological process| cell wall chitin biosynthesis | inferred from genetic interaction|GO:0006038

s| ER to Golgi transport | inferred from physical interaction|GO:0006888





ar component| hydrogen-transporting ATPase V0 domain | traceable author statement|GO:0000220//biological process| proton transport | traceable author

7150//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo

ellular component| integral to plasma membrane | inferred from sequence similarity|GO:0005887//cellular component| integral to plasma membrane | inferr

onent| endosome | traceable author statement|GO:0005768//cellular component| membrane fraction | traceable author statement |GO:0005624//biological



04748//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| DNA replication | traceable author statement|GO:00062



r component| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological proces

0016423//molecular function| tRNA (guanine) methyltransferase activity | inferred from mutant phenotype |GO:0016423//molecular function| tRNA (guanine

plasm | inferred from direct assay|GO:0005737//cellular component| nuclear chromosome, telomeric region | inferred from direct assay |GO:0000784//biolo

component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| sterol metabolism | inferred from mutant phenotype|GO:0

itment complex | inferred from direct assay|GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|G



lecular function| protein phosphatase type 1 activity | inferred from direct assay |GO:0000163//cellular component| bud neck | inferred from direct assay|G

0026//molecular function| alpha-1,2-mannosyltransferase activity | inferred from direct assay |GO:0000026//cellular component| Golgi apparatus | inferred f

olecular function| ammonium transporter activity | inferred from mutant phenotype |GO:0008519//cellular component| plasma membrane | traceable autho

cular function| glutamate 5-kinase activity | inferred from mutant phenotype |GO:0004349//molecular function| glutamate 5-kinase activity | inferred from ge





n| RNA binding | inferred from physical interaction |GO:0003723//cellular component| snRNP U1 | traceable author statement|GO:0005685//cellular compo

t| peroxisomal matrix | inferred from direct assay|GO:0005782//biological process| peroxisome organization and biogenesis | inferred from expression patte

onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO

function| amino acid transporter activity | inferred from direct assay |GO:0015171//cellular component| plasma membrane | inferred from sequence similar

GO:0008113//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000563

90//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |

GO:0004638//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine nucleotide biosynthesis | traceable author



lar component| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| anaerobic respiration | inferred from ge

plasmic microtubule | traceable author statement|GO:0005881//cellular component| cytoplasmic microtubule | inferred from direct assay |GO:0005881//cel

ent| incipient bud site | inferred from direct assay |GO:0000131

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| GTP biosynthesis | traceable author statement|GO:0006183

4//cellular component| soluble fraction | inferred from direct assay|GO:0005625//cellular component| phosphopyruvate hydratase complex | inferred from d

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a





ed from mutant phenotype |GO:0051082//cellular component| integral to endoplasmic reticulum membrane | inferred from sequence similarity|GO:0030176

n| iron ion transporter activity | inferred from mutant phenotype |GO:0005381//cellular component| mitochondrion | inferred from direct assay|GO:0005739//

| inferred from direct assay |GO:0005634

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme



olecular function| phosphate transporter activity | inferred from mutant phenotype |GO:0015114//molecular function| phosphate transporter activity | inferre

0003755//molecular function| peptidyl-prolyl cis-trans isomerase activity | inferred from direct assay |GO:0003755//molecular function| transcriptional elong

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

| inferred from direct assay |GO:0005634//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| aerob

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ent| bud tip | inferred from direct assay |GO:0005934//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| vacuol

98//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologic

nt|GO:0016251//cellular component| transcription factor complex | traceable author statement|GO:0005667//biological process| negative regulation of trans

:0000006//molecular function| high affinity zinc uptake transporter activity | inferred from mutant phenotype |GO:0000006//cellular component| integral to p

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

mponent| mitochondrial inner membrane presequence translocase complex | traceable author statement|GO:0005744//biological process| mitochondrial ma

single-stranded DNA binding | inferred from direct assay |GO:0003697//cellular component| nucleolus | traceable author statement|GO:0005730//cellular c

ular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| heme biosynthesis | inferred from mutant phenotype|GO

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| translational elongation |

llular component| mitochondrion | traceable author statement|GO:0005739//biological process| branched chain family amino acid biosynthesis | traceable a

unction| DNA binding | inferred from physical interaction |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular comp



s| ER to Golgi transport | inferred from physical interaction|GO:0006888

omponent| nuclear telomere cap complex | inferred from direct assay|GO:0000783//biological process| telomere capping | traceable author statement|GO:



lular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrial genome maintenance | inferred from mutant ph

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| ribosome biogenesis and

ular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:0042





7//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica

281//cellular component| integral to plasma membrane | inferred from direct assay|GO:0005887//biological process| amino acid transport | inferred from mu

GO:0004366//molecular function| glycerol-3-phosphate O-acyltransferase activity | inferred from genetic interaction |GO:0004366//molecular function| glyc

TP-dependent helicase activity | traceable author statement |GO:0008026//molecular function| nucleic acid binding | traceable author statement |GO:00036

lular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| ammonium transport | inferred from mutant phenotype|G

nt phenotype|GO:0046961//molecular function| hydrogen-transporting ATPase activity, rotational mechanism | inferred from direct assay |GO:0046961//ce

04663//cellular component| Rab-protein geranylgeranyltransferase complex | inferred from direct assay|GO:0005968//biological process| protein amino ac

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| regula







ction| chromatin binding | inferred from direct assay |GO:0003682//cellular component| nuclear chromatin | inferred from physical interaction|GO:0000790//

lar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| adenosine biosynthesis | traceable author statement|GO:0046086/

O:0005843//cellular component| cytoplasmic mRNA processing body | inferred from mutant phenotype |GO:0000932//cellular component| cytoplasmic mRN



roxisomal membrane | traceable author statement|GO:0005778//biological process| peroxisome organization and biogenesis | traceable author statement|

0003862//molecular function| 3-isopropylmalate dehydrogenase activity | inferred from mutant phenotype |GO:0003862//cellular component| cytosol | trace

us | inferred from physical interaction|GO:0005634//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from ph

metabolism | inferred from genetic interaction |GO:0006259

GO:0004748//molecular function| ribonucleoside-diphosphate reductase activity | inferred from expression pattern |GO:0004748//cellular component| cytop

O:0016651//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assa

O:0016455//cellular component| transcription factor complex | traceable author statement|GO:0005667//biological process| negative regulation of transcript

//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from curator|GO:0005634//biological pr



//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| selenocysteine metabolism | non-traceable author statement

450//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| glutamate biosynthesis | traceable author statemen

016565//molecular function| general transcriptional repressor activity | inferred from mutant phenotype |GO:0016565//molecular function| general transcript



200//cellular component| spindle pole body | inferred from direct assay|GO:0005816//biological process| microtubule nucleation | inferred from physical inte

quence similarity|GO:0004088//molecular function| carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity | inferred from mutant phenotype |GO:0

olecular function| L-histidine transporter activity | inferred from mutant phenotype |GO:0005290//cellular component| plasma membrane | inferred from seq

vacuole fusion, non-autophagic | inferred from mutant phenotype|GO:0042144

n cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular c

olecular function| coproporphyrinogen oxidase activity | inferred from sequence similarity |GO:0004109//cellular component| mitochondrial inner membran

cellular component| cell wall (sensu Fungi) | traceable author statement|GO:0009277//biological process| cell wall organization and biogenesis | inferred fr





process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747

ophagy | inferred from genetic interaction |GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623//biol

llular component| ribosome | traceable author statement|GO:0005840//biological process| translational elongation | traceable author statement|GO:000641

cellular component| soluble fraction | inferred from direct assay|GO:0005625//cellular component| membrane fraction | inferred from direct assay |GO:0005

/cellular component| mitochondrial membrane | inferred from direct assay|GO:0005740//cellular component| mitochondrion | inferred from direct assay |GO

ellular component| cytoplasm | inferred from mutant phenotype|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cel

ne organization and biogenesis | inferred from genetic interaction|GO:0016044

component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO:

38//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| extracellular | inferred from sequence similar

e to oxidative stress | inferred from direct assay|GO:0006979



tatement|GO:0046961//cellular component| hydrogen-transporting ATPase V0 domain | traceable author statement|GO:0000220//biological process| vacu



ellular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//cellular component| nuclear membrane | traceable autho

O:0016538//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//cellular component| cytoplasm | inferred from mutant phenotyp

ent|GO:0004641//molecular function| phosphoribosylamine-glycine ligase activity | traceable author statement |GO:0004637//cellular component| cytoplasm



| inferred from direct assay |GO:0005634

r function| oxidoreductase activity | inferred from mutant phenotype |GO:0016491//cellular component| endoplasmic reticulum | inferred from sequence sim

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

6//molecular function| glutamate-ammonia ligase activity | inferred from mutant phenotype |GO:0004356//cellular component| cytoplasm | inferred from dire

molecular function| oxidoreductase activity | inferred from direct assay |GO:0016491//cellular component| cytoplasm | inferred from direct assay|GO:00057

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

000334//molecular function| 3-hydroxyanthranilate 3,4-dioxygenase activity | inferred from direct assay |GO:0000334//cellular component| cytoplasm | infe

component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellu



asm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| tRNA modification

NA binding | inferred from direct assay |GO:0003729//cellular component| cytoplasm | inferred from mutant phenotype|GO:0005737//cellular component| nu





nction| glucosidase activity | inferred from mutant phenotype |GO:0015926//cellular component| integral to membrane | inferred from direct assay|GO:0016

:0042175//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| vacuolar membrane (sensu Fungi) | in

olecular function| ubiquitin-protein ligase activity | inferred from genetic interaction |GO:0004842//cellular component| endoplasmic reticulum membrane |

mechanism | inferred from direct assay|GO:0015662//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biolo



ar component| intracellular | traceable author statement|GO:0005622//biological process| response to cadmium ion | inferred from direct assay|GO:004668



lar component| mitochondrion | inferred from direct assay|GO:0005739//biological process| branched chain family amino acid biosynthesis | traceable auth

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

ss| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred

ellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| spindle pole body | inferred from direct assay |GO:0005816//cel

t| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| positive r

al process| cytochrome c oxidase biogenesis | inferred from mutant phenotype|GO:0008535//biological process| heme a biosynthesis | inferred from mutan

/cellular component| intracellular | inferred from curator|GO:0005622//biological process| nitrogen utilization | traceable author statement|GO:0019740

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| sterol metabolism | inferred from mutant phenotype|GO:0



ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333

ellular component| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| iron ion homeostasis | inferred from



99//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologi

component| DNA-directed RNA polymerase II, holoenzyme | inferred from direct assay|GO:0016591//cellular component| cytoplasm | inferred from direct a

ent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological proc



//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//biological process| transcription from Pol I prom

O:0004851//molecular function| uroporphyrin-III C-methyltransferase activity | inferred from direct assay |GO:0004851//biological process| siroheme biosyn

ar component| nucleus | inferred from sequence similarity|GO:0005634//biological process| regulation of transcription, DNA-dependent | inferred from sequ

lular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro

0005085//cellular component| bud | traceable author statement|GO:0005933//biological process| regulation of exit from mitosis | traceable author statemen

nent| membrane | traceable author statement|GO:0016020//cellular component| membrane | inferred from sequence similarity |GO:0016020//cellular comp

56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



| inferred from direct assay |GO:0005634//biological process| actin cytoskeleton organization and biogenesis | inferred from physical interaction|GO:00300

ss| response to dessication | inferred from sequence similarity|GO:0009269//biological process| response to dessication | inferred from expression pattern

ction| chromatin binding | inferred from genetic interaction |GO:0003682//molecular function| chromatin binding | inferred from direct assay |GO:0003682//c

42124//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

onent| COPI vesicle coat | inferred from genetic interaction |GO:0030126//biological process| retrograde transport, Golgi to ER | inferred from mutant phen



onent| DNA replication factor C complex | inferred from mutant phenotype|GO:0005663//cellular component| DNA replication factor C complex | inferred fr

ogical process| hemolysis | inferred from sequence similarity|GO:0019836//biological process| mitochondrion organization and biogenesis | inferred from m



ular function| transcription factor activity | inferred from physical interaction |GO:0003700//molecular function| transcription factor activity | inferred from ge



om sequence similarity|GO:0042626//cellular component| cytoplasm | inferred from direct assay|GO:0005737

lecular function| alkaline phosphatase activity | inferred from direct assay |GO:0004035//cellular component| vacuolar membrane (sensu Fungi) | inferred f

mponent| cytoplasm | inferred from direct assay|GO:0005737

0003849//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//b

nt| bud neck | inferred from direct assay|GO:0005935//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation

/cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| homoserine metabolism | traceable author statement|GO:000



mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| GTP biosynthesis | traceable author statement|GO:0006183



terol metabolism | inferred from mutant phenotype|GO:0016125

/molecular function| transmembrane receptor activity | inferred from genetic interaction |GO:0004888//cellular component| cytoplasm | inferred from direct

unction| DNA binding | traceable author statement |GO:0003677//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component

mponent| extracellular | inferred from direct assay |GO:0005576//biological process| beta-1,6 glucan biosynthesis | inferred from mutant phenotype|GO:00

n| protein binding, bridging | inferred from direct assay |GO:0030674//molecular function| S-adenosylmethionine-dependent methyltransferase activity | infe

/cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular co

721//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to stress | inferred from genetic interac

cular function| peptide transporter activity | inferred from mutant phenotype |GO:0015197//cellular component| plasma membrane | inferred from sequence

| inferred from direct assay |GO:0005634



on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|

sequence similarity|GO:0004169//molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from mutant phenotype |

mponent| mitochondrion | inferred from direct assay|GO:0005739

t| actin cable (sensu Fungi) | inferred from direct assay|GO:0030482//cellular component| contractile ring (sensu Saccharomyces) | inferred from direct as

ess| protein-membrane targeting | inferred from mutant phenotype|GO:0006612//biological process| protein-membrane targeting | inferred from genetic int

O:0016538//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

om sequence similarity|GO:0042626//molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from mutant phe



72//cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| one-carbon compound metabolism | traceable author stat



r function| oxidoreductase activity | inferred from mutant phenotype |GO:0016491//cellular component| endoplasmic reticulum membrane | inferred from se

l process| response to stress | inferred from direct assay|GO:0006950

response to dessication | inferred from sequence similarity|GO:0009269//biological process| response to dessication | inferred from expression pattern |GO

46//cellular component| cytosolic ribosome (sensu Eukarya) | inferred from sequence similarity|GO:0005830//cellular component| cytosolic ribosome (sens



ction| acetolactate synthase activity | inferred from direct assay |GO:0003984//cellular component| mitochondrion | inferred from direct assay|GO:0005739/

ferase activity | traceable author statement|GO:0003975//cellular component| endoplasmic reticulum | inferred from curator|GO:0005783//biological proces



lular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro



ss| galactose metabolism | traceable author statement|GO:0006012

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

200//cellular component| outer plaque of spindle pole body | inferred from direct assay|GO:0005824//cellular component| inner plaque of spindle pole body

mponent| nucleus | traceable author statement|GO:0005634//biological process| regulation of cell size | inferred from direct assay|GO:0008361

y|GO:0015082//molecular function| zinc ion transporter activity | inferred from mutant phenotype |GO:0005385//cellular component| vacuole (sensu Fungi)

ellular component| mitochondrion | traceable author statement|GO:0005739//biological process| branched chain family amino acid biosynthesis | traceable

//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sterol metabolism | inferred from mutant phenotype|GO:0016

nt|GO:0003704//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | traceable author statement |GO:00

pe|GO:0004475//molecular function| mannose-1-phosphate guanylyltransferase activity | inferred from direct assay |GO:0004475//cellular component| cyto

ular function| phosphopantothenoylcysteine decarboxylase activity | inferred from sequence similarity |GO:0004633//cellular component| cytoplasm | inferre



cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| ergosterol biosynthesis | traceable author stateme

n| protein binding, bridging | inferred from direct assay |GO:0030674//molecular function| S-adenosylmethionine-dependent methyltransferase activity | infe

056//molecular function| structural constituent of nuclear pore | inferred from mutant phenotype |GO:0017056//cellular component| nuclear pore | traceable

ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| extracellular | inferred from direct assay |GO:0005576//biologic

ent| cytosol | traceable author statement|GO:0005829//cellular component| peroxisomal matrix | traceable author statement |GO:0005782//cellular compon

:0042175//cellular component| integral to membrane | inferred from sequence similarity |GO:0016021//cellular component| integral to membrane | inferred

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from

otype|GO:0004367//cellular component| cytosol | traceable author statement|GO:0005829//biological process| glycerol metabolism | inferred from mutant p



4//cellular component| soluble fraction | inferred from direct assay|GO:0005625//cellular component| phosphopyruvate hydratase complex | inferred from d

n| microtubule binding | inferred from direct assay |GO:0008017//cellular component| nuclear microtubule | traceable author statement|GO:0005880//cellula

sm | traceable author statement|GO:0008152

olecular function| thioredoxin peroxidase activity | inferred from mutant phenotype |GO:0008379//molecular function| thioredoxin peroxidase activity | inferr



ar membrane | inferred from direct assay |GO:0005635//biological process| protein-nucleus import | inferred from direct assay|GO:0006606

ay|GO:0004604//cellular component| intracellular | traceable author statement|GO:0005622//biological process| methionine metabolism | inferred from mut



ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

8466//molecular function| glycogenin glucosyltransferase activity | inferred from genetic interaction |GO:0008466//cellular component| cytoplasm | inferred

nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuclear pore | inferred from direct assay |GO:0005643//biological process| prot



r component| nucleus | traceable author statement|GO:0005634//biological process| regulation of global transcription from Pol II promoter | traceable auth

rom direct assay|GO:0016765//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| hypusine biosynthesis from pe

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype|GO:0042273//biologica

s| ER to Golgi transport | inferred from physical interaction|GO:0006888

ER retention | inferred from mutant phenotype|GO:0006621



tein binding | inferred from direct assay |GO:0005515//cellular component| nucleosome remodeling complex | inferred from physical interaction|GO:00056

rred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| endocytosis | inferred fr

asm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred from genetic interaction|GO:0007047

ular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| metabolism | traceable author statement|GO:0008152



| oxaloacetate carrier activity | inferred from direct assay |GO:0000227//cellular component| mitochondrial inner membrane | inferred from direct assay|GO

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//cellular component| cytoplasm | inferred from

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

/molecular function| sphingosine hydroxylase activity | inferred from mutant phenotype |GO:0000170//cellular component| endoplasmic reticulum | traceabl

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ctin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| transport vesicle | traceable author statement |GO:0030133//biologica

| inferred from direct assay |GO:0005634

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

O:0016274//molecular function| protein-arginine N-methyltransferase activity | inferred from physical interaction |GO:0016274//molecular function| protein-

hor statement|GO:0004169//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| O-linked glycosylatio

04722//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//bio

olecular function| amino acid transporter activity | inferred from mutant phenotype |GO:0015171//cellular component| vacuole | inferred from mutant pheno

unction| SUMO ligase activity | inferred from mutant phenotype |GO:0019789//molecular function| SUMO ligase activity | inferred from direct assay |GO:00



unction| transketolase activity | inferred from mutant phenotype |GO:0004802//cellular component| cytoplasm | inferred from sequence similarity|GO:00057

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

388//molecular function| phospholipid-translocating ATPase activity | inferred from sequence similarity |GO:0004012//cellular component| COPI-coated ves





ar component| eukaryotic translation initiation factor 3 complex | inferred from physical interaction|GO:0005852//cellular component| eukaryotic translation



ical patch assembly | traceable author statement|GO:0000147

ity|GO:0016538//molecular function| cyclin-dependent protein kinase regulator activity | inferred from physical interaction |GO:0016538//molecular function



lar function| ubiquitin conjugating enzyme activity | traceable author statement |GO:0004840//cellular component| cytoplasm | inferred from direct assay|GO

r component| mitochondrion | inferred from direct assay|GO:0005739//biological process| electron transport | inferred from mutant phenotype|GO:0006118



y|GO:0015082//molecular function| di-, tri-valent inorganic cation transporter activity | inferred from mutant phenotype |GO:0015082//cellular component| p



function| bilirubin transporter activity | inferred from mutant phenotype |GO:0015127//molecular function| bilirubin transporter activity | inferred from genetic

oskeleton organization and biogenesis | inferred from genetic interaction|GO:0030036

| inferred from direct assay |GO:0005634//biological process| regulation of amino acid metabolism | inferred from physical interaction|GO:0006521//biolog



llular component| cytoplasm | inferred from sequence similarity|GO:0005737//biological process| protein biosynthesis | inferred from sequence similarity|G



nt| half bridge of spindle pole body | traceable author statement |GO:0005825//cellular component| spindle pole body | traceable author statement |GO:000



m physical interaction|GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250//cellular compo

ular function| methyltransferase activity | inferred from physical interaction |GO:0008168//molecular function| methyltransferase activity | inferred from muta

ction| protein binding | inferred from physical interaction |GO:0005515//molecular function| endonuclease activity | inferred from direct assay |GO:0004519/

ar component| nucleus | inferred from curator|GO:0005634//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biolo

olecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosol | inferred from direct assay|GO:0005829//biological p





onent| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| carb

ponent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| extracellular | inferred from direct assay |GO:0005576//biolog

001406//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from m

//cellular component| plasma membrane | traceable author statement|GO:0005886//biological process| response to drug | traceable author statement|GO:

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

enotype|GO:0008686//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrial intermembrane space | infe

ponent| protein kinase CK2 complex | inferred from direct assay|GO:0005956//biological process| response to DNA damage stimulus | inferred from direct

A helicase activity | inferred from sequence similarity |GO:0003678//cellular component| nucleus | inferred from direct assay|GO:0005634//biological proces

ponent| cytoplasmic microtubule | inferred from direct assay|GO:0005881//cellular component| kinesin complex | traceable author statement |GO:0005871



|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II prom



90//molecular function| aspartic-type endopeptidase activity | inferred from direct assay |GO:0004190//cellular component| plasma membrane | inferred fro

process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0006357

3701//molecular function| single-stranded DNA binding | inferred from direct assay |GO:0003697//cellular component| cytoplasm | inferred from direct assa

r function| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| intracellular | traceable author statement|GO:000



ar component| COPII vesicle coat | traceable author statement|GO:0030127//biological process| ER to Golgi transport | traceable author statement|GO:00

molecular function| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| cytosol | inferred from direct assay|GO:0



olecular function| phosphoglucomutase activity | inferred from mutant phenotype |GO:0004614//cellular component| cytosol | traceable author statement|GO

GO:0003702//molecular function| RNA polymerase II transcription factor activity | inferred from physical interaction |GO:0003702//molecular function| RNA

ar component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//biological proces



| inferred from direct assay |GO:0005634

onent| endoplasmic reticulum | non-traceable author statement|GO:0005783//biological process| transport | inferred from sequence similarity|GO:0006810

:0003711//cellular component| transcription elongation factor complex | inferred from sequence similarity|GO:0008023//biological process| RNA elongation

//biological process| pyrimidine salvage | inferred from direct assay|GO:0008655

r function| casein kinase I activity | inferred from mutant phenotype |GO:0004681//cellular component| bud neck | inferred from direct assay|GO:0005935//c

onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| nuc

omponent| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process

ction| chromatin binding | inferred from direct assay |GO:0003682//cellular component| nuclear chromatin | inferred from physical interaction|GO:0000790//

otype|GO:0004739//cellular component| pyruvate dehydrogenase complex (sensu Eukarya) | traceable author statement|GO:0005967//cellular component|



2//biological process| axial budding | traceable author statement|GO:0007120//biological process| cytokinesis | traceable author statement |GO:0000910//b

cular function| triacylglycerol lipase activity | inferred from direct assay |GO:0004806//cellular component| lipid particle | inferred from direct assay|GO:0005

process| vesicle-mediated transport | inferred from mutant phenotype|GO:0016192//biological process| vesicle-mediated transport | inferred from genetic i

gi to vacuole transport | inferred from physical interaction|GO:0006896//biological process| Golgi to vacuole transport | inferred from mutant phenotype |GO

ilamentous growth | inferred from direct assay|GO:0030447//biological process| cell-cell adhesion | traceable author statement |GO:0016337//biological pr

ent| periplasmic space (sensu Fungi) | traceable author statement|GO:0030287//biological process| cellular response to nitrogen starvation | traceable auth

72//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| one-carbon compound metabolism | traceable author

| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of cell size | inferred from genetic interaction|GO:0008361

ar component| Ada2/Gcn5/Ada3 transcription activator complex | inferred from physical interaction|GO:0005671//cellular component| SAGA complex | infe



ular component| membrane | traceable author statement|GO:0016020//cellular component| Golgi cis-face | traceable author statement |GO:0005801//cellu



:0030364//molecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| mRNA cleavage factor complex | inferred from p

uolar targeting | inferred from mutant phenotype|GO:0006623

cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| polar budding | inferred from mutant phenotype|GO:0007121//bio

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

molecular function| oligopeptide transporter activity | inferred from direct assay |GO:0015198//cellular component| integral to plasma membrane | inferred f

component| Sin3 complex | inferred from physical interaction|GO:0016580//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellula

4751//molecular function| ribose-5-phosphate isomerase activity | inferred from mutant phenotype |GO:0004751//cellular component| cytoplasm | inferred

n, DNA-dependent | inferred from genetic interaction|GO:0006351

n| ubiquitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| nucleus | inferred from direct assay|GO:0005634//cellula



molecular function| myo-inositol transporter activity | inferred from mutant phenotype |GO:0005365//cellular component| membrane | inferred from sequenc

gral to membrane | inferred from direct assay|GO:0016021//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular compon

ent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuclear pore | inferred from direct assay |GO:0005643//cellular component| n



200//cellular component| central plaque of spindle pole body | inferred from direct assay|GO:0005823//cellular component| inner plaque of spindle pole bod







ecular function| cytoskeletal protein binding | inferred from physical interaction |GO:0008092//cellular component| actin cortical patch (sensu Fungi) | inferre

0004437//cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| integral to Golgi m

ellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pyrimidine base biosynthesis | traceable author statement|GO:

plasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| deadenylation-d

t phenotype|GO:0004488//molecular function| methenyltetrahydrofolate cyclohydrolase activity | inferred from mutant phenotype |GO:0004477//molecular

|GO:0015319//molecular function| sodium:inorganic phosphate symporter activity | inferred from mutant phenotype |GO:0015319//cellular component| plas

//cellular component| soluble fraction | inferred from direct assay|GO:0005625//biological process| aldehyde metabolism | inferred from direct assay|GO:00

oldin complex | inferred from sequence similarity|GO:0016272//cellular component| prefoldin complex | inferred from physical interaction |GO:0016272//cel

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| microsome | inferred from direct assay |GO:0005792//cellular co

yadenylation | inferred from mutant phenotype|GO:0006378//biological process| mRNA polyadenylation | inferred from genetic interaction |GO:0006378

component| endoplasmic reticulum | traceable author statement|GO:0005783//cellular component| endoplasmic reticulum | inferred from direct assay |GO

ent| cytoplasm | inferred from direct assay |GO:0005737

7//cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| protein processing | inferr

ent| septin ring (sensu Saccharomyces) | inferred from direct assay |GO:0000144//biological process| cell wall organization and biogenesis | traceable auth



ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological p

ular function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| membrane | inferred from sequence similarity|GO:00



/molecular function| ferrochelatase activity | inferred from direct assay |GO:0004325//biological process| siroheme biosynthesis | inferred from mutant phen

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

5519//cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cel

14//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologi

nt| half bridge of spindle pole body | traceable author statement |GO:0005825//cellular component| spindle pole body | traceable author statement |GO:000

molecular function| myo-inositol transporter activity | inferred from mutant phenotype |GO:0005365//cellular component| membrane | inferred from sequenc

ecular function| mannosyltransferase activity | inferred from mutant phenotype |GO:0000030//cellular component| endoplasmic reticulum | inferred from se

ess| protein catabolism | inferred from sequence similarity|GO:0030163

thor statement|GO:0004579//molecular function| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction |G

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

onent| COPI vesicle coat | inferred from mutant phenotype |GO:0030126//biological process| retrograde transport, Golgi to ER | inferred from mutant phen

m direct assay|GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250//cellular component| e



c interaction|GO:0006325





transporter activity | inferred from sequence similarity |GO:0005215//cellular component| mitochondrial inner membrane | inferred from sequence similarity

uence similarity|GO:0016619//molecular function| malate dehydrogenase (oxaloacetate-decarboxylating) activity | inferred from direct assay |GO:0016619/

ansport | inferred from genetic interaction|GO:0006812

process| polyamine transport | inferred from mutant phenotype|GO:0015846//biological process| polyamine transport | inferred from genetic interaction |GO

t| COPI vesicle coat | inferred from sequence similarity|GO:0030126//cellular component| COPI vesicle coat | inferred from mutant phenotype |GO:003012





7//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| oligosaccharide transport | inferred f

3//molecular function| pre-mRNA cleavage factor activity | inferred from physical interaction |GO:0030363//molecular function| pre-mRNA cleavage factor a



ponent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| conjugation with cellular fusion | inferred from genetic interacti

200//molecular function| structural constituent of cytoskeleton | inferred from genetic interaction |GO:0005200//cellular component| outer plaque of spindle

gral to membrane | inferred from direct assay|GO:0016021//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biologica

membrane | inferred from direct assay |GO:0005635//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364

lar function| GTPase activity | inferred from sequence similarity |GO:0003924//cellular component| intracellular | traceable author statement|GO:0005622//

t| actin cable (sensu Fungi) | inferred from direct assay|GO:0030482//cellular component| contractile ring (sensu Saccharomyces) | inferred from direct as



tatement|GO:0046961//cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//cellular component| endosome | inferred from direct

9//biological process| cotranslational membrane targeting | inferred from physical interaction|GO:0006613



molecular function| endoribonuclease activity | traceable author statement |GO:0004521//cellular component| endoplasmic reticulum membrane | traceable

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



nt| COPI-coated vesicle | inferred from mutant phenotype |GO:0030137//cellular component| COPI-coated vesicle | inferred from direct assay |GO:003013

| lipase activity | inferred from mutant phenotype |GO:0016298//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021/

//cellular component| nucleus | inferred from curator|GO:0005634//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030

response to unfolded protein | inferred from expression pattern|GO:0006986

lecular function| homocitrate synthase activity | inferred from mutant phenotype |GO:0004410//molecular function| homocitrate synthase activity | inferred

olecular function| calcium ion transporter activity | inferred from sequence similarity |GO:0015085//molecular function| calcium ion transporter activity | infe

chondrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process

ntegral to membrane | inferred from direct assay|GO:0016021//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular com

ular component| mitochondrial inner membrane | traceable author statement|GO:0005743//cellular component| mitochondrion | inferred from direct assay |

egulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| response to salt stress | inferred from mu



cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:00



0004735//molecular function| pyrroline-5-carboxylate reductase activity | inferred from genetic interaction |GO:0004735//cellular component| cytoplasm | inf

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from

GO:0004748//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| DNA replication | traceable author statement|GO:

eraction|GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| nitrogen utilization | inferred from mutant pheno

nent| mitochondrion | inferred from direct assay|GO:0005739//biological process| biotin biosynthesis | traceable author statement|GO:0009102

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

//molecular function| GPI-anchor transamidase activity | inferred from mutant phenotype |GO:0003923//cellular component| integral to endoplasmic reticul





nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:0006468//bi



291//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| ceramide biosynthesis | inferred from mutant

t| condensed nuclear chromosome | inferred from direct assay|GO:0000794//cellular component| nuclear chromosome | traceable author statement |GO:0



ar envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| polysome | inferred from direct assay |GO:00058

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to temperature | inferred from genetic interaction|GO:000926

on | inferred from mutant phenotype|GO:0030435//biological process| sporulation | inferred from genetic interaction |GO:0030435

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

mponent| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| cytoplasm | inferred from direct assay |GO:00057

tion| serine esterase activity | inferred from direct assay |GO:0004759//molecular function| lysophospholipase activity | inferred from direct assay |GO:0004



| inferred from direct assay |GO:0005634

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

statement|GO:0004754//cellular component| peroxisome | inferred from direct assay|GO:0005777//cellular component| cytoplasm | inferred from direct as

//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol

ular function| 3'-5' exonuclease activity | inferred from mutant phenotype |GO:0008408//cellular component| mitochondrion | inferred from mutant phenotype









lar function| uridine transporter activity | inferred from genetic interaction |GO:0015213//cellular component| plasma membrane | inferred from mutant phen

cess| peroxisome organization and biogenesis | traceable author statement|GO:0007031

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to drug | inferred from mutant phenotype|GO:0042493//biological proc

from direct assay|GO:0004583//cellular component| endoplasmic reticulum membrane | inferred from mutant phenotype|GO:0005789//biological process|

r component| cell | non-traceable author statement|GO:0005623//biological process| microtubule-based process | inferred from genetic interaction|GO:000

mponent| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329





on| GTPase activity | inferred from genetic interaction |GO:0003924//cellular component| cytoplasm | traceable author statement|GO:0005737//cellular com

omponent| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from direct assay|GO:00

e|GO:0004862//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005

omponent| nucleus | inferred from direct assay |GO:0005634//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO

ellular component| cytoplasm | inferred from direct assay|GO:0005737

ype|GO:0005083//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| thiamin biosynthesis | traceable author statem

O:0004775//molecular function| succinate-CoA ligase (ADP-forming) activity | inferred from mutant phenotype |GO:0004775//molecular function| succinate



rocess| negative regulation of translation | inferred from mutant phenotype|GO:0016478//biological process| negative regulation of translation | inferred fro

648//molecular function| phosphoserine transaminase activity | inferred from mutant phenotype |GO:0004648//cellular component| cytoplasm | inferred from

transport | inferred from mutant phenotype|GO:0006888

omponent| ER-Golgi intermediate compartment | inferred from physical interaction|GO:0005793//biological process| retrograde transport, Golgi to ER | infe

99//cellular component| cytoplasm | inferred from direct assay|GO:0005737

mponent| mitochondrial outer membrane translocase complex | traceable author statement|GO:0005742//biological process| mitochondrial matrix protein im

77//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| tyrosine metabolism | non-traceable author statement|GO:0

mponent| shmoo tip | traceable author statement|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular componen

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ar component| nucleus | inferred from direct assay|GO:0005634//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | infer

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable a

mponent| mitochondrial matrix | traceable author statement|GO:0005759//cellular component| presequence translocase-associated import motor | inferred f

nent| bud neck | inferred from direct assay|GO:0005935//cellular component| plasma membrane | inferred from direct assay |GO:0005886//biological proce

| inferred from direct assay |GO:0005634

/cellular component| cytosol | traceable author statement|GO:0005829//biological process| leucine biosynthesis | traceable author statement|GO:0009098

cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

ction| H3/H4 histone acetyltransferase activity | inferred from direct assay |GO:0004406//cellular component| nuclear chromatin | inferred from direct assay

10//molecular function| dicarboxylic acid transporter activity | inferred from direct assay |GO:0005310//cellular component| mitochondrial membrane | inferr

lecular function| protein phosphatase type 1 activity | inferred from direct assay |GO:0000163//cellular component| bud neck | inferred from direct assay|G

molecular function| translation initiation factor activity | inferred from direct assay |GO:0003743//cellular component| cytosolic small ribosomal subunit (sen

57//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

40//cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| sphingolipid metabolism | inferred from mutant phen

imilarity|GO:0004489//molecular function| methylenetetrahydrofolate reductase (NADPH) activity | inferred from direct assay |GO:0004489//molecular func





| inferred from direct assay |GO:0005634

//cellular component| nucleus | inferred from mutant phenotype|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo



ecular function| multidrug transporter activity | inferred from mutant phenotype |GO:0015239//molecular function| multidrug transporter activity | inferred fro

ype|GO:0000234//cellular component| endoplasmic reticulum | inferred from sequence similarity|GO:0005783//biological process| GPI anchor biosynthesis

ar component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | traceable author

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

r membrane (sensu Fungi) | inferred from direct assay |GO:0000329

ent|GO:0004671//molecular function| protein-S-isoprenylcysteine O-methyltransferase activity | inferred from mutant phenotype |GO:0004671//cellular com

nent| membrane | traceable author statement|GO:0016020//cellular component| membrane | inferred from sequence similarity |GO:0016020//cellular comp





//cellular component| cell | traceable author statement|GO:0005623//biological process| histidine biosynthesis | traceable author statement|GO:0000105

onent| plasma membrane | inferred from direct assay|GO:0005886//biological process| nitrogen utilization | inferred from mutant phenotype|GO:0019740//



tatement|GO:0046961//molecular function| endodeoxyribonuclease activity | traceable author statement |GO:0004520//cellular component| vacuolar memb

ar component| eukaryotic translation initiation factor 3 complex | inferred from physical interaction|GO:0005852//cellular component| eukaryotic translation



unction| transcription factor activity | inferred from physical interaction |GO:0003700//cellular component| nucleus | inferred from sequence similarity|GO:00



ar component| mitochondrial inner membrane protein insertion complex | inferred from direct assay|GO:0042721//biological process| protein-mitochondrial

ss| ER to Golgi transport | inferred from genetic interaction|GO:0006888





796//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

nent| plasma membrane | inferred from direct assay|GO:0005886//biological process| biotin transport | inferred from direct assay|GO:0015878





ar function| organic acid transporter activity | inferred from direct assay |GO:0005342//cellular component| mitochondrial inner membrane | inferred from dir

one acetylation | inferred from physical interaction|GO:0016573

component| cytosol | inferred from direct assay|GO:0005829//biological process| protein-ER targeting | inferred from mutant phenotype|GO:0045047

ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//molecular function| transcription factor activity | inferred from dire

m physical interaction|GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250//biological proc

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

nt| nucleus | inferred from direct assay|GO:0005634//biological process| protein-nucleus export | inferred from mutant phenotype|GO:0006611//biological p



quence similarity|GO:0004088//molecular function| carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity | inferred from mutant phenotype |GO:0





ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from

ar envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| polysome | inferred from direct assay |GO:00058



cular function| nucleic acid binding | inferred from physical interaction |GO:0003676//cellular component| spliceosome complex | inferred from genetic inter

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| chromosome segregation | inferred from mutant phenotype|GO:000705

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| regulation of translationa

ell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cytokinesis | inferred from mutant phenotype|GO:0000910

PII vesicle coat | traceable author statement|GO:0030127//biological process| autophagy | inferred from mutant phenotype|GO:0006914//biological process

cation transport | inferred from mutant phenotype|GO:0006812

onent| COPI vesicle coat | inferred from mutant phenotype |GO:0030126//biological process| vesicle coating | inferred from mutant phenotype|GO:000690



| inferred from direct assay |GO:0005634//biological process| negative regulation of DNA transposition | inferred from mutant phenotype|GO:0000335



3//cellular component| sulfite reductase complex (NADPH) | inferred from sequence similarity|GO:0009337//cellular component| sulfite reductase complex

05324//molecular function| long-chain fatty acid transporter activity | inferred from mutant phenotype |GO:0005324//molecular function| long-chain-fatty-aci



mponent| membrane | inferred from sequence similarity|GO:0016020//biological process| vesicle-mediated transport | traceable author statement|GO:0016

mutant phenotype|GO:0004169//molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from direct assay |GO:000

mponent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| protein amino acid palmitoylation | infe

molecular function| pantothenate transporter activity | inferred from genetic interaction |GO:0015233//cellular component| plasma membrane | inferred from

ponent| protein kinase CK2 complex | inferred from direct assay|GO:0005956//biological process| response to DNA damage stimulus | inferred from direct

ecular function| translation regulator activity | inferred from genetic interaction |GO:0045182//cellular component| mRNA cap complex | inferred from physic

nent| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar ribonucleoprotein complex | t

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



//molecular function| GPI-anchor transamidase activity | inferred from mutant phenotype |GO:0003923//cellular component| integral to endoplasmic reticul



tin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| actin cytoskeleton organization and biogenesis | inferred from

s| ER to Golgi transport | inferred from physical interaction|GO:0006888

O:0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from mutant phenotype |GO:0030508//molecular function| thiol-disu





omponent| plasma membrane | inferred from direct assay |GO:0005886//cellular component| endoplasmic reticulum | inferred from physical interaction |GO

lar component| ribosome | traceable author statement|GO:0005840//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological pr



nt| half bridge of spindle pole body | traceable author statement |GO:0005825//cellular component| spindle pole body | traceable author statement |GO:000

nt| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//biological process| sporulation (sensu Fungi) | inferred from mutant pheno

s| ER to Golgi transport | inferred from physical interaction|GO:0006888

4679//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//cellular component| nucleus | inferred from physical interaction |GO:



0003849//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//b

onent| extracellular | inferred from direct assay|GO:0005576//biological process| pectin catabolism | inferred from direct assay|GO:0045490//biological pro

ogical process| manganese ion homeostasis | inferred from mutant phenotype|GO:0030026//biological process| response to unfolded protein | inferred from

al process| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357

0030848//molecular function| serine racemase activity | inferred from direct assay |GO:0030378//biological process| amino acid derivative catabolism | infe

lar component| mitochondrion | inferred from direct assay|GO:0005739//biological process| lipoic acid biosynthesis | inferred from mutant phenotype|GO:0

atement|GO:0003882//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylserine biosy







0026//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| GPI anchor biosynthesis | inferred from mu

//cellular component| cytoplasm | inferred from curator|GO:0005737//biological process| regulation of glycolysis | non-traceable author statement|GO:0006

GO:0004722//molecular function| protein serine/threonine phosphatase activity | inferred from direct assay |GO:0004722//cellular component| cytoplasm | in

sequence similarity|GO:0004169//molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from mutant phenotype |

ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333

transport | inferred from mutant phenotype|GO:0006888

ess| peroxisome organization and biogenesis | inferred from sequence similarity|GO:0007031//biological process| peroxisome organization and biogenesis

| inferred from direct assay |GO:0005634





leus | inferred from direct assay|GO:0005634//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:000

ation initiation factor activity | inferred from sequence similarity |GO:0003743//molecular function| translation initiation factor activity | inferred from physical

nent| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| membrane | traceable author statement |GO:0016020//ce

olecular function| ARF GTPase activator activity | inferred from genetic interaction |GO:0008060//molecular function| ARF GTPase activator activity | inferr

component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|



rane | inferred from direct assay |GO:0005886//biological process| response to osmotic stress | traceable author statement|GO:0006970

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| translational elongation |



gical process| meiotic recombination | inferred from mutant phenotype|GO:0007131

nent| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

otype|GO:0004367//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| intracellular accumulation of glycerol | infe

005088//molecular function| guanyl-nucleotide exchange factor activity | traceable author statement |GO:0005085//molecular function| signal transducer a

ent| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| ATP transport | inferred from direct assay|GO:0015867//biologica

plasm | inferred from direct assay|GO:0005737

molecular function| transcriptional activator activity | inferred from mutant phenotype |GO:0016563//molecular function| DNA binding | inferred from sequenc



s| ER to Golgi transport | inferred from physical interaction|GO:0006888

ll wall (sensu Fungi) | traceable author statement|GO:0009277//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellu

| lipase activity | inferred from mutant phenotype |GO:0016298//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021/

nferred from direct assay |GO:0005934

r function| dihydroorotase activity | inferred from mutant phenotype |GO:0004151//cellular component| cytoplasm | inferred from direct assay|GO:0005737/

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



process| secretory pathway | inferred from mutant phenotype|GO:0045045//biological process| secretory pathway | inferred from genetic interaction |GO:0

nent| mitochondrial inner membrane | inferred from direct assay|GO:0005743

ular function| transcription factor activity | inferred from physical interaction |GO:0003700//molecular function| transcription factor activity | inferred from dir



GO:0004722//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid dephosphorylation | inferred fr



component| plasma membrane | inferred from direct assay|GO:0005886//biological process| azole transport | inferred from mutant phenotype|GO:0045117

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

ent| actin cortical patch (sensu Fungi) | inferred from physical interaction|GO:0030479//biological process| actin filament organization | inferred from sequen



n| structural molecule activity | traceable author statement |GO:0005198//cellular component| nuclear pore | inferred from direct assay|GO:0005643//biolog





tion| shikimate 5-dehydrogenase activity | inferred from direct assay |GO:0004764//molecular function| 3-phosphoshikimate 1-carboxyvinyltransferase activ







ocess| mitotic chromosome condensation | inferred from mutant phenotype|GO:0007076//biological process| mitotic sister chromatid cohesion | traceable

RNA cap binding | inferred from physical interaction |GO:0000339//molecular function| RNA cap binding | inferred from mutant phenotype |GO:0000339//mo

transport | inferred from mutant phenotype|GO:0006888



ucleotide binding | inferred from sequence similarity |GO:0000166//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular compon

pparatus | inferred from direct assay |GO:0005794//biological process| vesicle-mediated transport | inferred from mutant phenotype|GO:0016192

ity|GO:0004084//molecular function| branched-chain-amino-acid transaminase activity | inferred from direct assay |GO:0004084//cellular component| mito

ular component| integral to plasma membrane | inferred from sequence similarity|GO:0005887//cellular component| plasma membrane | inferred from dire

ecular function| tryptophan synthase activity | inferred from direct assay |GO:0004834//cellular component| cytoplasm | inferred from direct assay|GO:0005



ss| siderochrome transport | inferred from direct assay|GO:0015891

mponent| replication fork | inferred from direct assay|GO:0005657//biological process| bypass DNA synthesis | inferred from genetic interaction|GO:001998

23//biological process| chromatin modification | inferred from physical interaction|GO:0016568

omponent| mitochondrion | inferred from direct assay |GO:0005739//biological process| iron ion homeostasis | inferred from mutant phenotype|GO:0006879

:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//biological process| mRNA cleavage | infer

| inferred from direct assay |GO:0005634//biological process| transcription | inferred from physical interaction|GO:0006350

ar component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological

erred from direct assay |GO:0005737

ent|GO:0004420//cellular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//cellular component| mitochondrial matr

ular function| cell adhesion molecule binding | inferred from mutant phenotype |GO:0050839//cellular component| cell wall (sensu Fungi) | inferred from dire

ocess| maltose catabolism | traceable author statement|GO:0000025

nent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634





ent| cytoplasm | inferred from direct assay |GO:0005737



unction| chromatin binding | traceable author statement |GO:0003682//molecular function| DNA binding | traceable author statement |GO:0003677//cellular

irect assay|GO:0008553//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| proton transport | inferred fr

16566//molecular function| DNA bending activity | inferred from direct assay |GO:0008301//cellular component| nuclear chromosome | inferred from physic

ip | inferred from direct assay |GO:0005937//biological process| nuclear migration (sensu Saccharomyces) | inferred from mutant phenotype|GO:0000065

| inferred from direct assay |GO:0005634



nucleus | inferred from direct assay |GO:0005634//cellular component| kinetochore | inferred from direct assay |GO:0000776//cellular component| chromos

ar function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | traceable author statement|GO:0005634//biological proce

200//cellular component| spindle pole body | inferred from direct assay|GO:0005816//biological process| spindle pole body duplication (sensu Saccharomy



| inferred from direct assay |GO:0005634

0005086//cellular component| Golgi vesicle | inferred from physical interaction|GO:0005798//biological process| intra-Golgi transport | inferred from physica





GO:0005083//cellular component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| shmoo tip | inferred from direct ass

nt| plasma membrane | inferred from direct assay|GO:0005886//biological process| cell proliferation | inferred from mutant phenotype|GO:0008283//biologi

ent| cytoplasm | inferred from sequence similarity|GO:0005737//biological process| pentose-phosphate shunt | traceable author statement|GO:0006098//bio



5175//molecular function| neutral amino acid transporter activity | inferred from mutant phenotype |GO:0015175//molecular function| neutral amino acid tran



008177//cellular component| respiratory chain complex II (sensu Eukarya) | traceable author statement|GO:0005749//biological process| mitochondrial ele

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

y|GO:0016757//molecular function| alpha-1,6-mannosyltransferase activity | inferred from direct assay |GO:0000009//cellular component| mannosyltransfe

oplasm | inferred from direct assay|GO:0005737//biological process| mRNA metabolism | inferred from genetic interaction|GO:0016071



omponent| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from direct assay|GO:00

200//cellular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |

omponent| cytoplasm | inferred from direct assay |GO:0005737

ar component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| protein biosynthesis | inferred from mutant phe



O:0004581//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| N-linked glycosylation | tr

molecular function| L-methionine transporter activity | inferred from mutant phenotype |GO:0015191//molecular function| L-methionine transporter activity |







quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO

nt|GO:0003704//cellular component| nucleus | traceable author statement|GO:0005634//biological process| unfolded protein response, target gene transcr

4590//biological process| pyrimidine base biosynthesis | traceable author statement|GO:0019856

|GO:0003704//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| spindle assembly | inferred from genetic in



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

200//cellular component| spindle pole body | inferred from direct assay|GO:0005816//biological process| microtubule nucleation | inferred from physical inte

85//cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| integral to membrane o

ent| cell | traceable author statement|GO:0005623//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

onent| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|

lular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| postreplication repair | inferred from physical interaction|GO:000

ess| meiosis | inferred from mutant phenotype |GO:0007126//biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype

| inferred from direct assay |GO:0005634

n| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//molecular function| Pol II transc

8//molecular function| stearoyl-CoA 9-desaturase activity | inferred from mutant phenotype |GO:0004768//cellular component| endoplasmic reticulum mem

iogenesis | inferred from mutant phenotype|GO:0007046//biological process| rRNA processing | traceable author statement |GO:0006364



cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological p

| inferred from direct assay |GO:0005634//biological process| bud site selection | inferred from mutant phenotype|GO:0000282

function| pyruvate kinase activity | inferred from direct assay |GO:0004743//cellular component| cytosol | traceable author statement|GO:0005829//biologi



ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ular component| periplasmic space (sensu Fungi) | non-traceable author statement|GO:0030287//cellular component| cytoplasm | non-traceable author st



004617//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| serine family amino acid biosynthesis | inferred from m

ular function| channel regulator activity | inferred from mutant phenotype |GO:0016247//biological process| urea transport | inferred from mutant phenotype|

8028//molecular function| monocarboxylic acid transporter activity | inferred from genetic interaction |GO:0008028//molecular function| transporter activity



00026//molecular function| alpha-1,2-mannosyltransferase activity | inferred from direct assay |GO:0000026//cellular component| Golgi apparatus | inferred

cycle | inferred from mutant phenotype|GO:0016032



ocess| pyridoxine metabolism | inferred from sequence similarity |GO:0008614//biological process| pyridoxine metabolism | inferred from direct assay |GO:





Golgi cis-face | inferred from direct assay|GO:0005801//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process| intr

04674//cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| meiosis | inferred from expression pattern|GO:000

ar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proce

d site | inferred from direct assay |GO:0000131//biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124//biological proces

09//cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//cellular component| mitochondrion | traceable author st

| inferred from direct assay |GO:0005634

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

on| GTPase activity | inferred from direct assay |GO:0003924//cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological

r membrane (sensu Fungi) | inferred from direct assay |GO:0000329







nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| SAGA complex | inf

cellular component| cytosol | traceable author statement|GO:0005829//biological process| ergosterol biosynthesis | traceable author statement|GO:000669

5324//molecular function| acyl-CoA binding | inferred from sequence similarity |GO:0000062//cellular component| cytoplasm | inferred from direct assay|GO

function| aminopeptidase activity | inferred from direct assay |GO:0004177//cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:00

96//molecular function| glycogen synthase kinase 3 activity | inferred from genetic interaction |GO:0004696//biological process| response to stress | inferre



onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| nuc





lar function| signal transducer activity | inferred from mutant phenotype |GO:0004871//molecular function| GTPase activity | traceable author statement |GO

function| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from sequence similarity|GO:0005634//bio

rom direct assay|GO:0004365//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytosol | traceable





136//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| chromatin silencing at telomere | inferred from mutant ph

ction| transporter activity | inferred from mutant phenotype |GO:0005215//cellular component| plasma membrane | inferred from sequence similarity|GO:00

04674//molecular function| protein serine/threonine kinase activity | inferred from genetic interaction |GO:0004674//cellular component| cytoplasm | inferred

ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| mitochondrial inner membrane | inferred from

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| p

cleus | inferred from direct assay|GO:0005634//cellular component| COMA complex | inferred from direct assay |GO:0000817//cellular component| conden

O:0004142//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylcholine biosynthesis | tra

ellular response to glucose starvation | inferred from physical interaction|GO:0042149//biological process| cellular response to glucose starvation | inferred



olecular function| protein-tyrosine kinase activity | inferred from direct assay |GO:0004713//molecular function| protein serine/threonine kinase activity | infe

omponent| plasma membrane | inferred from direct assay|GO:0005886//cellular component| nucleus | inferred from direct assay |GO:0005634//biological p

olecular function| transcription regulator activity | inferred from genetic interaction |GO:0030528//cellular component| integral to membrane | inferred from s

//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| attachment of GPI anchor to protein

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



32//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S

| inferred from direct assay |GO:0005634



tein binding | inferred from physical interaction |GO:0005515//molecular function| ubiquitin-protein ligase activity | traceable author statement |GO:0004842

inferred from expression pattern|GO:0007126//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| DNA m

:0004012//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| intracellular protein transport | inferred from





ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pr

se, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic interaction|GO:0006139

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

cular function| potassium channel activity | inferred from mutant phenotype |GO:0005267//molecular function| potassium channel activity | inferred from dire

| inferred from direct assay |GO:0005634//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623

GO:0004722//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//biological process| G1/S transition of mitotic cell cycle | inferr



mponent| cytoplasm | inferred from curator|GO:0005737//biological process| protein biosynthesis | inferred from direct assay|GO:0006412

NA binding | inferred from direct assay |GO:0003729//cellular component| cytoplasm | inferred from mutant phenotype|GO:0005737//cellular component| nu

/cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| regulation of cell redox homeostasis | traceable author state

onent| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| carb

lar component| membrane | inferred from sequence similarity|GO:0016020//biological process| allantoin catabolism | traceable author statement|GO:0000

tatement|GO:0046961//cellular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| hydrogen-tr



441//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| hyperosmotic salinity response | traceable author stateme

atabolism, nonsense-mediated | inferred from physical interaction|GO:0000184

process| regulation of budding | inferred from mutant phenotype |GO:0007116

le author statement|GO:0004080//molecular function| biotin-[methylmalonyl-CoA-carboxytransferase] ligase activity | non-traceable author statement |GO:0



cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from direct assa

ent| cytoplasm | inferred from direct assay |GO:0005737

nt|GO:0016251//molecular function| DNA helicase activity | traceable author statement |GO:0003678//cellular component| transcription factor TFIIH comple



nent| bud neck | traceable author statement|GO:0005935//biological process| regulation of exit from mitosis | traceable author statement|GO:0007096//biol

03701//molecular function| ribosomal DNA (rDNA) binding | traceable author statement |GO:0000182//cellular component| RNA polymerase I upstream ac

component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype



1//molecular function| protein serine/threonine kinase activity | traceable author statement |GO:0004674//cellular component| cAMP-dependent protein kina

plasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| aerobic respira

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ocess| ER to Golgi transport | inferred from genetic interaction|GO:0006888

O:0016538//cellular component| cytoplasm | inferred from mutant phenotype|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0

| inferred from direct assay |GO:0005634//biological process| metabolism | inferred from mutant phenotype|GO:0008152//biological process| metabolism |

lar component| peroxisome | inferred from direct assay|GO:0005777//cellular component| mitochondrion | traceable author statement |GO:0005739//biolog

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c

mponent| cytoplasm | inferred from direct assay|GO:0005737

| inferred from direct assay |GO:0005634//biological process| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic inter



onent| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| carb



O:0016538//molecular function| cyclin-dependent protein kinase regulator activity | inferred from sequence similarity |GO:0016538//cellular component| cyc

6428//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA methylation | inferred from direct assay|GO:0030488

ction| amino acid binding | inferred from genetic interaction |GO:0016597//cellular component| extrinsic to plasma membrane | inferred from direct assay|G

replication factor A complex | traceable author statement|GO:0005662//cellular component| chromosome, telomeric region | inferred from mutant phenoty

olecular function| intracellular transporter activity | inferred from direct assay |GO:0005478//cellular component| endosome | inferred from direct assay|GO:

ll organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| beta-1,6 glucan metabolism | inferred from mutant pheno

nent| plasma membrane | inferred from direct assay|GO:0005886//biological process| calcium ion transport | inferred from direct assay|GO:0006816

component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process

omponent| plasma membrane | inferred from direct assay |GO:0005886//cellular component| endoplasmic reticulum | inferred from direct assay |GO:00057

inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634



process| actin cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0030036//biological process| manganese ion homeostasis |

process| polyamine transport | inferred from mutant phenotype|GO:0015846//biological process| polyamine transport | inferred from genetic interaction |GO

pindle checkpoint | inferred from mutant phenotype|GO:0007094

r component| cytoplasm | inferred from direct assay|GO:0005737

process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| fermentation | traceable author statement|GO:0006113//biological proc

| inferred from direct assay |GO:0005634



ogical process| ER to Golgi transport | inferred from direct assay|GO:0006888//biological process| cell wall chitin biosynthesis | inferred from mutant pheno

cess| RNA processing | inferred from mutant phenotype|GO:0006396

ar function| GTPase activator activity | traceable author statement |GO:0005096//molecular function| signal transducer activity | traceable author statement

/molecular function| mRNA binding | inferred from physical interaction |GO:0003729//cellular component| small nuclear ribonucleoprotein complex | inferre

ss| response to unfolded protein | inferred from sequence similarity|GO:0006986//biological process| response to unfolded protein | inferred from mutant p

lar function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biological proce

nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c

GO:0045129//molecular function| NAD-independent histone deacetylase activity | inferred from direct assay |GO:0045129//molecular function| NAD-depen

on| clathrin binding | inferred from physical interaction |GO:0030276//cellular component| AP-1 adaptor complex | inferred from sequence similarity|GO:003



mponent| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological process| SRP-dependent cotranslational membrane targe



O:0004327//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| formaldehyde assimilation | inferred from direct as

ss| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

749//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| 'de novo' pyrimidine base biosynthesis | traceable author

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| cell cy

arboxamide isomerase activity | traceable author statement|GO:0003949//cellular component| cell | traceable author statement|GO:0005623//biological pr



mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|



ecular function| mannosyltransferase activity | inferred from mutant phenotype |GO:0000030//cellular component| membrane fraction | inferred from seque

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct ass

ogical process| late endosome to vacuole transport | inferred from genetic interaction|GO:0045324//biological process| homotypic vacuole fusion, non-auto



rocess| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050//biological process| Golgi to endosome transport | inferred fro

ucleolus | inferred from direct assay|GO:0005730//cellular component| nucleoplasm | inferred from direct assay |GO:0005654//cellular component| nucleus

4445//cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| dephosphorylation | inferred from direct assay|



mponent| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological process| SRP-dependent cotranslational membrane targe

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

ular function| transcription factor activity | inferred from direct assay |GO:0003700//cellular component| cytosol | inferred from direct assay|GO:0005829//ce

olus | inferred from direct assay|GO:0005730//biological process| RNA metabolism | inferred from physical interaction|GO:0016070



mponent| translocon | traceable author statement|GO:0005784//biological process| cotranslational membrane targeting | traceable author statement|GO:00

biological process| O-linked glycosylation | inferred from direct assay|GO:0006493

ular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737/

nent| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| response to osmotic stress | inferred from muta

016565//molecular function| general transcriptional repressor activity | inferred from mutant phenotype |GO:0016565//molecular function| general transcript

nt| clathrin-coated vesicle | inferred from direct assay |GO:0030136

nction| protein phosphatase type 1 regulator activity | traceable author statement |GO:0008599//cellular component| cytoplasm | inferred from direct assay|

ar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| intracellular signaling cascade | inferred from genetic interaction|GO

nferred from direct assay |GO:0005934//cellular component| integral to plasma membrane | inferred from direct assay |GO:0005887//biological process| s

0008112//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| nicotinamide metabolism | inferred from sequence si







ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//biological process| response to xenobiotic stimulus | inferred from

004024//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| fermentation | inferred from direct assay|GO:0006

rinsic to plasma membrane | inferred from direct assay|GO:0019897//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological p

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000









ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac





| inferred from direct assay |GO:0005634//biological process| filamentous growth | inferred from genetic interaction|GO:0030447//biological process| unidi

| traceable author statement |GO:0005934//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction|GO



drial inner membrane | inferred from direct assay|GO:0005743//biological process| protein folding | inferred from sequence similarity|GO:0006457//biologic

nt| spindle pole body | inferred from direct assay|GO:0005816//cellular component| nucleus | inferred from direct assay |GO:0005634

GO:0005842//cellular component| nucleolus | traceable author statement |GO:0005730//biological process| rRNA processing | traceable author statement|G

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

ellular component| plasma membrane | inferred from sequence similarity|GO:0005886

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

nt| Golgi apparatus | inferred from direct assay |GO:0005794

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| translational elongation |

ction| structural constituent of cytoskeleton | inferred from physical interaction |GO:0005200//cellular component| spindle pole body | inferred from direct a

//molecular function| alpha-1,2-mannosyltransferase activity | inferred from mutant phenotype |GO:0000026//cellular component| Golgi apparatus | inferred



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



unction| structural constituent of cytoskeleton | traceable author statement |GO:0005200//cellular component| shmoo tip | inferred from direct assay|GO:00



|GO:0000906//molecular function| 6,7-dimethyl-8-ribityllumazine synthase activity | inferred from genetic interaction |GO:0000906//cellular component| cyto

897//molecular function| 3-oxoacyl-[acyl-carrier protein] reductase activity | inferred from sequence similarity |GO:0004316//molecular function| 3-oxoacyl-[a

ssay|GO:0004571//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| N-linked glycosylation | inferred

chondrial outer membrane | inferred from direct assay|GO:0005741//cellular component| mitochondrial sorting and assembly machinery complex | inferred

ellular component| nucleus | inferred from direct assay|GO:0005634//biological process| osmosensory signaling pathway | traceable author statement|GO:

ellular component| nucleus | traceable author statement|GO:0005634//biological process| tRNA splicing | traceable author statement|GO:0006388

ular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proc

ar component| nucleus | traceable author statement|GO:0005634//biological process| positive regulation of transcription from Pol II promoter by pheromone

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//molecula

nt|GO:0016251//molecular function| RNA polymerase III transcription factor activity | traceable author statement |GO:0003709//molecular function| RNA po

unction| transcription factor activity | inferred from sequence similarity |GO:0003700//molecular function| transcription factor activity | inferred from physical

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein targeting | inferred from mutant phenotype|GO:0006605//biological proc



nent| nuclear chromosome, telomeric region | inferred from direct assay|GO:0000784//biological process| telomere clustering | traceable author statement|



nt|GO:0016251//cellular component| SWI/SNF complex | inferred from physical interaction|GO:0016514//cellular component| nucleosome remodeling com

ular function| DNA binding | traceable author statement |GO:0003677//molecular function| DNA binding | inferred from physical interaction |GO:0003677//ce



016791//molecular function| protein tyrosine phosphatase activity | non-traceable author statement |GO:0004725//molecular function| protein tyrosine phos

lar component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| vacuolar membrane | inferred from mutant phenotype |GO

nt| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| response to oxidative stress | inferred from mutant phenotype|GO:000

lar function| sulfate transporter activity | inferred from genetic interaction |GO:0015116//cellular component| plasma membrane | inferred from sequence si



mponent| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| anaerobic respiration | inferred from genetic interactio

onent| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from physical interaction|GO:0005946//cellular component| alpha,alpha



0004861//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//

lular component| mitochondrial matrix | non-traceable author statement|GO:0005759//biological process| ornithine biosynthesis | traceable author stateme

nent| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological



mponent| cytosol | inferred from curator|GO:0005829//biological process| regulation of protein biosynthesis | inferred from direct assay|GO:0006417

592//molecular function| pantoate-beta-alanine ligase activity | inferred from direct assay |GO:0004592//cellular component| cytoplasm | inferred from direc

itochondrial outer membrane | inferred from direct assay|GO:0005741//biological process| mitochondrial fission | inferred from mutant phenotype|GO:0000

component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | inferred from muta

binding | inferred from direct assay |GO:0003677//cellular component| nuclear nucleosome | traceable author statement|GO:0000788//cellular component|

ogical process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biological



295//molecular function| adenine nucleotide transporter activity | inferred from direct assay |GO:0000295//cellular component| integral to peroxisomal mem



| inferred from direct assay |GO:0005634//biological process| response to dessication | inferred from sequence similarity|GO:0009269

04674//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006468//biological process| regulation of cell cycle |





lar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proc

03702//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| sterol biosynthesis | inferred from mutant phenotyp

O:0030508//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| vacuole (sensu Fungi) | inferred from physical intera

005088//cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay |GO:0







mponent| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| intracellular iron ion storage | inferred from mutan

ar component| plasma membrane | inferred from direct assay|GO:0005886//biological process| cytosine transport | inferred from direct assay|GO:0015856

//cellular component| nuclear chromosome | inferred from physical interaction|GO:0000228//biological process| negative regulation of transcription from Po

ent| mitochondrial matrix | non-traceable author statement |GO:0005759//biological process| 2-oxoglutarate metabolism | traceable author statement|GO:0

raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

4332//molecular function| fructose-bisphosphate aldolase activity | inferred from direct assay |GO:0004332//cellular component| cytosol | traceable author s





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081



ent| --- | inferred from physical interaction |GO:0000506//biological process| GPI anchor biosynthesis | inferred from mutant phenotype|GO:0006506//biolog

ecular function| alanine-tRNA ligase activity | inferred from genetic interaction |GO:0004813//cellular component| cytoplasm | inferred from direct assay|GO





m sequence similarity|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotyp

ubiquitin-specific protease activity | traceable author statement |GO:0004843//molecular function| endopeptidase activity | inferred from physical interaction

component| cytoplasm | traceable author statement|GO:0005737//biological process| tryptophanyl-tRNA aminoacylation | traceable author statement|GO:0

rred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737



ent| mitochondrial outer membrane | traceable author statement |GO:0005741//biological process| mitochondrion organization and biogenesis | traceable a

|GO:0004458//molecular function| D-lactate dehydrogenase (cytochrome) activity | inferred from mutant phenotype |GO:0004458//cellular component| mito



llular component| microtubule | inferred from direct assay|GO:0005874//biological process| cell wall organization and biogenesis | inferred from mutant phe



llular component| ribosome | traceable author statement|GO:0005840//biological process| translational elongation | traceable author statement|GO:000641

ction| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| kin

ological process| cell growth and/or maintenance | inferred from expression pattern |GO:0008151//biological process| rRNA processing | inferred from mut





0033//cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| O-linked glycosylation | inferred from direct assay|G

5//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//cellular component| mitochondrion | traceable author statement |

| THO complex | inferred from physical interaction|GO:0000347//cellular component| THO complex | inferred from mutant phenotype |GO:0000347//biologi









mponent| cytosol | traceable author statement|GO:0005829//cellular component| intracellular | inferred from direct assay |GO:0005622//biological process|

ipid metabolism | inferred from sequence similarity|GO:0006629//biological process| lipid metabolism | inferred from mutant phenotype |GO:0006629

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from

process| polyamine transport | inferred from mutant phenotype|GO:0015846//biological process| polyamine transport | inferred from genetic interaction |GO



| inferred from direct assay |GO:0005634

tatement|GO:0003881//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylinositol bios



etrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890//biological process| ER to Golgi transport | inferred from mutant phenotype

n| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| site of polarized growth (sensu Saccharomyces) | inferred from dire

function| CTP synthase activity | inferred from mutant phenotype |GO:0003883//cellular component| cytosol | traceable author statement|GO:0005829//bio

eraction|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c

mechanism | inferred from mutant phenotype|GO:0015662//molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphoryla





function| 4-nitrophenylphosphatase activity | inferred from direct assay |GO:0003869//cellular component| cytoplasm | inferred from direct assay|GO:00057

process| GPI anchor biosynthesis | inferred from mutant phenotype|GO:0006506

4//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine nucleotide biosynthesis | traceable author statement

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

NA splicing, via spliceosome | traceable author statement|GO:0000398



343//cellular component| cytoplasmic vesicle | inferred from direct assay|GO:0016023//cellular component| endosome | traceable author statement |GO:00



ponent| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay|

y|GO:0008308//molecular function| voltage-dependent ion-selective channel activity | inferred from genetic interaction |GO:0008308//molecular function| v



n| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| vacuole | inferred from direct assay|GO:0005773//cellular compone



us | inferred from curator|GO:0005634

brane | inferred from sequence similarity |GO:0016020//biological process| GPI anchor biosynthesis | inferred from mutant phenotype|GO:0006506//biologic

onse to DNA damage stimulus | inferred from mutant phenotype|GO:0006974//biological process| ubiquitin-dependent protein catabolism | inferred from mu

molecular function| NADPH dehydrogenase activity | inferred from direct assay |GO:0003959//cellular component| cytoplasm | inferred from direct assay|G

ar component| nucleus | inferred from sequence similarity|GO:0005634//biological process| transcription | inferred from sequence similarity|GO:0006350

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//biological process| transcription from Pol I prom

ay|GO:0008486//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000

gy | inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

lar component| endoplasmic reticulum | inferred from direct assay |GO:0005783



ecular function| transcription regulator activity | inferred from direct assay |GO:0030528//molecular function| DNA binding | inferred from direct assay |GO:0



ar component| nucleus | inferred from direct assay|GO:0005634//biological process| protein deubiquitination | traceable author statement|GO:0016579

component| peroxisome | traceable author statement|GO:0005777//cellular component| cytoplasm | traceable author statement |GO:0005737//biological p

ar component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| protein biosynthesis | inferred from mutant phe



nent| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine nucleotide metabolism | inferred from curator|GO:0006163



| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from direct assay|GO:0042273//biological proce

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

lecular function| protein disulfide isomerase activity | inferred from mutant phenotype |GO:0003756//cellular component| endoplasmic reticulum lumen | tra

tion| dolichyl-diphosphooligosaccharide-protein glycotransferase activity | inferred from physical interaction |GO:0004579//cellular component| endoplasmi



ar function| drug transporter activity | inferred from expression pattern |GO:0015238//cellular component| integral to membrane | inferred from sequence sim



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ty|GO:0004316//molecular function| 3-oxoacyl-[acyl-carrier protein] reductase activity | inferred from mutant phenotype |GO:0004316//cellular component|

NA replication origin binding | traceable author statement |GO:0003688//cellular component| nuclear origin of replication recognition complex | traceable au

O:0016944//molecular function| transcriptional elongation regulator activity | traceable author statement |GO:0003711//cellular component| transcription elo

P U1 | traceable author statement|GO:0005685//cellular component| snRNP U1 | inferred from physical interaction |GO:0005685//cellular component| snRN

03702//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| positive regulation of transcription from Pol II prom

O:0016944//cellular component| Cdc73/Paf1 complex | traceable author statement|GO:0016593//cellular component| transcription elongation factor comple

40//molecular function| ubiquitin conjugating enzyme activity | inferred from direct assay |GO:0004840//cellular component| cytoplasm | inferred from direc



iosynthesis | inferred from physical interaction|GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412





r component| histone acetyltransferase complex | inferred from physical interaction|GO:0000123//biological process| histone acetylation | inferred from phy

nt| integral to membrane | inferred from sequence similarity |GO:0016021//cellular component| endoplasmic reticulum | inferred from direct assay |GO:000

ent| nucleolar ribonuclease P complex | inferred from direct assay|GO:0005655//biological process| tRNA processing | traceable author statement|GO:0008

nction| GTPase activity | inferred from direct assay |GO:0003924//cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular compon

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



function| cysteine-type peptidase activity | inferred from direct assay |GO:0008234//molecular function| nucleic acid binding | traceable author statement |

ellular component| intracellular | traceable author statement|GO:0005622//biological process| actin cytoskeleton organization and biogenesis | inferred from







gral to membrane | inferred from direct assay|GO:0016021//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular compon

ponent| COPII vesicle coat | inferred from physical interaction |GO:0030127//cellular component| COPII vesicle coat | inferred from mutant phenotype |GO:

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

nt| nucleus | inferred from physical interaction|GO:0005634//biological process| double-strand break repair via synthesis-dependent strand annealing | trac

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme

46658//biological process| cell wall biosynthesis (sensu Fungi) | inferred from direct assay|GO:0009272//biological process| pseudohyphal growth | inferred

olecular function| protein binding | inferred from physical interaction |GO:0005515//molecular function| RNA binding | inferred from direct assay |GO:00037

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

cular function| homoserine kinase activity | inferred from direct assay |GO:0004413//biological process| homoserine metabolism | inferred from direct assay



ent| cytosol | traceable author statement|GO:0005829//cellular component| Golgi vesicle | traceable author statement |GO:0005798//biological process| int

molecular function| amino-acid N-acetyltransferase activity | inferred from genetic interaction |GO:0004042//molecular function| amino-acid N-acetyltransfer

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

ecular function| translation initiation factor activity | inferred from sequence similarity |GO:0003743//cellular component| ribosome | traceable author statem

| inferred from direct assay |GO:0005634

nent| Golgi trans face | inferred from direct assay|GO:0005802//biological process| peptide pheromone maturation | inferred from mutant phenotype|GO:00

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pyrimidine base biosynthesis | inferred from direct assay|GO:0



al process| ethanol metabolism | inferred from mutant phenotype|GO:0006067

molecular function| DNA helicase activity | inferred from sequence similarity |GO:0003678//molecular function| DNA helicase activity | inferred from mutant p

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

omponent| respiratory chain complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| aerobic respiration | inferred



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

llular component| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| succinate transport | inferred from di

ar function| phosphate transporter activity | inferred from genetic interaction |GO:0015114//cellular component| membrane | inferred from sequence similar



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579

otein binding | inferred from physical interaction |GO:0005515//molecular function| DNA clamp loader activity | traceable author statement |GO:0003689//ce

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0337//cellular component| replication fork | traceable author statement|GO:0005657//biological process| postreplication repair | traceable author statement|

t| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromoso



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ar component| nucleus | inferred from curator|GO:0005634//biological process| transcription | inferred from sequence similarity|GO:0006350

mponent| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| endoplasmic reticulum membrane

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

2//molecular function| glutamate dehydrogenase activity | inferred from mutant phenotype |GO:0004352//cellular component| soluble fraction | inferred from

ponent| nucleus | traceable author statement|GO:0005634//biological process| invasive growth (sensu Saccharomyces) | inferred from genetic interaction|G

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

red from mutant phenotype|GO:0008444//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| phospholipid bio

OPII vesicle coat | traceable author statement|GO:0030127//biological process| ER to Golgi transport | traceable author statement|GO:0006888



ecular function| spermidine synthase activity | inferred from mutant phenotype |GO:0004766//cellular component| cytoplasm | inferred from direct assay|GO

ological process| deadenylation-dependent decapping | inferred from physical interaction|GO:0000290//biological process| deadenylation-dependent decap

//molecular function| inorganic phosphate transporter activity | inferred from sequence similarity |GO:0005315//molecular function| inorganic phosphate tra

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

620//cellular component| cytoplasmic vesicle | traceable author statement|GO:0016023//cellular component| integral to membrane | inferred from sequence

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

molecular function| protein binding | inferred from physical interaction |GO:0005515//cellular component| endosome membrane | inferred from direct assay|

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| regulation of translationa

mponent| bud neck | inferred from direct assay|GO:0005935//biological process| axial budding | traceable author statement|GO:0007120//biological proces

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

46658//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process| cell wall biosynthesis (sensu Fungi) | inferred





process| cation homeostasis | inferred from mutant phenotype|GO:0030003//biological process| cation homeostasis | inferred from genetic interaction |GO

ction| amino acid binding | inferred from genetic interaction |GO:0016597//cellular component| plasma membrane | inferred from direct assay|GO:0005886



5//cellular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| protein metabolism | inferred from



ent| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosome-nucleus export | inferred from physical interaction|GO:0000054//biolo

ty|GO:0004515//molecular function| nicotinate-nucleotide adenylyltransferase activity | inferred from genetic interaction |GO:0004515//cellular component|

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to pheromone | inferred from mutant phenotype|GO:0019236

0//molecular function| calcium-transporting ATPase activity | inferred from sequence similarity |GO:0005388//molecular function| calcium-transporting ATPa

12//molecular function| homoserine dehydrogenase activity | inferred from direct assay |GO:0004412//cellular component| cytoplasm | inferred from direct

/cellular component| cytosol | traceable author statement|GO:0005829//biological process| glycolysis | traceable author statement|GO:0006096//biological



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

plasm | inferred from direct assay|GO:0005737//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//b

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| GTP biosynthesis | traceable author statement|GO:0006183



| inferred from direct assay |GO:0005634







ent| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| cell wall organization and biogenesis | inferred from mutant pheno



l process| vacuolar protein catabolism | inferred from mutant phenotype|GO:0007039

092//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| carnitine metabolism | inferred from mutant phenotyp

ar function| adenosine kinase activity | inferred from direct assay |GO:0004001//cellular component| cytoplasm | inferred from direct assay|GO:0005737//c



A binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| sporulation



200//cellular component| outer plaque of spindle pole body | inferred from direct assay|GO:0005824//cellular component| inner plaque of spindle pole body

2//molecular function| glutamate dehydrogenase activity | inferred from mutant phenotype |GO:0004352//cellular component| nucleus | inferred from direct

organization and biogenesis | inferred from mutant phenotype|GO:0007047

32//cellular component| small nucleolar ribonucleoprotein complex | traceable author statement |GO:0005732//cellular component| small nucleolar ribonuc



lecular function| spermine transporter activity | inferred from mutant phenotype |GO:0000297//cellular component| bud tip | inferred from direct assay|GO:0

GO:0003702//molecular function| RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003702//cellular component| nucleus | in





|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II prom

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| m



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333



cleus | inferred from direct assay|GO:0005634//biological process| apoptosis | inferred from direct assay|GO:0006915



ycle | inferred from genetic interaction|GO:0007049

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//cellular component| transcriptio

/cellular component| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulum memb

lar component| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| cytokinesis | inferred from mutant phe

mponent| microsome | inferred from direct assay|GO:0005792//biological process| ergosterol biosynthesis | inferred from mutant phenotype|GO:0006696

milarity|GO:0003880//cellular component| cytoplasm | inferred from direct assay|GO:0005737





onent| DNA-directed RNA polymerase II, holoenzyme | traceable author statement|GO:0016591//biological process| carbon utilization | inferred from physic









ular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cysteine biosynthesis | inferred from mutant phenotype|GO:00193

/cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| oligosaccharide-lipid intermediate assembly | tr

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ection | inferred from mutant phenotype|GO:0000282

arity|GO:0008425//molecular function| ubiquinone biosynthesis methyltransferase activity | inferred from mutant phenotype |GO:0008425//cellular compone



| inferred from direct assay |GO:0005634

nt| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| cell wall biosynthesis (sensu Fungi) | inferred from mutant phenoty

component| alpha DNA polymerase:primase complex | traceable author statement|GO:0005658//biological process| lagging strand elongation | traceable

r function| ubiquitin conjugating enzyme activity | traceable author statement |GO:0004840//cellular component| endoplasmic reticulum | traceable author s

00//cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| nuclear membrane | inferred from direct assay |GO

t| shmoo tip | inferred from direct assay|GO:0005937//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleu



lar component| endoplasmic reticulum | traceable author statement |GO:0005783//biological process| protein complex assembly | inferred from physical in



omponent| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from direct assay|GO:00

on| chorismate synthase activity | traceable author statement |GO:0004107//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biolo

on of meiosis | traceable author statement|GO:0040020

ent| nuclear membrane | inferred from direct assay |GO:0005635

ular function| transcription corepressor activity | traceable author statement |GO:0003714//molecular function| RNA polymerase II transcription factor activit

cular function| arsenite transporter activity | inferred from genetic interaction |GO:0015105//cellular component| integral to plasma membrane | inferred fro

ess| steroid biosynthesis | inferred from mutant phenotype|GO:0006694//biological process| steroid biosynthesis | inferred from genetic interaction |GO:000







ent| peroxisome | inferred from direct assay|GO:0005777//biological process| peroxisome organization and biogenesis | traceable author statement|GO:00



onent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//cellular component| integral to plasma membrane | inferred fr

on| GTPase activity | inferred from mutant phenotype |GO:0003924//cellular component| late endosome | inferred from mutant phenotype|GO:0005770//bio

n cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| actin filament severing | inferred from direct assay|GO:0051014

| inferred from direct assay |GO:0005634





t| extracellular | traceable author statement|GO:0005576//biological process| response to pheromone during conjugation with cellular fusion | traceable aut

llular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0

onent| cytoplasm | inferred from direct assay |GO:0005737//biological process| nuclear migration (sensu Saccharomyces) | inferred from mutant phenotype





ent| nuclear telomere cap complex | inferred from direct assay|GO:0000783//biological process| telomerase-dependent telomere maintenance | inferred fro

ment organization | inferred from physical interaction|GO:0007015//biological process| endocytosis | inferred from mutant phenotype |GO:0006897

0004596//molecular function| peptide alpha-N-acetyltransferase activity | inferred from mutant phenotype |GO:0004596//cellular component| intracellular | i



onent| cytosol | inferred from direct assay|GO:0005829//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//b

omponent| bud tip | inferred from direct assay|GO:0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological proc

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| DNA-dependent DNA replication | traceable author statement|GO:0006261





ocess| protein complex assembly | traceable author statement|GO:0006461

r component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein modification | inferred from direct assay|GO:0006464

45552//molecular function| oxidoreductase activity | inferred from direct assay |GO:0016491//cellular component| cytoplasm | inferred from direct assay|GO



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





ty|GO:0016532//molecular function| superoxide dismutase copper chaperone activity | inferred from mutant phenotype |GO:0016532//molecular function| s

GO:0016758//cellular component| endoplasmic reticulum | inferred from mutant phenotype|GO:0005783//biological process| dolichol-linked oligosaccharid

osome | inferred from physical interaction|GO:0005768//cellular component| endosome | inferred from direct assay |GO:0005768//cellular component| ESC

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|

03702//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferre

component| vacuole | inferred from direct assay|GO:0005773//biological process| phospholipid metabolism | inferred from mutant phenotype|GO:0006644/

om sequence similarity|GO:0042626//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| transp

nent| proteasome core complex, alpha-subunit complex (sensu Eukarya) | traceable author statement|GO:0019773//cellular component| proteasome core

:0004012//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| intracellular protein transport | inferred from

logical process| mRNA-nucleus export | inferred from curator|GO:0006406



cytoplasm | inferred from direct assay|GO:0005737





n| transcription coactivator activity | inferred from direct assay |GO:0003713//cellular component| nucleus | inferred from sequence similarity|GO:0005634//

ion|GO:0004350//molecular function| glutamate-5-semialdehyde dehydrogenase activity | inferred from direct assay |GO:0004350//cellular component| cyt

ription export complex | inferred from physical interaction|GO:0000346//biological process| mRNA-nucleus export | inferred from genetic interaction|GO:00

42392//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| sphingolipid biosynthesis | traceable autho



ar component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pr

y|GO:0008308//molecular function| voltage-dependent ion-selective channel activity | inferred from genetic interaction |GO:0008308//cellular component| m





| inferred from direct assay |GO:0005634//biological process| mRNA polyadenylation | inferred from physical interaction|GO:0006378//biological process|



ponent| spindle microtubule | traceable author statement|GO:0005876//cellular component| kinesin complex | traceable author statement |GO:0005871//bi

0045290//molecular function| aldo-keto reductase activity | inferred from sequence similarity |GO:0004033//molecular function| aldehyde reductase activity



04674//cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| mitosis | inferred from expression pattern|GO:0007

nce similarity|GO:0009013//molecular function| succinate-semialdehyde dehydrogenase [NAD(P)+] activity | inferred from mutant phenotype |GO:0009013/

r component| proteasome regulatory particle (sensu Eukarya) | traceable author statement|GO:0005838//biological process| ubiquitin-dependent protein c

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//cellular component| nucleolus | inferred from direct assay

516//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| nicotinate nucleotide salvage | inferred from direct assay|G





nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c



00100//molecular function| S-methylmethionine transporter activity | inferred from mutant phenotype |GO:0000100//cellular component| plasma membrane

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

200//molecular function| microtubule motor activity | traceable author statement |GO:0003777//cellular component| spindle microtubule | traceable author s

ar component| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//





omponent| cytosol | traceable author statement|GO:0005829//biological process| glycolysis | traceable author statement|GO:0006096//biological process| p

om sequence similarity|GO:0042626//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| endo

lar component| eukaryotic translation initiation factor 2B complex | inferred from direct assay|GO:0005851//cellular component| ribosome | traceable autho



008177//molecular function| succinate dehydrogenase (ubiquinone) activity | inferred from mutant phenotype |GO:0008177//cellular component| respirator

ponent| nucleus | inferred from direct assay|GO:0005634//biological process| pseudohyphal growth | traceable author statement|GO:0007124//biological p



om direct assay|GO:0004639//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct as



vacuole fusion, non-autophagic | inferred from mutant phenotype|GO:0042144

endosome to vacuole transport | inferred from mutant phenotype|GO:0045324

function| histone deacetylase activity | inferred from mutant phenotype |GO:0004407//molecular function| histone deacetylase activity | inferred from direct

ogical process| peroxisome organization and biogenesis | inferred from mutant phenotype|GO:0007031



00010//cellular component| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| ubiquinone metabolism | inferred from mutan

200//cellular component| condensed nuclear chromosome, pericentric region | inferred from physical interaction|GO:0000780//cellular component| conden



t|GO:0004644//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005

9//biological process| chromatin remodeling | inferred from sequence similarity|GO:0006338//biological process| chromatin remodeling | inferred from direc

cellular component| mitochondrial intermembrane space | traceable author statement|GO:0005758//cellular component| mitochondrion | inferred from direc

(sensu Fungi) | inferred from direct assay |GO:0000324

lar function| GTPase activity | inferred from sequence similarity |GO:0003924//cellular component| intracellular | traceable author statement|GO:0005622//



ent| cytoplasm | inferred from direct assay |GO:0005737

| inferred from direct assay |GO:0005634

ular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from physical interaction|GO:0005634//biologica



mponent| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//cellular component| site of



32//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S

olecular function| protein-tyrosine kinase activity | inferred from direct assay |GO:0004713//molecular function| protein serine/threonine kinase activity | infe

nt| ubiquitin ligase complex | inferred from sequence similarity|GO:0000151//biological process| ubiquitin-dependent protein catabolism | inferred from seq

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

nent| actin cap (sensu Fungi) | inferred from physical interaction|GO:0030478//cellular component| contractile ring (sensu Saccharomyces) | inferred from

t| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype|GO:004227



ar function| phosphate transporter activity | inferred from genetic interaction |GO:0015114//cellular component| membrane | inferred from sequence similar

uclear chromatin | inferred from direct assay|GO:0000790//biological process| DNA replication initiation | inferred from physical interaction|GO:0006270//b



gulation of transcription from Pol III promoter | inferred from physical interaction|GO:0016480//biological process| negative regulation of transcription from

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sulfur metabolism | inferred from sequence similarity|GO:0006

al process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





m physical interaction|GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250//biological proc





plasm | inferred from direct assay |GO:0005737

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nt|GO:0016251//cellular component| transcription factor TFIIE complex | traceable author statement|GO:0005673//biological process| transcription initiation

ellular component| Arp2/3 protein complex | inferred from direct assay|GO:0005885//biological process| actin filament organization | inferred from mutant p



ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

onent| plasma membrane | inferred from direct assay |GO:0005886//biological process| actin cytoskeleton organization and biogenesis | inferred from muta



|GO:0004048//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056



olecular function| transcription regulator activity | inferred from mutant phenotype |GO:0030528//cellular component| nucleus | inferred from direct assay|GO

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000







40//cellular component| mitochondrial processing peptidase complex | inferred from direct assay|GO:0017087//biological process| mitochondrial processin



| microsome | inferred from direct assay|GO:0005792//biological process| protein thiol-disulfide exchange | inferred from genetic interaction|GO:0006467

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

onent| chromatin remodeling complex | inferred from direct assay|GO:0016585//biological process| rRNA transcription | inferred from mutant phenotype|GO

tatement|GO:0046961//cellular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| hydrogen-tr

ll assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| Golgi to plasma membrane transport | inferred from mutant p

| inferred from direct assay |GO:0005634

ent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuclear pore | inferred from direct assay |GO:0005643//biological process| res

cellular component| nucleolar preribosome, large subunit precursor | inferred from direct assay|GO:0030687//cellular component| nucleolus | inferred from

0026//cellular component| membrane | inferred from sequence similarity|GO:0016020//cellular component| endoplasmic reticulum | inferred from direct ass



us | inferred from physical interaction|GO:0005634//cellular component| nucleus | inferred from genetic interaction |GO:0005634//biological process| transc



cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | inferred fro

ar function| protein binding, bridging | inferred from mutant phenotype |GO:0030674//cellular component| nucleus | traceable author statement|GO:000563

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| leucyl-tRNA aminoacylation | inferred from direct assay|GO:0006429

ellular component| actin cable (sensu Fungi) | inferred from direct assay|GO:0030482//cellular component| actin cortical patch (sensu Fungi) | inferred from

| inferred from direct assay |GO:0005634

GO:0000778//biological process| chromosome segregation | traceable author statement|GO:0007059



ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

354//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

omponent| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from direct assay|GO:00

lar component| cytoplasm | inferred from direct assay|GO:0005737



onent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| lipid biosynthesis | inferred from mutant ph



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

| peroxisomal matrix | inferred from direct assay|GO:0005782//cellular component| peroxisomal membrane | inferred from direct assay |GO:0005778//cellu

omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

GO:0004632//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000563

| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from physical interaction|GO:0042273//biologica

r function| guanosine-diphosphatase activity | inferred from direct assay |GO:0004382//cellular component| Golgi apparatus | traceable author statement|G

//cellular component| mitochondrial ribosome | inferred from sequence similarity|GO:0005761//biological process| protein biosynthesis | inferred from sequ

unction| alanine racemase activity | inferred from direct assay |GO:0008784//cellular component| intracellular | inferred from curator|GO:0005622//biologic

unction| protein binding | inferred from physical interaction |GO:0005515//molecular function| protein binding | inferred from mutant phenotype |GO:000551

omponent| membrane | inferred from direct assay|GO:0016020//cellular component| intracellular | inferred from direct assay |GO:0005622//biological proce



0004596//cellular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein amino acid acetylation | inferred from sequence si

olecular function| phosphatase activator activity | inferred from mutant phenotype |GO:0019211//biological process| regulation of growth | inferred from mu

ular component| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrial intermembrane space | inferred from direct assay |GO

ss| phospholipid metabolism | inferred from mutant phenotype|GO:0006644



biological process| host-pathogen interaction | traceable author statement|GO:0030383//biological process| N-terminal protein amino acid acetylation | infe

5519//cellular component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| polarisome | traceable author statement |

r component| integral to plasma membrane | inferred from sequence similarity|GO:0005887

lar component| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| actin filament organization | inferred f

omponent| cell cortex | inferred from direct assay |GO:0005938//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|G

840//molecular function| ubiquitin conjugating enzyme activity | inferred from mutant phenotype |GO:0004840//cellular component| cytoplasm | inferred from



m physical interaction|GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250//biological proc



ar component| nucleus | inferred from sequence similarity|GO:0005634//biological process| transcription | inferred from sequence similarity|GO:0006350

200//cellular component| condensed nuclear chromosome, pericentric region | inferred from physical interaction|GO:0000780//cellular component| conden



tatement|GO:0046961//cellular component| vacuole | inferred from direct assay|GO:0005773//cellular component| hydrogen-transporting ATPase V0 doma

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

process| ubiquitin-dependent protein catabolism | inferred from genetic interaction|GO:0006511

nt| cytoplasm | inferred from curator|GO:0005737//biological process| translational initiation | inferred from mutant phenotype|GO:0006413



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| regulation of translationa

eck | traceable author statement |GO:0005935//cellular component| bud | traceable author statement |GO:0005933//cellular component| integral to plasma

NA repair | inferred from genetic interaction |GO:0006281//biological process| negative regulation of DNA transposition | inferred from mutant phenotype |G

orulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| cell growth and/or maintenance | inferred from mutant phenotyp

:0000751//biological process| cell cycle arrest in response to pheromone | inferred from mutant phenotype |GO:0000751



tatement|GO:0046961//cellular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| hydrogen-tr



bud neck | inferred from direct assay |GO:0005935//cellular component| bud scar | inferred from direct assay |GO:0005621//biological process| bud site se





ological process| iron ion transport | inferred from sequence similarity|GO:0006826//biological process| iron ion transport | inferred from genetic interaction

GO:0045129//molecular function| NAD-independent histone deacetylase activity | inferred from direct assay |GO:0045129//molecular function| NAD-depen

olus | inferred from direct assay|GO:0005730//cellular component| nucleoplasm | inferred from direct assay |GO:0005654//cellular component| nucleus | inf

essing | inferred from mutant phenotype|GO:0006364//biological process| rRNA processing | inferred from genetic interaction |GO:0006364//biological proc

8028//molecular function| monocarboxylic acid transporter activity | inferred from genetic interaction |GO:0008028//molecular function| transporter activity

O:0000309//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000563

ular function| biotin carboxylase activity | inferred from mutant phenotype |GO:0004075//molecular function| acetyl-CoA carboxylase activity | inferred from

ar component| eukaryotic translation initiation factor 2B complex | inferred from direct assay|GO:0005851//biological process| translational initiation | inferre





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tin cortical patch (sensu Fungi) | inferred from physical interaction|GO:0030479//biological process| actin filament organization | inferred from mutant phen

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable auth

60//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| endocytosis | inferred from mutant phenotype|GO:0006

contractile ring (sensu Saccharomyces) | traceable author statement|GO:0000142//biological process| axial budding | traceable author statement|GO:000

onent| integral to plasma membrane | inferred from sequence similarity|GO:0005887//cellular component| integral to plasma membrane | inferred from mu

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



6//molecular function| phenylalanine-tRNA ligase activity | inferred from mutant phenotype |GO:0004826//cellular component| phenylalanine-tRNA ligase c



| inferred from direct assay |GO:0005634

ecular function| peptidyltransferase activity | inferred from sequence similarity |GO:0000048//cellular component| mitochondrial large ribosomal subunit | in

molecular function| actin binding | traceable author statement |GO:0003779//cellular component| Arp2/3 protein complex | inferred from direct assay|GO:00

ss| bud site selection | inferred from mutant phenotype|GO:0000282



8028//molecular function| monocarboxylic acid transporter activity | inferred from genetic interaction |GO:0008028//molecular function| transporter activity

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

| inferred from direct assay |GO:0005634





ecular function| sodium channel activity | inferred from direct assay |GO:0005272//molecular function| potassium channel activity | inferred from direct assa

olecular function| ARF GTPase activator activity | inferred from direct assay |GO:0008060//molecular function| actin binding | inferred from direct assay |G



autophagy | inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

mponent| cytosol | traceable author statement|GO:0005829//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696

32//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//cellular component| nucleolus | inferre

biological process| copper ion homeostasis | inferred from expression pattern|GO:0006878//biological process| sulfur metabolism | inferred from sequence

r function| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| intracellular | traceable author statement|GO:000



yphal growth | inferred from mutant phenotype|GO:0007124//biological process| invasive growth (sensu Saccharomyces) | inferred from genetic interaction



ecular function| sodium channel activity | inferred from direct assay |GO:0005272//molecular function| potassium channel activity | inferred from direct assa

ular component| mitochondrial outer membrane | inferred from physical interaction|GO:0005741//cellular component| mitochondrial outer membrane | infer

onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO

ecular function| glucose transporter activity | inferred from genetic interaction |GO:0005355//molecular function| fructose transporter activity | inferred from

al process| protein complex assembly | inferred from mutant phenotype|GO:0006461//biological process| protein complex assembly | inferred from direct a





8262//molecular function| importin-alpha export receptor activity | inferred from physical interaction |GO:0008262//molecular function| importin-alpha export

cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:000



/cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular co



llular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from physical interaction|GO:0005946//cellular component|

response to drug | inferred from mutant phenotype|GO:0042493

cular function| zinc ion transporter activity | inferred from mutant phenotype |GO:0005385//cellular component| vacuolar membrane | inferred from direct as



| inferred from direct assay |GO:0005634

nt|GO:0016251//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//biological process| negative regulation o

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ar function| cytoskeletal protein binding | inferred from physical interaction |GO:0008092//molecular function| cytoskeletal protein binding | inferred from m

l process| Golgi to vacuole transport | inferred from mutant phenotype|GO:0006896

/cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| endoplasmic reticulum | inferred from dire



process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747

lular component| spindle | inferred from direct assay|GO:0005819//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular comp

agine-tRNA ligase activity | inferred from sequence similarity |GO:0004816//molecular function| asparagine-tRNA ligase activity | inferred from direct assay

57//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

n| kinase activity | inferred from direct assay |GO:0016301//cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bu

nt| Golgi apparatus | inferred from direct assay |GO:0005794



ar chromosome | inferred from physical interaction|GO:0000228//biological process| DNA repair | inferred from mutant phenotype|GO:0006281

onent| mitochondrial intermembrane space | traceable author statement|GO:0005758//cellular component| cytoplasm | traceable author statement |GO:00



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

/biological process| lipid metabolism | inferred from mutant phenotype|GO:0006629//biological process| lipid metabolism | inferred from genetic interaction



raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

olecular function| protein-tyrosine kinase activity | inferred from direct assay |GO:0004713//molecular function| protein serine/threonine kinase activity | infe

nyl-nucleotide exchange factor activity | inferred from direct assay |GO:0005085//cellular component| soluble fraction | inferred from direct assay|GO:0005



n| protein kinase activity | inferred from direct assay |GO:0004672//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular compone



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



m sequence similarity|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from physical interact

olecular function| ammonium transporter activity | inferred from mutant phenotype |GO:0008519//cellular component| plasma membrane | traceable autho



llular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//cellular component| endoplasmic reticulum membrane | in

GO:0000285//cellular component| vacuolar membrane | traceable author statement|GO:0005774//biological process| vacuole organization and biogenesis |

nsed nuclear chromosome kinetochore | inferred from mutant phenotype|GO:0000778//biological process| chromosome segregation | inferred from mutan

030687//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| ribosomal large subunit assembly and maintenance |

0268//cellular component| peroxisomal matrix | traceable author statement|GO:0005782//cellular component| peroxisomal membrane | inferred from direct

| inferred from direct assay |GO:0005634



ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

9//biological process| sister chromatid cohesion | inferred from mutant phenotype|GO:0007062//biological process| chromatin remodeling | inferred from dir

//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr

gulation of DNA transposition | inferred from mutant phenotype|GO:0000335

mponent| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component|

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac





r component| cytosol | traceable author statement|GO:0005829//biological process| fermentation | traceable author statement|GO:0006113

process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0006357

slation elongation factor activity | inferred from sequence similarity |GO:0003746//molecular function| translation elongation factor activity | inferred from ge



ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| deo





unction| amino acid transporter activity | inferred from mutant phenotype |GO:0015171//cellular component| integral to plasma membrane | inferred from di

r function| SNAP receptor activity | inferred from physical interaction |GO:0005484//molecular function| SNAP receptor activity | inferred from genetic intera

90//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





mponent| mitochondrial inner membrane presequence translocase complex | traceable author statement|GO:0005744//cellular component| mitochondrion |

unction| structural constituent of cytoskeleton | traceable author statement |GO:0005200//cellular component| cytoplasm | inferred from direct assay|GO:00



notype|GO:0003704//cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| response to salt stress | inferred from

ne organization and biogenesis | inferred from physical interaction|GO:0016044//biological process| membrane organization and biogenesis | inferred from

olecular function| protein-tyrosine kinase activity | inferred from direct assay |GO:0004713//molecular function| protein serine/threonine kinase activity | infe





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





on|GO:0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inf







cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological



ar component| Golgi trans face | inferred from direct assay|GO:0005802//biological process| peptide pheromone maturation | inferred from mutant phenoty



ecular function| mannosyltransferase activity | inferred from mutant phenotype |GO:0000030//molecular function| mannosyltransferase activity | inferred fro



ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

749//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of cell size | inferred from direct assay|GO:000

5//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein folding | inferred from direct assay|GO:0006457



hondrial chromosome | inferred from direct assay|GO:0000262//biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biological pr

component| nucleolus | traceable author statement|GO:0005730//biological process| regulation of exit from mitosis | inferred from physical interaction|GO:0

onent| nucleoplasm | inferred from direct assay|GO:0005654//cellular component| nuclear inner membrane | inferred from direct assay |GO:0005637//biolo



0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr





| cytoplasm | inferred from direct assay|GO:0005737//biological process| ribosome biogenesis and assembly | inferred from mutant phenotype|GO:004225

//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol

llular component| ribosome | traceable author statement|GO:0005840//biological process| translational elongation | traceable author statement|GO:000641



ar component| nucleus | inferred from sequence similarity|GO:0005634//biological process| regulation of transcription, DNA-dependent | inferred from sequ

nt| COPI vesicle coat | inferred from sequence similarity |GO:0030126//cellular component| COPI vesicle coat | inferred from genetic interaction |GO:0030

r component| nucleus | traceable author statement|GO:0005634//biological process| regulation of transcription, DNA-dependent | traceable author stateme

nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |

| inferred from direct assay |GO:0005634



0000140//cellular component| lipid particle | inferred from direct assay|GO:0005811//cellular component| endoplasmic reticulum | inferred from direct assa

r membrane (sensu Fungi) | inferred from direct assay |GO:0000329

r function| casein kinase I activity | inferred from mutant phenotype |GO:0004681//cellular component| plasma membrane | inferred from direct assay|GO:0

tonemal complex | traceable author statement|GO:0000795//cellular component| condensed nuclear chromosome | inferred from direct assay |GO:000079

chondrial matrix protein import | inferred from physical interaction|GO:0030150

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac





ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ng | inferred from genetic interaction|GO:0007121//biological process| response to stress | inferred from genetic interaction |GO:0006950

signal transduction | inferred from mutant phenotype|GO:0007165

endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| ceramide metabolism | inferred from mutant phenotype|GO:0006672



mponent| cytoplasm | inferred from direct assay|GO:0005737

| inferred from direct assay |GO:0016887//cellular component| endoplasmic reticulum lumen | inferred from direct assay|GO:0005788//biological process|

/cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| mRNA capping | traceable author statement|GO:0006370





ss| response to unfolded protein | inferred from sequence similarity|GO:0006986//biological process| response to unfolded protein | inferred from mutant p

nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c



ular function| transcriptional activator activity | inferred from direct assay |GO:0016563//cellular component| nucleus | inferred from direct assay|GO:000563

r component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proces





nction| ferroxidase activity | inferred from genetic interaction |GO:0004322//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct ass



1//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//biological process| aerobic respiration | infe



nt|GO:0003704//cellular component| nucleus | traceable author statement|GO:0005634//biological process| regulation of transcription from Pol II promoter

function| water channel activity | inferred from mutant phenotype |GO:0015250//molecular function| water channel activity | inferred from genetic interactio

| inferred from direct assay |GO:0005634

n| transcription coactivator activity | traceable author statement |GO:0003713//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cel

onent| clathrin-coated vesicle | inferred from direct assay|GO:0030136//biological process| intracellular protein transport | inferred from sequence similarity|

ent| integral to membrane of membrane fraction | inferred from direct assay |GO:0000299//biological process| ER to Golgi transport | inferred from mutant

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell ion homeostasis | inferred from mutant phenotype|GO:0006873//biol



component| nucleus | inferred from direct assay|GO:0005634//biological process| snRNA modification | inferred from direct assay|GO:0040031//biological

mponent| membrane | inferred from direct assay|GO:0016020//biological process| protein amino acid palmitoylation | inferred from direct assay|GO:001831





ular function| transcription factor activity | inferred from genetic interaction |GO:0003700//cellular component| nucleus | inferred from direct assay|GO:0005

005088//molecular function| guanyl-nucleotide exchange factor activity | traceable author statement |GO:0005085//molecular function| signal transducer a





cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



component| lipid particle | inferred from direct assay|GO:0005811//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//c

400//cellular component| cell | traceable author statement|GO:0005623//biological process| histidine biosynthesis | traceable author statement|GO:0000105



O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//molecular function| histone ace

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

process| secretory pathway | inferred from mutant phenotype|GO:0045045

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell cycle | inferred from genetic interaction|GO:0007049//biolo

rganization and biogenesis | inferred from mutant phenotype|GO:0007047

lar component| eukaryotic translation initiation factor 2B complex | inferred from direct assay|GO:0005851//cellular component| ribosome | traceable autho

09//cellular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| Golgi membrane | traceable au

725//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to oxidative stress | inferred from mutant pheno

0176//cellular component| integral to membrane | inferred from sequence similarity |GO:0016021



ecular function| di-, tri-valent inorganic cation transporter activity | inferred from sequence similarity |GO:0015082//molecular function| zinc ion transporter a





e similarity|GO:0004702//molecular function| receptor signaling protein serine/threonine kinase activity | inferred from mutant phenotype |GO:0004702//cel



| inferred from direct assay |GO:0005634//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

olecular function| DNA binding | inferred from physical interaction |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biol

omponent| mitochondrial membrane | inferred from direct assay|GO:0005740//biological process| arginine biosynthesis | inferred from mutant phenotype|G

ular component| membrane | inferred from direct assay|GO:0016020//biological process| phospholipid metabolism | inferred from mutant phenotype|GO:00

metabolism | inferred from genetic interaction |GO:0006259





ecular function| multidrug transporter activity | inferred from mutant phenotype |GO:0015239//molecular function| amine/polyamine transporter activity | inf

m sequence similarity|GO:0016810//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred

mitochondrial inner membrane peptidase complex | inferred from direct assay|GO:0042720//biological process| mitochondrial processing | inferred from dire

cular function| riboflavin synthase activity | inferred from direct assay |GO:0004746//cellular component| soluble fraction | inferred from direct assay|GO:000

omponent| nucleus | inferred from direct assay|GO:0005634//cellular component| nuclear chromosome | inferred from direct assay |GO:0000228//biologica

vacuolar membrane | traceable author statement|GO:0005774//biological process| vesicle fusion | traceable author statement|GO:0006906

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ysical interaction|GO:0005847//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| transcription termination from Po

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te



ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



component| delta DNA polymerase complex | traceable author statement|GO:0005659//cellular component| nucleus | inferred from direct assay |GO:0005

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

RNA binding | inferred from mutant phenotype |GO:0003723//molecular function| RNA binding | inferred from direct assay |GO:0003723//cellular compone

milarity|GO:0004066//molecular function| asparagine synthase (glutamine-hydrolyzing) activity | inferred from mutant phenotype |GO:0004066//cellular com

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct ass







component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| plasma membrane | inferred from direct assay





lar function| HDEL sequence binding | inferred from mutant phenotype |GO:0045015//molecular function| HDEL sequence binding | inferred from genetic in

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| nucleolus | inferred from di

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pe

onent| vesicle coat | inferred from direct assay|GO:0030120//biological process| vesicle-mediated transport | inferred from direct assay|GO:0016192//biolo



mponent| cytoplasm | inferred from direct assay|GO:0005737



| inferred from direct assay |GO:0005634

ar component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biologica

nce similarity|GO:0042800//molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from mutant phenotype |GO:0042800/

|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| leucine biosynthesis | inferred from mutant pheno

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

ponent| nucleus | traceable author statement|GO:0005634//biological process| invasive growth (sensu Saccharomyces) | inferred from genetic interaction|G

0000095//molecular function| S-adenosylmethionine transporter activity | inferred from mutant phenotype |GO:0000095//cellular component| plasma memb

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| cell cy

ar component| condensed nuclear chromosome | inferred from direct assay|GO:0000794//biological process| mitotic chromosome condensation | inferred

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



cular function| cardiolipin synthase activity | inferred from direct assay |GO:0008808//cellular component| mitochondrial membrane | inferred from direct ass



ytosol | traceable author statement|GO:0005829//biological process| arginine catabolism to ornithine | traceable author statement|GO:0019547

ed from direct assay |GO:0051082//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from dire

lar component| eukaryotic translation initiation factor 2B complex | inferred from direct assay|GO:0005851//cellular component| ribosome | traceable autho

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

200//cellular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |

nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| cytoplasmic mRNA processing body | inferred from direct assay |GO:0000932



function| protein kinase activity | inferred from direct assay |GO:0004672//cellular component| membrane fraction | inferred from direct assay|GO:0005624

function| maltose:hydrogen symporter activity | inferred from mutant phenotype |GO:0005364//molecular function| alpha-glucoside:hydrogen symporter act

/cellular component| cytosol | traceable author statement|GO:0005829//biological process| glycolysis | traceable author statement|GO:0006096//biological



eck | traceable author statement |GO:0005935//cellular component| bud | traceable author statement |GO:0005933//cellular component| integral to plasma





ular component| late endosome | inferred from direct assay|GO:0005770//cellular component| integral to membrane of membrane fraction | inferred from d





cellular component| lipid particle | inferred from direct assay|GO:0005811//cellular component| endoplasmic reticulum | traceable author statement |GO:00

ar function| protein binding, bridging | inferred from mutant phenotype |GO:0030674//cellular component| nucleolus | inferred from direct assay|GO:000573

nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

nction| allantoinase activity | inferred from mutant phenotype |GO:0004038//cellular component| intracellular | inferred from curator|GO:0005622//biologica

nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleoba

0016455//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| mediator complex | inferred from direct assay |GO:00

organization and biogenesis | inferred from mutant phenotype|GO:0007047

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

election | inferred from mutant phenotype|GO:0000282



/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl



mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

l process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192









mponent| mitochondrial inner membrane protein insertion complex | inferred from direct assay|GO:0042721//biological process| mitochondrial inner membra



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

membrane | inferred from direct assay |GO:0005635//cellular component| nuclear chromosome | inferred from direct assay |GO:0000228//biological proces

0003755//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assay |

r function| glucose transporter activity | traceable author statement |GO:0005355//molecular function| glucose transporter activity | inferred from direct assa

process| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction|GO:0000398

9//biological process| UDP-galactose transport | inferred from mutant phenotype|GO:0015785

molecular function| transcription coactivator activity | inferred from physical interaction |GO:0003713//molecular function| transcription coactivator activity |

omponent| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO:0

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





mponent| clathrin vesicle coat | traceable author statement|GO:0030125//biological process| vesicle-mediated transport | traceable author statement|GO:00



cellular component| mannosyltransferase complex | inferred from direct assay|GO:0000136//biological process| actin filament organization | inferred from m

ar component| microsome | inferred from direct assay|GO:0005792//biological process| electron transport | inferred from direct assay|GO:0006118

016791//cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324







cellular component| Golgi membrane | traceable author statement|GO:0000139//biological process| protein-Golgi retention | inferred from mutant phenotyp



ntegral to plasma membrane | traceable author statement|GO:0005887//biological process| vesicle fusion | traceable author statement|GO:0006906//biolo

olecular function| ubiquitin-protein ligase activity | inferred from mutant phenotype |GO:0004842//molecular function| ubiquitin-protein ligase activity | inferr

membrane | inferred from direct assay|GO:0016020//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process| intra-

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

7//molecular function| signal recognition particle binding | inferred from mutant phenotype |GO:0005047//cellular component| endoplasmic reticulum membr

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ponent| spindle pole body | inferred from direct assay|GO:0005816//biological process| mitotic spindle checkpoint | inferred from mutant phenotype|GO:000



llular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| positive regulation of transcription from P



transport | inferred from mutant phenotype|GO:0006888

kinetochore | inferred from direct assay |GO:0000776

ess| peroxisome organization and biogenesis | inferred from mutant phenotype|GO:0007031//biological process| peroxisome organization and biogenesis

ponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| seryl-tRNA aminoacylation | inferred from direct assay|GO:0006434

onent| nucleoplasm | inferred from direct assay|GO:0005654//cellular component| nuclear inner membrane | inferred from direct assay |GO:0005637//biolo





nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

lar function| transcriptional activator activity | traceable author statement |GO:0016563//molecular function| DNA binding | inferred from physical interaction

004861//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//b

07//molecular function| triose-phosphate isomerase activity | inferred from mutant phenotype |GO:0004807//cellular component| cytosol | traceable author

:0004310//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ergosterol biosynthesis | traceable au

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun



mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| res

nent| lipid particle | inferred from direct assay|GO:0005811//cellular component| cytoplasm | inferred from direct assay |GO:0005737

onent| plasma membrane | inferred from direct assay|GO:0005886//biological process| sulfite transport | inferred from direct assay|GO:0000316

|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II prom

nt| shmoo tip | inferred from direct assay|GO:0005937//cellular component| plasma membrane | inferred from sequence similarity |GO:0005886//biological



n| protein binding, bridging | inferred from direct assay |GO:0030674//molecular function| microtubule binding | inferred from direct assay |GO:0008017//cel

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

s| ER to Golgi transport | inferred from physical interaction|GO:0006888

ent| integral to membrane | inferred from direct assay |GO:0016021//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0

ent| peroxisome | inferred from sequence similarity|GO:0005777//biological process| peroxisome organization and biogenesis | traceable author statement

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//cellular component| transcriptio



ss| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| agglutination during conjugation with cellular fu

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//biological process| transcription from Pol I prom



arge subunit biogenesis | inferred from physical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant phe

omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

O:0030364//molecular function| cleavage/polyadenylation specificity factor activity | inferred from physical interaction |GO:0030364//cellular component| m





O:0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from mutant phenotype |GO:0030508//molecular function| thiol-disu

cellular component| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar ribonucleopro



ty|GO:0004375//molecular function| glycine dehydrogenase (decarboxylating) activity | inferred from mutant phenotype |GO:0004375//cellular component|

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

:0042175//cellular component| membrane | inferred from sequence similarity |GO:0016020//biological process| GPI anchor biosynthesis | inferred from dire



| inferred from physical interaction|GO:0006281

r component| mitochondrion | inferred from direct assay |GO:0005739//biological process| proteolysis and peptidolysis | inferred from physical interaction|G

mponent| membrane | inferred from sequence similarity|GO:0016020//biological process| vesicle-mediated transport | traceable author statement|GO:0016







omponent| respiratory chain complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| aerobic respiration | traceabl

m | inferred from direct assay |GO:0005737



004733//molecular function| pyridoxamine-phosphate oxidase activity | inferred from mutant phenotype |GO:0004733//biological process| fatty acid metabo



function| cyclohydrolase activity | inferred from genetic interaction |GO:0019238//cellular component| cytoplasm | inferred from direct assay|GO:0005737//c



olecular function| transcriptional activator activity | inferred from direct assay |GO:0016563//cellular component| nucleus | inferred from direct assay|GO:00



inferred from direct assay |GO:0016887//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytoplas





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

one acetylation | inferred from physical interaction|GO:0016573

ecular function| mannosyltransferase activity | inferred from mutant phenotype |GO:0000030//cellular component| membrane fraction | inferred from seque

ect assay|GO:0016772//cellular component| membrane fraction | inferred from direct assay|GO:0005624//biological process| mannosyl diphosphorylinosito



/cellular component| lipid particle | inferred from direct assay|GO:0005811//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biolog





ction| H3/H4 histone acetyltransferase activity | inferred from direct assay |GO:0004406//cellular component| nuclear chromatin | inferred from direct assay

ty|GO:0004375//molecular function| glycine dehydrogenase (decarboxylating) activity | inferred from mutant phenotype |GO:0004375//cellular component|



morphogenesis | inferred from sequence similarity|GO:0000902//biological process| cellular morphogenesis | inferred from mutant phenotype |GO:0000902





6//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologic

otype|GO:0004318//molecular function| 3-hydroxypalmitoyl-[acyl-carrier protein] dehydratase activity | inferred from mutant phenotype |GO:0004317//molec



ement|GO:0004591//cellular component| mitochondrial nucleoid | inferred from direct assay|GO:0042645//cellular component| mitochondrial matrix | tracea

ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//cellular component| nucleus | inferred from direct assay|GO:0005

l process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192

lular component| cytosol | inferred from physical interaction |GO:0005829//biological process| regulation of translational elongation | inferred from physical

on| aldo-keto reductase activity | inferred from sequence similarity |GO:0004033//molecular function| aldehyde reductase activity | inferred from direct assa

onent| mitochondrial outer membrane | inferred from direct assay|GO:0005741//biological process| mitochondrial fusion | inferred from physical interaction

4326//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:000573

onse to radiation | inferred from mutant phenotype|GO:0009314









ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from



lecular function| protein disulfide isomerase activity | inferred from mutant phenotype |GO:0003756//cellular component| endoplasmic reticulum | inferred fr

m sequence similarity |GO:0051082//molecular function| ATPase activity | inferred from direct assay |GO:0016887//cellular component| polysome | traceab

r component| kinesin complex | inferred from direct assay|GO:0005871//cellular component| spindle pole body | inferred from direct assay |GO:0005816//b

0003755//cellular component| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulu

biogenesis | inferred from mutant phenotype|GO:0007046//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364



unction| microtubule binding | inferred from physical interaction |GO:0008017//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cel

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ntegral to membrane | non-traceable author statement|GO:0016021//cellular component| integral to membrane | inferred from sequence similarity |GO:001

ent|GO:0004608//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| phosphatidylcholine biosynthes

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme



t| COPI vesicle coat | inferred from sequence similarity|GO:0030126//cellular component| COPI vesicle coat | inferred from mutant phenotype |GO:003012



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

5//cellular component| peroxisomal matrix | inferred from direct assay|GO:0005782//biological process| fatty acid beta-oxidation | traceable author statemen



onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| ribo

ar component| nucleus | inferred from physical interaction|GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0



ellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| proteolysis and peptidolysis | inferred from mutant p







pore | inferred from direct assay |GO:0005643//biological process| mRNA-nucleus export | inferred from genetic interaction|GO:0006406

pyrimidine base metabolism | inferred from mutant phenotype|GO:0006206

n| protein binding | inferred from genetic interaction |GO:0005515//cellular component| exocyst | traceable author statement|GO:0000145//cellular compon



ular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proc

ponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| peptidyl-diphthamide biosynthesis from peptidyl-histidine | inferred from dir





| inferred from direct assay |GO:0005634//biological process| negative regulation of gluconeogenesis | inferred from mutant phenotype|GO:0045721

omatin remodeling complex | inferred from direct assay|GO:0016585//biological process| transcription from Pol II promoter | inferred from mutant phenotyp

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ss| meiotic recombination | inferred from mutant phenotype|GO:0007131

GO:0004425//molecular function| indole-3-glycerol-phosphate synthase activity | inferred from genetic interaction |GO:0004425//molecular function| indole-



nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

erred from mutant phenotype|GO:0007126//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| translational elongation |

//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol

uctural constituent of chromatin | traceable author statement |GO:0030527//cellular component| nuclear telomeric heterochromatin | inferred from direct as





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nt| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//cellular component| mitochondrion | traceable author statement |GO:0005



mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

clear chromosome | inferred from direct assay|GO:0000228//biological process| regulation of transcription from Pol II promoter | inferred from direct assay|G



| iron ion homeostasis | inferred from sequence similarity|GO:0006879//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

96//molecular function| glycogen synthase kinase 3 activity | inferred from genetic interaction |GO:0004696//cellular component| cytoplasm | inferred from d

mponent| Golgi transport complex | inferred from physical interaction|GO:0017119//cellular component| soluble fraction | inferred from direct assay |GO:000

| inferred from direct assay |GO:0005634//biological process| meiotic chromosome segregation | inferred from mutant phenotype|GO:0045132

component| cytosol | traceable author statement|GO:0005829//cellular component| nucleus | traceable author statement |GO:0005634//biological process|

gical process| synapsis | inferred from mutant phenotype|GO:0007129

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

cleus | inferred from direct assay|GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferred from mutant phenotyp

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

lar component| vacuolar membrane | inferred from direct assay|GO:0005774//biological process| carbohydrate metabolism | inferred from sequence simila

unction| structural constituent of cytoskeleton | traceable author statement |GO:0005200//cellular component| shmoo tip | inferred from direct assay|GO:00

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular function| Gly-X carboxypeptidase activity | inferred from mutant phenotype |GO:0004226//cellular component| vacuole (sensu Fungi) | traceable autho





molecular function| glutathione transferase activity | inferred from direct assay |GO:0004364//cellular component| cell | traceable author statement|GO:0005

onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO

ular function| 3'-5' exonuclease activity | inferred from mutant phenotype |GO:0008408//cellular component| nucleolus | inferred from direct assay|GO:0005







ellular component| Arp2/3 protein complex | inferred from direct assay|GO:0005885//biological process| actin filament organization | inferred from mutant p

ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| end





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

l process| sulfur metabolism | inferred from mutant phenotype|GO:0006790//biological process| sulfur metabolism | inferred from direct assay |GO:000679

ar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proces





function| histone deacetylase activity | inferred from sequence similarity |GO:0004407//cellular component| histone deacetylase complex | traceable autho





onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810



morphogenesis during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000753

| inferred from direct assay |GO:0005634



| inferred from direct assay |GO:0005634



ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ndoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| Golgi membrane | inferred from direct assay |GO:0000139/

component| shmoo tip | traceable author statement|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular compon

eubiquitination | inferred from mutant phenotype|GO:0016579

38//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cytokinesis, completion of separation | inferred

5175//molecular function| neutral amino acid transporter activity | inferred from mutant phenotype |GO:0015175//molecular function| neutral amino acid tran





on| clathrin binding | inferred from physical interaction |GO:0030276//cellular component| AP-1 adaptor complex | inferred from sequence similarity|GO:003



mponent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| tricarboxylic acid transport | inferred from dire



ponent| cytosol | inferred from direct assay|GO:0005829//biological process| acetate fermentation | inferred from mutant phenotype|GO:0019654//biologica

ular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | inferred from c

t| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000







tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



03701//molecular function| ribosomal DNA (rDNA) binding | traceable author statement |GO:0000182//cellular component| RNA polymerase I upstream ac

8559//cellular component| integral to plasma membrane | inferred from direct assay|GO:0005887//biological process| response to drug | inferred from muta





olecular function| Rho GTPase activator activity | inferred from physical interaction |GO:0005100//molecular function| signal transducer activity | inferred fro





d from direct assay |GO:0051082//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| proteasome complex (sensu



ent| cytoplasm | inferred from direct assay |GO:0005737

ect assay|GO:0008534//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| base-excision repair, AP site form

oldin complex | inferred from sequence similarity|GO:0016272//cellular component| prefoldin complex | inferred from physical interaction |GO:0016272//cel

onent| cytoplasm | inferred from direct assay|GO:0005737//biological process| allantoin catabolism | traceable author statement|GO:0000256



nent| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statement|GO:0006365

04674//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of meiosis | inferred from mutant phenotype|G

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



y|GO:0015082//molecular function| di-, tri-valent inorganic cation transporter activity | inferred from mutant phenotype |GO:0015082//cellular component| p







unction| protein transporter activity | inferred from physical interaction |GO:0008565//cellular component| mitochondrial outer membrane translocase compl



case activity | inferred from sequence similarity |GO:0004386//cellular component| nucleus | inferred from curator|GO:0005634//biological process| regulati

| inferred from direct assay |GO:0005634

nent| signalosome complex | inferred from direct assay |GO:0008180//biological process| protein deneddylation | inferred from mutant phenotype|GO:0000

eck | traceable author statement |GO:0005935//cellular component| bud | traceable author statement |GO:0005933//cellular component| integral to plasma

ecular function| aldehyde reductase activity | inferred from direct assay |GO:0004032//cellular component| cytoplasm | inferred from direct assay|GO:00057

//molecular function| GPI-anchor transamidase activity | inferred from mutant phenotype |GO:0003923//cellular component| integral to endoplasmic reticul

nsporter activity | inferred from physical interaction |GO:0008565//molecular function| protein transporter activity | inferred from mutant phenotype |GO:000

ecular function| glucose transporter activity | inferred from genetic interaction |GO:0005355//molecular function| glucose transporter activity | inferred from d



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

mponent| nuclear membrane | inferred from direct assay|GO:0005635//biological process| nucleocytoplasmic transport | inferred from mutant phenotype|GO

on| GTPase activity | inferred from physical interaction |GO:0003924//cellular component| Golgi apparatus | traceable author statement|GO:0005794//biolo



| inferred from direct assay |GO:0005634//cellular component| nuclear chromosome | inferred from direct assay |GO:0000228//biological process| homolog

| GINS complex | inferred from physical interaction|GO:0000811//biological process| DNA-dependent DNA replication | inferred from mutant phenotype|GO

GO:0004722//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| G1/S transition of mitotic cell cycle | inferr



ent| COPII-coated vesicle | inferred from direct assay|GO:0030138//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO



component| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| soluble fraction | inferred from direct assay |GO:0005625//b

004750//molecular function| ribulose-phosphate 3-epimerase activity | inferred from mutant phenotype |GO:0004750//molecular function| ribulose-phospha

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

m physical interaction|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotyp







ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from

//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr







0003711//cellular component| nucleus | traceable author statement|GO:0005634//biological process| negative regulation of transcription from Pol II promot



tatement|GO:0046961//cellular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| hydrogen-tr





olgi to endosome transport | inferred from mutant phenotype|GO:0006895//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:



on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|



ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| plasma membrane | inferred from direct assay|GO:0005886//biological process| copper ion import | inferred from direct assay|GO:0015677//b

//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| translation | traceable author statement|GO:0043037//biologi

| aerobic respiration | inferred from mutant phenotype|GO:0009060

ellular component| proteasome complex (sensu Eukarya) | inferred from physical interaction|GO:0000502//biological process| spore germination (sensu F

ellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular com

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ent| nuclear condensin complex | traceable author statement|GO:0000799//cellular component| nuclear condensin complex | inferred from physical interac

onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO

component| membrane | inferred from physical interaction|GO:0016020//cellular component| membrane | inferred from mutant phenotype |GO:0016020//b



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ent| cytoplasm | inferred from direct assay|GO:0005737

47//cellular component| cytosol | inferred from direct assay|GO:0005829



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ar function| signal peptidase activity | inferred from mutant phenotype |GO:0009003//molecular function| signal peptidase activity | inferred from direct assa

omponent| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| bud | inferred from direct assay |GO:0005933//b









plasm | inferred from direct assay |GO:0005737

cular function| protein binding | inferred from physical interaction |GO:0005515//molecular function| ATP-dependent RNA helicase activity | traceable autho

ome | inferred from direct assay |GO:0005768

200//cellular component| cytoplasmic microtubule | inferred from direct assay|GO:0005881//cellular component| spindle pole body | inferred from direct ass

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634





005088//biological process| RAS protein signal transduction | traceable author statement|GO:0007265

omponent| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process





process| secretory pathway | inferred from mutant phenotype|GO:0045045//biological process| secretory pathway | inferred from genetic interaction |GO:0

llular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid dephosphorylation | inferred from mutant phe





ation of cell cycle | inferred from physical interaction|GO:0000074//biological process| regulation of cell cycle | inferred from genetic interaction |GO:000007



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





llular component| Golgi apparatus | inferred from direct assay|GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:00

nent| microsome | inferred from direct assay|GO:0005792//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological pro

olypeptide-associated complex | inferred from direct assay|GO:0005854//cellular component| cytosolic ribosome (sensu Eukarya) | traceable author statem







tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



cellular component| lipid particle | inferred from direct assay|GO:0005811//cellular component| microsome | inferred from direct assay |GO:0005792//cellul

0007//molecular function| low-affinity zinc ion transporter activity | inferred from mutant phenotype |GO:0000007//cellular component| plasma membrane |

lecular function| anthranilate synthase activity | inferred from genetic interaction |GO:0004049//molecular function| anthranilate synthase activity | inferred







1//molecular function| protein farnesyltransferase activity | inferred from direct assay |GO:0004660//cellular component| protein farnesyltransferase comple

ological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogen



ytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ribosomal sm

llular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:004

nent| cytoplasm | inferred from direct assay|GO:0005737//biological process| steroid biosynthesis | inferred from mutant phenotype|GO:0006694//biologica

//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to drug | traceable author statement|GO:0

rocess| transport | inferred from physical interaction|GO:0006810



04550//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrial intermembrane space | inferred from direct

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



n| protein binding, bridging | inferred from direct assay |GO:0030674//cellular component| actin cable (sensu Fungi) | inferred from direct assay|GO:003048



135//molecular function| amylo-alpha-1,6-glucosidase activity | inferred from mutant phenotype |GO:0004135//molecular function| amylo-alpha-1,6-glucosid

mponent| shmoo tip | inferred from direct assay|GO:0005937//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process|







ed from sequence similarity|GO:0016654//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| resp

unction| protein transporter activity | inferred from physical interaction |GO:0008565//cellular component| mitochondrial outer membrane translocase compl



uthor statement|GO:0004755//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| lysine biosynthesis, aminoadipi

ar function| L-glutamate transporter activity | inferred from direct assay |GO:0005313//cellular component| mitochondrial inner membrane | inferred from se

005086//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| Golgi vesicle | inferred from direct assay |GO:0005798//c

omponent| late endosome | inferred from direct assay|GO:0005770//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |G

r component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proces



| inferred from direct assay |GO:0005634

//molecular function| potassium ion transporter activity | inferred from direct assay |GO:0015079//cellular component| plasma membrane | traceable author

om sequence similarity|GO:0042626//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferre

rom direct assay|GO:0004365//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytosol | traceable

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

04674//molecular function| protein serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//cellular component| actin cortical patch (

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| translational elongation |



GO:0004685//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| signal transduction | non-traceable author statem

ent| nuclear telomere cap complex | inferred from direct assay|GO:0000783//biological process| telomerase-dependent telomere maintenance | inferred fro

molecular function| transcription corepressor activity | inferred from genetic interaction |GO:0003714//cellular component| nucleus | inferred from physical in

mponent| membrane | inferred from direct assay|GO:0016020//biological process| protein-ER targeting | inferred from mutant phenotype|GO:0045047//biol

ular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenoty



transport vesicle | traceable author statement|GO:0030133//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process



omponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| RAS protein signal transduction | inferred from mutant phenotype|GO:0







ction| endopeptidase activity | traceable author statement |GO:0004175//cellular component| vacuole (sensu Fungi) | traceable author statement|GO:00003

acuole | inferred from direct assay|GO:0005773//biological process| vesicle-mediated transport | inferred from direct assay|GO:0016192//biological process





nent| endosome | inferred from direct assay|GO:0005768//cellular component| prospore membrane | inferred from direct assay |GO:0005628//biological pr



|GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter

llular component| cytoplasm | inferred from mutant phenotype|GO:0005737//biological process| protein biosynthesis | inferred from mutant phenotype|GO:





ss| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

| inferred from direct assay |GO:0005634



| traceable author statement|GO:0008152

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



/cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//bio

ellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| sphingolipid metabolism | inferred from





ess| steroid biosynthesis | inferred from mutant phenotype|GO:0006694//biological process| steroid biosynthesis | inferred from genetic interaction |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

drion | inferred from direct assay |GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| actin filament



O:0030364//molecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| mRNA cleavage and polyadenylation specificit

mponent| actin cable (sensu Fungi) | inferred from direct assay|GO:0030482//cellular component| actin cap (sensu Fungi) | inferred from direct assay |GO



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



stranded DNA binding | inferred from direct assay |GO:0003697//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological proces

ular component| late endosome | traceable author statement|GO:0005770//biological process| vesicle-mediated transport | inferred from sequence similarit



| inferred from direct assay |GO:0005634

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

ular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:0042

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

onent| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| membrane | inferred from sequence similarity |GO:0016

| inferred from direct assay |GO:0005634

000095//molecular function| S-adenosylmethionine transporter activity | inferred from genetic interaction |GO:0000095//molecular function| S-adenosylmeth

lar component| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| 35S primary transcript proc



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| regulation of translationa

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| nucleus | inferred fr

ellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| N-linked glycosylation | inferred from mutant



omponent| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| cytoplasm | inferred from mutant phenotype |GO:0005737//b

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

840//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

ar component| eukaryotic translation initiation factor 3 complex | inferred from physical interaction|GO:0005852//cellular component| eukaryotic translation

g (sensu Saccharomyces) | inferred from physical interaction |GO:0000144//cellular component| septin ring (sensu Saccharomyces) | inferred from direct

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

omponent| respiratory chain complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| aerobic respiration | traceabl

| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

process| axial budding | inferred from sequence similarity|GO:0007120

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

O:0005352//cellular component| membrane fraction | inferred from sequence similarity|GO:0005624//biological process| alpha-glucoside transport | inferre

ological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| protein catabolism | inferred from physical i

olecular function| transcription regulator activity | inferred from genetic interaction |GO:0030528

ellular component| mitochondrion | inferred from direct assay|GO:0005739

9//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| methionyl-tRNA aminoacylation | inferred from direct a





r component| nucleus | traceable author statement|GO:0005634//biological process| regulation of transcription, mating-type specific | traceable author stat



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

y|GO:0015077//molecular function| monovalent inorganic cation transporter activity | inferred from mutant phenotype |GO:0015077//molecular function| mo

GO:0003841//cellular component| lipid particle | inferred from direct assay|GO:0005811//biological process| sphingolipid biosynthesis | inferred from mutan



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000







olecular function| Rab GTPase activator activity | inferred from physical interaction |GO:0005097//molecular function| Rab GTPase activator activity | inferr

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| mRNA processing | inferred from sequence similarity|GO:0006397//biolo

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//cellular component| snRNP U5 | inferred from phy

onent| nuclear chromatin | inferred from sequence similarity|GO:0000790//biological process| regulation of transcription from Pol III promoter | inferred from

| inferred from direct assay |GO:0005634

nt|GO:0003704//cellular component| nucleus | traceable author statement|GO:0005634//biological process| unfolded protein response, target gene transcr

milarity|GO:0004306//molecular function| ethanolamine-phosphate cytidylyltransferase activity | inferred from mutant phenotype |GO:0004306//molecular fu

ular function| DNA binding | traceable author statement |GO:0003677//molecular function| DNA binding | inferred from physical interaction |GO:0003677//ce

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra





s| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction|GO:0000398







| lipase activity | inferred from mutant phenotype |GO:0016298//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021/





nent| proteasome core complex, alpha-subunit complex (sensu Eukarya) | inferred from sequence similarity|GO:0019773//cellular component| proteasome



omponent| lipid particle | inferred from direct assay|GO:0005811//biological process| phospholipid biosynthesis | inferred from sequence similarity|GO:000





ucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| rRNA process

P U2 | inferred from direct assay|GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from sequence similarity|GO:0000398

mponent| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| axial budding | inferred from mutant pheno

ular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| L-cystine transport | inferred from sequence sim

| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| mitochondrion | traceable author statement|GO:0005739//biological process| proline catabolism | traceable author statement|GO:0006562//bi







otype|GO:0000226

| inferred from direct assay |GO:0005634

nt| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//cellular component| mitochondrion | traceable author statement |GO:0005



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

m sequence similarity|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotyp

component| methionyl glutamyl tRNA synthetase complex | inferred from direct assay|GO:0017102//cellular component| cytoplasm | inferred from direct as





| inferred from direct assay |GO:0005634

process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



cuole (sensu Fungi) | inferred from direct assay |GO:0000324

uble-strand break formation | traceable author statement|GO:0042138//biological process| meiotic recombination | inferred from mutant phenotype |GO:000

| tRNA binding | inferred from mutant phenotype |GO:0000049//cellular component| methionyl glutamyl tRNA synthetase complex | inferred from physical i



milarity|GO:0004066//molecular function| asparagine synthase (glutamine-hydrolyzing) activity | inferred from mutant phenotype |GO:0004066//cellular com

ular component| SAGA complex | inferred from direct assay|GO:0000124//biological process| protein deubiquitination | traceable author statement|GO:001

function| protein kinase activity | inferred from mutant phenotype |GO:0004672//cellular component| nucleus | inferred from physical interaction|GO:00056

om sequence similarity|GO:0042626//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferre



ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//cellular component| cytoplasm | inferred from direct assay|GO:00

mponent| mitochondrion | inferred from direct assay|GO:0005739

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

| inferred from direct assay |GO:0005634//biological process| meiosis I | inferred from mutant phenotype|GO:0007127//biological process| regulation of exi

omponent| nucleus | inferred from direct assay|GO:0005634//biological process| DNA replication | traceable author statement|GO:0006260

ar function| organic acid transporter activity | inferred from direct assay |GO:0005342//cellular component| mitochondrial inner membrane | inferred from dir

//molecular function| glycogen synthase kinase 3 activity | inferred from sequence similarity |GO:0004696//cellular component| soluble fraction | inferred fro

ate endosome to vacuole transport | inferred from mutant phenotype|GO:0045324//biological process| late endosome to vacuole transport | inferred from g

ssembly | traceable author statement|GO:0042255//biological process| ribosome-nucleus export | traceable author statement |GO:0000054



r function| 5'-flap endonuclease activity | inferred from direct assay |GO:0017108//cellular component| nucleus | inferred from mutant phenotype|GO:00056

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| SAGA complex | inf

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of meiosis | inferred from mutant phenotype|GO:0040020//biological

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

200//cellular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |

796//molecular function| bis(5'-nucleosyl)-tetraphosphatase (asymmetrical) activity | inferred from mutant phenotype |GO:0004081//molecular function| bis(





asma membrane | inferred from physical interaction|GO:0005886//biological process| protein monoubiquitination | inferred from physical interaction|GO:000



lular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrial genome maintenance | inferred from mutant ph



98//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologic



ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| translational elongation |

al process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis |



ome | inferred from direct assay|GO:0005844//biological process| protein biosynthesis | inferred from physical interaction|GO:0006412

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| 35S primary transcript processing | inferred from mutant pheno



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

negative regulation of transcription by glucose | inferred from mutant phenotype|GO:0045014//biological process| protein-vacuolar targeting | inferred from

ction| glutathione peroxidase activity | inferred from sequence similarity |GO:0004602//molecular function| glutathione peroxidase activity | inferred from mu

042392//molecular function| sphingosine-1-phosphate phosphatase activity | inferred from direct assay |GO:0042392//cellular component| endoplasmic re



40//cellular component| cell | inferred from direct assay|GO:0005623//biological process| glutamate biosynthesis | inferred from expression pattern|GO:000

|GO:0016251//cellular component| transcription factor TFIIA complex | inferred from direct assay|GO:0005672//biological process| transcription initiation fr

r component| nucleus | traceable author statement|GO:0005634//biological process| regulation of transcription, mating-type specific | traceable author stat

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





52//molecular function| 2-isopropylmalate synthase activity | inferred from genetic interaction |GO:0003852//molecular function| 2-isopropylmalate synthase

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

mponent| microsome | inferred from direct assay|GO:0005792//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:000



ular function| chromatin binding | inferred from direct assay |GO:0003682//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular co

1//molecular function| protein serine/threonine kinase activity | traceable author statement |GO:0004674//cellular component| cAMP-dependent protein kina





component| signal recognition particle | inferred from direct assay|GO:0005786//biological process| protein-ER targeting | inferred from physical interaction

/cellular component| peroxisome | inferred from direct assay|GO:0005777//biological process| lipid metabolism | inferred from mutant phenotype|GO:00066

P U2 | inferred from direct assay|GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct assay|GO:0000398

GO:0004809//molecular function| tRNA (guanine-N2-)-methyltransferase activity | inferred from direct assay |GO:0004809//cellular component| mitochondri

process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



| inferred from direct assay |GO:0005634//biological process| meiotic DNA double-strand break processing | traceable author statement|GO:0000706



RNA binding | inferred from mutant phenotype |GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process|



molecular function| chaperone regulator activity | inferred from physical interaction |GO:0030188//molecular function| chaperone regulator activity | inferred

MA complex | inferred from direct assay|GO:0000817//cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

asm | inferred from direct assay |GO:0005654//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| cell wall organiza

03701//cellular component| RNA polymerase I transcription factor complex | traceable author statement|GO:0000120//biological process| transcription from



ular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:0042



//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| response to oxidative stress | inferred from mutant pheno

molecular function| chromatin binding | traceable author statement |GO:0003682//cellular component| cytoplasm | traceable author statement|GO:0005737

ar component| COPI-coated vesicle | inferred from direct assay|GO:0030137//cellular component| Golgi apparatus | inferred from direct assay |GO:000579



lar component| actin cap (sensu Fungi) | inferred from physical interaction|GO:0030478//biological process| vesicle-mediated transport | inferred from phy

ellular component| cytosol | traceable author statement|GO:0005829//biological process| gluconeogenesis | traceable author statement|GO:0006094

56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



lar function| glycerone kinase activity | inferred from direct assay |GO:0004371//biological process| glycerol catabolism | inferred from sequence similarity|G



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra



O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//cellular component| transcriptio



complex activity | traceable author statement|GO:0045153//molecular function| electron transporter, transferring electrons within CoQH2-cytochrome c re



e|GO:0004375//molecular function| glycine dehydrogenase (decarboxylating) activity | inferred from expression pattern |GO:0004375//cellular component|

iosynthesis | inferred from mutant phenotype|GO:0009228//biological process| pyridoxine metabolism | inferred from sequence similarity |GO:0008614//bio

749//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| 'de novo' pyrimidine base biosynthesis | traceable author



ar component| nucleus | inferred from sequence similarity|GO:0005634//biological process| transcription | inferred from sequence similarity|GO:0006350

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a







selection | inferred from mutant phenotype|GO:0000282









component| nuclear ubiquitin ligase complex | traceable author statement|GO:0000152//biological process| ubiquitin-dependent protein catabolism | trace

ocessing | inferred from mutant phenotype|GO:0006364

ular component| mitochondrial outer membrane | inferred from physical interaction|GO:0005741//cellular component| mitochondrial outer membrane | infer

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cell cycle | inferred from genetic interaction|GO:0007049//biolo





ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//cellular component| nucleus | inferred from curator|GO:0005634/

ellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| sporulation (sensu Fungi) | inferred from expression

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

GO:0003922//molecular function| GMP synthase (glutamine-hydrolyzing) activity | inferred from mutant phenotype |GO:0003922//biological process| GMP

cellular component| nucleus | inferred from curator|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biological

O:0004452//cellular component| cytosol | traceable author statement|GO:0005829//biological process| ergosterol biosynthesis | traceable author statement|

nt| extrinsic to membrane | inferred from direct assay|GO:0019898//biological process| autophagy | inferred from mutant phenotype|GO:0006914//biologica



0176//cellular component| integral to Golgi membrane | inferred from direct assay |GO:0030173//cellular component| COPII-coated vesicle | inferred from d

omponent| methionyl glutamyl tRNA synthetase complex | inferred from direct assay|GO:0017102//cellular component| cytoplasm | inferred from direct ass

cytosol | inferred from direct assay |GO:0005829//biological process| Golgi to plasma membrane transport | inferred from physical interaction|GO:0006893

| GINS complex | inferred from physical interaction|GO:0000811//biological process| DNA-dependent DNA replication | inferred from mutant phenotype|GO



function| RNA helicase activity | inferred from mutant phenotype |GO:0003724//cellular component| nucleus | inferred from direct assay|GO:0005634//biolo



quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO

| inferred from direct assay |GO:0005634

mponent| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellula



tin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| actin cytoskeleton organization and biogenesis | inferred from

r function| glucose transporter activity | traceable author statement |GO:0005355//molecular function| glucose transporter activity | inferred from direct assa

ent| peroxisomal matrix | traceable author statement|GO:0005782//biological process| NADH regeneration | traceable author statement|GO:0006735//biolo





in biosynthesis | traceable author statement|GO:0006412//biological process| mRNA processing | inferred from mutant phenotype |GO:0006397

:0042175//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| ER-associated protein catabolism | inf





ular component| cytosol | inferred from direct assay|GO:0005829//biological process| actin cytoskeleton organization and biogenesis | inferred from direct a

cular function| choline transporter activity | inferred from mutant phenotype |GO:0015220//cellular component| plasma membrane | inferred from sequence



ent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| flocculation (sensu Saccharomyces) | inferred from mutant pheno

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//cellular component| cytoplasm | inferred from

component| cytosol | traceable author statement|GO:0005829//biological process| phosphate metabolism | inferred from curator|GO:0006796

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo

ical patch assembly | traceable author statement|GO:0000147



/cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| mating-type switching/recombination | inferred from muta

ogical process| peroxisome organization and biogenesis | inferred from mutant phenotype|GO:0007031

omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe



s| thiamin biosynthesis | inferred from mutant phenotype|GO:0009228//biological process| pyridoxine metabolism | inferred from sequence similarity |GO:0





mplex | inferred from physical interaction |GO:0000812//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338

cellular component| DNA-directed RNA polymerase I complex | inferred from direct assay|GO:0005736//biological process| transcription from Pol I promote



| inferred from direct assay |GO:0005634



042392//molecular function| sphingosine-1-phosphate phosphatase activity | inferred from direct assay |GO:0042392//cellular component| endoplasmic re





08677//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| soluble fraction | inferred from direct assay |GO:00056

m | inferred from direct assay |GO:0005737



GO:0003709//molecular function| RNA polymerase III transcription factor activity | inferred from physical interaction |GO:0003709//cellular component| tran

toplasm | inferred from direct assay |GO:0005737



onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

cleus | inferred from mutant phenotype |GO:0005634//biological process| transport | inferred from sequence similarity|GO:0006810//biological process| tran

nt| Golgi apparatus | inferred from direct assay |GO:0005794

non-traceable author statement|GO:0005840//cellular component| cytosol | non-traceable author statement |GO:0005829//cellular component| cytoplasm



vacuole fusion, non-autophagic | inferred from physical interaction|GO:0042144//biological process| vacuole fusion, non-autophagic | inferred from mutan

molecular function| protein kinase activator activity | inferred from mutant phenotype |GO:0030295//cellular component| spindle microtubule | inferred from d

| nucleus | inferred from sequence similarity|GO:0005634//biological process| DNA recombination | inferred from mutant phenotype|GO:0006310//biologica

ent| cytosol | traceable author statement|GO:0005829//biological process| phosphatidylcholine biosynthesis | traceable author statement|GO:0006656

57//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| tRNA processing | inferred from mutant phenotype|GO:00



y|GO:0003906//molecular function| DNA-(apurinic or apyrimidinic site) lyase activity | inferred from mutant phenotype |GO:0003906//molecular function| DN





ar component| nucleus | inferred from direct assay|GO:0005634//cellular component| histone deacetylase complex | inferred from physical interaction |GO:









olgi to endosome transport | inferred from mutant phenotype|GO:0006895//biological process| Golgi to endosome transport | inferred from genetic interactio

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ponent| plasma membrane | inferred from direct assay|GO:0005886//biological process| high affinity iron ion transport | inferred from mutant phenotype|GO

om direct assay|GO:0004643//molecular function| IMP cyclohydrolase activity | inferred from direct assay |GO:0003937//cellular component| cytosol | infer



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



GO:0003702//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| response to drug | inferred from genetic interaction

esponse to stress | inferred from direct assay|GO:0006950//biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493//biolo



5386//molecular function| potassium:hydrogen antiporter activity | inferred from mutant phenotype |GO:0015386//cellular component| membrane | inferred





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579

ular function| microtubule motor activity | inferred from mutant phenotype |GO:0003777//cellular component| cytoplasmic microtubule | traceable author sta



| inferred from direct assay |GO:0005634//biological process| pseudohyphal growth | inferred from genetic interaction|GO:0007124



nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//cellular component| nucleolus | inferred from direct assay |GO:00057



| inferred from physical interaction |GO:0005634//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406



llular component| ribosome | traceable author statement|GO:0005840//biological process| translational elongation | traceable author statement|GO:000641

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0//cellular component| nucleus | traceable author statement|GO:0005634//biological process| protein modification | inferred from direct assay|GO:0006464/



llular component| serine C-palmitoyltransferase complex | inferred from mutant phenotype|GO:0017059//cellular component| microsome | inferred from ph

ent| chitosome | traceable author statement|GO:0045009//cellular component| plasma membrane | traceable author statement |GO:0005886//biological pro

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| cell cycle | traceable author statement|GO:0007049//biological process| tran

0016944//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//cellular component| nucleus | inferr

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

sequence similarity|GO:0004169//molecular function| dolichyl-phosphate-mannose-protein mannosyltransferase activity | inferred from mutant phenotype |

nction| protein geranylgeranyltransferase activity | inferred from direct assay |GO:0004661//cellular component| intracellular | traceable author statement|G



P binding | inferred from direct assay |GO:0005524//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

t| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| NAD bios

ent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| mRNA-





thor statement|GO:0046933//molecular function| structural molecule activity | inferred from sequence similarity |GO:0005198//molecular function| structura

//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol

e to salt stress | inferred from mutant phenotype|GO:0009651



nent| proteasome core complex (sensu Eukarya) | traceable author statement|GO:0005839//biological process| ubiquitin-dependent protein catabolism | tra









ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//cellular component| cytoplasm | inferred from

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

s| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome |

ess| peroxisome organization and biogenesis | inferred from sequence similarity|GO:0007031//biological process| peroxisome organization and biogenesis

lar component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324





004731//molecular function| purine-nucleoside phosphorylase activity | inferred from mutant phenotype |GO:0004731//molecular function| purine-nucleosid

GO:0004573//molecular function| mannosyl-oligosaccharide glucosidase activity | inferred from mutant phenotype |GO:0004573//cellular component| endo



eolus | inferred from direct assay |GO:0005730//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490//biological

I complex | traceable author statement |GO:0000813//biological process| protein-vacuolar targeting | inferred from physical interaction|GO:0006623//biolo

telomerase activity | inferred from physical interaction |GO:0003720//molecular function| telomerase activity | inferred from direct assay |GO:0003720//mo



749//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| 'de novo' pyrimidine base biosynthesis | traceable author



ponent| plasma membrane | inferred from direct assay |GO:0005886//biological process| cell wall organization and biogenesis | inferred from mutant pheno





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

onent| anaphase-promoting complex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

omponent| peroxisome | inferred from direct assay|GO:0005777//biological process| fatty acid oxidation | inferred from mutant phenotype|GO:0019395//bio

nt| ubiquitin ligase complex | inferred from sequence similarity|GO:0000151//biological process| ubiquitin-dependent protein catabolism | inferred from seq



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from sequence similarity |GO:000032



n| protein binding | inferred from direct assay |GO:0005515//cellular component| shmoo tip | inferred from physical interaction|GO:0005937//biological proc



asma membrane | inferred from direct assay|GO:0005886//cellular component| heterotrimeric G-protein complex | inferred from direct assay |GO:0005834



04674//molecular function| protein serine/threonine kinase activity | inferred from direct assay |GO:0004674//cellular component| cytosol | inferred from dire



ent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological proc

raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo



nction| two-component response regulator activity | traceable author statement |GO:0000156//cellular component| cytoplasm | traceable author statement|G



03899//molecular function| DNA-directed RNA polymerase activity | inferred from direct assay |GO:0003899//cellular component| DNA-directed RNA polym

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

3//molecular function| glycogen (starch) synthase activity | inferred from mutant phenotype |GO:0004373//molecular function| glycogen (starch) synthase a

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

quitin-protein ligase activity | traceable author statement |GO:0004842//molecular function| ubiquitin-protein ligase activity | inferred from direct assay |GO:

l process| phospholipid biosynthesis | inferred from sequence similarity|GO:0008654

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct ass



ar component| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| cytoplasm | inferred from mutant phenotype |GO:000573

4674//molecular function| protein serine/threonine kinase activity | inferred from direct assay |GO:0004674//cellular component| cytoplasm | inferred from d

llular component| soluble fraction | inferred from direct assay|GO:0005625//cellular component| membrane fraction | inferred from direct assay |GO:00056

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| cy

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

ular component| cytoplasm | inferred from direct assay|GO:0005737



sol | inferred from direct assay|GO:0005829//cellular component| peroxisome | inferred from direct assay |GO:0005777//biological process| protein-peroxis

abolism | inferred from mutant phenotype|GO:0016072//biological process| ribosome biogenesis | inferred from physical interaction |GO:0007046

| iron ion transport | inferred from sequence similarity|GO:0006826//biological process| iron ion transport | inferred from genetic interaction |GO:0006826

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//cellular component| cytoplasm | inferred from



e wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| spore wall assembly (sensu Fungi) | inferred from direct





88//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pyrimidine base biosynthesis | traceable author statement



lar component| endosome | inferred from direct assay|GO:0005768//biological process| protein biosynthesis | traceable author statement|GO:0006412



on| GTPase activity | inferred from direct assay |GO:0003924//cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct a

mponent| mitochondrion | inferred from direct assay|GO:0005739

ecular function| glucose transporter activity | inferred from genetic interaction |GO:0005355//molecular function| galactose transporter activity | inferred from

nt| nucleus | inferred from direct assay|GO:0005634//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:0006468//biolo

GO:0003701//molecular function| RNA polymerase I transcription factor activity | inferred from mutant phenotype |GO:0003701//molecular function| ribosom

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//cellular component| cytosolic large ribosomal subunit (sensu E

O:0016274//molecular function| protein-arginine N-methyltransferase activity | inferred from physical interaction |GO:0016274//molecular function| protein-



logical process| protein processing | inferred from mutant phenotype|GO:0016485//biological process| protein processing | inferred from genetic interactio



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

milarity|GO:0004934//cellular component| integral to plasma membrane | inferred from direct assay|GO:0005887//biological process| cell projection biogene

ss| sporulation (sensu Fungi) | inferred from expression pattern|GO:0030437

raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo

nent| cytosolic ribosome (sensu Eukarya) | inferred from direct assay|GO:0005830//cellular component| cytoplasm | inferred from direct assay |GO:000573

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno



ar lumen (sensu Fungi) | inferred from direct assay |GO:0000328



cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

272//biological process| folic acid and derivative biosynthesis | inferred from direct assay|GO:0009396

003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred from geneti

ar component| bud tip | inferred from direct assay|GO:0005934//biological process| signal transduction | inferred from mutant phenotype|GO:0007165//bio

nction| GTPase activity | traceable author statement |GO:0003924//molecular function| GTPase activity | inferred from direct assay |GO:0003924//cellular c

ponent| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological pr

ent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nuclea





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ponent| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process



onent| cytoplasm | inferred from direct assay|GO:0005737//biological process| homoserine biosynthesis | traceable author statement|GO:0009090//biologi

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| cell grow

n| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| spindle | inferred from direct assay|GO:0005819//cellular componen



8159//cellular component| nucleoplasm | inferred from physical interaction|GO:0005654//biological process| meiotic recombination | inferred from mutant p

ular function| GTPase activator activity | inferred from physical interaction |GO:0005096//molecular function| translation initiation factor activity | inferred from



1//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//biological process| aerobic respiration | infe

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





| inferred from direct assay |GO:0005634

mponent| proteasome regulatory particle (sensu Eukarya) | inferred from direct assay|GO:0005838//biological process| ubiquitin-dependent protein catabo



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



ss| secretory pathway | inferred from mutant phenotype|GO:0045045//biological process| phosphate transport | inferred from mutant phenotype |GO:00068

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//cellular component| mitochondrial small ribosomal subunit | tra

6//molecular function| phenylalanine-tRNA ligase activity | inferred from mutant phenotype |GO:0004826//cellular component| phenylalanine-tRNA ligase c

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



replication factor A complex | traceable author statement|GO:0005662//cellular component| chromosome, telomeric region | inferred from mutant phenoty

mponent| plasma membrane | inferred from direct assay|GO:0005886//cellular component| endoplasmic reticulum membrane | inferred from direct assay |

ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| mitochondrial outer membrane translocase c

nt|GO:0003704//cellular component| nucleus | traceable author statement|GO:0005634//biological process| unfolded protein response, target gene transcr



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

cular function| glycine-tRNA ligase activity | inferred from mutant phenotype |GO:0004820//cellular component| mitochondrion | inferred from mutant phen





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ellular component| septin ring (sensu Saccharomyces) | traceable author statement|GO:0000144//biological process| cell wall organization and biogenesis

onent| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| protein folding | inferred from direct assay|GO:0006

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

om sequence similarity|GO:0042626//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| sterol transport |

rity|GO:0004314//molecular function| [acyl-carrier protein] S-malonyltransferase activity | inferred from mutant phenotype |GO:0004314//cellular componen



ar component| nucleus | inferred from sequence similarity|GO:0005634//biological process| regulation of transcription, DNA-dependent | inferred from sequ



ed from physical interaction |GO:0051082//molecular function| --- | inferred from genetic interaction |GO:0051082//cellular component| cytoplasm | inferred

| inferred from direct assay |GO:0005634

molecular function| transcriptional activator activity | inferred from physical interaction |GO:0016563//molecular function| transcriptional activator activity | in

//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| meiosis | traceable author statement|GO:0007126//biological pr

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

r component| mitochondrion | inferred from direct assay|GO:0005739//biological process| Group I intron splicing | inferred from direct assay|GO:0000372

component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO:

cellular component| DNA-directed RNA polymerase III complex | inferred from direct assay|GO:0005666//biological process| transcription from Pol III prom

unction| DNA binding | inferred from direct assay |GO:0003677//cellular component| nuclear telomeric heterochromatin | traceable author statement|GO:00

| inferred from direct assay |GO:0005634





on| clathrin binding | inferred from physical interaction |GO:0030276//cellular component| AP-1 adaptor complex | inferred from sequence similarity|GO:003

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





e similarity|GO:0004702//molecular function| receptor signaling protein serine/threonine kinase activity | inferred from mutant phenotype |GO:0004702//cel

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| cell cy

onent| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

n| iron ion transporter activity | inferred from mutant phenotype |GO:0005381//cellular component| mitochondrion | inferred from direct assay|GO:0005739//







llular component| ribosome | inferred from direct assay|GO:0005840//biological process| translational elongation | traceable author statement|GO:0006414

| inferred from mutant phenotype|GO:0030435//biological process| negative regulation of DNA transposition | inferred from mutant phenotype |GO:000033





lar function| thioredoxin peroxidase activity | inferred from mutant phenotype |GO:0008379//molecular function| thioredoxin peroxidase activity | inferred fro

ype|GO:0000234//cellular component| endoplasmic reticulum | inferred from sequence similarity|GO:0005783//biological process| GPI anchor biosynthesis

al process| tRNA modification | inferred from direct assay|GO:0006400





200//cellular component| central plaque of spindle pole body | inferred from direct assay|GO:0005823//cellular component| intermediate layer of spindle po

3899//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| DNA-directed RNA polymerase II, core complex | inferr



ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

onent| vacuole | no biological data available|GO:0005773//biological process| transport | inferred from sequence similarity|GO:0006810

nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle assembly (sensu Fungi) | inferred from mu



3887//cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA transcription | inferred from mutant phenotype|GO:

| inferred from direct assay |GO:0005634

ar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proce

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





component| nucleus | inferred from direct assay|GO:0005634//cellular component| histone acetyltransferase complex | inferred from direct assay |GO:0000





ular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:0042



onent| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| dolichol biosynthesis | inferred from direct assay|GO:0019408//b



ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological p

lular component| mitochondrion | inferred from direct assay|GO:0005739

GO:0003880//biological process| C-terminal protein amino acid methylation | inferred from direct assay|GO:0006481

00031//molecular function| mannosylphosphate transferase activity | inferred from mutant phenotype |GO:0000031//cellular component| membrane fractio

olecular function| ubiquitin-protein ligase activity | inferred from genetic interaction |GO:0004842//cellular component| endoplasmic reticulum membrane |

| inferred from direct assay |GO:0005634

omponent| nucleus | inferred from direct assay|GO:0005634//biological process| meiosis | inferred from mutant phenotype|GO:0007126

process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0006357

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

ADP as acceptor | inferred from direct assay|GO:0016620//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nu

04674//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| positive regulation of transcription from Pol II promoter



ucleus | inferred from direct assay|GO:0005634//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490//biologica

leus | inferred from direct assay |GO:0005634//cellular component| nuclear chromosome | inferred from physical interaction |GO:0000228//biological proce

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//cellular component| small nucleolar ribonucleoprot

| cytoplasm | inferred from direct assay|GO:0005737

nent| cell wall (sensu Fungi) | inferred from sequence similarity|GO:0009277//biological process| flocculation (sensu Saccharomyces) | inferred from seque



9//biological process| chromatin remodeling | inferred from direct assay|GO:0006338

n| protein binding | inferred from direct assay |GO:0005515//cellular component| septin ring | inferred from direct assay|GO:0005940//cellular component|

mponent| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| propionate metabolism | inferred from expression pattern|GO:

ular function| actin binding | traceable author statement |GO:0003779//cellular component| Arp2/3 protein complex | inferred from direct assay|GO:0005885



ent| cytoplasm | inferred from direct assay |GO:0005737

t assay|GO:0004514//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO





200//cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| nuclear pore | inferred from direct assay |GO:000



om sequence similarity|GO:0042626//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferre



ular function| methyltransferase activity | inferred from mutant phenotype |GO:0008168//cellular component| nucleolus | inferred from direct assay|GO:0005

8139//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| cell cycle | inferred from mutant phenotype|GO:0007049//bi

onent| cytoplasm | traceable author statement|GO:0005737//biological process| lysyl-tRNA aminoacylation | inferred from direct assay|GO:0006430



ecular function| pyruvate carboxylase activity | inferred from direct assay |GO:0004736//cellular component| cytosol | inferred from direct assay|GO:000582





P U2 | inferred from direct assay|GO:0005686//biological process| spliceosome assembly | inferred from direct assay|GO:0000245

ss| Golgi to plasma membrane transport | inferred from mutant phenotype|GO:0006893//biological process| cell wall chitin biosynthesis | inferred from mut

ed from physical interaction |GO:0051087//molecular function| --- | inferred from mutant phenotype |GO:0051087//cellular component| cytoplasm | inferred

GO:0004742//cellular component| pyruvate dehydrogenase complex (sensu Eukarya) | traceable author statement|GO:0005967//cellular component| mitoch



tin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| endocytosis | inferred from sequence similarity|GO:0006897//

r component| histone acetyltransferase complex | inferred from direct assay|GO:0000123//biological process| histone acetylation | inferred from direct assa

ent| cytosol | traceable author statement|GO:0005829//cellular component| Golgi vesicle | traceable author statement |GO:0005798//biological process| int

inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein-nu





| inferred from direct assay |GO:0005634

/cellular component| Golgi apparatus | traceable author statement|GO:0005794//cellular component| nucleus | inferred from direct assay |GO:0005634//bio





O:0004679//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| filamentous growth | inferred from mutant phenotype

38//cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//biological process| nucleotide-sugar transport | inferred from seque



gral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| establishment of protein localization | inferred from m

uitin-protein ligase activity | inferred from mutant phenotype |GO:0004842//cellular component| SCF ubiquitin ligase complex | inferred from physical intera

7150//biological process| tRNA modification | inferred from sequence similarity|GO:0006400

ponent| integral to membrane | traceable author statement|GO:0016021//biological process| peptide pheromone maturation | traceable author statement|G



08989//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| rRNA modification | inferred from direct assay|GO:

ent| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| sequestering of actin monomers | inferred from direct a

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

mponent| CCR4-NOT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:00057





sequence similarity|GO:0003825//molecular function| alpha,alpha-trehalose-phosphate synthase (UDP-forming) activity | inferred from mutant phenotype |G



nt|GO:0004043//cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| lysine biosynthesis, aminoadipic pathway | t

omponent| cytosol | inferred from direct assay|GO:0005829//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| rRN

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

opeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author stat

molecular function| protein phosphatase type 2A activity | inferred from direct assay |GO:0000158//cellular component| protein phosphatase type 2A comple

//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr

biogenesis | inferred from physical interaction|GO:0007046//biological process| ribosome biogenesis | inferred from mutant phenotype |GO:0007046

molecular function| tRNA methyltransferase activity | inferred from mutant phenotype |GO:0008175//molecular function| tRNA methyltransferase activity | in

mponent| nucleus | traceable author statement|GO:0005634//biological process| uracil biosynthesis | traceable author statement|GO:0046107//biological pr

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000









lular component| nucleus | inferred from direct assay|GO:0005634

O:0004775//molecular function| succinate-CoA ligase (ADP-forming) activity | inferred from mutant phenotype |GO:0004775//molecular function| succinate

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

ss| sterol transport | inferred from mutant phenotype|GO:0015918

lecular function| protein disulfide isomerase activity | inferred from mutant phenotype |GO:0003756//cellular component| endoplasmic reticulum lumen | tra

llular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:0009435

ent| cytosol | traceable author statement |GO:0005829//cellular component| endosome | inferred from direct assay |GO:0005768//biological process| transp





/molecular function| mRNA methyltransferase activity | inferred from mutant phenotype |GO:0008174//molecular function| mRNA methyltransferase activit







nt| snRNP U1 | inferred from sequence similarity|GO:0005685//cellular component| snRNP U1 | inferred from mutant phenotype |GO:0005685//cellular com

ellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| mitochondrial genome maintenance | inferred from m

uctural constituent of chromatin | traceable author statement |GO:0030527//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellula

/cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from









r function| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| intracellular | traceable author statement|GO:000

| inferred from direct assay |GO:0005634



| nucleus | inferred from curator|GO:0005634//biological process| short-chain fatty acid metabolism | inferred from mutant phenotype|GO:0046459//biologic

n cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| F-actin capping protein complex | inferred from direct assay |G



ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological p

assay|GO:0042800//molecular function| transcriptional activator activity | inferred from mutant phenotype |GO:0016563//molecular function| chromatin bind

ent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleoc

ome | inferred from direct assay|GO:0005844//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| copper ion hom

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

uole fusion, non-autophagic | inferred from mutant phenotype|GO:0042144





molecular function| protein phosphatase 1 binding | inferred from mutant phenotype |GO:0008157//cellular component| prospore membrane | inferred from d



ment of cell polarity (sensu Saccharomyces) | inferred from physical interaction|GO:0000283





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



on| GTPase activity | inferred from physical interaction |GO:0003924//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular com

plasm | inferred from direct assay |GO:0005737//biological process| propionate metabolism | inferred from mutant phenotype|GO:0019541

016566//molecular function| specific transcriptional repressor activity | inferred from mutant phenotype |GO:0016566//cellular component| nucleus | inferred

lecular function| protein disulfide isomerase activity | inferred from mutant phenotype |GO:0003756//cellular component| endoplasmic reticulum membrane



function| ketoreductase activity | inferred from physical interaction |GO:0045703//molecular function| ketoreductase activity | inferred from mutant phenoty

equence similarity|GO:0004723//cellular component| calcineurin complex | inferred from sequence similarity|GO:0005955//cellular component| calcineurin

| inferred from direct assay |GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//biological process| protei

ponent| plasma membrane | inferred from direct assay|GO:0005886//biological process| RAS protein signal transduction | traceable author statement|GO:



| inferred from direct assay |GO:0005634//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490

| inferred from direct assay |GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//biological process| chrom

ar component| COPII vesicle coat | inferred from physical interaction|GO:0030127//cellular component| COPII vesicle coat | inferred from direct assay |GO







lular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro





r component| Arp2/3 protein complex | inferred from direct assay|GO:0005885//biological process| actin cortical patch assembly | inferred from mutant phe

ce similarity|GO:0004487//molecular function| methylenetetrahydrofolate dehydrogenase (NAD+) activity | inferred from mutant phenotype |GO:0004487//c





ponent| cytoplasmic microtubule | inferred from direct assay|GO:0005881//cellular component| nuclear microtubule | inferred from direct assay |GO:00058



mponent| nucleus | inferred from mutant phenotype|GO:0005634//cellular component| nucleus | inferred from curator |GO:0005634//biological process| DN





molecular function| farnesyltranstransferase activity | inferred from direct assay |GO:0004311//cellular component| mitochondrion | inferred from direct ass



omponent| proteasome regulatory particle (sensu Eukarya) | inferred from direct assay|GO:0005838//biological process| proteolysis and peptidolysis | infer

ucleotide binding | inferred from sequence similarity |GO:0000166//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular compon









ect assay|GO:0016772//cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| osmosensory signaling pathway via t

ogical process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433

ellular component| peroxisome | traceable author statement|GO:0005777//biological process| peroxisome organization and biogenesis | traceable author s



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

O:0016538//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

k | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934

vacuolar membrane | inferred from direct assay|GO:0005774//biological process| vesicle fusion | traceable author statement|GO:0006906//biological proce

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac



| inferred from direct assay |GO:0005634

onent| vesicle coat | inferred from direct assay|GO:0030120//biological process| vesicle-mediated transport | inferred from direct assay|GO:0016192//biolo



| inferred from direct assay |GO:0005634



esponse to drug | inferred from mutant phenotype|GO:0042493





Golgi apparatus | inferred from direct assay |GO:0005794//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| GA







| inferred from direct assay |GO:0005634

| nucleus | inferred from sequence similarity|GO:0005634

nent| cytosol | inferred from direct assay|GO:0005829//biological process| formaldehyde catabolism | traceable author statement|GO:0046294

nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//biological process| 35S primary transcript processing | traceable author state

//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| translation | traceable author statement|GO:0043037//biologi

nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c



ty|GO:0004422//molecular function| hypoxanthine phosphoribosyltransferase activity | inferred from mutant phenotype |GO:0004422//molecular function| h



nsition of mitotic cell cycle | inferred from genetic interaction|GO:0000082



molecular function| histone acetyltransferase activity | inferred from sequence similarity |GO:0004402//cellular component| cytoplasm | inferred from direct



onent| extracellular | non-traceable author statement|GO:0005576//biological process| response to pheromone during conjugation with cellular fusion | non

y|GO:0016758//molecular function| transferase activity, transferring hexosyl groups | inferred from physical interaction |GO:0016758//cellular component| e





r component| DNA replication factor C complex | inferred from direct assay|GO:0005663//biological process| mismatch repair | traceable author statement|

008177//cellular component| respiratory chain complex II (sensu Eukarya) | traceable author statement|GO:0005749//biological process| mitochondrial ele



nent| proteasome regulatory particle (sensu Eukarya) | traceable author statement|GO:0005838//biological process| ubiquitin-dependent protein catabolism





ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

nt| snRNA cap binding complex | inferred from direct assay|GO:0005846//cellular component| commitment complex | inferred from physical interaction |GO

5343//molecular function| siderochrome-iron transporter activity | inferred from mutant phenotype |GO:0015343//molecular function| siderochrome-iron tran

Golgi apparatus | inferred from direct assay |GO:0005794//cellular component| GARP complex | inferred from physical interaction |GO:0000938//biological



ecular function| chaperone activator activity | inferred from direct assay |GO:0030189//cellular component| cytoplasm | inferred from direct assay|GO:00057

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

251//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ellular component| cytosol | traceable author statement|GO:0005829//biological process| folic acid and derivative metabolism | inferred from mutant phenot

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

lecular function| transcription cofactor activity | inferred from mutant phenotype |GO:0003712//cellular component| nucleus | inferred from direct assay|GO:

5//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| magnesium ion transport | inferred from sequence s

mponent| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological process| SRP-dependent cotranslational membrane targe

ular function| dCMP deaminase activity | inferred from mutant phenotype |GO:0004132//molecular function| dCMP deaminase activity | inferred from genet

cellular component| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| pseudohyphal growth | inferred fr

ction| ATPase activity | inferred from direct assay |GO:0016887//molecular function| protein transporter activity | inferred from mutant phenotype |GO:00085

process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747



O:0016274//molecular function| protein-arginine N-methyltransferase activity | inferred from direct assay |GO:0016274//cellular component| cytoplasm | inf





| inferred from direct assay |GO:0005634//biological process| signal transduction | inferred from physical interaction|GO:0007165//biological process| sign

| inferred from direct assay |GO:0005634

ular component| cytoplasm | traceable author statement|GO:0005737//biological process| metabolism | traceable author statement|GO:0008152



membrane | inferred from direct assay|GO:0019898//cellular component| cytosol | inferred from direct assay |GO:0005829//cellular component| Golgi mem

0004596//molecular function| peptide alpha-N-acetyltransferase activity | inferred from mutant phenotype |GO:0004596//cellular component| cytoplasm | in



| inferred from direct assay |GO:0005634



Pol II transcription elongation factor activity | inferred from physical interaction |GO:0016944//cellular component| Cdc73/Paf1 complex | traceable author s

cortex | inferred from direct assay|GO:0005938//cellular component| cytoskeleton | traceable author statement |GO:0005856//cellular component| cytoplas



|GO:0003980//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| beta-1,6 glucan biosynthesis | tra





nt| septin ring | inferred from physical interaction|GO:0005940//cellular component| septin ring | inferred from direct assay |GO:0005940//cellular componen

lecular function| amino acid transporter activity | inferred from direct assay |GO:0015171//cellular component| plasma membrane | inferred from sequence

5519//cellular component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| shmoo tip | inferred from direct assay |GO

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

rity|GO:0004314//molecular function| [acyl-carrier protein] S-malonyltransferase activity | inferred from mutant phenotype |GO:0004314//cellular componen

5//molecular function| aminoacyl-tRNA hydrolase activity | inferred from direct assay |GO:0004045//cellular component| mitochondrion | inferred from direc

onent| peroxisome | inferred from direct assay|GO:0005777

nction| galactose transporter activity | traceable author statement |GO:0005354//cellular component| plasma membrane | non-traceable author statement|

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

0005838//biological process| proteolysis and peptidolysis | inferred from sequence similarity|GO:0006508//biological process| proteolysis and peptidolysis |





cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from curator|GO:0006810



n| DNA strand annealing activity | inferred from direct assay |GO:0000739//cellular component| nucleus | inferred from genetic interaction|GO:0005634//bio



direct assay|GO:0005744//biological process| mitochondrial matrix protein import | inferred from direct assay|GO:0030150



056//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuclear pore | inferred from direct assay |GO:0005643//b

|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II prom

ular component| cell wall (sensu Fungi) | inferred from mutant phenotype|GO:0009277//biological process| sporulation (sensu Fungi) | inferred from mutan





ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

cessing | inferred from mutant phenotype|GO:0016485//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| inva



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



cellular component| spliceosome complex | inferred from genetic interaction|GO:0005681//cellular component| spliceosome complex | inferred from direct

ponent| peroxisomal matrix | traceable author statement|GO:0005782//biological process| fatty acid beta-oxidation | traceable author statement|GO:000663

TPase activity | inferred from sequence similarity |GO:0003924//molecular function| GTPase activity | inferred from mutant phenotype |GO:0003924//cellula



component| delta DNA polymerase complex | traceable author statement|GO:0005659//biological process| postreplication repair | traceable author statem



| inferred from direct assay |GO:0005634

mponent| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| response to salt stress | inferred from physical int









| inferred from direct assay |GO:0005634







| inferred from direct assay |GO:0005634//biological process| 35S primary transcript processing | traceable author statement|GO:0006365//biological proce





04105//cellular component| Golgi apparatus | traceable author statement|GO:0005794//cellular component| nuclear membrane | inferred from direct assay





| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from physical interaction|GO:0042273//biologica

e|GO:0004331//molecular function| 6-phosphofructo-2-kinase activity | non-traceable author statement |GO:0003873//molecular function| 6-phosphofructo



nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

003709//cellular component| transcription factor TFIIIB complex | traceable author statement|GO:0000126//biological process| transcription initiation from P







nt|GO:0003704//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | traceable author statement |GO:00

lecular function| protein disulfide isomerase activity | inferred from mutant phenotype |GO:0003756//cellular component| endoplasmic reticulum | traceable

olecular function| ARF GTPase activator activity | inferred from genetic interaction |GO:0008060//molecular function| ARF GTPase activator activity | inferr



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein monoubiquitination | traceable author statement|GO:0006513/



| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



t| mitochondrion | traceable author statement |GO:0005739//biological process| isoleucine biosynthesis | inferred from mutant phenotype|GO:0009097//bio

0008897//molecular function| holo-[acyl-carrier protein] synthase activity | inferred from direct assay |GO:0008897//cellular component| cytoplasm | traceab

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

matin remodeling | inferred from direct assay|GO:0006338

| inferred from direct assay |GO:0005634

doplasmic reticulum | inferred from direct assay|GO:0005783//biological process| response to metal ion | inferred from mutant phenotype|GO:0010038//bio

tractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| cytokinesis | inferred from mutant phenotype|GO:000091

arity|GO:0004595//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0

plasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of ce



ear nucleosome | traceable author statement|GO:0000788//biological process| chromatin assembly/disassembly | traceable author statement|GO:0006333

on| metallopeptidase activity | inferred from mutant phenotype |GO:0008237//cellular component| m-AAA complex | inferred from direct assay|GO:0005745





nt| Golgi apparatus | traceable author statement |GO:0005794//biological process| ER to Golgi transport | inferred from physical interaction|GO:0006888

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA processing | traceable author statement|GO:0006364//bi

omponent| respiratory chain complex IV (sensu Eukarya) | inferred from direct assay|GO:0005751//biological process| anaerobic respiration | traceable aut

:0004379//molecular function| glycylpeptide N-tetradecanoyltransferase activity | inferred from mutant phenotype |GO:0004379//cellular component| cytoso

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ss| meiosis | inferred from expression pattern|GO:0007126



//molecular function| organic acid transporter activity | inferred from direct assay |GO:0005342//cellular component| plasma membrane | inferred from direc

| THO complex | inferred from physical interaction|GO:0000347//cellular component| THO complex | inferred from mutant phenotype |GO:0000347//biologi



mponent| translocon | traceable author statement|GO:0005784//biological process| cotranslational membrane targeting | traceable author statement|GO:00



ecretion | inferred from sequence similarity|GO:0009306

nt| mitochondrion | inferred from sequence similarity|GO:0005739



r function| glucose transporter activity | traceable author statement |GO:0005355//molecular function| glucose transporter activity | inferred from direct assa





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

| inferred from direct assay |GO:0005634

function| neutral amino acid transporter activity | inferred from direct assay |GO:0015175//cellular component| plasma membrane | inferred from sequence

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

onent| endoplasmic reticulum | inferred from sequence similarity|GO:0005783//biological process| cell wall biosynthesis (sensu Fungi) | inferred from muta



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



function| CTP synthase activity | inferred from mutant phenotype |GO:0003883//molecular function| CTP synthase activity | inferred from genetic interactio



milarity|GO:0003704//cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| copper ion homeostasis | inferred f



toplasm | inferred from direct assay|GO:0005737//cellular component| ESCRT III complex | inferred from direct assay |GO:0000815//biological process| lat

005088//biological process| RAS protein signal transduction | traceable author statement|GO:0007265



nt|GO:0016251//molecular function| cyclin-dependent protein kinase activity | traceable author statement |GO:0004693//cellular component| transcription fa

ar component| epsilon DNA polymerase complex | inferred from direct assay|GO:0008622//cellular component| replication fork | traceable author statemen







-SNARE activity | traceable author statement |GO:0005485//cellular component| Golgi trans face | traceable author statement|GO:0005802//cellular compo

nt| chromatin remodeling complex | inferred from direct assay|GO:0016585//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular

ent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological proc





-SNARE activity | traceable author statement |GO:0005485//cellular component| Golgi trans face | traceable author statement|GO:0005802//cellular compo



ogical process| ergosterol biosynthesis | inferred from mutant phenotype|GO:0006696//biological process| ergosterol biosynthesis | inferred from direct ass







espiration | inferred from mutant phenotype|GO:0009060//biological process| plasmid maintenance | inferred from mutant phenotype |GO:0006276

98//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sulfur amino acid metabolism | inferred from mutant pheno





32//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S

ular function| transcriptional activator activity | inferred from mutant phenotype |GO:0016563//cellular component| nucleus | inferred from direct assay|GO:0

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0//molecular function| G-protein coupled receptor activity | inferred from physical interaction |GO:0004930//molecular function| G-protein coupled receptor

e to dessication | inferred from sequence similarity|GO:0009269//biological process| response to dessication | inferred from expression pattern |GO:000926

0005086//cellular component| Golgi vesicle | traceable author statement|GO:0005798//biological process| intra-Golgi transport | traceable author statemen

ess| ER to Golgi transport | inferred from mutant phenotype|GO:0006888//biological process| ER to Golgi transport | inferred from genetic interaction |GO:

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr



8028//molecular function| monocarboxylic acid transporter activity | inferred from genetic interaction |GO:0008028//molecular function| transporter activity

mponent| mitochondrion | inferred from direct assay|GO:0005739



olecular function| metalloendopeptidase activity | inferred from mutant phenotype |GO:0004222//cellular component| mitochondrial inner membrane | inferr

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//molecula

mponent| bud neck | inferred from direct assay|GO:0005935//biological process| axial budding | traceable author statement|GO:0007120//biological proces

|GO:0004343//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

function| protein carrier activity | inferred from mutant phenotype |GO:0008320//cellular component| cytoplasm | inferred from direct assay|GO:0005737//ce

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| G-pro

000107//molecular function| imidazoleglycerol phosphate synthase activity | inferred from direct assay |GO:0000107//cellular component| intracellular | trac

| inferred from direct assay |GO:0005634

ganization and biogenesis | inferred from genetic interaction|GO:0007047//biological process| regulation of transcription from Pol II promoter | inferred from



diphthamide biosynthesis from peptidyl-histidine | inferred from mutant phenotype|GO:0017183

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from physical interaction |GO:0003704//molecul

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ent| shmoo tip | inferred from direct assay |GO:0005937//biological process| cytogamy | inferred from mutant phenotype|GO:0000755//biological process| c



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

r component| Arp2/3 protein complex | inferred from direct assay|GO:0005885//biological process| cell growth and/or maintenance | inferred from direct as





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

inferred from direct assay |GO:0016887//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytoplas

n cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| F-actin capping protein complex | inferred from direct assay |G

mponent| mitochondrial matrix | traceable author statement|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005739//bio









ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

GO:0016308//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| actin cable formation | inferred from muta

cellular component| bud neck | traceable author statement|GO:0005935//cellular component| spindle pole body | traceable author statement |GO:0005816/

quitination | inferred from mutant phenotype|GO:0016574//biological process| histone methylation | inferred from mutant phenotype |GO:0016571//biologic



ar component| cytosol | traceable author statement|GO:0005829//biological process| translational termination | traceable author statement|GO:0006415//b



//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr



omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

cess| transport | inferred from sequence similarity|GO:0006810

ess| mitochondrion organization and biogenesis | inferred from mutant phenotype |GO:0007005



ss| protein secretion | inferred from sequence similarity|GO:0009306

tein binding | inferred from direct assay |GO:0005515//cellular component| bud tip | inferred from direct assay|GO:0005934//cellular component| exocyst |



4789//molecular function| hydroxyethylthiazole kinase activity | traceable author statement |GO:0004417//cellular component| cytoplasm | inferred from dire



mponent| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634



nt| endosome membrane | inferred from direct assay|GO:0010008//cellular component| peripheral to membrane of membrane fraction | inferred from direc

ent| nuclear membrane | inferred from direct assay |GO:0005635



molecular function| 5S rRNA binding | inferred from physical interaction |GO:0008097//cellular component| nucleolus | inferred from physical interaction|GO









tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| proteasome regulatory particle (sensu Eukarya) | inferred from physical interaction|GO:0005838//biological process| protein deubiquitinati

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//biological process| transcription from Pol I prom

ansport | inferred from genetic interaction|GO:0006812



component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological p

| GINS complex | inferred from physical interaction|GO:0000811//biological process| DNA-dependent DNA replication | inferred from mutant phenotype|GO

nent| proteasome core complex (sensu Eukarya) | traceable author statement|GO:0005839//biological process| ubiquitin-dependent protein catabolism | tra







al process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction





itochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| mitochondrial fusion | inferred from physical interaction|GO

nt| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//cellular component| nucleolus | inferred from direct assay |G





ecular function| MAP kinase kinase kinase activity | inferred from genetic interaction |GO:0004709//cellular component| intracellular | traceable author state



//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biol



nt| nucleus | inferred from physical interaction|GO:0005634//biological process| double-strand break repair via synthesis-dependent strand annealing | trac

ular component| nuclear condensin complex | inferred from genetic interaction |GO:0000799//biological process| mitotic chromosome condensation | trace









mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from physical intera





200//cellular component| central plaque of spindle pole body | inferred from direct assay|GO:0005823//biological process| spindle pole body duplication (se





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

y|GO:0016149//molecular function| translation release factor activity, codon specific | inferred from mutant phenotype |GO:0016149//cellular component| c



:0004012//molecular function| phospholipid-translocating ATPase activity | inferred from direct assay |GO:0004012//cellular component| integral to membr

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pr

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno



ucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processing o

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

83//cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0

200//cellular component| condensed nuclear chromosome, pericentric region | inferred from physical interaction|GO:0000780//cellular component| conden

function| protein carrier activity | inferred from genetic interaction |GO:0008320//cellular component| nucleus | inferred from direct assay|GO:0005634//biol



ular function| enzyme regulator activity | inferred from mutant phenotype |GO:0030234//cellular component| mitochondrial matrix | inferred from direct assay

ecular function| MAP kinase kinase activity | traceable author statement |GO:0004708//cellular component| cytoplasm | inferred from direct assay|GO:0005

assay|GO:0004488//molecular function| methenyltetrahydrofolate cyclohydrolase activity | inferred from direct assay |GO:0004477//molecular function| form

e to drug | inferred from mutant phenotype|GO:0042493







ent| membrane fraction | inferred from direct assay |GO:0005624



008106//molecular function| alcohol dehydrogenase (NADP+) activity | inferred from direct assay |GO:0008106//cellular component| soluble fraction | infer

| inferred from direct assay |GO:0005634





ponent| nucleus | non-traceable author statement|GO:0005634//biological process| response to heat | inferred from mutant phenotype|GO:0009408//biolog

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pe

7//molecular function| metalloendopeptidase activity | inferred from direct assay |GO:0004222//cellular component| integral to endoplasmic reticulum mem

ecular function| glucose transporter activity | inferred from genetic interaction |GO:0005355//molecular function| fructose transporter activity | inferred from



wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred from g

oxisomal membrane | inferred from mutant phenotype|GO:0005778//biological process| peroxisome organization and biogenesis | traceable author stateme

unction| ubiquitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| SCF ubiquitin ligase complex | traceable author sta





lular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro

r function| electron carrier activity | inferred from mutant phenotype |GO:0009055//cellular component| mitochondrial matrix | inferred from direct assay|GO









function| RNA helicase activity | inferred from direct assay |GO:0003724//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme

rom direct assay|GO:0004365//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytosol | traceable

//cellular component| mitochondrial large ribosomal subunit | inferred from sequence similarity|GO:0005762//biological process| protein biosynthesis | infe

r component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of nuclear mRNA splicing, via spliceosome | traceab

/cellular component| chromatin accessibility complex | inferred from physical interaction |GO:0008623//cellular component| nucleus | inferred from direct as



ponent| nucleus | inferred from physical interaction|GO:0005634//biological process| regulation of transcription from Pol II promoter | inferred from direct as

| GINS complex | inferred from physical interaction|GO:0000811//biological process| DNA-dependent DNA replication | inferred from mutant phenotype|GO

5//cellular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| protein metabolism | inferred from

nent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| GMP

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

omponent| plasma membrane | inferred from direct assay |GO:0005886//cellular component| endoplasmic reticulum | inferred from physical interaction |GO

s| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398





otic recombination | traceable author statement|GO:0007131//biological process| mismatch repair | inferred from mutant phenotype |GO:0006298

ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579



ecular function| diacylglycerol pyrophosphate phosphatase activity | inferred from mutant phenotype |GO:0000810//molecular function| diacylglycerol pyrop

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081

O:0030508//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| vacuole (sensu Fungi) | inferred from physical intera

04//cellular component| nucleus | traceable author statement|GO:0005634//biological process| photoreactive repair | traceable author statement|GO:0000

rom direct assay|GO:0004365//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytosol | traceable

nt| mitochondrion | inferred from direct assay |GO:0005739//biological process| ubiquinone biosynthesis | inferred from mutant phenotype|GO:0006744





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

r component| CCAAT-binding factor complex | traceable author statement|GO:0016602//biological process| transcription | traceable author statement|GO:0



inferred from direct assay |GO:0005634//biological process| regulation of mitosis | inferred from physical interaction|GO:0007088

//cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| condensed nuclear chromosome kinetochore | inferr

nent| mitochondrion | inferred from direct assay|GO:0005739//biological process| DNA repair | inferred from sequence similarity|GO:0006281//biological pro

42124//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

ular function| structural molecule activity | inferred from direct assay |GO:0005198//cellular component| spindle pole body | inferred from direct assay|GO:0

quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//biological process| transcription from Pol I prom

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

biological process| O-linked glycosylation | inferred from direct assay|GO:0006493



y|GO:0004489//cellular component| cell | traceable author statement|GO:0005623//biological process| methionine metabolism | traceable author statement

/cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| snRNP U2 | inferred from direct assay |GO:0005686//biologi

88//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

0003895//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| DNA-dependent DNA replication | inferred from m

onent| anaphase-promoting complex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008

0004435//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| condensed nuclear chromosome kinetochore | inferre

ular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| hexose transport | inferred from genetic interaction

//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

lar component| ribosome | traceable author statement|GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

47//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologic

04674//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biol



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

e|GO:0016538//molecular function| cyclin-dependent protein kinase regulator activity | inferred from expression pattern |GO:0016538//biological process| p

lular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biologi

dopeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle, base subcomplex (sensu Eukarya) | in



om sequence similarity|GO:0042626//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferre

unction| DNA binding | traceable author statement |GO:0003677//cellular component| cytoplasm | traceable author statement|GO:0005737//cellular compo

nt| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| exocyst |

ular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | traceable auth

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct ass

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| rRNA processing | inferred from



oplasm | traceable author statement|GO:0005737//biological process| regulation of nitrogen utilization | inferred from mutant phenotype|GO:0006808

ar component| mitochondrial matrix | traceable author statement|GO:0005759//biological process| malate metabolism | traceable author statement|GO:000





assay|GO:0000252//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| endoplasmic re

r component| histone acetyltransferase complex | inferred from direct assay|GO:0000123//biological process| histone acetylation | inferred from direct assa

esponse to stress | inferred from direct assay|GO:0006950//biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493//biolo

al change | inferred from physical interaction|GO:0006265

nt| Golgi transport complex | inferred from physical interaction|GO:0017119//cellular component| soluble fraction | inferred from direct assay |GO:0005625

nce similarity|GO:0008757



O:0004679//molecular function| RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003702//cellular component| vacuole | infe

lecular function| homocitrate synthase activity | inferred from mutant phenotype |GO:0004410//molecular function| homocitrate synthase activity | inferred

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

chondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

ular function| structural molecule activity | inferred from direct assay |GO:0005198//cellular component| spindle pole body | inferred from mutant phenotype

component| nucleus | inferred from curator|GO:0005634//biological process| G1/S-specific transcription in mitotic cell cycle | inferred from mutant phenotyp

ellular component| periplasmic space (sensu Fungi) | traceable author statement|GO:0030287//biological process| protein catabolism | traceable author sta

component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process

ar function| metallopeptidase activity | inferred from direct assay |GO:0008237//cellular component| mitochondrion | inferred from mutant phenotype|GO:00

us | traceable author statement|GO:0005634//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348//biological





gical process| galactose metabolism | non-traceable author statement|GO:0006012

nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c







|GO:0003704//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056



ss| retrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890

d neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//biological process| vesicle fusion | in

n| metalloendopeptidase activity | inferred from sequence similarity |GO:0004222//molecular function| metalloendopeptidase activity | inferred from mutant



| inferred from direct assay |GO:0005634



ogical process| meiotic chromosome segregation | inferred from mutant phenotype|GO:0045132

cess| copper ion transport | inferred from sequence similarity|GO:0006825

omponent| nuclear condensin complex | inferred from physical interaction |GO:0000799//biological process| mitotic chromosome condensation | traceable







ular component| Sin3 complex | inferred from physical interaction|GO:0016580//cellular component| histone deacetylase complex | inferred from physical in









tRNA binding | traceable author statement |GO:0000049//cellular component| nuclear matrix | inferred from direct assay|GO:0016363//biological process|

4674//molecular function| protein serine/threonine kinase activity | inferred from direct assay |GO:0004674//cellular component| nucleus | inferred from dire



ding | inferred from direct assay |GO:0015631//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| beta-tubulin fold

cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| asparagine biosynthesis from oxaloacetate | inferred from



unction| structural constituent of cytoskeleton | traceable author statement |GO:0005200//cellular component| septin ring (sensu Saccharomyces) | traceab

| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from physical interaction|GO:0042273//biologica

olecular function| phosphoglucomutase activity | inferred from mutant phenotype |GO:0004614//cellular component| cytosol | traceable author statement|GO



nction| transporter activity | inferred from sequence similarity |GO:0005215//molecular function| transporter activity | inferred from mutant phenotype |GO:0

ellular component| proteasome complex (sensu Eukarya) | inferred from physical interaction|GO:0000502//biological process| sporulation (sensu Fungi) |

cular function| hydrolase activity | inferred from direct assay |GO:0016787//cellular component| mitochondrion | inferred from direct assay|GO:0005739//ce









olecular function| metalloendopeptidase activity | inferred from mutant phenotype |GO:0004222//cellular component| integral to membrane | traceable auth

e biosynthesis | inferred from mutant phenotype|GO:0006537

003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from

mechanism | inferred from mutant phenotype|GO:0015662//molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphoryla





nt| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip

silencing at silent mating-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:0030466

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

RNA binding | inferred from physical interaction |GO:0003729//cellular component| cytoplasmic mRNA processing body | inferred from mutant phenotype|G





32//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S

ent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological proc



roxisomal membrane | traceable author statement|GO:0005778//biological process| peroxisome organization and biogenesis | traceable author statement|

nt phenotype|GO:0004616//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glucose metabolism | inferred from



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| response to heat | inferred from mutant phenotype|GO:0009408//biolo

GO:0008601//molecular function| protein phosphatase type 2A regulator activity | inferred from genetic interaction |GO:0008601//cellular component| cytos

lular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| nicotinamide riboside metabolism | inferred from genetic interacti





nction| telomerase activity | inferred from direct assay |GO:0003720//cellular component| telomerase holoenzyme complex | traceable author statement|GO

ent| nucleus | inferred from direct assay|GO:0005634



200//cellular component| outer plaque of spindle pole body | inferred from direct assay|GO:0005824//cellular component| inner plaque of spindle pole body

al process| Golgi to vacuole transport | inferred from sequence similarity|GO:0006896

ss| response to stress | inferred from mutant phenotype|GO:0006950

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| py

4852//molecular function| uroporphyrinogen-III synthase activity | inferred from mutant phenotype |GO:0004852//biological process| heme biosynthesis | inf

ular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:0042

O:0008135//molecular function| translation factor activity, nucleic acid binding | inferred from genetic interaction |GO:0008135//molecular function| translat

transport | inferred from mutant phenotype|GO:0006888

97//cellular component| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| protein-cofactor linkage | inferred from direct ass



function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| mitochondrial inner membrane | inferred from sequence

mutant phenotype|GO:0003825//molecular function| alpha,alpha-trehalose-phosphate synthase (UDP-forming) activity | inferred from direct assay |GO:000

GO:0000179//cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable a

etyltransferase complex | inferred from physical interaction |GO:0000123//biological process| chromatin silencing at telomere | inferred from mutant pheno

endosome | inferred from physical interaction |GO:0005768//biological process| retrograde transport, endosome to Golgi | inferred from physical interactio

:0018024//molecular function| histone-lysine N-methyltransferase activity | inferred from physical interaction |GO:0018024//molecular function| histone-lysi







ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

dle | inferred from direct assay|GO:0005819//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein-nucleus im

nt| bud | inferred from direct assay|GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | in

| nucleus | inferred from sequence similarity|GO:0005634//biological process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biologic

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



dle checkpoint | inferred from mutant phenotype|GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:000709







O:0004610//molecular function| phosphoacetylglucosamine mutase activity | inferred from mutant phenotype |GO:0004610//cellular component| cytoplasm

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c

ecular function| pyruvate carboxylase activity | inferred from direct assay |GO:0004736//cellular component| cytosol | inferred from direct assay|GO:000582

008640//molecular function| ubiquitin-like conjugating enzyme activity | inferred from mutant phenotype |GO:0008640//biological process| autophagy | infe



ss| cytogamy | inferred from mutant phenotype|GO:0000755//biological process| cellular morphogenesis during conjugation with cellular fusion | inferred fr

8028//molecular function| monocarboxylic acid transporter activity | inferred from genetic interaction |GO:0008028//molecular function| transporter activity

molecular function| chromatin binding | traceable author statement |GO:0003682//cellular component| cytoplasm | traceable author statement|GO:0005737



nent| lipid particle | inferred from direct assay|GO:0005811

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable auth





nt| Golgi apparatus | inferred from direct assay |GO:0005794

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

n| protein binding | inferred from genetic interaction |GO:0005515//molecular function| protein binding | inferred from direct assay |GO:0005515//cellular co



mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

cleolus | traceable author statement|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processing o



lecular function| allantoate transporter activity | inferred from mutant phenotype |GO:0015124//cellular component| plasma membrane | inferred from sequ



003702//molecular function| DNA replication origin binding | inferred from direct assay |GO:0003688//molecular function| DNA binding | traceable author sta

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| rRNA processing | inferred from

| snRNP U1 | traceable author statement|GO:0005685//cellular component| snRNP U1 | inferred from physical interaction |GO:0005685//cellular componen

uence similarity|GO:0000225//cellular component| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//biological process| G

onent| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//cellular

| inferred from direct assay |GO:0005634

omponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| autophagy | inferred from mutant phenotype|GO:0006914

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

transport | inferred from mutant phenotype|GO:0006888

gi transport | inferred from genetic interaction|GO:0006888



O:0016538//cellular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| nucleus | inferred from direct assay |GO:00

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

s| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome |

rocess| double-strand break repair | traceable author statement |GO:0006302

on | inferred from mutant phenotype|GO:0030435//biological process| sporulation | inferred from genetic interaction |GO:0030435







|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| transcription initiation from Pol II promoter | inferre

| inferred from direct assay |GO:0005634

erred from direct assay |GO:0005933//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| budding | inferre

| DNA binding | inferred from direct assay |GO:0003677//cellular component| mitochondrial chromosome | inferred from direct assay|GO:0000262//biologic



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



ular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | tra

al process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction

llular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//cellular component| mitochondrion | inferred from direct assay





| inferred from direct assay |GO:0005634

respiration | inferred from expression pattern|GO:0009060



onent| cytoplasm | inferred from direct assay |GO:0005737

GO:0004445//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| membrane fraction | infe



molecular function| actin binding | traceable author statement |GO:0003779//cellular component| Arp2/3 protein complex | inferred from direct assay|GO:00



quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO



03701//cellular component| RNA polymerase I transcription factor complex | traceable author statement|GO:0000120//biological process| transcription from





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| mitotic chromosome condensation | inferred from physical intera

nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |



embrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological process| autophagy | inferred from mutant phenotype|GO:0006914//biological

04674//molecular function| protein serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//cellular component| bud neck | inferred f





mitochondrion | inferred from direct assay|GO:0005739//biological process| DNA repair | inferred from mutant phenotype|GO:0006281

snRNP U5 | inferred from direct assay |GO:0005682//biological process| assembly of spliceosomal tri-snRNP | inferred from direct assay|GO:0000244

osome | inferred from direct assay|GO:0005768//biological process| protein-Golgi retention | inferred from mutant phenotype|GO:0045053//biological proce

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



omponent| CCR4-NOT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:0005

| inferred from direct assay |GO:0005634





nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred



| inferred from direct assay |GO:0005634

rred from direct assay |GO:0005933//biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124



n of cyclin dependent protein kinase activity | inferred from genetic interaction|GO:0000079

ess| response to nutrients | inferred from expression pattern|GO:0007584//biological process| response to stress | inferred from expression pattern |GO:00

m mutant phenotype|GO:0046933//cellular component| proton-transporting ATP synthase, central stalk (sensu Eukarya) | traceable author statement|GO:00

| inferred from direct assay |GO:0005634//biological process| negative regulation of gluconeogenesis | inferred from mutant phenotype|GO:0045721



ar component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//cellular component| mitochondrial outer membrane | inferred



| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from physical interaction|GO:0042273//biologica

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



O:0030364//molecular function| cleavage/polyadenylation specificity factor activity | inferred from physical interaction |GO:0030364//cellular component| m

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme

| THO complex | inferred from physical interaction|GO:0000347//cellular component| THO complex | inferred from mutant phenotype |GO:0000347//biologi

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

gulation of transcription from Pol II promoter | inferred from genetic interaction|GO:0000122

m sequence similarity|GO:0016810

4//molecular function| manganese ion transporter activity | inferred from genetic interaction |GO:0005384//cellular component| cytoplasmic vesicle | inferre

ss| protein processing | inferred from mutant phenotype|GO:0016485



component| nucleus | traceable author statement|GO:0005634//biological process| double-strand break repair | inferred from direct assay|GO:0006302//bio





ection | inferred from mutant phenotype|GO:0000282



| protein binding | inferred from direct assay |GO:0005515//cellular component| pyruvate dehydrogenase complex (sensu Eukarya) | traceable author state

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//biological process| transcription initiation

tion| peptidase activity | inferred from mutant phenotype |GO:0008233//cellular component| mitochondrion | traceable author statement|GO:0005739//biolo

ular function| protein transporter activity | inferred from genetic interaction |GO:0008565//cellular component| mitochondrial inner membrane protein insert

r component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| pseudohyphal growth | inferred from mutant phenotype|G

mponent| mitochondrial matrix | non-traceable author statement|GO:0005759//biological process| propionate metabolism | inferred from expression patter

y|GO:0016757//molecular function| mannosyltransferase activity | inferred from mutant phenotype |GO:0000030//molecular function| mannosyltransferase

nt| nucleus | traceable author statement|GO:0005634//cellular component| nucleus | inferred from curator |GO:0005634//biological process| phosphorylatio

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| leucine-tRNA ligase activity | inferred from direct assay |GO:000



nce similarity|GO:0008757//molecular function| RNA methyltransferase activity | traceable author statement |GO:0008173//cellular component| nucleolus |

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

lasm | inferred from direct assay|GO:0005737

plasm | inferred from direct assay|GO:0005737//biological process| NEDD8 class-dependent protein catabolism | inferred from direct assay|GO:0019942

lular component| cytosol | inferred from direct assay |GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological pro

ular function| transcription factor activity | inferred from physical interaction |GO:0003700//molecular function| transcription factor activity | inferred from mu

r component| nucleus | inferred from physical interaction|GO:0005634//cellular component| chromosome, pericentric region | inferred from direct assay |GO

on| metallopeptidase activity | inferred from mutant phenotype |GO:0008237//cellular component| m-AAA complex | inferred from direct assay|GO:0005745

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

GO:0000778//biological process| mitotic spindle checkpoint | traceable author statement|GO:0007094

ytoplasm | inferred from direct assay|GO:0005737//biological process| iron-sulfur cluster assembly | inferred from mutant phenotype|GO:0016226

mponent| CCR4-NOT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:00057

unction| allantoin permease activity | inferred from sequence similarity |GO:0005274//cellular component| membrane | inferred from sequence similarity|GO

component| mitochondrion | inferred from direct assay |GO:0005739//cellular component| mitochondrial sorting and assembly machinery complex | inferre



ponent| spindle pole body | inferred from direct assay|GO:0005816//biological process| mitotic spindle checkpoint | inferred from mutant phenotype|GO:000

nt| nucleus | inferred from direct assay |GO:0005634//biological process| protein-nucleus import | inferred from mutant phenotype|GO:0006606

tatement|GO:0046961//cellular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| hydrogen-tr

| inferred from direct assay |GO:0005634

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| deadenylation-dependent decapping | inferred from physical interaction|GO:000



ponent| microtubule associated complex | inferred from sequence similarity|GO:0005875//cellular component| microtubule associated complex | inferred fr

olecular function| thioredoxin peroxidase activity | inferred from mutant phenotype |GO:0008379//molecular function| thioredoxin peroxidase activity | inferr



ction| DNA bending activity | inferred from direct assay |GO:0008301//cellular component| condensed nuclear chromosome kinetochore | traceable author



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

hmoo tip | inferred from direct assay|GO:0005937//cellular component| plasma membrane | inferred from direct assay |GO:0005886//cellular component| h



74//molecular function| basic amino acid transporter activity | inferred from genetic interaction |GO:0015174//cellular component| vacuole (sensu Fungi) | in



component| nuclear origin of replication recognition complex | traceable author statement|GO:0005664//biological process| chromatin silencing at silent m

l process| intracellular protein transport | inferred from sequence similarity|GO:0006886

ular function| chitin deacetylase activity | inferred from direct assay |GO:0004099//cellular component| chitosan layer of spore wall | inferred from sequence





on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|



r function| glucose transporter activity | traceable author statement |GO:0005355//molecular function| glucose transporter activity | inferred from direct assa

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c



on| GTPase activity | inferred from mutant phenotype |GO:0003924//molecular function| translation initiation factor activity | inferred from direct assay |GO:

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

|GO:0008177//molecular function| succinate dehydrogenase (ubiquinone) activity | inferred from genetic interaction |GO:0008177//cellular component| mito





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ar component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579



ar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| phenylalanine biosynthesis, prephenate pathway | traceable author

GO:0005053//molecular function| peroxisome targeting signal receptor activity | traceable author statement |GO:0005051//cellular component| cytosol | inf

ellular component| Golgi medial cisterna | inferred from direct assay|GO:0005797//biological process| N-linked glycosylation | inferred from mutant phenoty

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

function| carbohydrate binding | inferred from mutant phenotype |GO:0030246//cellular component| endoplasmic reticulum | inferred from direct assay|GO:

| RSC complex | inferred from physical interaction|GO:0016586//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|

ation | inferred from direct assay|GO:0008283//biological process| DNA repair | inferred from direct assay |GO:0006281



cellular component| nucleolus | inferred from physical interaction|GO:0005730//cellular component| nucleolus | inferred from direct assay |GO:0005730//bio

| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| spliceosome assembly | inferred from mutant phen

200//cellular component| spindle pole body | inferred from direct assay|GO:0005816//biological process| microtubule nucleation | inferred from physical inte

004853//molecular function| uroporphyrinogen decarboxylase activity | inferred from mutant phenotype |GO:0004853//cellular component| cytoplasm | infer

mponent| nucleus | inferred from genetic interaction|GO:0005634//biological process| transcription initiation from Pol II promoter | inferred from genetic inte



ides | inferred from mutant phenotype|GO:0016811//molecular function| hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear ami



nsition of mitotic cell cycle | inferred from mutant phenotype|GO:0000086//biological process| DNA damage response, signal transduction resulting in cell c

003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from

nt| actin cortical patch (sensu Fungi) | inferred from physical interaction|GO:0030479//cellular component| clathrin vesicle coat | inferred from direct assay

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen

ecular function| translation initiation factor activity | inferred from direct assay |GO:0003743//cellular component| eukaryotic translation initiation factor 3 com

ed from sequence similarity|GO:0016726//molecular function| oxidoreductase activity | inferred from sequence similarity |GO:0016491//cellular component

O:0016944//cellular component| Cdc73/Paf1 complex | traceable author statement|GO:0016593//cellular component| transcription elongation factor comple

ular component| Golgi apparatus | inferred from sequence similarity|GO:0005794//biological process| cell wall organization and biogenesis | inferred from

om sequence similarity|GO:0042626//molecular function| bile acid transporter activity | inferred from mutant phenotype |GO:0015125//cellular component|



nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c

| inferred from direct assay |GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0004428//molecular function| inositol/phosphatidylinositol kinase activity | inferred from direct assay |GO:0004428//cellular component| nucleus | inferred fro

ellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular comp

component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| protein monoubiquitination | traceable author statement|GO:00

mponent| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrial matrix | inferred from direct assay |GO:0005759//biological p

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te

us | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634

| inferred from direct assay |GO:0005634





ne organization and biogenesis | inferred from physical interaction|GO:0016044//biological process| membrane organization and biogenesis | inferred from

omponent| nucleus | inferred from direct assay |GO:0005634//cellular component| chromosome, pericentric region | inferred from direct assay |GO:000077

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| processing of 20S pre-rRNA | inferred from direct assay|GO:0030490//biologica



nt| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| histone deacetylation | inferred from physical interact

plasm | inferred from direct assay|GO:0005737//biological process| mRNA localization, intracellular | inferred from direct assay|GO:0008298

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| ribosome biogenesis and



hor statement|GO:0004169//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| O-linked glycosylatio



ucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processing o

cellular component| peroxisomal matrix | traceable author statement|GO:0005782//biological process| fatty acid beta-oxidation | traceable author statement

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| SAGA complex | inf



ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| aro

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ar component| integral to plasma membrane | inferred from direct assay|GO:0005887//biological process| copper ion import | inferred from direct assay|GO

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//molecular function| Pol II transc

al process| sporulation (sensu Fungi) | inferred from direct assay|GO:0030437//biological process| chitin biosynthesis | inferred from genetic interaction |GO

molecular function| ATP-dependent RNA helicase activity | inferred from mutant phenotype |GO:0004004//cellular component| nucleolus | traceable autho



//molecular function| GPI-anchor transamidase activity | inferred from mutant phenotype |GO:0003923//cellular component| integral to endoplasmic reticul

m | inferred from direct assay |GO:0005737//biological process| cytokinesis | inferred from genetic interaction|GO:0000910



quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO



| protein binding | inferred from direct assay |GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nu



O:0016944//molecular function| ATPase activity | inferred from direct assay |GO:0016887//cellular component| transcription elongation factor complex | infe

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

ellular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein monoubiquitination | traceable author statement|GO:000651



| inferred from direct assay |GO:0005634



al large subunit biogenesis | inferred from physical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant p

llular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| endoplasmic reticulum | inferred from di

omponent| cell cortex | inferred from direct assay |GO:0005938//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellu



15//biological process| cAMP-mediated signaling | inferred from mutant phenotype|GO:0019933

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of meiosis | inferred from genetic interaction|GO:0040020





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

function| carboxy-lyase activity | inferred from mutant phenotype |GO:0016831//molecular function| transcriptional activator activity | inferred from mutant p

acellular | inferred from direct assay|GO:0005622//biological process| response to drug | inferred from mutant phenotype|GO:0042493

ar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proce

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| RNA processing | inferred from mutant phenotype|GO:0006396//biological

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nent| endoplasmic reticulum | inferred from direct assay|GO:0005783

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nt|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| pseudohyphal growth | inferred from mutant phe



lular component| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrion | inferred from direct assay |GO:0005739//cellular co

olecular function| signal transducer activity | inferred from sequence similarity |GO:0004871//cellular component| intracellular | traceable author statement|



//cellular component| nucleus | inferred from curator|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biologica

//cellular component| DNA-directed RNA polymerase I complex | traceable author statement|GO:0005736//cellular component| DNA-directed RNA polyme

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000







nd break repair | inferred from direct assay|GO:0006302//biological process| DNA repair | inferred from direct assay |GO:0006281









molecular function| formate dehydrogenase activity | inferred from genetic interaction |GO:0008863//cellular component| cytosol | inferred from direct assay

n| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | inferred from dire



omponent| Golgi apparatus | inferred from direct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783

lar component| protein farnesyltransferase complex | inferred from direct assay|GO:0005965//biological process| protein amino acid farnesylation | inferred



milarity|GO:0003810//cellular component| intracellular | traceable author statement|GO:0005622//biological process| glutathione catabolism | traceable au

ype|GO:0004113//molecular function| 2',3'-cyclic-nucleotide 3'-phosphodiesterase activity | inferred from direct assay |GO:0004113//cellular component| cl

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

| inferred from direct assay |GO:0005634

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//molecular function| tRNA binding | inferred from sequence sim

r component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:001





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

olecular function| protein kinase activity | inferred from direct assay |GO:0004672//cellular component| membrane fraction | inferred from direct assay|GO:0

gulation of DNA transposition | inferred from mutant phenotype|GO:0000335

GO:0004445//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| membrane fraction | infe

//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737/



ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| mitochondrial outer membrane translocase c

ellular component| membrane | inferred from sequence similarity|GO:0016020//cellular component| membrane | inferred from direct assay |GO:0016020//b

toplasm | traceable author statement|GO:0005737//cellular component| nucleus | traceable author statement |GO:0005634//cellular component| nucleus |



08599//molecular function| protein phosphatase type 1 activity | traceable author statement |GO:0000163//cellular component| cytoplasm | inferred from dir

n| ubiquitin-protein ligase activity | inferred from direct assay |GO:0004842//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellul

ction| amino acid binding | inferred from genetic interaction |GO:0016597//cellular component| extrinsic to plasma membrane | inferred from direct assay|G

nt| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| nuclear pore | inferred from genetic inte

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



15//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog



ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| mitochondrial intermembrane space protein t

ocess| signal peptide processing | inferred from sequence similarity|GO:0006465//biological process| signal peptide processing | inferred from physical inte



component| signal recognition particle | inferred from direct assay|GO:0005786//cellular component| nucleus | inferred from direct assay |GO:0005634//bio

1//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//cellular component| mitochondrion | inferred









nt| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//biological proces

cular function| hydrolase activity | inferred from direct assay |GO:0016787//cellular component| mitochondrion | inferred from direct assay|GO:0005739//ce

ndensin complex | traceable author statement |GO:0000799//cellular component| nuclear condensin complex | inferred from sequence similarity |GO:0000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nent| lipid particle | inferred from direct assay|GO:0005811//biological process| lipid metabolism | inferred from mutant phenotype|GO:0006629

ar component| signal recognition particle | inferred from mutant phenotype |GO:0005786//cellular component| signal recognition particle | inferred from dire

nd break repair via nonhomologous end-joining | inferred from mutant phenotype|GO:0006303

ister chromatid cohesion | inferred from mutant phenotype|GO:0007062

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0003755//cellular component| nucleus | inferred from direct assay|GO:0005634

45129//molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay |GO:0017136//cellular component| nucleus | traceable

omponent| mitochondrion | inferred from direct assay |GO:0005739//biological process| iron ion homeostasis | inferred from mutant phenotype|GO:0006879

nt|GO:0016251//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//cellular component| nucleotide excision

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable auth

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| p

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//molecula

cular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial small ribosomal subun

nt|GO:0016251//cellular component| SWI/SNF complex | inferred from physical interaction|GO:0016514//cellular component| nucleosome remodeling com



s| thiamin biosynthesis | inferred from mutant phenotype|GO:0009228//biological process| pyridoxine metabolism | inferred from sequence similarity |GO:0

assay|GO:0042800//molecular function| chromatin binding | inferred from mutant phenotype |GO:0003682//cellular component| COMPASS complex | inferr

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c

ction| transporter activity | inferred from direct assay |GO:0005215//cellular component| mitochondrial inner membrane | inferred from sequence similarity|

mponent| bud neck | inferred from direct assay|GO:0005935//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process|

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

acellular | inferred from mutant phenotype|GO:0005622//cellular component| intracellular | inferred from direct assay |GO:0005622//biological process| prot





/cellular component| nucleoplasm | traceable author statement|GO:0005654//biological process| protein amino acid phosphorylation | traceable author sta



|GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter

on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|

76//biological process| processing of 27S pre-rRNA | inferred from mutant phenotype|GO:0030489//biological process| double-strand break repair via non

//molecular function| manganese ion transporter activity | inferred from genetic interaction |GO:0005384//cellular component| Golgi membrane | inferred fr

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

cellular component| mannosyltransferase complex | inferred from physical interaction|GO:0000136//biological process| protein amino acid glycosylation | in

equence similarity|GO:0004723//cellular component| calcineurin complex | inferred from sequence similarity|GO:0005955//cellular component| calcineurin

85//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO

ar component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579

omponent| signal peptidase complex | inferred from direct assay|GO:0005787//biological process| signal peptide processing | inferred from sequence simil

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





508//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| response to oxidative stress | inferred from mutant ph

96//cellular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein amino acid acetylation | traceable author statement|GO

:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//biological process| mRNA cleavage | infer

component| cytoplasm | traceable author statement|GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from physical interaction |GO:00003

roxisomal membrane | traceable author statement|GO:0005778//biological process| peroxisome organization and biogenesis | traceable author statement|





m direct assay|GO:0000224//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| nucleus | inferred from direct assay

n cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| peripheral to membrane of membrane fraction | inferred from d

mponent| nuclear pore | inferred from direct assay|GO:0005643//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biologic

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| nuclear origin of replication recognition complex | traceable author statement|GO:0005664//biological process| chromatin silencing at silent m

component| nucleus | traceable author statement|GO:0005634//biological process| rRNA-nucleus export | inferred from mutant phenotype|GO:0006407//bi

n| ubiquitin-protein ligase activity | inferred from direct assay |GO:0004842//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellul



| inferred from direct assay |GO:0005634//biological process| intracellular signaling cascade | inferred from genetic interaction|GO:0007242

oplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| Rho protein si

al process| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005//biological process| mitochondrial genome maintena



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ar component| cytoplasm | traceable author statement|GO:0005737//biological process| proteolysis and peptidolysis | inferred from direct assay|GO:00065

dependent protein catabolism | inferred from sequence similarity|GO:0006511

oldin complex | inferred from sequence similarity|GO:0016272//cellular component| prefoldin complex | inferred from physical interaction |GO:0016272//cel





nce similarity|GO:0008757

t| bud neck | inferred from direct assay|GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//cellular component| site of polariz

ation | inferred from direct assay|GO:0008283//biological process| DNA repair | inferred from direct assay |GO:0006281

al process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction

lar function| anion transporter activity | inferred from physical interaction |GO:0008509//cellular component| plasma membrane | inferred from direct assay



on| GTPase activity | inferred from mutant phenotype |GO:0003924//cellular component| late endosome | inferred from mutant phenotype|GO:0005770//bio

omponent| nucleus | inferred from direct assay|GO:0005634//biological process| DNA replication | inferred from physical interaction|GO:0006260

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo



| cytoplasm | inferred from direct assay|GO:0005737



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

llular component| cytosol | traceable author statement|GO:0005829//biological process| isoprenoid biosynthesis | traceable author statement|GO:0008299

//cellular component| mitochondrial small ribosomal subunit | inferred from sequence similarity|GO:0005763//biological process| protein biosynthesis | infe

component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| DNA recombination | traceable author statement|

GO:0008176//molecular function| protein binding | inferred from physical interaction |GO:0005515//cellular component| nucleus | inferred from direct assay|

y transcript processing | inferred from mutant phenotype|GO:0006365//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364





03701//cellular component| RNA polymerase I transcription factor complex | traceable author statement|GO:0000120//biological process| transcription from

424//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| tRNA methylation | inferred from direct assay|GO:003048







ular component| nucleus | inferred from curator|GO:0005634//biological process| ethanol fermentation | inferred from mutant phenotype|GO:0019655//biolo

ent| nuclear membrane | inferred from direct assay |GO:0005635

mponent| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| N-linked glycosylation | inferred from mutant phenotype|GO:00064

03918//cellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| synaptonemal complex | inferred from direct assay |GO:

n cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process|



//biological process| tRNA modification | inferred from sequence similarity|GO:0006400

ular component| Golgi apparatus | inferred from sequence similarity|GO:0005794//biological process| cell wall organization and biogenesis | inferred from

molecular function| dihydroneopterin aldolase activity | inferred from sequence similarity |GO:0004150//molecular function| 2-amino-4-hydroxy-6-hydroxym

r function| riboflavin kinase activity | inferred from direct assay |GO:0008531//molecular function| FMN adenylyltransferase activity | inferred from direct ass

071//molecular function| protein phosphatase type 2C activity | inferred from direct assay |GO:0015071//cellular component| cytoplasm | inferred from direc

process| MAPKKK cascade during cell wall biogenesis | inferred from genetic interaction|GO:0000196

46//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| ribosome biogenesis | inferred from sequence similarity|GO



0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

omponent| mitochondrion | inferred from direct assay|GO:0005739

lar function| GTPase activity | inferred from sequence similarity |GO:0003924//cellular component| intracellular | traceable author statement|GO:0005622//

ogical process| vacuolar acidification | inferred from mutant phenotype|GO:0007035//biological process| protein complex assembly | inferred from mutant p





O:0030364//molecular function| cleavage/polyadenylation specificity factor activity | inferred from physical interaction |GO:0030364//cellular component| m

mponent| plasma membrane | traceable author statement|GO:0005886//cellular component| lipid particle | inferred from direct assay |GO:0005811//cellula



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

olypeptide-associated complex | inferred from direct assay|GO:0005854//cellular component| cytosolic ribosome (sensu Eukarya) | inferred from curator |G

olecular function| thioredoxin peroxidase activity | inferred from mutant phenotype |GO:0008379//molecular function| thioredoxin peroxidase activity | inferr

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno



component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process

rred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

mitochondrial inner membrane peptidase complex | inferred from direct assay|GO:0042720//biological process| mitochondrial processing | inferred from dire

| inferred from direct assay |GO:0005634

onent| spindle microtubule | traceable author statement|GO:0005876//cellular component| spindle pole body | traceable author statement |GO:0005816//b



ar function| allophanate hydrolase activity | inferred from mutant phenotype |GO:0004039//cellular component| cytoplasm | inferred from direct assay|GO:0

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen

/cellular component| U4/U6 x U5 tri-snRNP complex | traceable author statement|GO:0046540//biological process| nuclear mRNA splicing, via spliceosom

200//cellular component| dynactin complex | inferred from direct assay|GO:0005869//biological process| mitotic anaphase B | inferred from mutant phenoty

ss| peroxisome degradation | inferred from mutant phenotype|GO:0030242//biological process| peroxisome degradation | inferred from expression pattern

r function| glucose transporter activity | traceable author statement |GO:0005355//molecular function| galactose transporter activity | traceable author state

| thiamin biosynthesis | traceable author statement|GO:0009228//biological process| mitochondrial genome maintenance | inferred from mutant phenotype







3//molecular function| cyclin-dependent protein kinase activity | inferred from physical interaction |GO:0004693//molecular function| cyclin-dependent protei

| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| DNA repa

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| leucine-tRNA ligase activity | inferred from direct assay |GO:000



nferred from physical interaction|GO:0005856//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| cytoskeleton o



olecular function| ubiquitin-protein ligase activity | inferred from physical interaction |GO:0004842//molecular function| ubiquitin-protein ligase activity | infe

n| osmosensor activity | inferred from direct assay |GO:0005034//molecular function| protein-histidine kinase activity | inferred from direct assay |GO:00046

| nucleus | inferred from direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//cellular compone

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

5//cellular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| protein metabolism | inferred from

04722//biological process| sodium ion homeostasis | inferred from mutant phenotype|GO:0006883//biological process| sodium ion homeostasis | inferred f

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| cysteine metabolism | non-traceable author statement|GO:0006534//biol

cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| microsome | inferred from direct assay |GO:0005792//biological

|GO:0004642//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine nucleotide biosynthesis | traceable autho

ar function| protein binding, bridging | inferred from genetic interaction |GO:0030674//cellular component| actin cortical patch (sensu Fungi) | inferred from

| inferred from direct assay |GO:0005634//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interaction|GO:0000082//biologica



ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac







plasm | inferred from direct assay|GO:0005737

molecular function| chromatin binding | traceable author statement |GO:0003682//cellular component| cytoplasm | traceable author statement|GO:0005737





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

| inferred from direct assay |GO:0005634



n| ubiquitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| nucleus | inferred from direct assay|GO:0005634//cellula





//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial large ribosoma

O:0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from mutant phenotype |GO:0030508//molecular function| thiol-disu

olecular function| Rab GTPase activator activity | inferred from physical interaction |GO:0005097//molecular function| Rab GTPase activator activity | inferr



y|GO:0016757//molecular function| alpha-1,6-mannosyltransferase activity | inferred from mutant phenotype |GO:0000009//cellular component| Golgi cis c





ribosomal large subunit biogenesis | inferred from mutant phenotype|GO:0042273//biological process| host-pathogen interaction | inferred from mutant phe

oldin complex | inferred from sequence similarity|GO:0016272//cellular component| prefoldin complex | inferred from physical interaction |GO:0016272//cel

cellular component| peripheral to membrane of membrane fraction | inferred from direct assay|GO:0000300//biological process| ER to Golgi transport | tra



nent| proton-transporting ATP synthase complex (sensu Eukarya) | traceable author statement|GO:0005753//biological process| ATP synthesis coupled pr

ular component| nucleus | inferred from physical interaction|GO:0005634//biological process| mRNA capping | traceable author statement|GO:0006370



| inferred from direct assay |GO:0005634

|GO:0004727//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid dephosphorylation | inferred

| inferred from direct assay |GO:0005634//biological process| signal transduction | inferred from physical interaction|GO:0007165//biological process| sign

tion| peptidase activity | inferred from mutant phenotype |GO:0008233//cellular component| lipid particle | inferred from direct assay|GO:0005811//cellular

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| exosome (RNase complex) | inferred from direct assay |GO:0000178//biol

nt| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//cellular component| mitochondrion | traceable author statement |GO:0005

e wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| spore wall assembly (sensu Fungi) | inferred from direct

ides | inferred from sequence similarity|GO:0016811//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| guanine

t| lipid particle | inferred from direct assay|GO:0005811//biological process| lipid metabolism | inferred from mutant phenotype|GO:0006629

autophagy | inferred from mutant phenotype|GO:0006914

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000







om sequence similarity|GO:0042626//cellular component| CCR4-NOT complex | inferred from physical interaction|GO:0030014//cellular component| cytop

/molecular function| transmembrane receptor activity | inferred from genetic interaction |GO:0004888//cellular component| membrane fraction | inferred fro

| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





O:0003702//molecular function| RNA polymerase II transcription factor activity | inferred from genetic interaction |GO:0003702//cellular component| nucleo

ellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| response to oxidative stress | inferred from mutant phenoty

ular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:0005634

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ion| ribonuclease MRP activity | traceable author statement |GO:0000171//cellular component| nucleolar ribonuclease P complex | traceable author statem

8419//molecular function| RNA lariat debranching enzyme activity | inferred from direct assay |GO:0008419//cellular component| nucleus | inferred from cu

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

| protein binding | inferred from direct assay |GO:0005515//cellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| bu

:0008450//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634



nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |

92//cellular component| cytoplasm | inferred from direct assay|GO:0005737

on (sensu Fungi) | inferred from mutant phenotype|GO:0030437

t| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| NAD pho





| inferred from direct assay |GO:0005634

ological process| protein amino acid dephosphorylation | inferred from direct assay|GO:0006470//biological process| glycogen metabolism | inferred from m

| inferred from direct assay |GO:0005634

milarity|GO:0003982//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| galactose metabolism | traceable author s

molecular function| protein kinase activity | traceable author statement |GO:0004672//cellular component| nucleus | inferred from direct assay|GO:000563

GO:0008601//molecular function| protein phosphatase type 2A regulator activity | inferred from genetic interaction |GO:0008601//cellular component| cytos

of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490//biological process| response to oxidative stress | inferred from mutant phenotype |GO:00

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | trac

r component| proteasome regulatory particle, lid subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008541//cellular component| proteasome r



r component| cytoplasm | inferred from direct assay|GO:0005737//biological process| ethanol metabolism | inferred from mutant phenotype|GO:0006067

O:0030364//cellular component| mRNA cleavage and polyadenylation specificity factor complex | traceable author statement|GO:0005847//cellular compon

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

direct assay|GO:0008311//molecular function| phosphodiesterase I activity | inferred from direct assay |GO:0004528//cellular component| nucleus | inferred

| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

mechanism | inferred from mutant phenotype|GO:0015662//molecular function| ATPase activity, coupled to transmembrane movement of ions, phosphoryla

us | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634



005086//biological process| secretory pathway | inferred from genetic interaction|GO:0045045

transport | inferred from mutant phenotype|GO:0006888

organization and biogenesis | inferred from genetic interaction|GO:0007047





olecular function| transcriptional activator activity | inferred from direct assay |GO:0016563//molecular function| DNA bending activity | inferred from direct a

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol



ular function| endoribonuclease activity | inferred from mutant phenotype |GO:0004521//cellular component| intracellular | inferred from direct assay|GO:00

olecular function| ubiquitin-protein ligase activity | inferred from genetic interaction |GO:0004842//cellular component| endoplasmic reticulum membrane |







| protein binding | inferred from direct assay |GO:0005515//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| posit



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





ribosomal subunit (sensu Eukarya) | inferred from direct assay|GO:0005843//biological process| translational initiation | inferred from mutant phenotype|GO

ss| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription, mating-type specific | inferred from direct as



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



GO:0003702//molecular function| RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003702//cellular component| nucleus | in

96//molecular function| glycogen synthase kinase 3 activity | inferred from genetic interaction |GO:0004696//biological process| response to stress | inferre

lar component| mitochondrion | inferred from direct assay|GO:0005739

r function| damaged DNA binding | traceable author statement |GO:0003684//cellular component| DNA replication factor A complex | traceable author stat

nt| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from curator |GO:0005634//biological process| chromoso

ucleolus | inferred from direct assay|GO:0005730//biological process| processing of 20S pre-rRNA | traceable author statement|GO:0030490



molecular function| protein kinase activator activity | inferred from genetic interaction |GO:0030295//cellular component| plasma membrane | inferred from d



rom sequence similarity|GO:0004808//cellular component| mitochondrion | inferred from direct assay|GO:0005739

nt|GO:0016251//cellular component| transcription factor TFIIE complex | traceable author statement|GO:0005673//biological process| transcription initiation

016791//cellular component| cytoplasm | inferred from direct assay|GO:0005737

ion| RNA binding | traceable author statement |GO:0003723//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interac

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0000774//molecular function| adenyl-nucleotide exchange factor activity | inferred from direct assay |GO:0000774//cellular component| cytosolic ribosome



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nent| plasma membrane | inferred from direct assay|GO:0005886//biological process| calcium ion transport | inferred from direct assay|GO:0006816

//biological process| acetate metabolism | inferred from direct assay|GO:0006083

ellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud | inferred from direct assay |GO:0005933//cellular compon

/biological process| mannose metabolism | non-traceable author statement|GO:0006013//biological process| fructose metabolism | non-traceable author s

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



| transcription factor activity | inferred from sequence similarity |GO:0003700//molecular function| transcription factor activity | inferred from physical interac



| inferred from direct assay |GO:0005634//biological process| ubiquitin-dependent protein catabolism | inferred from mutant phenotype|GO:0006511//biolo

TPase activity | inferred from sequence similarity |GO:0016887//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological pro



GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from genetic interaction |GO:0000778//biological process| chrom



cal process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476



| inferred from direct assay |GO:0005634

7//molecular function| signal recognition particle binding | inferred from physical interaction |GO:0005047//molecular function| signal recognition particle bin

nt| cytosolic ribosome (sensu Eukarya) | inferred from direct assay|GO:0005830//biological process| amino acid biosynthesis | inferred from mutant phenot

29//molecular function| protoporphyrinogen oxidase activity | inferred from mutant phenotype |GO:0004729//cellular component| mitochondrion | inferred fr



h repair | inferred from mutant phenotype|GO:0006298





n| transcription coactivator activity | inferred from direct assay |GO:0003713//cellular component| nucleus | inferred from sequence similarity|GO:0005634//

ponent| plasma membrane | inferred from direct assay |GO:0005886

function| DNA helicase activity | inferred from mutant phenotype |GO:0003678//cellular component| nucleus | inferred from direct assay|GO:0005634//biolo



| inferred from direct assay |GO:0005634//biological process| actin cytoskeleton organization and biogenesis | traceable author statement|GO:0030036//b



:0003842//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| proline catabolism | traceable author stateme

function| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| polysome | inferred from direct assay|GO:0005844//biologica

cular function| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| spliceosome complex | inferred from direct assay|GO:0

mponent| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| N-linked glycosylation | inferred from mutant phenotype|GO:00064

omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

silencing at silent mating-type cassette (sensu Fungi) | inferred from genetic interaction|GO:0030466

r function| telomeric DNA binding | inferred from mutant phenotype |GO:0042162//molecular function| RNA binding | inferred from direct assay |GO:000372

ent| plasma membrane | inferred from direct assay|GO:0005886

component| signal recognition particle | inferred from direct assay|GO:0005786//biological process| protein-ER targeting | inferred from physical interaction

ecular function| cytoskeletal protein binding | inferred from physical interaction |GO:0008092//cellular component| lipid raft | inferred from direct assay|GO:0

author statement|GO:0042626//molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from direct assay |GO:



mponent| nucleus | inferred from curator|GO:0005634//biological process| DNA repair | inferred from genetic interaction|GO:0006281//biological process| D

nt|GO:0003704//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000





on| ATPase activity | inferred from mutant phenotype |GO:0016887//cellular component| nucleus | inferred from direct assay|GO:0005634

ellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| meiotic chromosome segregation | inferred from mutant phenoty



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

0008934//molecular function| inositol-1(or 4)-monophosphatase activity | inferred from direct assay |GO:0008934//biological process| myo-inositol metaboli

mponent| ribonuclease MRP complex | traceable author statement|GO:0000172//biological process| rRNA processing | traceable author statement|GO:0006

asm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| tRNA modification

nt| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| cell wall biosynthesis (sensu Fungi) | inferred from mutant phenoty

ellular component| nuclear pore | traceable author statement|GO:0005643//biological process| nucleocytoplasmic transport | inferred from mutant phenoty

ssembly | traceable author statement|GO:0042255//biological process| actin cytoskeleton organization and biogenesis | inferred from mutant phenotype |G

plasm | inferred from direct assay |GO:0005737

O:0016538//molecular function| general RNA polymerase II transcription factor activity | traceable author statement |GO:0016251//cellular component| trans







ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



| inferred from direct assay |GO:0005634



| inferred from direct assay |GO:0005634

ess| peroxisome organization and biogenesis | inferred from mutant phenotype|GO:0007031//biological process| protein-peroxisome targeting | inferred fro

//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial large ribosoma

process| monosaccharide metabolism | inferred from direct assay|GO:0005996

synaptonemal complex | inferred from direct assay|GO:0000795//biological process| synapsis | inferred from mutant phenotype|GO:0007129//biological pr

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

P binding | inferred from direct assay |GO:0005524//molecular function| damaged DNA binding | inferred from direct assay |GO:0003684//cellular compone

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

function| amine oxidase activity | inferred from genetic interaction |GO:0008131//molecular function| amine oxidase activity | inferred from direct assay |GO



ar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein neddylation | inferred from direct assay|GO:0045116

| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



omponent| cytosol | inferred from direct assay|GO:0005829//biological process| protein biosynthesis | traceable author statement|GO:0006412

cular function| RNA binding | non-traceable author statement |GO:0003723//cellular component| mitochondrial matrix | inferred from direct assay|GO:00057



CF ubiquitin ligase complex | inferred from physical interaction|GO:0019005//cellular component| nuclear ubiquitin ligase complex | traceable author statem

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| ribosome biogenesis and

er activity | inferred from physical interaction |GO:0008565//molecular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//c





component| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA methylation | inferred from direct assay|GO:0030488//biological pr





milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c

lecular function| spermine transporter activity | inferred from mutant phenotype |GO:0000297//cellular component| plasma membrane | inferred from direct

nt|GO:0016251//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//cellular component| nucleotide excision

ction| lipid binding | inferred from sequence similarity |GO:0008289//cellular component| soluble fraction | inferred from direct assay|GO:0005625//biologica

ular component| Golgi apparatus | inferred from sequence similarity|GO:0005794//biological process| N-linked glycosylation | inferred from sequence simil

omponent| respiratory chain complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| cytochrome c oxidase biogen

mponent| cytoplasm | inferred from direct assay|GO:0005737

05089//molecular function| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| bud tip | inferred from direct ass

function| maltose porter activity | inferred from direct assay |GO:0015581//molecular function| carbohydrate transporter activity | inferred from sequence si

/cellular component| U4/U6 x U5 tri-snRNP complex | traceable author statement|GO:0046540//biological process| nuclear mRNA splicing, via spliceosom

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

2781//molecular function| purine nucleotide binding | inferred from sequence similarity |GO:0017076//cellular component| mitochondrion | inferred from dir

ulation of gluconeogenesis | inferred from mutant phenotype|GO:0045721

mplex | inferred from physical interaction |GO:0000812//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623//biolog

ess| synaptonemal complex formation | traceable author statement|GO:0007130//biological process| synaptonemal complex formation | inferred from physi

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ent| cytoplasmic vesicle | inferred from direct assay |GO:0016023//biological process| negative regulation of gluconeogenesis | inferred from mutant pheno

ent| nucleus | inferred from direct assay|GO:0005634//biological process| protein complex assembly | inferred from sequence similarity|GO:0006461//biolo

| 7S RNA binding | inferred from physical interaction |GO:0008312//molecular function| 5S rRNA binding | inferred from physical interaction |GO:0008097//

om sequence similarity|GO:0042626//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| multidrug

nferred from direct assay |GO:0005634//biological process| cell wall organization and biogenesis | traceable author statement|GO:0007047//biological pro

| inferred from direct assay |GO:0005634

| inferred from direct assay |GO:0005634

r function| monocarboxylic acid transporter activity | inferred from mutant phenotype |GO:0008028//cellular component| plasma membrane | inferred from d

004640//cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| amino acid metabolism | traceable author statement|



osol | inferred from direct assay|GO:0005829//cellular component| microsome | inferred from direct assay |GO:0005792//cellular component| endoplasmic



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

acuolar targeting | inferred from mutant phenotype|GO:0006623

| inferred from direct assay |GO:0005634

/cellular component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//biological process| Rho protein signal transduction | traceable auth

//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial small ribosoma

us | inferred from direct assay|GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferred from mutant phenotype|G





ular component| cytoplasm | inferred from curator|GO:0005737//biological process| negative regulation of gluconeogenesis | inferred from mutant phenotyp





nce similarity|GO:0015344//molecular function| siderochrome-iron (ferrioxamine) uptake transporter activity | inferred from mutant phenotype |GO:0015344

n of transcription | traceable author statement|GO:0045449

| inferred from direct assay |GO:0005634



molecular function| glutathione transferase activity | inferred from direct assay |GO:0004364//cellular component| endoplasmic reticulum | inferred from dire



GO:0004722//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| G1/S transition of mitotic cell cycle | inferr

nt| cell cortex | inferred from direct assay|GO:0005938//cellular component| bud tip | inferred from direct assay |GO:0005934//biological process| microtubu

ar component| nucleus | inferred from direct assay|GO:0005634//biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124

component| nucleus | inferred from direct assay|GO:0005634//biological process| transcription initiation from Pol II promoter | inferred from direct assay|GO

85//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrial intermembrane space | inferred from direct ass

200//cellular component| half bridge of spindle pole body | traceable author statement|GO:0005825//cellular component| nuclear pore | traceable author st







008972//biological process| thiamin biosynthesis | inferred from genetic interaction|GO:0009228//biological process| thiamin biosynthesis | inferred from ex

molecular function| thiamin diphosphokinase activity | inferred from direct assay |GO:0004788//cellular component| cytoplasm | inferred from direct assay|G

ss| siderochrome transport | inferred from direct assay|GO:0015891

| inferred from direct assay |GO:0005634

| inferred from direct assay |GO:0005634//biological process| meiosis | inferred from mutant phenotype|GO:0007126

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

om sequence similarity|GO:0042626//cellular component| membrane | inferred from sequence similarity|GO:0016020//biological process| sterol transport |

component| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA methylation | inferred from direct assay|GO:0030488



molecular function| formate dehydrogenase activity | inferred from genetic interaction |GO:0008863//cellular component| cytosol | inferred from direct assay

| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleoplasm | inferred from direct assay |GO:0005654

mitochondrial inner membrane | inferred from direct assay|GO:0005743//cellular component| mitochondrial membrane | inferred from direct assay |GO:000

t| signal peptidase complex | inferred from direct assay|GO:0005787//biological process| signal peptide processing | inferred from sequence similarity|GO:

lecular function| dethiobiotin synthase activity | inferred from direct assay |GO:0004141//cellular component| cytoplasm | inferred from sequence similarity|





| nucleus | inferred from physical interaction|GO:0005634//cellular component| nuclear chromosome | inferred from direct assay |GO:0000228//biological p



omponent| shmoo tip | inferred from direct assay |GO:0005937//biological process| plasma membrane fusion | inferred from mutant phenotype|GO:004502

ecular function| protein tyrosine phosphatase activity | inferred from sequence similarity |GO:0004725//molecular function| phosphoprotein phosphatase ac

4722//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo

onent| nuclear membrane | inferred from direct assay |GO:0005635//biological process| karyogamy | inferred from mutant phenotype|GO:0000741//biologi







cellular component| cell wall (sensu Fungi) | traceable author statement|GO:0009277//biological process| cell wall organization and biogenesis | inferred fr





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nferred from direct assay |GO:0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| cellular morph

eus | inferred from physical interaction|GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338

ucleus | inferred from physical interaction|GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338//biologic



Pase activity | inferred from direct assay |GO:0003924//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| DNA re

nt|GO:0016251//molecular function| DNA helicase activity | traceable author statement |GO:0003678//cellular component| transcription factor TFIIH comple

function| gamma-aminobutyric acid transporter activity | inferred from sequence similarity |GO:0005331//cellular component| vacuolar membrane (sensu

ar component| intracellular | traceable author statement|GO:0005622//biological process| signal transduction | inferred from mutant phenotype|GO:000716



cal process| mitochondrion organization and biogenesis | traceable author statement|GO:0007005//biological process| mitochondrial genome maintenanc

GO:0016806//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| protein processing | infe

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

toplasm | traceable author statement|GO:0005737//cellular component| nucleus | inferred from physical interaction |GO:0005634//biological process| bud g



O:0004679//cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay |G



nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

016788//molecular function| hydrolase activity, acting on ester bonds | inferred from mutant phenotype |GO:0016788//molecular function| hydrolase activity

osome | inferred from physical interaction|GO:0005768//cellular component| endosome | inferred from direct assay |GO:0005768//cellular component| ESC



geneous nuclear ribonucleoprotein complex | non-traceable author statement|GO:0030530//cellular component| heterogeneous nuclear ribonucleoprotein

dopeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author sta

nt| Golgi apparatus | inferred from direct assay |GO:0005794//cellular component| cytoplasm | inferred from direct assay |GO:0005737

cellular component| Golgi vesicle | traceable author statement|GO:0005798//biological process| cation homeostasis | traceable author statement|GO:00300



ss| signal transduction | inferred from mutant phenotype |GO:0007165//biological process| signal transduction | inferred from genetic interaction |GO:0007







| inferred from direct assay |GO:0005634

n of cell growth | inferred from physical interaction|GO:0001558

O:0016944//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//biological process| RNA elongation

nt| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of meiosis | inferred from mutant phenotype|GO:0040020//biological pro

ocess| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| protein amino acid phosphorylation | inferred

/molecular function| transmembrane receptor activity | inferred from genetic interaction |GO:0004888//cellular component| endoplasmic reticulum membran

200//cellular component| outer plaque of spindle pole body | inferred from direct assay|GO:0005824//biological process| microtubule nucleation | inferred fr





t| mitochondrion | inferred from direct assay|GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biologica

ponent| protein kinase CK2 complex | inferred from direct assay|GO:0005956//biological process| response to DNA damage stimulus | inferred from direct

388//molecular function| calcium-transporting ATPase activity | inferred from mutant phenotype |GO:0005388//cellular component| vacuolar membrane (se

O:0030508//molecular function| glutathione peroxidase activity | inferred from direct assay |GO:0004602//molecular function| glutathione transferase activi

gral to membrane | inferred from direct assay|GO:0016021//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular compon



04674//molecular function| protein kinase activity | inferred from sequence similarity |GO:0004672//cellular component| cytoplasm | inferred from direct assa

nction| GTPase activity | traceable author statement |GO:0003924//molecular function| GTPase activity | inferred from direct assay |GO:0003924//cellular c

| inferred from direct assay |GO:0005634

nent| proteasome core complex, beta-subunit complex (sensu Eukarya) | traceable author statement|GO:0019774//cellular component| proteasome core c

725//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno





nent| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar ribonucleoprotein complex | t

3//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica

NA-nucleus export | inferred from mutant phenotype|GO:0006406



assay|GO:0042800//cellular component| COMPASS complex | inferred from physical interaction|GO:0048188//cellular component| mRNA cleavage and po

m sequence similarity|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from physical interact

28//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| vacuole organization and biogenesis | inferred from mutant



ular component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| cytochrome c-heme linkage | inferred fro

ribokinase activity | inferred from sequence similarity |GO:0004747//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular comp

sm | traceable author statement|GO:0008152

| inferred from direct assay |GO:0005634

nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |

me segregation | inferred from mutant phenotype|GO:0007059//biological process| ubiquitin-dependent protein catabolism | inferred from physical interactio

//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological

irect assay|GO:0008541//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author statement |GO:0005838//biological proces

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl



0176//cellular component| integral to Golgi membrane | inferred from direct assay |GO:0030173//cellular component| COPII-coated vesicle | inferred from d

raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo

| inferred from direct assay |GO:0005634

5//cellular component| nucleolus | inferred from direct assay|GO:0005730



us | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634

:0004012//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| intracellular protein transport | inferred from

cytosol | inferred from direct assay|GO:0005829//biological process| response to copper ion | inferred from mutant phenotype|GO:0046688

onent| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| vacuolar protein catabolism | inferred from sequence similarity|G

molecular function| nuclear localization sequence binding | inferred from physical interaction |GO:0008139//cellular component| cytoplasm | inferred from d

tone deacetylase activity | traceable author statement |GO:0004407//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular comp

om sequence similarity|GO:0042626//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| transp





//molecular function| translation initiation factor activity | inferred from physical interaction |GO:0003743//molecular function| translation initiation factor acti



complex | inferred from direct assay |GO:0000818//cellular component| kinetochore | inferred from direct assay |GO:0000776//biological process| chromos

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| regula

component| nucleus | traceable author statement|GO:0005634//biological process| DNA repair | traceable author statement|GO:0006281//biological proces

mponent| peroxisome | inferred from direct assay|GO:0005777//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological proces

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular function| cell adhesion molecule binding | inferred from sequence similarity |GO:0050839//molecular function| cell adhesion molecule binding | inferred



y|GO:0004315//molecular function| 3-oxoacyl-[acyl-carrier protein] synthase activity | inferred from mutant phenotype |GO:0004315//cellular component| m

molecular function| NADPH dehydrogenase activity | inferred from direct assay |GO:0003959

200//cellular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |







process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047

| inferred from direct assay |GO:0005634

-trans isomerase activity | inferred from direct assay |GO:0003755//cellular component| cytosol | inferred from physical interaction|GO:0005829//biological

component| signal recognition particle | inferred from direct assay|GO:0005786//biological process| protein-ER targeting | inferred from physical interaction

05089//molecular function| signal transducer activity | traceable author statement |GO:0004871//cellular component| shmoo tip | inferred from direct assay



sensu Fungi) | inferred from direct assay |GO:0000324



molecular function| transcription corepressor activity | inferred from genetic interaction |GO:0003714//cellular component| nucleus | inferred from physical in

| inferred from direct assay |GO:0005634

dopeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle, base subcomplex (sensu Eukarya) | in

organization and biogenesis | inferred from mutant phenotype|GO:0007047

t| nucleolus | inferred from sequence similarity|GO:0005730//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| c

ular component| mitochondrial outer membrane | inferred from physical interaction|GO:0005741//cellular component| mitochondrial outer membrane | infer

ar component| plasma membrane | traceable author statement|GO:0005886//biological process| potassium ion homeostasis | inferred from direct assay|GO





onent| cytoplasm | inferred from direct assay|GO:0005737//biological process| Golgi organization and biogenesis | inferred from genetic interaction|GO:00



us | inferred from direct assay |GO:0005634//biological process| 35S primary transcript processing | inferred from mutant phenotype|GO:0006365//biologic







cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:000

r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription from Pol II promoter | inferred from direct ass

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



component| plasma membrane | inferred from direct assay|GO:0005886//biological process| copper ion import | inferred from direct assay|GO:0015677//b

| inferred from direct assay |GO:0005634//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364

| inferred from direct assay |GO:0005634

dopeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle, base subcomplex (sensu Eukarya) | in

/molecular function| transcription corepressor activity | inferred from genetic interaction |GO:0003714//cellular component| soluble fraction | inferred from d



cular function| hydrolase activity | inferred from direct assay |GO:0016787//cellular component| mitochondrion | inferred from direct assay|GO:0005739//ce

y|GO:0004482//molecular function| mRNA (guanine-N7-)-methyltransferase activity | inferred from direct assay |GO:0004482//cellular component| DNA-dir





P-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| nucleolus | traceable author statement|GO:0005730//bio

|GO:0017112//cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//cellular component| endosome | inferred from direct assa

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| rRNA processing | inferred from

cytoplasm | inferred from direct assay|GO:0005737



component| mitochondrial outer membrane translocase complex | inferred from physical interaction|GO:0005742//cellular component| mitochondrial outer

milarity|GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| re-entry into mitotic cell cycle after pherom

component| alpha DNA polymerase:primase complex | traceable author statement|GO:0005658//biological process| lagging strand elongation | traceable



n from Pol II promoter | inferred from genetic interaction|GO:0006366//biological process| DNA repair | inferred from physical interaction |GO:0006281

lecular function| homocitrate synthase activity | inferred from mutant phenotype |GO:0004410//molecular function| homocitrate synthase activity | inferred

tion| calcium ion binding | inferred from sequence similarity |GO:0005509//cellular component| membrane | inferred from sequence similarity|GO:0016020

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ular function| DNA clamp loader activity | inferred from direct assay |GO:0003689//cellular component| DNA replication factor C complex | inferred from dire

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0



| inferred from direct assay |GO:0005634

cular function| triacylglycerol lipase activity | inferred from direct assay |GO:0004806//biological process| lipid metabolism | inferred from sequence similarit



ction| DNA bending activity | inferred from direct assay |GO:0008301//cellular component| condensed nuclear chromosome kinetochore | traceable author

e to dessication | inferred from sequence similarity|GO:0009269//biological process| response to dessication | inferred from expression pattern |GO:000926



mutant phenotype|GO:0008835//molecular function| diaminohydroxyphosphoribosylaminopyrimidine deaminase activity | inferred from genetic interaction

n|GO:0005852//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| mitochondrion organization and biogenesis |

05315//molecular function| inorganic phosphate transporter activity | inferred from mutant phenotype |GO:0005315//molecular function| inorganic phospha

mponent| nuclear cohesin complex | traceable author statement|GO:0000798//biological process| mitotic sister chromatid cohesion | traceable author state

ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//molecular function| transcription factor activity | inferred from gen





ate endosome to vacuole transport | inferred from mutant phenotype|GO:0045324//biological process| late endosome to vacuole transport | inferred from g

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable auth

| inferred from direct assay |GO:0005634//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490

04693//molecular function| cyclin-dependent protein kinase activity | inferred from direct assay |GO:0004693//cellular component| nucleus | inferred from p

nt| ubiquitin ligase complex | inferred from sequence similarity|GO:0000151//biological process| ubiquitin-dependent protein catabolism | inferred from seq

n| mRNA binding | inferred from direct assay |GO:0003729//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| ribos

A)+ mRNA-nucleus export | inferred from mutant phenotype|GO:0016973



ear pore | inferred from direct assay |GO:0005643//biological process| nucleocytoplasmic transport | inferred from physical interaction|GO:0006913





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000







ection | inferred from mutant phenotype|GO:0000282

| inferred from direct assay |GO:0005634//biological process| sporulation | inferred from mutant phenotype|GO:0030435//biological process| protein proce



| inferred from direct assay |GO:0005634

O:0008670//molecular function| 2,4-dienoyl-CoA reductase (NADPH) activity | inferred from direct assay |GO:0008670//cellular component| peroxisomal m

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

tatement|GO:0000014//cellular component| nucleotide excision repair factor 1 complex | traceable author statement|GO:0000110//biological process| nucl

ar function| DRAP deaminase activity | inferred from genetic interaction |GO:0017173//molecular function| pseudouridylate synthase activity | inferred from

nent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| glyco



ed from mutant phenotype |GO:0051087//cellular component| endoplasmic reticulum lumen | inferred from direct assay|GO:0005788//biological process| --

n| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0

ss| cell cycle arrest in response to pheromone | inferred from physical interaction|GO:0000751//biological process| cell cycle arrest in response to pheromo

nction| GTPase activity | traceable author statement |GO:0003924//molecular function| GTPase activity | inferred from direct assay |GO:0003924//cellular c

n| protein binding | inferred from genetic interaction |GO:0005515//cellular component| exocyst | traceable author statement|GO:0000145//cellular compon

4430//molecular function| 1-phosphatidylinositol 4-kinase activity | inferred from direct assay |GO:0004430//cellular component| plasma membrane | inferre

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|







gi to vacuole transport | inferred from physical interaction|GO:0006896//biological process| Golgi to vacuole transport | inferred from mutant phenotype |GO

omponent| cytoplasm | inferred from curator|GO:0005737//biological process| glutaminyl-tRNA aminoacylation | inferred from sequence similarity|GO:0006

molecular function| SUMO-specific protease activity | inferred from direct assay |GO:0016929//molecular function| cysteine-type peptidase activity | inferred

| cytoplasm | inferred from direct assay|GO:0005737//biological process| RNA metabolism | inferred from sequence similarity|GO:0016070

1//molecular function| protein serine/threonine kinase activity | traceable author statement |GO:0004674//cellular component| cAMP-dependent protein kina

m physical interaction|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotyp







ular function| arsenate reductase activity | inferred from direct assay |GO:0030611//biological process| response to arsenate | traceable author statement|G





cular function| exopolyphosphatase activity | inferred from direct assay |GO:0004309//cellular component| cytoplasm | inferred from direct assay|GO:0005

ecular function| RNA binding | inferred from direct assay |GO:0003723//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable a

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te





| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| RNA meta

omponent| chromosome, pericentric region | inferred from direct assay |GO:0000775//biological process| chromatin silencing | inferred from mutant phenot

component| nucleus | inferred from curator|GO:0005634//biological process| invasive growth (sensu Saccharomyces) | inferred from direct assay|GO:000

ar component| actin cytoskeleton | inferred from physical interaction |GO:0015629//biological process| actin cytoskeleton organization and biogenesis | inf



molecular function| cation:cation antiporter activity | inferred from mutant phenotype |GO:0015491//cellular component| membrane | inferred from sequence





molecular function| asparagine-tRNA ligase activity | inferred from direct assay |GO:0004816//cellular component| mitochondrion | inferred from sequence

molecular function| poly(A)-specific ribonuclease activity | inferred from direct assay |GO:0004535//cellular component| cytoplasm | inferred from direct assa



9888//cellular component| cytoplasm | inferred from direct assay|GO:0005737





|GO:0003704//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| cytoplasm | inferred from direct assay|GO:0

iated transport | inferred from mutant phenotype|GO:0016192

| inferred from direct assay |GO:0005634

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

/cellular component| U4/U6 x U5 tri-snRNP complex | traceable author statement|GO:0046540//biological process| nuclear mRNA splicing, via spliceosom

cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| G1/S-specific transcription in mitotic cell cycle | inferred from mut

ular function| protein transporter activity | inferred from physical interaction |GO:0008565//cellular component| mitochondrial outer membrane | inferred fro

in biosynthesis | traceable author statement|GO:0006412

n| GTPase activity | inferred from sequence similarity |GO:0003924//cellular component| spindle pole body | traceable author statement|GO:0005816//biolo





ar function| signal sequence binding | inferred from mutant phenotype |GO:0005048//cellular component| Golgi apparatus | traceable author statement|GO



erred from direct assay |GO:0005737

component| chromatin assembly complex | inferred from direct assay |GO:0005678//cellular component| chromatin silencing complex | inferred from muta









P U2 | inferred from direct assay|GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398



63//molecular function| protein phosphatase type 1 activity | inferred from genetic interaction |GO:0000163//cellular component| protein phosphatase type 1



s| cell cycle | traceable author statement|GO:0007049//biological process| nuclear mRNA splicing, via spliceosome | traceable author statement |GO:0000

l process| Golgi to vacuole transport | inferred from mutant phenotype|GO:0006896

ular component| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//biological process| GPI anchor biosynthesis | inferred

nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| cell grow

P U1 | traceable author statement|GO:0005685//cellular component| snRNP U1 | inferred from physical interaction |GO:0005685//cellular component| snRN

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| SAGA complex | inf

rred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| actin filament organizati





me organization and biogenesis (sensu Eukarya) | inferred from genetic interaction|GO:0007001

ular function| 3'-5'-exoribonuclease activity | inferred from direct assay |GO:0000175//cellular component| CCR4-NOT core complex | inferred from physica



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ed from mutant phenotype |GO:0051082//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred fro

ellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay |GO:0005737//c





rial inner membrane | inferred from direct assay|GO:0005743//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060

asm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

cular function| structural molecule activity | inferred from mutant phenotype |GO:0005198//cellular component| proton-transporting ATP synthase complex,



ular component| mitochondrial outer membrane | inferred from physical interaction|GO:0005741//cellular component| mitochondrial outer membrane | infer



ss| retrograde transport, Golgi to ER | inferred from genetic interaction|GO:0006890

O:0030364//molecular function| cleavage/polyadenylation specificity factor activity | inferred from physical interaction |GO:0030364//cellular component| m



carrier activity | traceable author statement |GO:0005386//molecular function| prenyltransferase activity | inferred from mutant phenotype |GO:0004659//ce

d metabolism | inferred from genetic interaction|GO:0006644

tein binding | inferred from physical interaction |GO:0005515//cellular component| bud tip | inferred from physical interaction|GO:0005934//cellular compon

O:0046027//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| lipid storage | inferred from mutant ph

t|GO:0003721//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| telomerase holoenzyme complex | inferred fro

olecular function| phosphopantothenoylcysteine decarboxylase activity | inferred from sequence similarity |GO:0004633//cellular component| cytoplasm | in

mponent| CCR4-NOT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:00057

ocess| inosine salvage | inferred from mutant phenotype|GO:0006190









ecular function| chaperone activator activity | inferred from direct assay |GO:0030189//cellular component| cytoplasm | inferred from physical interaction|GO

r activity | inferred from direct assay |GO:0004857//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| prot



nt|GO:0016251//cellular component| chromatin remodeling complex | inferred from physical interaction|GO:0016585//cellular component| SWI/SNF comple





008177//molecular function| succinate dehydrogenase (ubiquinone) activity | inferred from mutant phenotype |GO:0008177//cellular component| respirator



R-Golgi transport vesicle | inferred from direct assay|GO:0030134//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular

ed DNA binding | traceable author statement |GO:0003684//cellular component| nuclear telomeric heterochromatin | traceable author statement|GO:00057





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ess| Golgi vesicle transport | inferred from genetic interaction|GO:0048193



4430//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| actin cytoskeleton organization and biogenesis |

008972//biological process| thiamin biosynthesis | inferred from genetic interaction|GO:0009228//biological process| thiamin biosynthesis | inferred from ex

om sequence similarity|GO:0042626//molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from mutant phe





ular function| geranyltranstransferase activity | inferred from direct assay |GO:0004337//molecular function| dimethylallyltranstransferase activity | traceable

component| signal recognition particle | inferred from direct assay|GO:0005786//biological process| protein-ER targeting | inferred from physical interaction



tip | inferred from physical interaction|GO:0005934//cellular component| exocyst | traceable author statement |GO:0000145//cellular component| exocyst |

nent| cytoplasm | inferred from direct assay|GO:0005737

ular function| structural molecule activity | inferred from direct assay |GO:0005198//cellular component| spindle pole body | inferred from direct assay|GO:0



A clamp loader activity | inferred from direct assay |GO:0003689//cellular component| DNA replication factor C complex | inferred from direct assay|GO:000

17112//cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//cellular component| vacuole (sensu Fungi) | inferred from direct

omponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| mRNA catabolism | traceable author statement|GO:0006402//biological

ar function| snoRNA binding | inferred from direct assay |GO:0030515//cellular component| nucleolus | inferred from direct assay|GO:0005730//biological p

eus | inferred from direct assay |GO:0005634//biological process| calcium-mediated signaling | inferred from genetic interaction|GO:0019722//biological pr

| mitochondrion | traceable author statement|GO:0005739//biological process| fatty acid biosynthesis | traceable author statement|GO:0006633

gical process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| cell cycle checkpoint | inferred from mutant phenotype |GO:00000

s| adaptation to pheromone during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000754







| inferred from direct assay |GO:0005634

omponent| nuclear membrane | traceable author statement|GO:0005635//biological process| mRNA polyadenylation | inferred from genetic interaction|GO

/cellular component| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biologica



//cellular component| mitochondrial large ribosomal subunit | inferred from physical interaction|GO:0005762//biological process| aerobic respiration | inferr

n-transporting ATPase V1 domain | inferred from physical interaction |GO:0000221//biological process| vacuolar acidification | inferred from physical intera

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



| inferred from direct assay |GO:0005634

ganization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| nuclear mRNA splicing, via spliceosome | inferred from gene



0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nuclear m

mponent| intracellular | traceable author statement|GO:0005622//biological process| glutathione biosynthesis | traceable author statement|GO:0006750



m sequence similarity|GO:0004015//molecular function| adenosylmethionine-8-amino-7-oxononanoate transaminase activity | inferred from direct assay |G



omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

ponent| bud tip | inferred from direct assay|GO:0005934//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuc





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



//molecular function| copper-exporting ATPase activity | inferred from mutant phenotype |GO:0004008//cellular component| Golgi trans face | inferred from

mponent| cytosol | traceable author statement|GO:0005829//cellular component| mitochondrial matrix | traceable author statement |GO:0005759//biologica

ion organization and biogenesis | inferred from mutant phenotype|GO:0007005

cellular component| Sin3 complex | inferred from physical interaction|GO:0016580//cellular component| nucleus | inferred from physical interaction |GO:00

:0004012//cellular component| trans-Golgi network transport vesicle | inferred from direct assay|GO:0030140//biological process| intracellular protein trans

lasm | inferred from direct assay |GO:0005654//biological process| ribosomal large subunit biogenesis | inferred from direct assay|GO:0042273

38//cellular component| septum | inferred from direct assay|GO:0030428//cellular component| cell wall (sensu Fungi) | inferred from direct assay |GO:0009

| inferred from direct assay |GO:0005634

lar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glycogen metabolism | inferred from sequence similarity|GO:00059



749//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| 'de novo' pyrimidine base biosynthesis | traceable author



vacuolar targeting | inferred from mutant phenotype|GO:0006623

5519//cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cel

component| alpha DNA polymerase:primase complex | traceable author statement|GO:0005658//biological process| lagging strand elongation | traceable

//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| DNA-directed RNA polymerase III complex | traceable autho

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun



ed from mutant phenotype |GO:0051082//cellular component| prefoldin complex | inferred from sequence similarity|GO:0016272//cellular component| prefo

ent|GO:0004420//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| mitochondrial matrix

olecular function| Rab GTPase activator activity | inferred from physical interaction |GO:0005097//molecular function| Rab GTPase activator activity | inferr



cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| incipient bud site | inferred from direct assay |GO:0000131//bi



ng of 20S pre-rRNA | traceable author statement|GO:0030490//biological process| ribosome biogenesis | traceable author statement |GO:0007046

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of nitrogen utilization | inferred from mutant phenotype|GO:00068



ular function| 3'-5' exonuclease activity | inferred from mutant phenotype |GO:0008408//cellular component| nucleus | inferred from direct assay|GO:000563



omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

tron splicing | inferred from mutant phenotype|GO:0000372//biological process| Group I intron splicing | inferred from direct assay |GO:0000372





GO:0005052//molecular function| peroxisome targeting signal receptor activity | traceable author statement |GO:0005051//molecular function| peroxisome

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| response to salt stress | inferred from physical interaction|GO:0009

GO:0045129//molecular function| NAD-independent histone deacetylase activity | inferred from direct assay |GO:0045129//molecular function| NAD-depen



ponent| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| endoplasmic reticulum | inferred from direct assay |GO:00057

487//molecular function| protein kinase activity | inferred from direct assay |GO:0004672//cellular component| cytosol | inferred from direct assay|GO:00058

atrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005739//cellular component| presequen

ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579

NA replication origin binding | traceable author statement |GO:0003688//cellular component| nuclear origin of replication recognition complex | traceable au



GO:0003702//molecular function| RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003702//cellular component| cytoplasm |

GO:0008650//molecular function| rRNA (uridine-2'-O-)-methyltransferase activity | inferred from direct assay |GO:0008650//cellular component| mitochondr

itochondrial outer membrane | traceable author statement|GO:0005741//biological process| mitochondrial fusion | inferred from physical interaction|GO:00



nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//biological process| transcription initiation



endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| ER to Golgi transport | traceable author statement|GO:000

tion| RNA binding | inferred from direct assay |GO:0003723//cellular component| nucleoplasm | traceable author statement|GO:0005654//biological proces





mponent| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrial matrix protein import | traceable author statement|GO:

ent| cytoplasm | inferred from direct assay|GO:0005737//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biolo

snRNP U6 | inferred from direct assay|GO:0005688//biological process| mRNA catabolism | inferred from physical interaction|GO:0006402//biological proc





component| actin cortical patch (sensu Fungi) | traceable author statement|GO:0030479//biological process| polar budding | inferred from mutant phenotyp

003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from

| inferred from direct assay |GO:0005634

chondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

GO:0008176//molecular function| protein binding | inferred from physical interaction |GO:0005515//cellular component| nucleus | inferred from direct assay|



nt| cytosol | inferred from direct assay|GO:0005829//biological process| endocytosis | inferred from mutant phenotype|GO:0006897//biological process| pro





| inferred from mutant phenotype|GO:0016049

red from direct assay|GO:0005737//biological process| signal transduction | traceable author statement|GO:0007165//biological process| spindle pole body

response to unfolded protein | inferred from expression pattern|GO:0006986

04406//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cell

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| signal transduction | inferred from physical interaction|GO:0007165

to dessication | inferred from sequence similarity|GO:0009269//biological process| rRNA processing | traceable author statement |GO:0006364



0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

| inferred from direct assay |GO:0005634







ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//cellular component| mitochondrial small ribosomal subunit | tra





O:0016538//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| protein amino acid phosphorylation | traceable



ganization and biogenesis | inferred from mutant phenotype|GO:0007047

lecular function| protein disulfide isomerase activity | inferred from mutant phenotype |GO:0003756//cellular component| vacuole (sensu Fungi) | inferred fr

omponent| respiratory chain complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| aerobic respiration | traceabl

| inferred from direct assay |GO:0005634//biological process| negative regulation of gluconeogenesis | inferred from mutant phenotype|GO:0045721

O:0016538//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| premeiotic DNA synthesis | inferred from mutant phen

08806//cellular component| cytoplasm | inferred from direct assay|GO:0005737

nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar ribonucleoprotein complex | traceable au



opeptidase activity | inferred from physical interaction |GO:0004175//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable autho



component| cell | traceable author statement|GO:0005623//biological process| histidine biosynthesis | traceable author statement|GO:0000105

| inferred from direct assay |GO:0005634

ombination | inferred from mutant phenotype|GO:0007131

plication factor C complex | traceable author statement |GO:0005663//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro



mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of translation | inferred from mutant phenotype|GO:0006445//b

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| DNA dealkylation | traceable author statement|GO:0006307



function| double-stranded DNA binding | inferred from direct assay |GO:0003690//cellular component| nucleus | inferred from direct assay|GO:0005634//ce

cular function| structural molecule activity | inferred from mutant phenotype |GO:0005198//cellular component| proton-transporting ATP synthase complex,

ponent| protein kinase CK2 complex | inferred from direct assay|GO:0005956//biological process| response to DNA damage stimulus | inferred from direct

mponent| nucleus | inferred from direct assay|GO:0005634



ction| H3/H4 histone acetyltransferase activity | inferred from direct assay |GO:0004406//cellular component| nuclear chromatin | inferred from direct assay

osome | inferred from direct assay|GO:0005768//biological process| protein-vacuolar targeting | inferred from physical interaction|GO:0006623//biological p

//molecular function| aldehyde dehydrogenase activity | inferred from mutant phenotype |GO:0004028//cellular component| cytoplasm | inferred from seque

//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr



04674//molecular function| protein serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//cellular component| cytoplasm | inferred

| inferred from direct assay |GO:0005634

densed nuclear chromosome kinetochore | inferred from direct assay|GO:0000778//biological process| chromosome segregation | inferred from physical in









component| alpha DNA polymerase:primase complex | traceable author statement|GO:0005658//biological process| lagging strand elongation | traceable



r function| isocitrate lyase activity | inferred from mutant phenotype |GO:0004451//biological process| glyoxylate cycle | traceable author statement|GO:000

k | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//biological process| conjugation with cellu



ss| ER to Golgi transport | inferred from genetic interaction|GO:0006888

| inferred from direct assay |GO:0005634

| inferred from mutant phenotype|GO:0030435//biological process| negative regulation of DNA transposition | inferred from mutant phenotype |GO:000033

process| nuclear mRNA splicing, via spliceosome | traceable author statement|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome



s| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype|GO:0000398

28//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| phosphorylation | inferred from direct assay|GO:0016310//bio

vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological process| glycerol metabolism | inferred from genetic interaction|GO



ent| cell cortex | inferred from direct assay|GO:0005938

|GO:0003704//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| transcription initiation from Pol II promoter



ular function| transcription factor activity | inferred from physical interaction |GO:0003700//molecular function| transcription factor activity | inferred from dir

nzyme activator activity | inferred from direct assay |GO:0008047//molecular function| mRNA binding | inferred from physical interaction |GO:0003729//cellu

17//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| calcium-mediated signaling | inferred from mut

negative regulation of transcription by glucose | inferred from mutant phenotype|GO:0045014//biological process| protein-vacuolar targeting | inferred from

nt| chromatin remodeling complex | inferred from direct assay|GO:0016585//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular



component| nuclear origin of replication recognition complex | traceable author statement|GO:0005664//biological process| chromatin silencing at silent m

3//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype|GO:0007064



us | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processing of 20S p

molecular function| single-stranded DNA specific endodeoxyribonuclease activity | inferred from direct assay |GO:0000014//cellular component| nucleus | tr

th | inferred from genetic interaction|GO:0007117//biological process| mitotic cell cycle | inferred from genetic interaction |GO:0000278

process| alpha-tubulin folding | traceable author statement|GO:0007024//biological process| post-chaperonin tubulin folding pathway | traceable author stat



onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

0005085//cellular component| membrane | traceable author statement|GO:0016020//cellular component| vacuole | inferred from direct assay |GO:0005773

| inferred from direct assay |GO:0005634

ion| t-SNARE activity | inferred from mutant phenotype |GO:0005486//cellular component| Golgi apparatus | inferred from mutant phenotype|GO:0005794/

asma membrane | traceable author statement|GO:0005886//cellular component| plasma membrane | inferred from direct assay |GO:0005886//biological p





ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

GO:0004368//molecular function| glycerol-3-phosphate dehydrogenase activity | inferred from mutant phenotype |GO:0004368//molecular function| glycerol

ty|GO:0004933//molecular function| mating-type a-factor pheromone receptor activity | inferred from mutant phenotype |GO:0004933//cellular component|



0003755//cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324

biological process| O-linked glycosylation | inferred from direct assay|GO:0006493

on| receptor activity | inferred from genetic interaction |GO:0004872//cellular component| late endosome | inferred from direct assay|GO:0005770//cellular

endosome | inferred from physical interaction |GO:0005768//biological process| retrograde transport, endosome to Golgi | inferred from physical interactio





/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| rRNA processing | inferred from

transport vesicle | inferred from direct assay|GO:0030133//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process|



ess| protein-membrane targeting | inferred from mutant phenotype|GO:0006612//biological process| protein-membrane targeting | inferred from genetic int



molecular function| chromatin binding | traceable author statement |GO:0003682//cellular component| cytoplasm | traceable author statement|GO:0005737

:0000751//biological process| cell cycle arrest in response to pheromone | inferred from mutant phenotype |GO:0000751

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| mitochondrial intermembrane space protein t

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

matin binding | inferred from direct assay |GO:0003682//cellular component| nucleolus | traceable author statement|GO:0005730//cellular component| nuc

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen

cleus | inferred from direct assay |GO:0005634//biological process| osmoregulation | inferred from mutant phenotype|GO:0018987//biological process| osm

008495//cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| heme a biosynthesis | traceable

nction| xylulokinase activity | inferred from mutant phenotype |GO:0004856//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biolo

tion| protein binding | inferred from direct assay |GO:0005515//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| p

ependent DNA helicase activity | traceable author statement |GO:0004003//molecular function| chromatin binding | traceable author statement |GO:000368

on|GO:0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inf

GO:0045129//molecular function| NAD-independent histone deacetylase activity | inferred from direct assay |GO:0045129//molecular function| NAD-depen

gical process| actin filament organization | inferred from physical interaction|GO:0007015//biological process| endocytosis | inferred from mutant phenotype

component| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| response to osmotic stress | inferred from

ular component| vacuole (sensu Fungi) | inferred from mutant phenotype|GO:0000324//biological process| response to stress | inferred from mutant pheno

ponent| cytoplasm | traceable author statement|GO:0005737//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:

ent| mitochondrial outer membrane | inferred from direct assay|GO:0005741//biological process| protein-mitochondrial targeting | inferred from genetic inte

lular component| cytosol | inferred from direct assay |GO:0005829//biological process| regulation of translational elongation | inferred from physical interac

onent| nuclear nucleosome | inferred from direct assay|GO:0000788//cellular component| condensed nuclear chromosome, pericentric region | inferred from



nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

milarity|GO:0004633//biological process| coenzyme A biosynthesis | inferred from sequence similarity|GO:0015937//biological process| G1/S transition of m



onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO



ated signaling | inferred from genetic interaction|GO:0019933



nt| nucleolus | inferred from direct assay|GO:0005730//biological process| ribosome biogenesis | traceable author statement|GO:0007046//biological proce









ulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

function| choline kinase activity | inferred from direct assay |GO:0004103//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biologic

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//molecular function| histone ace

olecular function| transcriptional activator activity | inferred from expression pattern |GO:0016563//cellular component| cytoplasm | inferred from physical in



component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process



on|GO:0005671//biological process| nucleosome disassembly | inferred from physical interaction|GO:0006337

r component| proteasome regulatory particle (sensu Eukarya) | traceable author statement|GO:0005838//biological process| ubiquitin-dependent protein c



espiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060

on| helicase activity | inferred from sequence similarity |GO:0004386//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular comp

| inferred from direct assay |GO:0005634



s| sphingolipid biosynthesis | inferred from genetic interaction|GO:0030148

ty|GO:0004515//molecular function| nicotinate-nucleotide adenylyltransferase activity | inferred from genetic interaction |GO:0004515//cellular component|



/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| cell grow

r component| mitochondrion | inferred from direct assay |GO:0005739//biological process| proteolysis and peptidolysis | inferred from physical interaction|G

mponent| nucleus | inferred from curator|GO:0005634//biological process| double-strand break repair | traceable author statement|GO:0006302//biological

omponent| respiratory chain complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| aerobic respiration | traceabl

us | inferred from direct assay|GO:0005634//biological process| poly(A)+ mRNA-nucleus export | inferred from genetic interaction|GO:0016973

plasm | inferred from direct assay|GO:0005737//biological process| NEDD8 class-dependent protein catabolism | inferred from direct assay|GO:0019942



6299//cellular component| ESCRT II complex | inferred from direct assay|GO:0000814//biological process| protein-Golgi retention | inferred from mutant ph

cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| plasma membrane | inferred from direct ass

| ligase activity | inferred from mutant phenotype |GO:0016874//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological pro

/molecular function| FMN adenylyltransferase activity | inferred from direct assay |GO:0003919//cellular component| cytoplasm | inferred from direct assay





nent| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| cytokinesis, contractile ring contraction | inferre

08599//molecular function| protein phosphatase type 1 activity | inferred from physical interaction |GO:0000163//cellular component| protein phosphatase ty



|GO:0003704//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056



tic recombination | inferred from mutant phenotype|GO:0007131

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred





ent| mitochondrial inner membrane | inferred from direct assay |GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0005739

onent| cytoplasm | inferred from direct assay|GO:0005737



04144//molecular function| diacylglycerol O-acyltransferase activity | inferred from mutant phenotype |GO:0004144//cellular component| lipid particle | infe

ss| autophagy | inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen

thor statement|GO:0046933//molecular function| structural molecule activity | traceable author statement |GO:0005198//molecular function| structural mole



plasm | inferred from direct assay |GO:0005737

nt| nucleus | inferred from direct assay|GO:0005634//biological process| meiosis | inferred from direct assay|GO:0007126//biological process| DNA unwindi



oldin complex | inferred from sequence similarity|GO:0016272//cellular component| prefoldin complex | inferred from physical interaction |GO:0016272//cel





ogical process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433

onent| integral to membrane | inferred from sequence similarity|GO:0016021//biological process| transport | inferred from sequence similarity|GO:0006810

cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| transcription from mitochondrial promoter | inferred f

complex | inferred from physical interaction |GO:0000812//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623//bio

ecular function| glucose transporter activity | inferred from genetic interaction |GO:0005355//molecular function| galactose transporter activity | inferred from



omponent| nuclear exosome (RNase complex) | inferred from direct assay|GO:0000176//biological process| 35S primary transcript processing | traceable

nent| proteasome core complex, alpha-subunit complex (sensu Eukarya) | inferred from sequence similarity|GO:0019773//cellular component| proteasome



owth (sensu Saccharomyces) | inferred from mutant phenotype|GO:0001403//biological process| conjugation with cellular fusion | inferred from mutant phe

ponent| plasma membrane | inferred from physical interaction |GO:0005886//biological process| Golgi to plasma membrane transport | inferred from physic





nferred from direct assay |GO:0005934

ar component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from mutant phenotype |GO:00

irect assay|GO:0008541//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author statement |GO:0005838//biological proces



O:0030364//cellular component| mRNA cleavage and polyadenylation specificity factor complex | traceable author statement|GO:0005847//cellular compon



al process| ubiquinone metabolism | inferred from mutant phenotype|GO:0006743



5519//cellular component| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| polarisome | traceable author statement |

ytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| processing



on| protein kinase activity | inferred from direct assay |GO:0004672//cellular component| spindle microtubule | inferred from direct assay|GO:0005876//cell

ent| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| ribosome assembly | inferred from mutant phenotype|GO:

al process| GPI anchor biosynthesis | inferred from mutant phenotype |GO:0006506

nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

atrix | inferred from direct assay|GO:0005759//biological process| protein folding | inferred from direct assay|GO:0006457



monoubiquitination | inferred from sequence similarity|GO:0006513//biological process| protein monoubiquitination | inferred from mutant phenotype |GO:00

nt|GO:0016251//molecular function| cyclin-dependent protein kinase activity | traceable author statement |GO:0004693//cellular component| transcription fa

725//molecular function| protein tyrosine phosphatase activity | inferred from direct assay |GO:0004725//cellular component| cytoplasm | inferred from direc

molecular function| pseudouridylate synthase activity | inferred from direct assay |GO:0004730//cellular component| cytoplasm | inferred from direct assay

unction| 5'-3' exoribonuclease activity | traceable author statement |GO:0004534//molecular function| recombinase activity | traceable author statement |GO

O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| regula



vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| vesicle fusion | traceable author statement|GO:0006906//b



lecular function| transcription cofactor activity | inferred from mutant phenotype |GO:0003712//cellular component| SAGA complex | inferred from direct ass

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

al process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction



acuolar targeting | inferred from mutant phenotype|GO:0006623

process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747

uclear chromatin | inferred from direct assay|GO:0000790//biological process| DNA repair | inferred from mutant phenotype|GO:0006281

nent| proteasome regulatory particle, lid subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008541//biological process| ubiquitin-dependent pro



molecular function| transcriptional activator activity | inferred from mutant phenotype |GO:0016563//cellular component| nucleus | inferred from curator|GO:0

|GO:0008330//molecular function| protein tyrosine/threonine phosphatase activity | inferred from direct assay |GO:0008330//biological process| regulation

| inferred from direct assay |GO:0005634//biological process| DNA replication licensing | inferred from direct assay|GO:0030174

GO:0003702//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II prom

onent| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrial genome maintenance | inferred from genetic interaction|G



|GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter







process| secretory pathway | inferred from mutant phenotype|GO:0045045

on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|





:0000751//biological process| cell cycle arrest in response to pheromone | inferred from mutant phenotype |GO:0000751

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

ent| mitochondrion | inferred from direct assay|GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biologi

raceable author statement|GO:0005856//cellular component| chaperonin-containing T-complex | traceable author statement |GO:0005832//cellular compo

ellular component| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400

ss| peroxisome degradation | inferred from mutant phenotype|GO:0030242//biological process| protein-vacuolar targeting | inferred from mutant phenotype

r function| glycerol kinase activity | inferred from mutant phenotype |GO:0004370//cellular component| cytoplasm | inferred from direct assay|GO:0005737/



ellular component| prospore membrane | traceable author statement|GO:0005628//cellular component| spore wall (sensu Fungi) | traceable author statem

organization and biogenesis | inferred from mutant phenotype|GO:0007047







densed nuclear chromosome kinetochore | inferred from direct assay|GO:0000778//biological process| chromosome segregation | inferred from physical in

mponent| CCR4-NOT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:00057



onent| cytosol | inferred from direct assay|GO:0005829//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979//bi

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| snRNP U6 | inferred from direct assa







| inferred from direct assay |GO:0005634

autophagy | inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

plasm | inferred from direct assay|GO:0005737//biological process| mRNA catabolism, deadenylation-dependent | inferred from mutant phenotype|GO:000

acuolar targeting | inferred from mutant phenotype|GO:0006623

function| glycerol transporter activity | inferred from sequence similarity |GO:0015168//molecular function| transporter activity | inferred from mutant pheno



nt|GO:0016251//cellular component| transcription factor TFIIF complex | traceable author statement|GO:0005674//biological process| transcription initiation

iosynthesis | inferred from physical interaction|GO:0006412

003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from

endosome | inferred from physical interaction |GO:0005768//biological process| protein-Golgi retention | inferred from mutant phenotype|GO:0045053//bio

nt| Golgi apparatus | inferred from direct assay|GO:0005794//cellular component| GARP complex | inferred from physical interaction |GO:0000938//biologi

endosome | inferred from physical interaction |GO:0005768//biological process| protein-Golgi retention | inferred from mutant phenotype|GO:0045053//bio

membrane fusion | inferred from mutant phenotype|GO:0045026

nent| proteasome core complex (sensu Eukarya) | traceable author statement|GO:0005839//biological process| ubiquitin-dependent protein catabolism | tra









mponent| actin cortical patch (sensu Fungi) | inferred from physical interaction|GO:0030479//biological process| polar budding | inferred from mutant phen



ar component| epsilon DNA polymerase complex | inferred from direct assay|GO:0008622//cellular component| replication fork | traceable author statemen

ar function| transcription regulator activity | inferred from direct assay |GO:0030528//cellular component| cytoplasm | traceable author statement|GO:00057

complex | inferred from direct assay |GO:0000818//cellular component| kinetochore | inferred from direct assay |GO:0000776//biological process| chromos

TPase activity | inferred from sequence similarity |GO:0003924//cellular component| Golgi apparatus | traceable author statement|GO:0005794//biological

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| aerobic respiration | inferred from mutan

omponent| peroxisome | inferred from direct assay|GO:0005777//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular compon

42124//cellular component| cytoplasm | inferred from direct assay|GO:0005737

eus | inferred from physical interaction|GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338

46//cellular component| mitochondrial matrix | inferred from sequence similarity|GO:0005759//biological process| translational elongation | inferred from ge



ed from sequence similarity |GO:0051082//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| periph

transport | inferred from mutant phenotype|GO:0006888

milarity|GO:0004553

05089//biological process| signal transduction | inferred from mutant phenotype|GO:0007165//biological process| signal transduction | inferred from geneti



| nuclear pore | inferred from physical interaction|GO:0005643//biological process| mRNA-nucleus export | inferred from physical interaction|GO:0006406

//molecular function| 6-phosphofructo-2-kinase activity | inferred from direct assay |GO:0003873//cellular component| cytoplasm | inferred from curator|GO





ess| synaptonemal complex formation | inferred from mutant phenotype|GO:0007130

ype peptidase activity | inferred from sequence similarity |GO:0008234//biological process| pyridoxine metabolism | traceable author statement|GO:000861



t| insoluble fraction | inferred from direct assay |GO:0005626//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000

9888//cellular component| protein phosphatase type 1 complex | inferred from physical interaction|GO:0000164//biological process| regulation of glycogen

al process| telomerase-dependent telomere maintenance | inferred from mutant phenotype|GO:0007004//biological process| chromatin silencing at telome

ellular component| mitochondrion | inferred from direct assay|GO:0005739

mponent| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| aerobic respiration | inferred from genetic interaction

function| histone deacetylase activity | inferred from mutant phenotype |GO:0004407//molecular function| histone deacetylase activity | inferred from direct

process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747

component| proteasome core complex (sensu Eukarya) | inferred from physical interaction|GO:0005839//cellular component| proteasome core complex (se

cular function| mRNA binding | inferred from direct assay |GO:0003729//cellular component| commitment complex | inferred from physical interaction|GO:0

me activator activity | inferred from mutant phenotype |GO:0008538//molecular function| proteasome activator activity | inferred from direct assay |GO:0008

ganization and biogenesis | inferred from mutant phenotype|GO:0007047

cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:000

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun



|GO:0016251//cellular component| transcription factor TFIIA complex | inferred from direct assay|GO:0005672//biological process| transcription initiation fr

ent| nuclear chromosome | inferred from physical interaction|GO:0000228//biological process| mitotic recombination | inferred from mutant phenotype|GO:0

ear pore | inferred from direct assay|GO:0005643//biological process| poly(A)+ mRNA-nucleus export | inferred from physical interaction|GO:0016973//bio

r component| histone acetyltransferase complex | traceable author statement|GO:0000123//cellular component| histone acetyltransferase complex | inferre





on| clathrin binding | inferred from physical interaction |GO:0030276//cellular component| AP-1 adaptor complex | inferred from sequence similarity|GO:003



O:0003706//molecular function| ligand-regulated transcription factor activity | inferred from mutant phenotype |GO:0003706//cellular component| nucleus | in

TPase activity | inferred from sequence similarity |GO:0016887//cellular component| chromatin accessibility complex | inferred from sequence similarity|GO



mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

ular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleotide excision repair factor 4 complex | inferred from direct a

quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular co

metabolism | inferred from genetic interaction |GO:0006259

hrome biogenesis | inferred from mutant phenotype|GO:0017004//biological process| cytochrome biogenesis | inferred from direct assay |GO:0017004//bi





ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc







response to unfolded protein | inferred from expression pattern|GO:0006986

| inferred from direct assay |GO:0005634



ucleus | inferred from direct assay|GO:0005634//biological process| processing of 20S pre-rRNA | traceable author statement|GO:0030490



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

olecular function| Rab GTPase activator activity | inferred from direct assay |GO:0005097//cellular component| bud tip | inferred from direct assay|GO:0005

molecular function| methionine-tRNA ligase activity | inferred from mutant phenotype |GO:0004825//cellular component| mitochondrion | inferred from muta





| inferred from direct assay |GO:0005634

milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c

lar component| eukaryotic translation initiation factor 2B complex | inferred from direct assay|GO:0005851//cellular component| ribosome | traceable autho



nt| ubiquitin ligase complex | inferred from sequence similarity|GO:0000151//biological process| ubiquitin-dependent protein catabolism | inferred from seq



onent| endosome | inferred from direct assay|GO:0005768//biological process| protein transport | inferred from direct assay|GO:0015031

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//cellular component| mitochondrial small ribosomal subunit | tra

ecular function| glucose transporter activity | inferred from genetic interaction |GO:0005355//molecular function| galactose transporter activity | inferred from

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| proteolysis and peptidolysis | inferred from physical interaction|GO:0006

ogical process| osmosensory signaling pathway | traceable author statement|GO:0007231//biological process| protein amino acid phosphorylation | tracea

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

04684//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| signal transduction | inferred from mutant pheno



g of 27S pre-rRNA | inferred from mutant phenotype|GO:0030489//biological process| processing of 27S pre-rRNA | inferred from genetic interaction |GO:





endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological process| vesicle fusion | traceable author statement|GO:0006906//b







ction| DNA binding | traceable author statement |GO:0003677//cellular component| chromatin silencing complex | inferred from direct assay|GO:0005677//b

exodeoxyribonuclease activity | inferred from direct assay |GO:0004529//molecular function| endodeoxyribonuclease activity | inferred from direct assay |G

omponent| membrane | inferred from sequence similarity|GO:0016020

ecular function| endopolyphosphatase activity | inferred from direct assay |GO:0000298//cellular component| vacuolar membrane | inferred from mutant ph







cessing | inferred from mutant phenotype|GO:0006364

function| protein kinase activity | inferred from direct assay |GO:0004672//cellular component| membrane fraction | inferred from direct assay|GO:0005624





ss| bud site selection | inferred from mutant phenotype|GO:0000282

ent| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| incipient

of transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357

200//molecular function| structural constituent of cytoskeleton | inferred from physical interaction |GO:0005200//cellular component| septin ring | inferred fro

n| protein binding | inferred from physical interaction |GO:0005515//cellular component| CCR4-NOT complex | inferred from physical interaction|GO:00300

4418//molecular function| hydroxymethylbilane synthase activity | inferred from mutant phenotype |GO:0004418//molecular function| hydroxymethylbilane s

9//biological process| chromatin remodeling | inferred from direct assay|GO:0006338



ar function| urea transporter activity | inferred from mutant phenotype |GO:0015204//cellular component| plasma membrane | inferred from sequence simila

binding | inferred from direct assay |GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:0005686//biological process| spliceosom

08640//cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| autophagy | inferred from mutant phenotype|GO:000

A repair | inferred from direct assay|GO:0006281

inferred from direct assay |GO:0016887//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytoplas





ular function| DNA clamp loader activity | inferred from direct assay |GO:0003689//cellular component| DNA replication factor C complex | inferred from seq

cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| 35S primary transcript processing | inferred from mutant pheno



96//molecular function| glycogen synthase kinase 3 activity | inferred from genetic interaction |GO:0004696//biological process| response to stress | inferre



ar component| spliceosome complex | traceable author statement|GO:0005681//biological process| spliceosome assembly | inferred from mutant phenoty



aged DNA binding | inferred from direct assay |GO:0003684//cellular component| nuclear chromosome | inferred from direct assay|GO:0000228//biologica



nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

ular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| chromatin silencing at silent mating-type

ud growth | inferred from mutant phenotype|GO:0007117//biological process| bud growth | inferred from genetic interaction |GO:0007117//biological proces

r component| mitochondrion | inferred from direct assay|GO:0005739

ction| permease activity | inferred from direct assay |GO:0015646//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886/

| inferred from direct assay |GO:0005634



nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737





eus | inferred from physical interaction|GO:0005634//biological process| meiotic DNA double-strand break formation | traceable author statement|GO:0042

ocess| protein complex assembly | traceable author statement|GO:0006461

//cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| vacuole (sensu Fungi) | inferred from direct assay |

:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511

r component| cytoplasm | inferred from direct assay|GO:0005737



| inferred from direct assay |GO:0005634





m physical interaction|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotyp

56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081



al process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype |GO:0001403

ent| nucleus | inferred from direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//biological pro



al process| mitochondrial fission | inferred from mutant phenotype|GO:0000266//biological process| mitochondrial fission | inferred from genetic interaction

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

04416//molecular function| hydroxyacylglutathione hydrolase activity | inferred from direct assay |GO:0004416//cellular component| mitochondrial matrix |

coupled | inferred from direct assay |GO:0042623//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | i

ipid binding | inferred from mutant phenotype |GO:0008289//cellular component| membrane | inferred from physical interaction|GO:0016020//biological pro

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant pheno

nce similarity|GO:0003864//molecular function| 3-methyl-2-oxobutanoate hydroxymethyltransferase activity | inferred from mutant phenotype |GO:0003864

omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

ction| histone acetyltransferase activity | traceable author statement |GO:0004402//cellular component| nuclear nucleosome | traceable author statement|G

ferred from sequence similarity |GO:0005524//cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759





mponent| mitochondrial matrix | inferred from mutant phenotype|GO:0005759//biological process| RNA splicing | inferred from sequence similarity|GO:0008

quitination | inferred from genetic interaction|GO:0016567//biological process| protein-nucleus export | inferred from genetic interaction |GO:0006611

mponent| nuclear pore | traceable author statement|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from mutant phen

component| nucleus | inferred from physical interaction|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred

tin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| endocytosis | inferred from sequence similarity|GO:0006897//

ed from mutant phenotype |GO:0051082//molecular function| --- | inferred from genetic interaction |GO:0051082//cellular component| endoplasmic reticulum

al process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| protein complex assembly | inferred from mutant phenot



0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

03702//cellular component| nucleus | inferred from curator|GO:0005634//biological process| response to cadmium ion | inferred from mutant phenotype|GO



mutant phenotype|GO:0016889//molecular function| endodeoxyribonuclease activity, producing 3'-phosphomonoesters | inferred from direct assay |GO:00



omponent| cytoplasmic exosome (RNase complex) | inferred from direct assay|GO:0000177//cellular component| nuclear exosome (RNase complex) | infe

003906//molecular function| pyrimidine-specific oxidized base lesion DNA N-glycosylase activity | inferred from sequence similarity |GO:0000703//molecula

process| response to pheromone | inferred from genetic interaction|GO:0019236//biological process| protein amino acid phosphorylation | inferred from se

03702//cellular component| nucleus | inferred from curator|GO:0005634//biological process| response to cadmium ion | inferred from mutant phenotype|GO

//molecular function| receptor signaling protein activity | inferred from mutant phenotype |GO:0005057//cellular component| shmoo tip | inferred from direct

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//cellular component| transcriptio

onent| peroxisomal matrix | traceable author statement|GO:0005782//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological p

34//cellular component| cytoplasm | inferred from direct assay|GO:0005737

P U2 | inferred from direct assay|GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct assay|GO:0000398

cellular component| DNA-directed RNA polymerase I complex | inferred from direct assay|GO:0005736//biological process| transcription from Pol I promote

l process| Golgi to vacuole transport | inferred from mutant phenotype|GO:0006896

omponent| Ada2/Gcn5/Ada3 transcription activator complex | inferred from physical interaction|GO:0005671//cellular component| SAGA complex | inferred

plasm | inferred from direct assay |GO:0005737

ular function| prenyltransferase activity | inferred from direct assay |GO:0004659//cellular component| lipid particle | inferred from direct assay|GO:0005811

ucose transporter activity | traceable author statement |GO:0005355//molecular function| receptor activity | traceable author statement |GO:0004872//cellul

ent| bud neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| incipient



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

|GO:0003704//molecular function| DNA binding | traceable author statement |GO:0003677//cellular component| nucleus | inferred from physical interaction



r component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| spliceosome complex | inferred from genetic interaction |GO:00056



GO:0004722//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| G1/S transition of mitotic cell cycle | inferr

ent| nucleus | inferred from direct assay|GO:0005634//biological process| protein catabolism | inferred from sequence similarity|GO:0030163



| inferred from direct assay |GO:0005634

ar component| nucleus | inferred from direct assay|GO:0005634//cellular component| histone deacetylase complex | inferred from physical interaction |GO:





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| vesicle fusion | inferred from mutant phenotype|GO:0006906//

onent| snRNP U2 | inferred from physical interaction|GO:0005686//cellular component| snRNP U2 | inferred from direct assay |GO:0005686//biological pro

ction| cytochrome-c oxidase activity | inferred from direct assay |GO:0004129//cellular component| respiratory chain complex IV (sensu Eukarya) | inferred



densed nuclear chromosome kinetochore | inferred from direct assay|GO:0000778//biological process| chromosome segregation | inferred from physical in

plasm | inferred from direct assay|GO:0005737//biological process| regulation of transcription, DNA-dependent | traceable author statement|GO:0006355/



O:0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from mutant phenotype |GO:0030508//molecular function| glutathion

ecular function| transcription regulator activity | inferred from genetic interaction |GO:0030528//cellular component| nucleus | inferred from curator|GO:000

O:0016944//cellular component| Cdc73/Paf1 complex | traceable author statement|GO:0016593//cellular component| Cdc73/Paf1 complex | inferred from p

vacuole (sensu Fungi) | inferred from direct assay |GO:0000324



r component| CCAAT-binding factor complex | traceable author statement|GO:0016602//cellular component| nucleus | inferred from direct assay |GO:0005



nt| mitochondrial inner membrane | inferred from direct assay |GO:0005743//biological process| cytochrome c oxidase biogenesis | inferred from mutant ph



MA complex | inferred from direct assay|GO:0000817//cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| chromatin silencing | traceable author statement|GO:0006342





endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//cellular component| nuclear membrane | inferred from direct assay |GO:0005

0026//cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| protein amino acid glycosylation | inferred from mu



//molecular function| SUMO activating enzyme activity | inferred from mutant phenotype |GO:0019948//molecular function| SUMO activating enzyme activit

ular component| periplasmic space (sensu Fungi) | non-traceable author statement|GO:0030287//cellular component| cytoplasm | non-traceable author st

004029//molecular function| aldehyde dehydrogenase (NAD) activity | inferred from mutant phenotype |GO:0004029//cellular component| mitochondrion | in

5//molecular function| aminoacyl-tRNA hydrolase activity | inferred from genetic interaction |GO:0004045//molecular function| aminoacyl-tRNA hydrolase a

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho







onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| anaphase-promoting complex | traceable author statement |GO:0005680//

GO:0004366//molecular function| glycerol-3-phosphate O-acyltransferase activity | inferred from genetic interaction |GO:0004366//molecular function| glyc



onent| extracellular | inferred from direct assay|GO:0005576//biological process| cellular morphogenesis | inferred from mutant phenotype|GO:0000902

endoplasmic reticulum membrane | traceable author statement|GO:0005789//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0





ellular component| cytoplasm | inferred from curator|GO:0005737//biological process| glycogen catabolism | inferred from mutant phenotype|GO:0005980



III complex | inferred from direct assay |GO:0000815//biological process| late endosome to vacuole transport | inferred from mutant phenotype|GO:004532





4042//molecular function| amino-acid N-acetyltransferase activity | inferred from direct assay |GO:0004042//cellular component| mitochondrial matrix | infer

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



function| 5'-3' exonuclease activity | inferred from direct assay |GO:0008409//molecular function| exonuclease activity | traceable author statement |GO:000



om sequence similarity|GO:0042626//cellular component| mitochondrion | inferred from direct assay|GO:0005739

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0



ss| metal ion transport | inferred from mutant phenotype|GO:0030001//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:

molecular function| SUMO-specific protease activity | inferred from direct assay |GO:0016929//molecular function| cysteine-type peptidase activity | inferred



onent| DNA replication factor C complex | traceable author statement|GO:0005663//cellular component| nucleus | inferred from physical interaction |GO:00

03701//molecular function| ribosomal DNA (rDNA) binding | traceable author statement |GO:0000182//cellular component| RNA polymerase I upstream ac

on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|



l process| SRP-dependent cotranslational membrane targeting, translocation | inferred from mutant phenotype|GO:0006616//biological process| SRP-dep

ed from physical interaction |GO:0051082//molecular function| --- | inferred from mutant phenotype |GO:0051082//molecular function| --- | inferred from gen

onent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO

th and/or maintenance | inferred from mutant phenotype|GO:0008151

| inferred from direct assay |GO:0005634

:0042175//cellular component| integral to membrane | inferred from sequence similarity |GO:0016021//cellular component| integral to membrane | inferred



ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//molecular function| transcription factor activity | inferred from dire





tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



nt| snRNP U1 | traceable author statement|GO:0005685//cellular component| snRNP U1 | inferred from physical interaction |GO:0005685//cellular compon

ellular component| intermediate filament | traceable author statement|GO:0005882//cellular component| cytoplasm | traceable author statement |GO:0005

al process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| inner mitochondrial membrane organization and biogene



III complex | inferred from direct assay |GO:0000815//biological process| late endosome to vacuole transport | inferred from mutant phenotype|GO:004532

03962//biological process| sulfur metabolism | inferred from sequence similarity|GO:0006790

636//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634





0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

ular function| lysophospholipase activity | inferred from mutant phenotype |GO:0004622//cellular component| plasma membrane | inferred from sequence

nt| nuclear membrane | inferred from direct assay|GO:0005635//biological process| microautophagy | inferred from mutant phenotype|GO:0016237



assay|GO:0042800//molecular function| chromatin binding | inferred from mutant phenotype |GO:0003682//cellular component| COMPASS complex | inferr

85//cellular component| cytoplasmic vesicle | inferred from direct assay|GO:0016023//cellular component| cytosol | inferred from direct assay |GO:0005829

on|GO:0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inf

03701//cellular component| RNA polymerase I transcription factor complex | traceable author statement|GO:0000120//biological process| transcription from

neck | inferred from direct assay|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| cytoplasm | infer

onent| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ER to Golgi transport | inferred from genetic interaction|GO:0

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen

O:0003977//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

molecular function| RNA methyltransferase activity | inferred from mutant phenotype |GO:0008173//cellular component| nucleolus | inferred from direct assa

//cellular component| mitochondrial small ribosomal subunit | inferred from physical interaction|GO:0005763//biological process| aerobic respiration | inferr



aging | inferred from mutant phenotype|GO:0007569//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phen





on| protein binding | inferred from physical interaction |GO:0005515//molecular function| double-stranded DNA binding | inferred from physical interaction |G

ion|GO:0030364//molecular function| cleavage/polyadenylation specificity factor activity | inferred from mutant phenotype |GO:0030364//cellular componen

//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| butanediol fermentation | inferred from direct assay|GO:0019







olus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| rRNA processing

//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol









004445//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| exocytosis | traceable author statement|G

ation | inferred from direct assay|GO:0008283//biological process| DNA repair | inferred from direct assay |GO:0006281



gulation of DNA transposition | inferred from mutant phenotype|GO:0000335

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

on| double-stranded DNA binding | inferred from direct assay |GO:0003690//molecular function| AT DNA binding | inferred from direct assay |GO:0003680/



ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

1//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//biological process| aerobic respiration | infe

on| GTPase activity | inferred from physical interaction |GO:0003924//cellular component| Golgi apparatus | traceable author statement|GO:0005794//biolo

igase complex | inferred from direct assay|GO:0000151//biological process| cAMP-mediated signaling | inferred from physical interaction|GO:0019933//bio

/molecular function| polynucleotide 3'-phosphatase activity | inferred from direct assay |GO:0046403//biological process| DNA repair | inferred from mutant

ular component| mitochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subun

lar function| glycerone kinase activity | inferred from direct assay |GO:0004371//cellular component| cytoplasm | inferred from direct assay|GO:0005737//b

component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological pr

071//molecular function| protein phosphatase type 2C activity | inferred from direct assay |GO:0015071

GO:0005462//molecular function| UDP-N-acetylglucosamine transporter activity | inferred from mutant phenotype |GO:0005462//cellular component| endop





llular component| spindle pole body | inferred from direct assay|GO:0005816//cellular component| nucleolus | inferred from direct assay |GO:0005730//cell

al process| inner mitochondrial membrane organization and biogenesis | inferred from mutant phenotype|GO:0007007//biological process| inner mitochond

52//cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction|GO:0005847//cellular componen

al process| protein monoubiquitination | traceable author statement|GO:0006513//biological process| protein polyubiquitination | traceable author statemen

mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| copper ion transport | inferred from sequence similarity|GO:00



sma membrane | inferred from direct assay|GO:0005886//biological process| vesicle-mediated transport | inferred from mutant phenotype|GO:0016192//bi

olecular function| aspartate-tRNA ligase activity | inferred from mutant phenotype |GO:0004815//cellular component| mitochondrion | inferred from sequenc

|GO:0003704//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| transcription initiation from Pol II promoter



component| nucleus | traceable author statement|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from m

/cellular component| U4/U6 x U5 tri-snRNP complex | inferred from mutant phenotype|GO:0046540//biological process| nuclear mRNA splicing, via spliceo

ion (sensu Fungi) | inferred from physical interaction|GO:0030437//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype |GO:003

| inferred from direct assay |GO:0005634

0004596//molecular function| peptide alpha-N-acetyltransferase activity | inferred from mutant phenotype |GO:0004596//cellular component| mitochondrion

9//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromatin remodeling | inferred from sequence similarity|GO:0

04458//cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759



ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun



| inferred from direct assay |GO:0005634//biological process| proteasomal ubiquitin-dependent protein catabolism | inferred from mutant phenotype|GO:00

GO:0015230//molecular function| flavin-adenine dinucleotide transporter activity | inferred from mutant phenotype |GO:0015230//cellular component| mitoc

ar component| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| cytoplasm | non-traceable author statement |GO:0005737









092//molecular function| carnitine O-acetyltransferase activity | inferred from mutant phenotype |GO:0004092//cellular component| peroxisomal matrix | trac

rocess| double-strand break repair | traceable author statement |GO:0006302

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

milarity|GO:0003704//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from sequence sim

NA metabolism | inferred from physical interaction|GO:0016074//biological process| snoRNA metabolism | inferred from mutant phenotype |GO:0016074

/molecular function| epoxide hydrolase activity | inferred from direct assay |GO:0004301//molecular function| aminopeptidase activity | inferred from direct

721//molecular function| phosphoprotein phosphatase activity | inferred from direct assay |GO:0004721//cellular component| plasma membrane | inferred f

| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| mitochondrion organization and biogenesis | inferred from mutant



process| DNA topological change | inferred from physical interaction|GO:0006265//biological process| DNA replication checkpoint | inferred from physical i

92//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| carnitine metabolism | inferred from mutant phenotype|GO

ane | inferred from physical interaction|GO:0016020//biological process| autophagy | inferred from direct assay|GO:0006914//biological process| transport

| inferred from direct assay |GO:0005634



ent| nucleus | inferred from direct assay|GO:0005634

nt|GO:0016251//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//cellular component| nucleotide excision

/molecular function| transmembrane receptor activity | inferred from mutant phenotype |GO:0004888//molecular function| transmembrane receptor activity

tion| mannose binding | inferred from mutant phenotype |GO:0005537//cellular component| cell wall (sensu Fungi) | traceable author statement|GO:00092

251//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

nuclear membrane organization and biogenesis | inferred from mutant phenotype|GO:0006998//biological process| protein-nucleus export | inferred from m

l process| Golgi to vacuole transport | inferred from mutant phenotype|GO:0006896

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te

mponent| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//biological process| endoplasmic reticulum inheritance | inferred from mutant p



ity|GO:0015997//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//cellular component| mitochondrion | traceab

llular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005730



0176//biological process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433

r component| CCAAT-binding factor complex | traceable author statement|GO:0016602//biological process| transcription | traceable author statement|GO:0

cellular component| spliceosome complex | inferred from genetic interaction|GO:0005681//cellular component| spliceosome complex | inferred from direct

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable auth

nt| nucleus | inferred from curator|GO:0005634//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological proces

inferred from direct assay |GO:0016887//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellular component| cytoplas

d from mutant phenotype |GO:0051082//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| p

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

O:0016538//molecular function| general RNA polymerase II transcription factor activity | traceable author statement |GO:0016251//cellular component| trans

//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica

ction|GO:0042720//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//biological process| proteolysis and peptid

silencing at telomere | inferred from mutant phenotype|GO:0006348

ent| clathrin vesicle coat | inferred from direct assay|GO:0030125//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological proce

mponent| membrane | inferred from direct assay|GO:0016020//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process|

mponent| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| rRNA processing | inferred from mutant phenotype|G

r function| electron carrier activity | inferred from mutant phenotype |GO:0009055//cellular component| endoplasmic reticulum | inferred from direct assay|G

omponent| mitochondrion | inferred from direct assay|GO:0005739//biological process| phospholipid biosynthesis | inferred from sequence similarity|GO:00





nt| nuclear pore | inferred from direct assay|GO:0005643//biological process| actin filament-based process | inferred from genetic interaction|GO:0030029/

oxisomal membrane | traceable author statement|GO:0005778//biological process| peroxisome organization and biogenesis | traceable author statement|G

008121//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//biological process| cytochrome bc(1)



nt| cytoplasm | inferred from direct assay|GO:0005737

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005









ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| fatty acid metabolism | inferred from m

005088//molecular function| guanyl-nucleotide exchange factor activity | traceable author statement |GO:0005085//molecular function| signal transducer a

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

nent| signalosome complex | inferred from direct assay |GO:0008180//biological process| adaptation to pheromone during conjugation with cellular fusion |





olecular function| signal transducer activity | inferred from sequence similarity |GO:0004871//cellular component| intracellular | traceable author statement|

| inferred from direct assay |GO:0005634





mponent| plasma membrane | inferred from direct assay|GO:0005886//cellular component| endoplasmic reticulum membrane | inferred from direct assay |

ellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred from direct assay |G

complex | inferred from direct assay |GO:0000818//cellular component| kinetochore | inferred from direct assay |GO:0000776//biological process| chromos

| inferred from direct assay |GO:0005634

ular function| enzyme regulator activity | inferred from mutant phenotype |GO:0030234//molecular function| protein binding | inferred from direct assay |GO:

| traceable author statement |GO:0005634//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype|GO:0

/cellular component| nucleoplasm | traceable author statement|GO:0005654//biological process| protein amino acid phosphorylation | traceable author sta

component| periplasmic space (sensu Fungi) | non-traceable author statement|GO:0030287//cellular component| periplasmic space (sensu Fungi) | inferre

0007005//biological process| thiamin metabolism | inferred from expression pattern |GO:0006772

folding | traceable author statement|GO:0007025//biological process| post-chaperonin tubulin folding pathway | traceable author statement |GO:0007023

ble-stranded DNA binding | inferred from direct assay |GO:0003690//molecular function| AT DNA binding | inferred from direct assay |GO:0003680//molecu

llular component| cytoplasm | traceable author statement|GO:0005737//biological process| vacuolar protein catabolism | inferred from mutant phenotype|G

ogical process| ER organization and biogenesis | inferred from mutant phenotype|GO:0007029

selection | inferred from mutant phenotype|GO:0000282







tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ecular function| sodium channel activity | inferred from direct assay |GO:0005272//molecular function| potassium channel activity | inferred from direct assa

molecular function| ferric-chelate reductase activity | inferred from mutant phenotype |GO:0000293//cellular component| plasma membrane | inferred from s



20//cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//biological process| cellular morphogenesis during conjugation with

03702//cellular component| transcription factor TFIID complex | inferred from direct assay|GO:0005669//biological process| transcription from Pol II promote



eroxisomal matrix | traceable author statement|GO:0005782//biological process| oxygen and reactive oxygen species metabolism | traceable author statem

ent| extrinsic to plasma membrane | inferred from genetic interaction|GO:0019897//biological process| L-lysine transport | inferred from mutant phenotype|

nt| nucleus | inferred from direct assay |GO:0005634



ner membrane | inferred from direct assay|GO:0005743//biological process| protein processing | inferred from mutant phenotype|GO:0016485//biological p

| inferred from direct assay |GO:0005634//biological process| negative regulation of gluconeogenesis | inferred from mutant phenotype|GO:0045721

cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| U4/U6 x U5 tri-snRNP complex | infer

growth and/or maintenance | inferred from mutant phenotype|GO:0008151//biological process| signal transduction | inferred from mutant phenotype |GO:0



ed DNA binding | traceable author statement |GO:0003684//cellular component| nuclear telomeric heterochromatin | traceable author statement|GO:00057

r component| Ada2/Gcn5/Ada3 transcription activator complex | inferred from physical interaction|GO:0005671//cellular component| SAGA complex | infer





nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred



ect assay|GO:0008534//molecular function| DNA-(apurinic or apyrimidinic site) lyase activity | inferred from direct assay |GO:0003906//molecular function|



ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

ular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pseudohyphal growth | traceable author statement|GO:0007124//b

nt phenotype|GO:0004616//cellular component| cytosol | traceable author statement|GO:0005829//biological process| glucose metabolism | inferred from m

molecular function| protein kinase regulator activity | inferred from direct assay |GO:0019887//cellular component| cytoplasm | inferred from direct assay|GO





biogenesis | inferred from mutant phenotype|GO:0007046//biological process| rRNA processing | inferred from direct assay |GO:0006364

traceable author statement|GO:0007126//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412



t| soluble fraction | inferred from direct assay|GO:0005625//cellular component| extracellular | inferred from direct assay |GO:0005576//biological process|

drial matrix | inferred from direct assay|GO:0005759//biological process| intracellular iron ion storage | inferred from mutant phenotype|GO:0006880//biolog

| inferred from direct assay |GO:0005634//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364



lular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| folic acid and derivative biosynthesis | inferred from mutant phen



| inferred from direct assay |GO:0005634//biological process| meiosis | traceable author statement|GO:0007126

biogenesis | inferred from direct assay|GO:0007046



k | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| cytoplasm | inferred



3962//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo

olecular function| ubiquitin-protein ligase activity | inferred from genetic interaction |GO:0004842//cellular component| endoplasmic reticulum membrane |

08//molecular function| holocytochrome-c synthase activity | inferred from mutant phenotype |GO:0004408//cellular component| mitochondrial intermembra

ular function| structural molecule activity | inferred from direct assay |GO:0005198//cellular component| spindle pole body | inferred from mutant phenotype

GO:0046820//molecular function| 4-amino-4-deoxychorismate synthase activity | inferred from mutant phenotype |GO:0046820//cellular component| cytopla



omponent| mitochondrion | traceable author statement|GO:0005739//biological process| tyrosyl-tRNA aminoacylation | traceable author statement|GO:000

ess| meiosis | inferred from mutant phenotype |GO:0007126//biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype

| inferred from direct assay |GO:0005634

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

d as acceptor | inferred from direct assay|GO:0016655//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biolog

| inferred from direct assay |GO:0005634

ellular component| proteasome complex (sensu Eukarya) | inferred from physical interaction|GO:0000502//biological process| sporulation (sensu Fungi) |





nt|GO:0016251//cellular component| SWI/SNF complex | traceable author statement|GO:0016514//cellular component| nucleosome remodeling complex |

R to Golgi transport | inferred from sequence similarity|GO:0006888//biological process| ER to Golgi transport | inferred from genetic interaction |GO:00068

on| ribonuclease MRP activity | inferred from direct assay |GO:0000171//cellular component| nucleolar ribonuclease P complex | inferred from direct assay|

cal process| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|GO:0007103//biological process| G2/M transition of m





enotype|GO:0004395//cellular component| extrinsic to membrane | inferred from direct assay|GO:0019898//cellular component| mitochondrial inner memb



molecular function| endopeptidase inhibitor activity | inferred from genetic interaction |GO:0004866//biological process| vacuole fusion, non-autophagic | inf



nt|GO:0016251//cellular component| transcription factor TFIIF complex | traceable author statement|GO:0005674//biological process| transcription initiation

//molecular function| SUMO activating enzyme activity | inferred from direct assay |GO:0019948//cellular component| nucleus | inferred from direct assay|G

chondrial intermembrane space protein import | inferred from mutant phenotype|GO:0045041//biological process| cytochrome c-heme linkage | inferred fro

omponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|



vate metabolism | traceable author statement|GO:0006090



nce similarity|GO:0008757//cellular component| mitochondrion | inferred from direct assay|GO:0005739

ed from direct assay |GO:0051082//cellular component| mitochondrial matrix | traceable author statement|GO:0005759//biological process| protein complex

ecular function| peptidyltransferase activity | inferred from sequence similarity |GO:0000048//cellular component| mitochondrial large ribosomal subunit | tra

dopeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle, base subcomplex (sensu Eukarya) | in



function| protein kinase activity | inferred from sequence similarity |GO:0004672//cellular component| nucleus | traceable author statement|GO:0005634//b

drion organization and biogenesis | inferred from mutant phenotype|GO:0007005



lar component| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| arginyl-tRNA aminoacylation | inferred from mutant phen



pe|GO:0000277//molecular function| [cytochrome c]-lysine N-methyltransferase activity | inferred from direct assay |GO:0000277//cellular component| cytos

O:0016944//molecular function| Pol II transcription elongation factor activity | inferred from mutant phenotype |GO:0016944//cellular component| DNA-direct



lar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:00

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

57//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

ation from Pol II promoter | inferred from physical interaction|GO:0006368

ular function| bilirubin transporter activity | inferred from genetic interaction |GO:0015127//molecular function| cadmium ion transporter activity | inferred fro

1//molecular function| phosphoprotein phosphatase activity | inferred from direct assay |GO:0004721//cellular component| nucleus | inferred from physical

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

cation fork | inferred from direct assay|GO:0005657//cellular component| pre-replicative complex | inferred from direct assay |GO:0005656//biological proce

200//cellular component| outer plaque of spindle pole body | inferred from direct assay|GO:0005824//cellular component| spindle pole body | inferred from



| inferred from direct assay |GO:0005634//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047







tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

mponent| nucleus | inferred from physical interaction|GO:0005634//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131

08106//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

ocessing | traceable author statement|GO:0006364//biological process| ribosomal large subunit assembly and maintenance | traceable author statement |

chromosome segregation | traceable author statement|GO:0007059

ent| cytoplasm | inferred from direct assay|GO:0005737





NP U2 | inferred from direct assay|GO:0005686//biological process| spliceosome assembly | inferred from sequence similarity|GO:0000245//biological proc





cular function| ATP-dependent RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable auth

/cellular component| chromatin accessibility complex | inferred from physical interaction |GO:0008623//cellular component| nucleus | inferred from direct as

tein biosynthesis | traceable author statement|GO:0006412



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

olecular function| Rab GTPase activator activity | inferred from direct assay |GO:0005097//cellular component| cytoplasm | inferred from direct assay|GO:0

plasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | infe







ner membrane | inferred from direct assay|GO:0005743//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological p

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

component| cytoplasm | inferred from physical interaction|GO:0005737//biological process| positive regulation of transcription from Pol II promoter by pher

transport | inferred from mutant phenotype|GO:0006888

A metabolism | inferred from mutant phenotype|GO:0016071//biological process| aerobic respiration | inferred from mutant phenotype |GO:0009060



| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| rRNA proc



ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//molecular function| DNA binding | inferred from direct assay |GO:

dopeptidase activity | traceable author statement |GO:0004175//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author sta

ent| AP-1 adaptor complex | inferred from physical interaction|GO:0030121//biological process| vesicle-mediated transport | inferred from sequence similar

nt| nucleus | traceable author statement|GO:0005634//biological process| gene conversion at MAT locus | traceable author statement|GO:0007534//biolog

1//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//biological process| iron-sulfur cluster assem



ar component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| protein biosynthesis | inferred from mutant phe

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

003709//cellular component| transcription factor TFIIIB complex | traceable author statement|GO:0000126//biological process| transcription initiation from P

P binding | traceable author statement |GO:0005524//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nuclea

esin complex | inferred from direct assay|GO:0000798//cellular component| condensed nuclear chromosome, pericentric region | inferred from direct assa

endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular compon

III complex | inferred from direct assay |GO:0000815//biological process| late endosome to vacuole transport | inferred from physical interaction|GO:00453

function| protein carrier activity | inferred from physical interaction |GO:0008320//cellular component| cytoplasm | inferred from direct assay|GO:0005737//c



:0003711//cellular component| transcription elongation factor complex | inferred from sequence similarity|GO:0008023//biological process| RNA elongation

ellular component| cytoplasm | inferred from curator|GO:0005737//biological process| negative regulation of gluconeogenesis | inferred from mutant pheno

mponent| bud neck | inferred from direct assay|GO:0005935//biological process| axial budding | traceable author statement|GO:0007120//biological proces

GO:0005089//molecular function| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| intracellular | traceable au









y|GO:0016758//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct a

//cellular component| DNA-directed RNA polymerase III complex | traceable author statement|GO:0005666//biological process| transcription from Pol III pr







nent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction



compound as acceptor | inferred from sequence similarity|GO:0016649//cellular component| mitochondrion | inferred from physical interaction|GO:000573

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

| inferred from direct assay |GO:0005634//biological process| protein monoubiquitination | inferred from physical interaction|GO:0006513



omponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|

49//cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| glutamate biosynthesis | traceable author statem



| inferred from direct assay |GO:0005634//biological process| 35S primary transcript processing | inferred from mutant phenotype|GO:0006365

ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579



ponent| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription | inferred from mutant phenotype|GO:0045941





ear telomere cap complex | traceable author statement|GO:0000783//biological process| telomere capping | traceable author statement|GO:0016233



/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//biological process| nuclear mRNA splicing, via spl

lar function| lactate transporter activity | inferred from direct assay |GO:0015129//cellular component| plasma membrane | inferred from sequence similarit

unction| mRNA binding | inferred from physical interaction |GO:0003729//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biolo

olecular function| thioredoxin peroxidase activity | inferred from mutant phenotype |GO:0008379//molecular function| thioredoxin peroxidase activity | inferr



ular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| plasma membrane | inferred from direct assay |GO:0005886//cell

l process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192



nt|GO:0003704//cellular component| nuclear chromosome | inferred from direct assay|GO:0000228//biological process| hyperosmotic response | inferred fr

al process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction

nent| signalosome complex | inferred from direct assay |GO:0008180//biological process| adaptation to pheromone during conjugation with cellular fusion |







ction| DNA-dependent ATPase activity | inferred from direct assay |GO:0008094//cellular component| nucleus | inferred from curator|GO:0005634//biologic

49//cellular component| mitochondrial matrix | non-traceable author statement|GO:0005759//cellular component| mitochondrion | inferred from direct assay



0004437//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476



onent| snRNP U6 | traceable author statement|GO:0005688//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364//biologic

ss| response to stress | inferred from mutant phenotype|GO:0006950

m | inferred from physical interaction|GO:0005737//biological process| protein folding | inferred from genetic interaction|GO:0006457

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//cellular component| mitochondrial small ribosomal subunit | tra

8466//molecular function| glycogenin glucosyltransferase activity | inferred from genetic interaction |GO:0008466//biological process| glycogen biosynthes

component| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process



//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737/



cellular component| nucleolus | inferred from direct assay|GO:0005730//biological process| 35S primary transcript processing | traceable author statement

| inferred from direct assay |GO:0005634

ent| nuclear cohesin complex | traceable author statement|GO:0000798//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

nent| proteasome regulatory particle (sensu Eukarya) | traceable author statement|GO:0005838//cellular component| cytoplasm | inferred from direct assay







eton organization and biogenesis | traceable author statement|GO:0007010



h | inferred from mutant phenotype|GO:0007117//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotyp

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho



lular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro

quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO

ent| mitochondrion | inferred from direct assay |GO:0005739//biological process| protein refolding | inferred from genetic interaction|GO:0042026//biologica

m physical interaction|GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred from mutant phenotyp

nt| Golgi apparatus | traceable author statement|GO:0005794//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular com



molecular function| chromatin binding | traceable author statement |GO:0003682//cellular component| cytoplasm | traceable author statement|GO:0005737

//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial large ribosoma

ty|GO:0004515//molecular function| nicotinate-nucleotide adenylyltransferase activity | inferred from genetic interaction |GO:0004515//cellular component|

nent| small nuclear ribonucleoprotein complex | traceable author statement|GO:0030532//cellular component| small nucleolar ribonucleoprotein complex | t

mponent| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| endocytosis | inferred from mutant phenotype|GO



| inferred from direct assay |GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from physical interaction|GO:0042273//biologica

mponent| cytoplasm | inferred from direct assay|GO:0005737

mponent| nucleus | inferred from direct assay|GO:0005634//cellular component| histone deacetylase complex | inferred from direct assay |GO:0000118//bio

erred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| incipient bud site | infe

| inferred from direct assay |GO:0005634//biological process| karyogamy | inferred from physical interaction|GO:0000741



eus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0

ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579

ar function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| mitochondrial inner membrane | inferred from sequen

5//molecular function| magnesium ion transporter activity | inferred from mutant phenotype |GO:0015095//molecular function| magnesium ion transporter a

00778//biological process| meiotic chromosome segregation | inferred from mutant phenotype|GO:0045132

ent| mitochondrion | inferred from direct assay|GO:0005739



nction| telomerase activity | inferred from direct assay |GO:0003720//cellular component| telomerase holoenzyme complex | traceable author statement|GO

to Golgi transport | inferred from mutant phenotype|GO:0006888//biological process| protein complex assembly | inferred from direct assay |GO:0006461

quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO



cal process| protein biosynthesis | traceable author statement|GO:0006412







th | inferred from genetic interaction|GO:0007117

ear cohesin complex | inferred from physical interaction|GO:0000798//cellular component| nuclear cohesin complex | inferred from direct assay |GO:00007





h and/or maintenance | traceable author statement|GO:0008151

tin cortical patch (sensu Fungi) | inferred from physical interaction|GO:0030479//biological process| actin filament organization | inferred from mutant phen

450//cellular component| peroxisome | traceable author statement|GO:0005777//cellular component| cytoplasm | inferred from direct assay |GO:0005737//



r component| cytoplasm | inferred from curator|GO:0005737//biological process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biolo

3//molecular function| RNA-3'-phosphate cyclase activity | inferred from direct assay |GO:0003963//cellular component| nucleolus | inferred from direct ass

cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| iron ion homeostasis | inferred from muta

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| SAGA complex | inf

//cellular component| mitochondrial small ribosomal subunit | inferred from sequence similarity|GO:0005763//cellular component| mitochondrion | inferred

| inferred from direct assay |GO:0005634//biological process| ubiquitin-dependent protein catabolism | inferred from expression pattern|GO:0006511

gulation of cell growth | inferred from physical interaction|GO:0001558

on| DNA helicase activity | inferred from direct assay |GO:0003678//cellular component| nucleus | inferred from curator|GO:0005634//biological process| te

/molecular function| epsilon DNA polymerase activity | inferred from mutant phenotype |GO:0003893//cellular component| chromatin accessibility complex

cal process| telomere capping | traceable author statement|GO:0016233



O:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| regula

| inferred from direct assay |GO:0005634

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| translational initiation | inferred from mu

ss| meiotic recombination | inferred from mutant phenotype|GO:0007131

ular function| ribosomal DNA (rDNA) binding | inferred from direct assay |GO:0000182//cellular component| nucleolus | inferred from direct assay|GO:00057

component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from dir



| inferred from direct assay |GO:0005634

transport vesicle | inferred from direct assay|GO:0030133//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process|

ological process| chromatin silencing at telomere | inferred from genetic interaction |GO:0006348//biological process| chromatin silencing at telomere | infe

ar component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular compone



plasm | inferred from direct assay|GO:0005737//biological process| microtubule-based process | traceable author statement|GO:0007017

omosome segregation | inferred from mutant phenotype|GO:0045132//biological process| DNA replication checkpoint | inferred from genetic interaction |GO

ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| retromer complex | traceable author statemen

| nucleolus | traceable author statement|GO:0005730//biological process| rRNA processing | traceable author statement|GO:0006364

| inferred from direct assay |GO:0005634



mal large subunit assembly and maintenance | inferred from mutant phenotype|GO:0000027

/cellular component| small nuclear ribonucleoprotein complex | inferred from direct assay|GO:0030532//cellular component| nucleus | inferred from direct a

c spindle checkpoint | inferred from mutant phenotype|GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:0

bridge of spindle pole body | inferred from direct assay|GO:0005825//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred f

cessing | inferred from physical interaction|GO:0006364

3//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype|GO:0007064





ent| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| aerobic respiration | inferred from mutant phenotype|GO:0

nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//cellular component| nucleolus | inferred from direct assay





eus | inferred from physical interaction|GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338







ular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| vitamin/cofactor transport | inferred from direct assay|GO:

t| bud neck | traceable author statement|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//biological process| exocytosis







GO:0000318//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979//biological process| response to oxidative stre



| inferred from direct assay |GO:0005634

ar component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579

of transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357



ogical process| karyogamy during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000742//biological process| karyogamy during con





/cellular component| U4/U6 x U5 tri-snRNP complex | traceable author statement|GO:0046540//biological process| nuclear mRNA splicing, via spliceosom

mponent| nuclear pore | inferred from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|

016566//molecular function| specific transcriptional repressor activity | inferred from physical interaction |GO:0016566//molecular function| specific transcrip



56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081

lysome | inferred from direct assay|GO:0005844//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| mRNA cat

| inferred from direct assay |GO:0005634



tion| v-SNARE activity | inferred from mutant phenotype |GO:0005485//molecular function| v-SNARE activity | inferred from genetic interaction |GO:000548

lar signaling cascade | inferred from genetic interaction|GO:0007242

725//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| actin filament organization | inferred from mutant phenoty

0016455//cellular component| mediator complex | inferred from direct assay|GO:0000119//biological process| transcription from Pol II promoter | inferred fr

function| double-stranded DNA binding | inferred from direct assay |GO:0003690//cellular component| nucleus | inferred from direct assay|GO:0005634//ce





e|GO:0016763//molecular function| transferase activity, transferring pentosyl groups | inferred from genetic interaction |GO:0016763//molecular function| tra

component| proteasome complex (sensu Eukarya) | inferred from physical interaction|GO:0000502//biological process| protein monoubiquitination | tracea

al process| mitochondrial fission | inferred from physical interaction|GO:0000266//biological process| mitochondrial fission | inferred from mutant phenotyp

component| nucleus | traceable author statement|GO:0005634//biological process| DNA repair | traceable author statement|GO:0006281//biological proces

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

nent| signalosome complex | inferred from direct assay |GO:0008180//biological process| adaptation to pheromone during conjugation with cellular fusion |

ar component| nucleus | inferred from direct assay|GO:0005634//biological process| nuclear migration | inferred from mutant phenotype|GO:0007097//biol

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| negative regulation of calcium ion-dependent exocytosis | inferred from dire



er activity | inferred from sequence similarity |GO:0008565//molecular function| protein transporter activity | inferred from physical interaction |GO:0008565/

ospholipid-translocating ATPase activity | traceable author statement |GO:0004012//cellular component| trans-Golgi network transport vesicle | inferred fro



on| ATP binding | inferred from sequence similarity |GO:0005524//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular comp

//cellular component| mitochondrial large ribosomal subunit | inferred from physical interaction|GO:0005762//biological process| protein biosynthesis | infe

| inferred from direct assay |GO:0005634

doplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process|

cellular component| nucleolus | traceable author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statemen

asma membrane | inferred from direct assay|GO:0005886//cellular component| heterotrimeric G-protein complex | inferred from direct assay |GO:0005834



nt| bud neck | traceable author statement|GO:0005935//cellular component| spindle pole body | inferred from direct assay |GO:0005816//biological process

| cytoplasm | inferred from direct assay|GO:0005737

nt| nucleus | inferred from direct assay|GO:0005634//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:0006468//biolo



dase activity | inferred from direct assay |GO:0004601//molecular function| heme oxygenase (decyclizing) activity | inferred from sequence similarity |GO:0

component| delta DNA polymerase complex | traceable author statement|GO:0005659//biological process| postreplication repair | traceable author statem

ent| chromatin | inferred from direct assay |GO:0000785//biological process| RNA splicing | inferred from physical interaction|GO:0008380//biological proce

c DNA synthesis | inferred from mutant phenotype|GO:0006279//biological process| premeiotic DNA synthesis | inferred from genetic interaction |GO:0006

iological process| protein neddylation | inferred from direct assay|GO:0045116//biological process| protein monoubiquitination | traceable author statemen

:0003844//molecular function| 1,4-alpha-glucan branching enzyme activity | inferred from genetic interaction |GO:0003844//cellular component| cytoplasm

P U1 | traceable author statement|GO:0005685//cellular component| snRNP U1 | inferred from physical interaction |GO:0005685//cellular component| snRN



90//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277

0008934//molecular function| inositol-1(or 4)-monophosphatase activity | inferred from direct assay |GO:0008934//cellular component| cytoplasm | inferred

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

ensed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle checkpoint | inferred from mutant phe

O:0045462//molecular function| trichothecene 3-O-acetyltransferase activity | inferred from mutant phenotype |GO:0045462//biological process| secondary

0005085//molecular function| guanyl-nucleotide exchange factor activity | inferred from genetic interaction |GO:0005085//cellular component| Golgi appara



ponent| microtubule associated complex | inferred from physical interaction|GO:0005875//biological process| autophagy | inferred from mutant phenotype|



ent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

| inferred from direct assay |GO:0005634//biological process| negative regulation of gluconeogenesis | inferred from mutant phenotype|GO:0045721//biolo

inferred from direct assay |GO:0005634//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623

ular component| peroxisome | inferred from direct assay |GO:0005777//biological process| peroxisome organization and biogenesis | inferred from mutant p





ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| translational initiation | inferred from mu



3//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype|GO:0007064//biological process| mitotic sister chromatid cohesion



olecular function| isoleucine-tRNA ligase activity | inferred from mutant phenotype |GO:0004822//cellular component| mitochondrion | inferred from mutant

| endosome | inferred from direct assay |GO:0005768//biological process| late endosome to vacuole transport | inferred from physical interaction|GO:00453



large subunit biogenesis | inferred from mutant phenotype|GO:0042273//biological process| host-pathogen interaction | inferred from mutant phenotype |G

200//cellular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |



ence similarity|GO:0000014//cellular component| nucleus | inferred from sequence similarity|GO:0005634





003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from

molecular function| endodeoxyribonuclease activity | inferred from direct assay |GO:0004520//molecular function| RNA binding | inferred from direct assay

ar component| epsilon DNA polymerase complex | inferred from direct assay|GO:0008622//cellular component| replication fork | traceable author statemen

molecular function| tryptophan-tRNA ligase activity | inferred from mutant phenotype |GO:0004830//cellular component| mitochondrion | traceable author st

olecular function| Rab GTPase activator activity | inferred from physical interaction |GO:0005097//molecular function| Rab GTPase activator activity | inferr







inferred from sequence similarity |GO:0016887//cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| mito

ent| nuclear membrane | inferred from direct assay |GO:0005635//biological process| secretory pathway | inferred from mutant phenotype|GO:0045045



acceptor | inferred from sequence similarity|GO:0016616//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuc







doplasmic reticulum | inferred from direct assay|GO:0005783//biological process| protein transport | inferred from direct assay|GO:0015031//biological pro



ular component| signalosome complex | traceable author statement|GO:0008180//cellular component| signalosome complex | inferred from direct assay |G

46//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//biological process| translational elongation | inferred from sequenc

nferred from direct assay|GO:0005829//biological process| peroxisome matrix protein import | inferred from mutant phenotype|GO:0016558

omponent| integral to membrane | inferred from direct assay |GO:0016021//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellula

ess| peroxisome organization and biogenesis | inferred from mutant phenotype|GO:0007031//biological process| peroxisome organization and biogenesis

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho



//cellular component| mitochondrial large ribosomal subunit | inferred from sequence similarity|GO:0005762//biological process| aerobic respiration | inferr

04416//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| carbohydrate metabolism | inferred from mutant pheno

y transcript processing | inferred from mutant phenotype|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | traceable a

protein-peroxisome targeting | inferred from sequence similarity|GO:0006625

molecular function| coenzyme A transporter activity | inferred from mutant phenotype |GO:0015228//cellular component| mitochondrial inner membrane | in

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription, mating-type specific | inferred from direct as

RNA binding | inferred from genetic interaction |GO:0003723//cellular component| snRNP U1 | inferred from direct assay|GO:0005685//biological process|



n| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| meioti



t| soluble fraction | inferred from direct assay|GO:0005625//cellular component| extracellular | inferred from direct assay |GO:0005576//biological process|

| inferred from direct assay |GO:0005634

nt| mitochondrial membrane | inferred from direct assay |GO:0005740//biological process| aerobic respiration | inferred from mutant phenotype|GO:000906

ction| DNA-dependent ATPase activity | inferred from direct assay |GO:0008094//cellular component| nucleus | inferred from mutant phenotype|GO:000563

GO:0045129//molecular function| NAD-independent histone deacetylase activity | inferred from direct assay |GO:0045129//molecular function| NAD-depen

mplex | inferred from physical interaction |GO:0000812//biological process| ER organization and biogenesis | inferred from mutant phenotype|GO:0007029



ular function| structural molecule activity | inferred from direct assay |GO:0005198//cellular component| SAGA complex | inferred from direct assay|GO:000





nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

om direct assay|GO:0042626//cellular component| integral to peroxisomal membrane | inferred from direct assay|GO:0005779//biological process| fatty ac

lar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glycyl-tRNA aminoacylation | inferred from sequence similarity|GO

ular function| protein translocase activity | inferred from genetic interaction |GO:0015450//cellular component| mitochondrial inner membrane | inferred from





ular function| 3'-5' exonuclease activity | inferred from mutant phenotype |GO:0008408//cellular component| cytoplasm | inferred from direct assay|GO:0005

/molecular function| mRNA binding | inferred from physical interaction |GO:0003729//cellular component| small nuclear ribonucleoprotein complex | inferre





m | inferred from direct assay |GO:0005737







cal process| mitochondrion organization and biogenesis | traceable author statement|GO:0007005//biological process| mitochondrion inheritance | traceab

| inferred from direct assay |GO:0005634





molecular function| acetyl-CoA carboxylase activity | inferred from genetic interaction |GO:0003989//cellular component| mitochondrion | inferred from direc





al process| response to dessication | inferred from expression pattern |GO:0009269//biological process| cell wall mannoprotein biosynthesis | inferred from

ar component| replication fork | traceable author statement|GO:0005657//biological process| mismatch repair | non-traceable author statement|GO:000629





| inferred from direct assay |GO:0005634//biological process| DNA metabolism | inferred from genetic interaction|GO:0006259

| inferred from direct assay |GO:0005634



| inferred from direct assay |GO:0005634

| inferred from direct assay |GO:0005634

//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial small ribosoma

rial inner membrane | inferred from direct assay|GO:0005743//biological process| protein complex assembly | inferred from physical interaction|GO:000646







//cellular component| DNA-directed RNA polymerase II, core complex | traceable author statement|GO:0005665//biological process| transcription from Pol









ocess| allantoin catabolism | inferred from mutant phenotype|GO:0000256

wall organization and biogenesis | inferred from mutant phenotype|GO:0007047



nent| small nucleolar ribonucleoprotein complex | inferred from physical interaction|GO:0005732//biological process| processing of 20S pre-rRNA | inferred

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA metabolism | inferred from mutant phenotype|GO:0016072



0005085//molecular function| guanyl-nucleotide exchange factor activity | inferred from genetic interaction |GO:0005085//cellular component| Golgi appara

nt| snRNP U1 | inferred from direct assay|GO:0005685//cellular component| commitment complex | inferred from physical interaction |GO:0000243//biolog

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//cellular component| mitochondrial small ribosomal subunit | tra

onent| nucleus | traceable author statement|GO:0005634//biological process| double-strand break repair via nonhomologous end-joining | inferred from mu



ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

GO:0003702//cellular component| transcription factor TFIID complex | inferred from direct assay|GO:0005669//cellular component| nucleus | inferred from

al process| inner mitochondrial membrane organization and biogenesis | inferred from mutant phenotype|GO:0007007

drial matrix | traceable author statement|GO:0005759//biological process| protein complex assembly | inferred from physical interaction|GO:0006461//biolo

nt| exocyst | inferred from physical interaction|GO:0000145//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological pr

on| thymidylate kinase activity | inferred from direct assay |GO:0004798//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular c

:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//cellular component| mitochondrion | inferre

on| GTPase activity | inferred from genetic interaction |GO:0003924//cellular component| nucleus | inferred from sequence similarity|GO:0005634//cellular

us | inferred from direct assay |GO:0005634//biological process| mitotic spindle checkpoint | inferred from mutant phenotype|GO:0007094//biological proce

mponent| Golgi trans face | inferred from direct assay|GO:0005802//biological process| protein processing | traceable author statement|GO:0016485

nent| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological

ed from mutant phenotype |GO:0051087//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| iron-sulfur cluste

ipid metabolism | inferred from mutant phenotype|GO:0006629

ess| peroxisome organization and biogenesis | traceable author statement|GO:0007031//biological process| protein-peroxisome targeting | inferred from m

| inferred from direct assay |GO:0005634



onent| cytosol | inferred from direct assay|GO:0005829//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//b

cular function| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| spliceosome complex | inferred from direct assay|GO:0

56//biological process| aldehyde metabolism | inferred from sequence similarity|GO:0006081



ty|GO:0016763//molecular function| transferase activity, transferring pentosyl groups | inferred from mutant phenotype |GO:0016763//molecular function| tr

component| nucleus | inferred from direct assay|GO:0005634//biological process| meiosis | traceable author statement|GO:0007126

acceptor | inferred from sequence similarity|GO:0016616//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| meta



nt| alpha DNA polymerase:primase complex | inferred from physical interaction|GO:0005658//biological process| lagging strand elongation | inferred from p

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000



251//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400

function| maltose porter activity | inferred from direct assay |GO:0015581//molecular function| carbohydrate transporter activity | inferred from sequence si

40//cellular component| mitochondrial processing peptidase complex | inferred from direct assay|GO:0017087//biological process| mitochondrial processin

| inferred from direct assay |GO:0005634

matin silencing | inferred from mutant phenotype|GO:0006342

ar component| nucleus | inferred from direct assay|GO:0005634

ent| cytoplasm | traceable author statement|GO:0005737//biological process| response to stress | inferred from direct assay|GO:0006950



nce similarity|GO:0008757//molecular function| rRNA (uridine-2'-O-)-methyltransferase activity | inferred from mutant phenotype |GO:0008650//molecular f



gical process| protein neddylation | inferred from direct assay|GO:0045116

roxisomal membrane | traceable author statement|GO:0005778//cellular component| peroxisomal membrane | inferred from direct assay |GO:0005778//bio

008121//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//cellular component| mitochondrion | in



| heme binding | inferred from physical interaction |GO:0020037//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological proces



m | traceable author statement |GO:0005737//biological process| mRNA catabolism | traceable author statement|GO:0006402//biological process| mRNA c





r component| nucleus | traceable author statement|GO:0005634//biological process| regulation of transcription, mating-type specific | traceable author stat



04663//cellular component| Rab-protein geranylgeranyltransferase complex | inferred from direct assay|GO:0005968//biological process| protein amino ac

158//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolog

O:0016944//cellular component| Cdc73/Paf1 complex | traceable author statement|GO:0016593//cellular component| Cdc73/Paf1 complex | inferred from p

slation initiation factor activity | inferred from sequence similarity |GO:0003743//molecular function| translation initiation factor activity | inferred from mutan



r component| snRNP U2 | inferred from direct assay|GO:0005686//biological process| spliceosome assembly | inferred from mutant phenotype|GO:000024



| inferred from direct assay |GO:0005634

:0000221//biological process| vacuolar acidification | inferred from physical interaction|GO:0007035//biological process| vacuolar acidification | inferred fro





sol | inferred from direct assay|GO:0005829//biological process| protein localization | inferred from mutant phenotype|GO:0008104





om sequence similarity|GO:0042626//molecular function| ATPase activity, coupled to transmembrane movement of substances | inferred from mutant phe



ular function| N-acetyltransferase activity | inferred from direct assay |GO:0008080//biological process| sphingolipid biosynthesis | inferred from mutant phe



s| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

asma membrane | inferred from direct assay|GO:0005886//cellular component| heterotrimeric G-protein complex | traceable author statement |GO:000583

003709//cellular component| transcription factor TFIIIC complex | traceable author statement|GO:0000127//biological process| transcription initiation from



| inferred from direct assay |GO:0005634



function| protein kinase inhibitor activity | inferred from direct assay |GO:0004860//cellular component| cell wall (sensu Fungi) | traceable author statemen

plasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

ular function| chitin deacetylase activity | inferred from direct assay |GO:0004099//cellular component| chitosan layer of spore wall | inferred from sequence



tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000





ent| mitochondrion | inferred from direct assay|GO:0005739//biological process| mitochondrion organization and biogenesis | inferred from genetic interacti

llular component| DASH complex | inferred from physical interaction|GO:0042729//cellular component| DASH complex | inferred from direct assay |GO:004

atement|GO:0005753//biological process| ATP synthesis coupled proton transport | traceable author statement|GO:0015986//biological process| response

molecular function| inorganic diphosphatase activity | inferred from mutant phenotype |GO:0004427//cellular component| mitochondrion | inferred from mu

ular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

onent| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biologic







conjugation with cellular fusion | inferred from expression pattern|GO:0000747

process| endocytosis | inferred from mutant phenotype|GO:0006897

assay|GO:0042800//molecular function| transcriptional activator activity | inferred from mutant phenotype |GO:0016563//molecular function| chromatin bind

molecular function| protein binding | inferred from physical interaction |GO:0005515//cellular component| plasma membrane | inferred from direct assay|GO





ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

ellular component| protein phosphatase type 2A complex | traceable author statement|GO:0000159//biological process| bud growth | traceable author state

onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| snoR

r component| cell wall (sensu Fungi) | traceable author statement|GO:0009277//biological process| agglutination during conjugation with cellular fusion | tra

| nuclear chromosome | inferred from direct assay|GO:0000228//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131



mponent| nucleus | traceable author statement|GO:0005634//biological process| double-strand break repair via nonhomologous end-joining | inferred from





olecular function| NADH dehydrogenase activity | inferred from direct assay |GO:0003954//cellular component| mitochondrion | inferred from mutant pheno

ection | inferred from mutant phenotype|GO:0000282

onent| membrane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho



mponent| contractile ring (sensu Saccharomyces) | inferred from direct assay|GO:0000142//biological process| axial budding | inferred from mutant pheno

nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular component| nucleus | inferred fr





process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747



79//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of meiosis | inferred from mutant phenotype|GO:00

3//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologic

r component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceosome | inferred from p

ecular function| structural constituent of ribosome | inferred from direct assay |GO:0003735//molecular function| RNA binding | inferred from sequence simi

l process| response to oxidative stress | inferred from mutant phenotype|GO:0006979

nt| cytosol | traceable author statement|GO:0005829//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological proc

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun



olecular function| glutamate-tRNA ligase activity | inferred from mutant phenotype |GO:0004818//cellular component| mitochondrion | inferred from direct a

omponent| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| ER-associated protein catabolism | inferred from direct as

ellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from mutant phenotype |GO

nction| protein binding | inferred from sequence similarity |GO:0005515//cellular component| dynactin complex | inferred from direct assay|GO:0005869//bi



ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//cellular component| spliceosome complex | traceable author state

quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO

cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response

ocess| protein complex assembly | traceable author statement|GO:0006461





ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho





ype peptidase activity | inferred from sequence similarity |GO:0008234//cellular component| soluble fraction | inferred from direct assay|GO:0005625





nt| snRNP U1 | inferred from direct assay|GO:0005685//cellular component| commitment complex | inferred from physical interaction |GO:0000243//biolog



uble-strand break formation | traceable author statement|GO:0042138//biological process| meiotic recombination | inferred from mutant phenotype |GO:000

llular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:0009435

| inferred from direct assay |GO:0005634

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| aerobic respiration | inferred from physical interaction|GO:0009060

n| protein binding | inferred from mutant phenotype |GO:0005515//cellular component| mitochondrial sorting and assembly machinery complex | inferred fr

ar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proces

on| protein binding | inferred from physical interaction |GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular comp



cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| protein amino acid phosphorylation | traceable author sta



complex | inferred from direct assay |GO:0000818//biological process| chromosome segregation | inferred from direct assay|GO:0007059

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

ucleus | inferred from direct assay|GO:0005634//biological process| DNA strand elongation | inferred from mutant phenotype|GO:0006271//biological proc



//molecular function| threonine ammonia-lyase activity | inferred from mutant phenotype |GO:0004794//molecular function| L-serine ammonia-lyase activity

ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//molecular function| protein binding | inferred from direct assay |G







04674//biological process| regulation of meiosis | inferred from mutant phenotype|GO:0040020//biological process| regulation of meiosis | inferred from gen







milarity|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//cellular c





r component| nucleotide excision repair factor 4 complex | inferred from direct assay|GO:0000113//cellular component| repairosome | inferred from direct a

cular function| histone deacetylase activity | inferred from direct assay |GO:0004407//cellular component| nucleus | inferred from direct assay|GO:0005634









lar component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| vacuolar membrane | inferred from mutant phenotype |GO



/molecular function| translation release factor activity | inferred from mutant phenotype |GO:0003747//cellular component| mitochondrion | inferred from mu

RNA binding | inferred from mutant phenotype |GO:0003723//cellular component| snRNP U2 | inferred from direct assay|GO:0005686//biological process|





tatement|GO:0000014//cellular component| nucleotide excision repair factor 3 complex | traceable author statement|GO:0000112//biological process| nucl

ESCRT I complex | traceable author statement |GO:0000813//biological process| protein-vacuolar targeting | inferred from physical interaction|GO:000662

ellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| sporulation (sensu Fungi) | inferred from expression



ological process| serine family amino acid metabolism | non-traceable author statement|GO:0009069



ent| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324

ss| late endosome to vacuole transport | inferred from mutant phenotype|GO:0045324//biological process| late endosome to vacuole transport | inferred fro

nent| nucleotide excision repair factor 1 complex | traceable author statement|GO:0000110//biological process| nucleotide-excision repair, DNA damage re





ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

gral to membrane | inferred from direct assay|GO:0016021//cellular component| Golgi apparatus | inferred from direct assay |GO:0005794//cellular compon

tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

milarity|GO:0008418//molecular function| protein N-terminal asparagine amidohydrolase activity | inferred from mutant phenotype |GO:0008418//molecula

process| chromosome segregation | inferred from mutant phenotype|GO:0007059

//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial small ribosoma





gical process| pseudohyphal growth | inferred from genetic interaction|GO:0007124

| protein binding | inferred from direct assay |GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nu

romatin assembly complex | inferred from direct assay|GO:0005678//biological process| DNA damage response, signal transduction resulting in induction



5//molecular function| magnesium ion transporter activity | inferred from mutant phenotype |GO:0015095//molecular function| magnesium ion transporter a



ular component| mitochondrial small ribosomal subunit | traceable author statement|GO:0005763//biological process| protein biosynthesis | traceable autho

r component| mitochondrial outer membrane | inferred from direct assay |GO:0005741



ular function| transcription factor activity | inferred from mutant phenotype |GO:0003700//cellular component| nucleus | inferred from direct assay|GO:0005

component| intracellular | inferred from curator|GO:0005622//biological process| regulation of nitrogen utilization | inferred from mutant phenotype|GO:000

ological process| carbon utilization by utilization of organic compounds | inferred from mutant phenotype|GO:0015978//biological process| gluconeogenesis





in biosynthesis | inferred from mutant phenotype|GO:0006412

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc



ysical interaction|GO:0005847//biological process| mRNA cleavage | inferred from physical interaction|GO:0006379//biological process| mRNA cleavage |

04460//cellular component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| electron transport | traceable



ecular function| transcription cofactor activity | inferred from direct assay |GO:0003712//cellular component| SAGA complex | inferred from direct assay|GO

t| soluble fraction | inferred from direct assay|GO:0005625//biological process| response to dessication | inferred from sequence similarity|GO:0009269//bi



r component| spore wall (sensu Fungi) | inferred from mutant phenotype |GO:0005619//biological process| spore wall assembly (sensu Fungi) | inferred fro

m mutant phenotype|GO:0046933//molecular function| structural molecule activity | inferred from physical interaction |GO:0005198//molecular function| stru

mplex | inferred from physical interaction |GO:0000812//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338//biologica

al process| ethanol metabolism | inferred from mutant phenotype|GO:0006067

ular function| ubiquitin conjugating enzyme activity | inferred from direct assay |GO:0004840//molecular function| single-stranded DNA binding | inferred fro

| spore wall assembly (sensu Fungi) | inferred from physical interaction|GO:0030476//biological process| spore wall assembly (sensu Fungi) | inferred from



r component| nucleus | traceable author statement|GO:0005634//biological process| regulation of transcription, mating-type specific | traceable author stat





ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

ponent| nucleus | traceable author statement|GO:0005634//cellular component| condensed nuclear chromosome kinetochore | traceable author statement





ecular function| peptidyltransferase activity | inferred from sequence similarity |GO:0000048//cellular component| mitochondrial large ribosomal subunit | tra

004165//molecular function| dodecenoyl-CoA delta-isomerase activity | inferred from direct assay |GO:0004165//cellular component| peroxisome | inferred



//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial large ribosoma



| inferred from direct assay |GO:0005634





atement|GO:0005753//biological process| ATP synthesis coupled proton transport | traceable author statement|GO:0015986

assay|GO:0042800//cellular component| COMPASS complex | inferred from physical interaction|GO:0048188//cellular component| nucleus | inferred from d



nent| COMA complex | inferred from direct assay |GO:0000817//cellular component| kinetochore | inferred from direct assay |GO:0000776//biological proce

ction| copper ion binding | inferred from mutant phenotype |GO:0005507//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//



| inferred from direct assay |GO:0005634//biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005

ss| zinc ion transport | inferred from mutant phenotype|GO:0006829

nt| ubiquitin ligase complex | inferred from sequence similarity|GO:0000151//biological process| ubiquitin-dependent protein catabolism | inferred from seq

tatement|GO:0000014//cellular component| nucleotide excision repair factor 1 complex | traceable author statement|GO:0000110//biological process| nucl

tein biosynthesis | traceable author statement|GO:0006412

membrane | traceable author statement|GO:0016020//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process| Golg

l process| phospholipid biosynthesis | inferred from sequence similarity|GO:0008654



in targeting | inferred from physical interaction|GO:0006605

| inferred from direct assay |GO:0005634

ect assay|GO:0003908//cellular component| nucleus | inferred from curator|GO:0005634//biological process| DNA dealkylation | inferred from mutant phen



ular function| protein transporter activity | inferred from mutant phenotype |GO:0008565//cellular component| mitochondrial inner membrane protein inserti

lular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| basic amino acid transport | inferred from direct a



sis | inferred from mutant phenotype|GO:0006897

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

nent| nuclear chromatin | inferred from physical interaction|GO:0000790//biological process| mitotic sister chromatid cohesion | inferred from mutant phen





molecular function| cation:cation antiporter activity | inferred from mutant phenotype |GO:0015491//cellular component| plasma membrane | inferred from di

nce similarity|GO:0009013//molecular function| succinate-semialdehyde dehydrogenase [NAD(P)+] activity | inferred from mutant phenotype |GO:0009013/

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

ss| bud site selection | inferred from mutant phenotype|GO:0000282

| inferred from direct assay |GO:0005634//biological process| protein biosynthesis | inferred from expression pattern|GO:0006412







ar membrane | inferred from direct assay |GO:0005635//biological process| protein-nucleus import | inferred from direct assay|GO:0006606

mbrane fraction | inferred from direct assay |GO:0005624

6//molecular function| phenylalanine-tRNA ligase activity | inferred from mutant phenotype |GO:0004826//cellular component| mitochondrion | inferred from

nction| DNA bending activity | inferred from direct assay |GO:0008301//cellular component| condensed nuclear chromosome kinetochore | traceable autho

nt| nucleus | inferred from direct assay|GO:0005634//cellular component| chromatin | inferred from direct assay |GO:0000785





mitochondrion | inferred from direct assay|GO:0005739//biological process| protein biosynthesis | inferred from mutant phenotype|GO:0006412//biological





assay|GO:0042800//molecular function| transcription regulator activity | inferred from sequence similarity |GO:0030528//molecular function| chromatin bind

nce similarity|GO:0008757//molecular function| transcription cofactor activity | traceable author statement |GO:0003712//molecular function| transcription c



| inferred from direct assay |GO:0005634//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490

ar component| nucleus | non-traceable author statement|GO:0005634//biological process| nucleotide-excision repair | traceable author statement|GO:0006

lecular function| transcription cofactor activity | inferred from mutant phenotype |GO:0003712//molecular function| transcription cofactor activity | inferred fr

eus | inferred from direct assay |GO:0005634

008972//biological process| thiamin biosynthesis | inferred from genetic interaction|GO:0009228//biological process| thiamin biosynthesis | inferred from ex



e similarity|GO:0004702//molecular function| receptor signaling protein serine/threonine kinase activity | inferred from mutant phenotype |GO:0004702//bio



ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

03887//cellular component| nucleus | inferred from sequence similarity|GO:0005634//biological process| sister chromatid cohesion | inferred from mutant p

| inferred from direct assay |GO:0005634

//molecular function| structural constituent of ribosome | inferred from physical interaction |GO:0003735//cellular component| mitochondrial small ribosoma

nt| mitochondrion | inferred from direct assay|GO:0005739//biological process| ribosome biogenesis | traceable author statement|GO:0007046

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

450//cellular component| cytosol | traceable author statement|GO:0005829//biological process| glutamate biosynthesis | traceable author statement|GO:00

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc



GO:0004722//molecular function| protein serine/threonine phosphatase activity | inferred from direct assay |GO:0004722//cellular component| cytoplasm | in

| nuclear chromosome | inferred from direct assay|GO:0000228//biological process| synaptonemal complex formation | inferred from physical interaction|G





| inferred from direct assay |GO:0005634

631//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|

us | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| tRNA processing | i

ular component| cytoplasm | inferred from curator|GO:0005737//biological process| protein deubiquitination | traceable author statement|GO:0016579





cellular component| spliceosome complex | inferred from direct assay|GO:0005681//biological process| cell cycle | traceable author statement|GO:0007049

omponent| cell wall (sensu Fungi) | inferred from direct assay |GO:0009277

membrane | inferred from direct assay |GO:0005628//biological process| spore wall assembly (sensu Fungi) | inferred from physical interaction|GO:0030476

008453//molecular function| alanine-glyoxylate transaminase activity | inferred from mutant phenotype |GO:0008453//biological process| glycine biosynthes

| inferred from direct assay |GO:0005634

cess| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476

| inferred from direct assay |GO:0005634



nce similarity|GO:0008757//cellular component| cytoplasm | inferred from direct assay|GO:0005737

component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proc



ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable autho

om sequence similarity|GO:0042626//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| aero

ay|GO:0016667//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000





| RSC complex | inferred from physical interaction|GO:0016586//biological process| regulation of transcription, DNA-dependent | inferred from mutant phen



ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc







signal transduction during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000750

t| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| secretory pathway | inferred from physical interaction|GO

r component| CCAAT-binding factor complex | traceable author statement|GO:0016602//biological process| transcription | traceable author statement|GO:0







cal process| cytochrome c oxidase biogenesis | inferred from mutant phenotype|GO:0008535

ecular function| aldehyde reductase activity | inferred from genetic interaction |GO:0004032//molecular function| aldehyde reductase activity | inferred from

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| mRNA catabolism, deadenylation-dependent | inferred from genetic interaction|



//molecular function| pseudouridylate synthase activity | inferred from mutant phenotype |GO:0004730//cellular component| mitochondrion | inferred from m



9888//molecular function| protein phosphatase regulator activity | inferred from physical interaction |GO:0019888//cellular component| protein phosphatase





| inferred from direct assay |GO:0005634

ss| cell cycle arrest in response to pheromone | inferred from physical interaction|GO:0000751//biological process| cell cycle arrest in response to pheromo

/molecular function| glutamate decarboxylase activity | inferred from physical interaction |GO:0004351//cellular component| cytoplasm | inferred from direc

:0030364//molecular function| protein binding | inferred from direct assay |GO:0005515//cellular component| mRNA cleavage factor complex | inferred from

ent| histone acetyltransferase complex | inferred from direct assay |GO:0000123//biological process| histone acetylation | inferred from direct assay|GO:001

ular component| mitochondrial large ribosomal subunit | traceable author statement|GO:0005762//cellular component| mitochondrial large ribosomal subun

mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| protein biosynthesis | inferred from mutant phenotype|GO:00

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| meio

acceptor | inferred from sequence similarity|GO:0016616//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuc





metabolism | inferred from genetic interaction |GO:0006259



molecular function| histone acetyltransferase activity | inferred from sequence similarity |GO:0004402//molecular function| histone acetyltransferase activity



l process| regulation of mitotic metaphase/anaphase transition | inferred from mutant phenotype|GO:0030071//biological process| meiotic recombination |



079//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//biological process| protein biosynthesis | inferred from sequence s

46//molecular function| translation elongation factor activity | inferred from mutant phenotype |GO:0003746//cellular component| mitochondrion | inferred fro





autophagy | inferred from mutant phenotype|GO:0006914

component| nuclear origin of replication recognition complex | traceable author statement|GO:0005664//biological process| chromatin silencing at silent m

nt|GO:0016251//molecular function| protein serine/threonine kinase activity | inferred from sequence similarity |GO:0004674//molecular function| histone ac

ent| mitochondrion | inferred from direct assay|GO:0005739

005088//molecular function| guanyl-nucleotide exchange factor activity | traceable author statement |GO:0005085//molecular function| signal transducer a

ecular function| aldo-keto reductase activity | inferred from direct assay |GO:0004033//cellular component| cytoplasm | inferred from direct assay|GO:00057

notype|GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular compone

| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| short-chai

|GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter

quitin-protein ligase activity | traceable author statement |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO

ent| nucleotide excision repair factor 2 complex | inferred from direct assay|GO:0000111//cellular component| repairosome | inferred from direct assay |GO

ion| t-SNARE activity | inferred from physical interaction |GO:0005486//cellular component| prospore membrane | inferred from sequence similarity|GO:00





organization and biogenesis | inferred from mutant phenotype|GO:0007031//biological process| protein-peroxisome targeting | inferred from mutant pheno

ular component| mitochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subun

ent| replication fork | inferred from genetic interaction |GO:0005657//biological process| DNA strand elongation | inferred from physical interaction|GO:0006

| THO complex | inferred from physical interaction|GO:0000347//cellular component| THO complex | inferred from mutant phenotype |GO:0000347//biologi



| THO complex | inferred from physical interaction|GO:0000347//cellular component| THO complex | inferred from mutant phenotype |GO:0000347//biologi



nce similarity|GO:0008757//cellular component| mitochondrion | inferred from direct assay|GO:0005739





ar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein transport | inferred from sequence similarity|GO:0015031

ar component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| mitochondrial inner membrane | inferred from direct ass

/cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| phosphate transport | inferred from direct assay|GO:0006

| inferred from direct assay |GO:0005634



200//cellular component| dynactin complex | inferred from direct assay|GO:0005869//biological process| mitotic anaphase B | inferred from mutant phenoty









r component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription, mating-type specific | inferred from direct as

1//cellular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//cellular component| mitochondrion | inferred

nent| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| electron transport | traceable author statement|GO:



ed from mutant phenotype |GO:0051082//molecular function| --- | inferred from genetic interaction |GO:0051082//cellular component| nucleus | inferred from







membrane | inferred from direct assay |GO:0005886//biological process| conjugation with cellular fusion | inferred from mutant phenotype|GO:0000747

| inferred from direct assay |GO:0005634

protein transport | inferred from physical interaction|GO:0006886//biological process| intracellular protein transport | inferred from mutant phenotype |GO:0



nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0





rred from mutant phenotype|GO:0006281

cellular component| Sin3 complex | inferred from physical interaction|GO:0016580//cellular component| nucleus | inferred from physical interaction |GO:00



ar component| mitochondrial small ribosomal subunit | inferred from direct assay|GO:0005763//biological process| protein biosynthesis | inferred from direc

red from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to stress | inferred





nent| actin cap (sensu Fungi) | inferred from physical interaction|GO:0030478//cellular component| contractile ring (sensu Saccharomyces) | inferred from



(sensu Fungi) | inferred from direct assay |GO:0000324//biological process| response to stress | inferred from direct assay|GO:0006950









cular function| serine-tRNA ligase activity | inferred from mutant phenotype |GO:0004828//molecular function| serine-tRNA ligase activity | inferred from gen

nt| mitochondrion | inferred from sequence similarity|GO:0005739



nt|GO:0016251//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//biological process| transcription initiation

mponent| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO



cal process| cytochrome c oxidase biogenesis | inferred from mutant phenotype|GO:0008535

ucose transporter activity | traceable author statement |GO:0005355//molecular function| receptor activity | traceable author statement |GO:0004872//cellul



| inferred from direct assay |GO:0005634

:0008793//molecular function| aromatic-amino-acid transaminase activity | inferred from direct assay |GO:0008793//cellular component| cytoplasm | inferre









tion| protein binding | inferred from sequence similarity |GO:0005515//molecular function| ribonuclease activity | inferred from sequence similarity |GO:000

erred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to stress | inferre

t| nucleolus | inferred from sequence similarity|GO:0005730//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| c

in complex assembly | inferred from mutant phenotype|GO:0006461//biological process| protein complex assembly | inferred from genetic interaction |GO:

t| nucleolus | inferred from direct assay|GO:0005730//biological process| conjugation with cellular fusion | inferred from genetic interaction|GO:0000747//bi



ellular component| nucleus | inferred from curator|GO:0005634//biological process| DNA dealkylation | inferred from sequence similarity|GO:0006307//biolo

//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//biological process| beta-alanine biosynthesis | inferred from mutant phen







ular function| copper chaperone activity | inferred from mutant phenotype |GO:0016531//cellular component| cytosol | inferred from direct assay|GO:00058



ent| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| electron transport | inferred from direct assay|GO:00

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

O:0004424//cellular component| cell | traceable author statement|GO:0005623//biological process| histidine biosynthesis | traceable author statement|GO:0









l process| metabolism | inferred from sequence similarity|GO:0008152





/cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| copper ion import | inferred from mutant phenotype|G

nt| nucleus | inferred from curator|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0

O:0004424//molecular function| RNA helicase activity | inferred from direct assay |GO:0003724//cellular component| cytoplasm | inferred from curator|GO:0





molecular function| carboxy-lyase activity | inferred from sequence similarity |GO:0016831//molecular function| carboxy-lyase activity | inferred from mutant

ponent| plasma membrane | inferred from direct assay |GO:0005886//biological process| response to stress | inferred from direct assay|GO:0006950

ological process| phosphatidylcholine biosynthesis | traceable author statement|GO:0006656

gical process| protein biosynthesis | traceable author statement|GO:0006412

O:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| nucleobase, nucleoside, nucleotide a

5737//biological process| methionine biosynthesis | inferred from mutant phenotype|GO:0009086

gical process| protein biosynthesis | traceable author statement|GO:0006412



mutant phenotype|GO:0006606

ical process| protein biosynthesis | traceable author statement|GO:0006412

gical process| protein biosynthesis | traceable author statement|GO:0006412





component| endoplasmic reticulum | inferred from sequence similarity|GO:0005783//cellular component| endoplasmic reticulum | inferred from mutant phen

porter activity | inferred from direct assay |GO:0005355//molecular function| fructose transporter activity | traceable author statement |GO:0005353//cellular

eable author statement|GO:0006591//biological process| arginine biosynthesis | traceable author statement |GO:0006526





e author statement|GO:0006526//biological process| argininosuccinate metabolism | traceable author statement |GO:0000053//biological process| citrullin



nent| peroxisome | inferred from direct assay|GO:0005777//biological process| methionine biosynthesis | inferred from mutant phenotype|GO:0009086





nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| glycolysis | traceable author statement|GO:0006096

r component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:

ate hydratase complex | inferred from direct assay |GO:0000015//biological process| glycolysis | traceable author statement|GO:0006096//biological proces

aceable author statement|GO:0006333



gical process| protein biosynthesis | traceable author statement|GO:0006412

interaction |GO:0000788//biological process| negative regulation of DNA recombination | inferred from mutant phenotype|GO:0045910//biological process

ession pattern |GO:0003704//cellular component| nuclear chromosome | inferred from direct assay|GO:0000228//biological process| regulation of meiosis

ecular function| methionine adenosyltransferase activity | inferred from genetic interaction |GO:0004478//cellular component| cytoplasm | inferred from dire



tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722

n synthase complex | traceable author statement |GO:0000148//biological process| cell wall organization and biogenesis | traceable author statement|GO:0

aceable author statement|GO:0006261//biological process| dTMP biosynthesis | traceable author statement |GO:0006231







n pattern |GO:0007050//biological process| response to DNA damage stimulus | inferred from mutant phenotype |GO:0006974//biological process| respons

Fungi) | inferred from direct assay|GO:0030479//biological process| actin filament organization | inferred from direct assay|GO:0007015



omponent| sulfite reductase complex (NADPH) | inferred from direct assay |GO:0009337//cellular component| cytoplasm | inferred from direct assay |GO:0

raceable author statement |GO:0005759//biological process| mitochondrion organization and biogenesis | traceable author statement|GO:0007005

tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

gical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | infe

tochondrion | traceable author statement |GO:0005739//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696

ant phenotype |GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription f

drion | inferred from direct assay |GO:0005739//biological process| cell wall organization and biogenesis | inferred from sequence similarity|GO:0007047//b

cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| mRNA cata

hor statement|GO:0006183

olecular function| histidinol dehydrogenase activity | traceable author statement |GO:0004399//cellular component| cell | traceable author statement|GO:00

| inferred from sequence similarity|GO:0006950

mbrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from direct assay|GO:0006865

rom direct assay |GO:0005886//biological process| cation transport | inferred from genetic interaction|GO:0006812

ngi) | inferred from direct assay|GO:0009277//biological process| cell wall organization and biogenesis | inferred from direct assay|GO:0007047

direct assay |GO:0005737//cellular component| Golgi membrane | inferred from direct assay |GO:0000139//biological process| vesicle-mediated transport





20//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//cellular component| hydrogen-transporting ATPase V1

cular function| O-acetylhomoserine aminocarboxypropyltransferase activity | inferred from direct assay |GO:0003961//cellular component| cytoplasm | infer



ter assembly | traceable author statement|GO:0016226//biological process| iron-sulfur cluster assembly | inferred from sequence similarity |GO:0016226//b

traceable author statement|GO:0006414

from mutant phenotype|GO:0000011

eable author statement |GO:0000910//biological process| bud site selection | traceable author statement |GO:0000282



e shunt | traceable author statement|GO:0006098//biological process| glycolysis | inferred from mutant phenotype |GO:0006096//biological process| glucon



component| endoplasmic reticulum | inferred from sequence similarity|GO:0005783//cellular component| endoplasmic reticulum | inferred from mutant phen

um membrane | inferred from direct assay |GO:0005789//biological process| ergosterol biosynthesis | inferred from direct assay|GO:0006696

ne | inferred from direct assay|GO:0016021//cellular component| Golgi cis cisterna | inferred from direct assay |GO:0000137//biological process| cell wall o



ecular function| neutral amino acid transporter activity | inferred from genetic interaction |GO:0015175//cellular component| vacuole | inferred from mutant



:0005654//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ribosome assembly | traceable author statement|GO:

component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| lipid glycosylation | inferred from mutant phenotype|GO:003025

d protein response, target gene transcriptional activation | traceable author statement|GO:0006990//biological process| phospholipid metabolism | traceabl

| inferred from sequence similarity|GO:0016020//biological process| fatty acid elongation, unsaturated fatty acid | inferred from mutant phenotype|GO:0019

sing | inferred from direct assay|GO:0016485

hondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from physical interaction |GO:0005739//biological p

say |GO:0004582//cellular component| nuclear envelope-endoplasmic reticulum network | inferred from direct assay|GO:0042175//cellular component| end

m mutant phenotype|GO:0006555//biological process| sulfate assimilation | non-traceable author statement |GO:0000103





ecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | traceable author statement|GO:0005634//cellular com



mbrane movement of ions, phosphorylative mechanism | inferred from mutant phenotype |GO:0015662//cellular component| membrane | inferred from seq

tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722

nner membrane | traceable author statement|GO:0005743//cellular component| mitochondrial inner membrane | inferred from sequence similarity |GO:000

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

gical process| protein biosynthesis | traceable author statement|GO:0006412

direct assay |GO:0005634//cellular component| protein phosphatase type 2A complex | traceable author statement |GO:0000159//biological process| prote

ospholipase activity | inferred from direct assay |GO:0004622//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0009277//cellula





om direct assay |GO:0005634//biological process| GDP-mannose biosynthesis | inferred from mutant phenotype|GO:0009298//biological process| protein a

gulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mutant p

rmease activity | traceable author statement |GO:0005288//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biolog

l organization and biogenesis | inferred from sequence similarity|GO:0007047//biological process| glucan metabolism | inferred from mutant phenotype |G

ect assay|GO:0006567//biological process| glycine biosynthesis | inferred from direct assay |GO:0006545

ferred from direct assay |GO:0005934//cellular component| plasma membrane | inferred from direct assay |GO:0005886//cellular component| endoplasmic



on and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred from direct assay |GO

ay |GO:0005634//biological process| mRNA catabolism, nonsense-mediated | inferred from physical interaction|GO:0000184

ent| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| incipien

GO:0000307//biological process| cell cycle | traceable author statement|GO:0007049



r component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| ornithine biosynthesis | traceable author statement|GO:00

x | inferred from direct assay |GO:0042729//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement |GO:00058

port | traceable author statement|GO:0016192

rug | traceable author statement|GO:0042493//biological process| drug transport | traceable author statement |GO:0015893



sm | inferred from mutant phenotype|GO:0006555//biological process| sulfate assimilation | traceable author statement |GO:0000103

om genetic interaction|GO:0040020

om genetic interaction|GO:0040020

nferred from mutant phenotype |GO:0009651

endoplasmic reticulum lumen | inferred from direct assay |GO:0005788//cellular component| translocon | traceable author statement |GO:0005784//biolog

ssay |GO:0005634//biological process| G1-specific transcription in mitotic cell cycle | inferred from direct assay|GO:0000114

O:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| nucleobase, nucleoside, nucleotide a



traceable author statement|GO:0006414





om direct assay |GO:0005737//biological process| leucine biosynthesis | traceable author statement|GO:0009098



nferred from mutant phenotype|GO:0030435//biological process| cellular response to starvation | inferred from mutant phenotype |GO:0009267//biological

e | inferred from direct assay |GO:0005811//biological process| acetate derivative biosynthesis | traceable author statement|GO:0030636//biological proces

/cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| methionine metabolism | traceable author statement|GO:0006

16944//molecular function| Pol II transcription elongation factor activity | inferred from genetic interaction |GO:0016944//cellular component| transcription e

erred from mutant phenotype|GO:0015940

microtubule | traceable author statement |GO:0005880//cellular component| kinetochore microtubule | traceable author statement |GO:0005828//cellular c

traceable author statement |GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696

ical process| protein biosynthesis | traceable author statement|GO:0006412

n |GO:0015664//cellular component| integral to plasma membrane | inferred from sequence similarity|GO:0005887//biological process| nicotinamide monon

tance | inferred from mutant phenotype|GO:0042221

y|GO:0005840//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000



t phenotype |GO:0003983//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid glycosylation | t

ical process| protein biosynthesis | traceable author statement|GO:0006412

n | inferred from direct assay |GO:0005625//biological process| lactate metabolism | inferred from sequence similarity|GO:0006089

anization and biogenesis | traceable author statement|GO:0007047

937//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| 'de novo' IMP biosynthesis | inferred from mutant phenotype|

leus | inferred from direct assay|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay|GO:00

nferred from genetic interaction|GO:0006406

erred from direct assay|GO:0015914//biological process| Golgi to plasma membrane transport | inferred from mutant phenotype |GO:0006893



GO:0004748//molecular function| ribonucleoside-diphosphate reductase activity | inferred from expression pattern |GO:0004748//cellular component| cytop

zation and biogenesis | inferred from mutant phenotype|GO:0007047

| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| vacuolar acidification | traceable author stateme

rom physical interaction|GO:0000790//biological process| regulation of transcription from Pol III promoter | inferred from mutant phenotype|GO:0006359//b

ble author statement|GO:0006537//biological process| citrate metabolism | traceable author statement |GO:0006101//biological process| glyoxylate cycle |

hatidylethanolamine biosynthesis | traceable author statement|GO:0006646

mino acid transport | inferred from mutant phenotype|GO:0000101

inferred from expression pattern|GO:0006986

nent| cell wall (sensu Fungi) | inferred from sequence similarity|GO:0009277//cellular component| cell wall (sensu Fungi) | inferred from direct assay |GO:00

oplasm | inferred from direct assay|GO:0005737

rocess| protein secretion | inferred from mutant phenotype |GO:0009306

on|GO:0007124

gical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | infe

olecular function| mannosyltransferase activity | inferred from genetic interaction |GO:0000030//cellular component| intracellular | inferred from curator|GO:

m | inferred from direct assay |GO:0005737//biological process| traversing start control point of mitotic cell cycle | inferred from mutant phenotype|GO:0007

mbrane | inferred from sequence similarity|GO:0016020//cellular component| membrane | inferred from direct assay |GO:0016020//biological process| glyce

y |GO:0005634//biological process| cellular response to phosphate starvation | inferred from mutant phenotype|GO:0016036//biological process| cellular re



irect assay |GO:0005737//biological process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433//biological process| autoph

om mutant phenotype|GO:0046688//biological process| response to copper ion | inferred from genetic interaction |GO:0046688//biological process| high af

from genetic interaction |GO:0006259

ical process| protein biosynthesis | traceable author statement|GO:0006412

rect assay |GO:0005576//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324

al subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | traceable author statement|GO:0006412//b

ble author statement |GO:0016020//cellular component| membrane | inferred from sequence similarity |GO:0016020//biological process| zinc ion homeost

from mutant phenotype|GO:0045922

uthor statement|GO:0006526









pe|GO:0005737//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//cellular component| nucleus | inferred from direct assay |GO

nt| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| plasma membrane | inferred from direct assay |GO:0005886

unction| copper ion transporter activity | inferred from mutant phenotype |GO:0005375//cellular component| vacuolar membrane (sensu Fungi) | inferred fro

from direct assay |GO:0005634//biological process| pyrimidine salvage | inferred from mutant phenotype|GO:0008655//biological process| uridine catabolis





nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| glycolysis | traceable author statement|GO:0006096



| inferred from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| vesicle fusion | trac

direct assay|GO:0006085

| inferred from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| conjugation with ce

ical process| protein biosynthesis | traceable author statement|GO:0006412



sical interaction |GO:0016251//molecular function| general RNA polymerase II transcription factor activity | inferred from direct assay |GO:0016251//cellular

all (sensu Fungi) | inferred from direct assay |GO:0009277//biological process| cellular response to phosphate starvation | traceable author statement|GO:0

m Pol II promoter | inferred from direct assay|GO:0045944

ellular component| nucleotide excision repair factor 3 complex | traceable author statement |GO:0000112//biological process| negative regulation of transc

from mutant phenotype|GO:0007165//biological process| adaptation to pheromone during conjugation with cellular fusion | traceable author statement |GO

ct assay |GO:0005635//biological process| endocytosis | inferred from mutant phenotype|GO:0006897

05634//biological process| sporulation (sensu Fungi) | inferred from genetic interaction|GO:0030437//biological process| RAS protein signal transduction |



activity | inferred from mutant phenotype |GO:0004579//cellular component| integral to membrane | inferred from mutant phenotype|GO:0016021//cellular c

assay |GO:0005737//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:0009435

ical process| protein biosynthesis | traceable author statement|GO:0006412

mide biosynthesis | inferred from mutant phenotype|GO:0046513//biological process| aging | traceable author statement |GO:0007568

olism | traceable author statement|GO:0006020



uitination | inferred from direct assay|GO:0006513//biological process| chromatin assembly/disassembly | inferred from mutant phenotype |GO:0006333//bi

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412



hor statement|GO:0005794//biological process| retrograde transport, endosome to Golgi | traceable author statement|GO:0042147//biological process| retr

ical process| protein biosynthesis | traceable author statement|GO:0006412

nteraction|GO:0008250//biological process| N-linked glycosylation via asparagine | inferred from mutant phenotype|GO:0018279//biological process| N-link

c reticulum membrane | traceable author statement|GO:0005789//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//bi







cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| mitochondrial matrix protein import | inferred from physica

eable author statement|GO:0006413

ble author statement |GO:0005737//cellular component| nuclear pore | traceable author statement |GO:0005643//biological process| ER-associated protein



assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472//biological process| mitotic spindle assembly (sensu Fungi) | inferred from genetic

onent| RNA polymerase I upstream activating factor complex | traceable author statement|GO:0000500//biological process| transcription from Pol I promo

ay | inferred from physical interaction|GO:0045045//biological process| secretory pathway | inferred from mutant phenotype |GO:0045045//biological proces

ellular component| nucleus | traceable author statement|GO:0005634//biological process| transcription termination from Pol I promoter | traceable author s

se metabolism | traceable author statement |GO:0006144

s | inferred from direct assay |GO:0005634//biological process| homotypic vacuole fusion, non-autophagic | inferred from mutant phenotype|GO:0042145//b

erred from direct assay |GO:0005634//biological process| homoserine biosynthesis | traceable author statement|GO:0009090//biological process| threonin

ferred from genetic interaction |GO:0006694





o acid transport | inferred from direct assay|GO:0015802

|GO:0005634//biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005//biological process| response









o osmotic stress | inferred from mutant phenotype|GO:0006970//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910

rred from direct assay|GO:0019439

red from genetic interaction|GO:0042493//biological process| phospholipid transport | inferred from direct assay |GO:0015914//biological process| phospho

all (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| glycerophospholipid metabolism | inferred from mutant phenotype|GO:00066

| traceable author statement|GO:0030036//biological process| mRNA localization, intracellular | inferred from mutant phenotype |GO:0008298

protein amino acid palmitoylation | inferred from direct assay|GO:0018318//biological process| protein localization | inferred from mutant phenotype |GO:0

-phosphate shunt | inferred from sequence similarity|GO:0006098

similarity|GO:0006913





orylation | inferred from direct assay|GO:0006468

hatidylethanolamine biosynthesis | traceable author statement|GO:0006646

nthesis | traceable author statement|GO:0006696



erase-dependent telomere maintenance | inferred from genetic interaction |GO:0007004

gical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | infe

n synthase complex | traceable author statement |GO:0000148//biological process| cell wall organization and biogenesis | traceable author statement|GO:0

rom direct assay |GO:0005737//biological process| response to heat | inferred from mutant phenotype|GO:0009408

mino acid biosynthesis | inferred from mutant phenotype|GO:0009070

:0000780//cellular component| condensed nuclear chromosome, pericentric region | inferred from genetic interaction |GO:0000780//cellular component| co

leus | inferred from curator |GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from sequence similarity|GO



assembly | inferred from mutant phenotype |GO:0016226//biological process| iron ion homeostasis | inferred from sequence similarity |GO:0006879//biolog







author statement|GO:0019346//biological process| cysteine metabolism | traceable author statement |GO:0006534//biological process| sulfur amino acid m

ex | inferred from direct assay |GO:0005938//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437

from direct assay |GO:0005576//biological process| cell wall organization and biogenesis | inferred from genetic interaction|GO:0007047

GO:0000220//biological process| vacuolar acidification | traceable author statement|GO:0007035

c reticulum membrane | traceable author statement|GO:0005789//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//bi

mponent| microsome | inferred from physical interaction |GO:0005792//cellular component| membrane fraction | inferred from direct assay |GO:0005624//b

onent| actin cap (sensu Fungi) | inferred from direct assay|GO:0030478//cellular component| membrane fraction | inferred from direct assay |GO:0005624/

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| aromatic amino acid family metabolism | inferred from mutant









ical process| protein biosynthesis | traceable author statement|GO:0006412

action|GO:0006810//biological process| transport | inferred from mutant phenotype |GO:0006810

onent| RNA polymerase I upstream activating factor complex | traceable author statement|GO:0000500//biological process| transcription from Pol I promo

aceable author statement|GO:0006333

direct assay|GO:0015857



ellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| dolichol-linked oligosaccharide biosynthesis | inferr









ess| proton transport | traceable author statement|GO:0015992//biological process| vacuolar acidification | traceable author statement |GO:0007035//biolog

d from direct assay |GO:0005634//biological process| tRNA modification | inferred from sequence similarity|GO:0006400

nt| integral to plasma membrane | inferred from mutant phenotype |GO:0005887//cellular component| endoplasmic reticulum | inferred from direct assay |G

hor statement |GO:0005624//biological process| transport | inferred from sequence similarity|GO:0006810



traceable author statement|GO:0006260



t assay |GO:0005737//biological process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable author stat

423//molecular function| tRNA (guanine) methyltransferase activity | inferred from genetic interaction |GO:0016423//cellular component| cytoplasm | inferre

d from direct assay |GO:0000784//biological process| mRNA localization, intracellular | inferred from physical interaction|GO:0008298//biological process|

| inferred from mutant phenotype|GO:0016125

me | inferred from physical interaction|GO:0000398



bud neck | inferred from direct assay|GO:0005935//cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from phys

component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| O-linked glycosylation | inferred from mutant phenotype|GO:0006

t| plasma membrane | traceable author statement|GO:0005886//cellular component| plasma membrane | inferred from sequence similarity |GO:0005886//

mate 5-kinase activity | inferred from genetic interaction |GO:0004349//molecular function| glutamate 5-kinase activity | inferred from direct assay |GO:0004





statement|GO:0005685//cellular component| snRNP U1 | inferred from physical interaction |GO:0005685//cellular component| snRNP U1 | inferred from dir

genesis | inferred from expression pattern|GO:0007031

| inferred from sequence similarity|GO:0006810

mbrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from direct assay|GO:0006865

inferred from direct assay |GO:0005634//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979//biological proces



ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO

cleotide biosynthesis | traceable author statement|GO:0006164//biological process| purine base metabolism | traceable author statement |GO:0006144//bio



anaerobic respiration | inferred from genetic interaction|GO:0009061//biological process| anaerobic respiration | inferred from expression pattern |GO:0009

ed from direct assay |GO:0005881//cellular component| spindle pole body | traceable author statement |GO:0005816//biological process| mitotic spindle or



hor statement|GO:0006183

ate hydratase complex | inferred from direct assay |GO:0000015//biological process| glycolysis | traceable author statement|GO:0006096//biological proces

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412





from sequence similarity|GO:0030176//cellular component| integral to endoplasmic reticulum membrane | inferred from direct assay |GO:0030176//biolog

ferred from direct assay|GO:0005739//biological process| RNA splicing | inferred from genetic interaction|GO:0008380//biological process| iron ion transpo



omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//biological process| transcription from Pol III promoter | t



phosphate transporter activity | inferred from genetic interaction |GO:0015114//cellular component| membrane | inferred from direct assay|GO:0016020//b

molecular function| transcriptional elongation regulator activity | inferred from genetic interaction |GO:0003711//cellular component| nucleus | inferred from p

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

GO:0009060//biological process| aerobic respiration | inferred from genetic interaction |GO:0009060

ical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | infe

O:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| nucleobase, nucleoside, nucleotide a

om direct assay |GO:0005634//biological process| sulfur amino acid metabolism | inferred from mutant phenotype|GO:0000096

al process| negative regulation of transcription from Pol II promoter | traceable author statement|GO:0000122

0006//cellular component| integral to plasma membrane | inferred from sequence similarity|GO:0005887//cellular component| integral to plasma membran

4//biological process| mitochondrial matrix protein import | inferred from mutant phenotype|GO:0030150

uthor statement|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| rRNA processing | traceable auth

s | inferred from mutant phenotype|GO:0006783

ical process| translational elongation | inferred from sequence similarity|GO:0006414//biological process| protein biosynthesis | traceable author statemen

ly amino acid biosynthesis | traceable author statement|GO:0009082

irect assay|GO:0005634//cellular component| nuclear chromosome, telomeric region | traceable author statement |GO:0000784//cellular component| nucle





pping | traceable author statement|GO:0016233//biological process| telomere maintenance | inferred from mutant phenotype |GO:0000723



maintenance | inferred from mutant phenotype|GO:0000002

ical process| ribosome biogenesis and assembly | inferred from direct assay|GO:0042254//biological process| ubiquitin-dependent protein catabolism | no

x | inferred from direct assay |GO:0042729//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement |GO:00058





m direct assay |GO:0005634//biological process| arginine catabolism | traceable author statement|GO:0006527

amino acid transport | inferred from mutant phenotype|GO:0006865

|GO:0004366//molecular function| glycerol-3-phosphate O-acyltransferase activity | inferred from direct assay |GO:0004366//cellular component| endoplas

traceable author statement |GO:0003676//cellular component| polysome | traceable author statement|GO:0005844//cellular component| cytoplasm | inferre

port | inferred from mutant phenotype|GO:0015696//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124

red from direct assay |GO:0046961//cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//cellular component| hydrogen-trans

8//biological process| protein amino acid geranylgeranylation | inferred from direct assay|GO:0018348

GO:0000307//biological process| regulation of glycogen catabolism | inferred from genetic interaction|GO:0005981//biological process| regulation of glycog







rom physical interaction|GO:0000790//biological process| regulation of transcription from Pol III promoter | inferred from mutant phenotype|GO:0006359//b

ceable author statement|GO:0046086//biological process| purine nucleotide biosynthesis | traceable author statement |GO:0006164

2//cellular component| cytoplasmic mRNA processing body | inferred from direct assay |GO:0000932//biological process| chromosome segregation | inferre



ogenesis | traceable author statement|GO:0007031

862//cellular component| cytosol | traceable author statement|GO:0005829//biological process| leucine biosynthesis | inferred from mutant phenotype|GO:0

, poly(A)-independent | inferred from physical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, poly(A)-independe



GO:0004748//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000563

nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| sphingolipid biosynthesis | inferred from sequence similarity|GO:0030148//biolo

ocess| negative regulation of transcription from Pol II promoter | traceable author statement|GO:0000122

rom curator|GO:0005634//biological process| regulation of mitotic cell cycle | inferred from mutant phenotype|GO:0007346//biological process| negative re



olism | non-traceable author statement|GO:0016259//biological process| methionine metabolism | non-traceable author statement |GO:0006555

osynthesis | traceable author statement|GO:0006537//biological process| isocitrate metabolism | traceable author statement |GO:0006102

//molecular function| general transcriptional repressor activity | inferred from direct assay |GO:0016565//cellular component| nucleus | inferred from physic



e nucleation | inferred from physical interaction|GO:0007020

inferred from mutant phenotype |GO:0004088//cellular component| cytosol | traceable author statement|GO:0005829//biological process| arginine biosynt

plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:000588



m direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| actin filament depolymerization | in

mponent| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//biological process| heme biosynthesis | traceable author stateme

rganization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| intracellular protein transport | inferred from physical interac







m mutant phenotype |GO:0006623//biological process| protein-vacuolar targeting | inferred from genetic interaction |GO:0006623

traceable author statement|GO:0006414

n | inferred from direct assay |GO:0005624//biological process| vesicle-mediated transport | inferred from mutant phenotype|GO:0016192

ondrion | inferred from direct assay |GO:0005739//biological process| phosphate transport | inferred from direct assay|GO:0006817

ed from direct assay |GO:0005737//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//cellular component| nucleus | inferred from



hesis | traceable author statement|GO:0006696

ellular | inferred from sequence similarity |GO:0005576//cellular component| extracellular | inferred from direct assay |GO:0005576//biological process| cyto





GO:0000220//biological process| vacuolar acidification | traceable author statement|GO:0007035



t| nuclear membrane | traceable author statement |GO:0005635//biological process| protein monoubiquitination | traceable author statement|GO:0006513/

plasm | inferred from mutant phenotype |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| G2/M tra

0004637//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine nucleotide biosynthesis | traceable author stat





reticulum | inferred from sequence similarity|GO:0005783//cellular component| endoplasmic reticulum | inferred from mutant phenotype |GO:0005783//bio

gical process| protein biosynthesis | traceable author statement|GO:0006412

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| nitrogen metabolism | inferred from sequence similarity|GO:0006807//bio

| inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to stress | in

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

4//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:000

d from direct assay |GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| phospholipid m



4//biological process| tRNA modification | inferred from mutant phenotype|GO:0006400

pe|GO:0005737//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//cellular component| nucleus | inferred from direct assay |GO





ne | inferred from direct assay|GO:0016021//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biolog

| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:

nt| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulum membrane | inferred from

d from direct assay|GO:0005789//biological process| calcium ion homeostasis | inferred from mutant phenotype|GO:0006874//biological process| protein a



inferred from direct assay|GO:0046686//biological process| glutathione biosynthesis | traceable author statement |GO:0006750



mino acid biosynthesis | traceable author statement|GO:0009082

ription from Pol II promoter | inferred from direct assay|GO:0006366

organization and biogenesis | inferred from expression pattern |GO:0007047

ed from direct assay |GO:0005816//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from d

0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| hyperosm

me a biosynthesis | inferred from mutant phenotype |GO:0006784//biological process| heme a biosynthesis | inferred from genetic interaction |GO:0006784

ble author statement|GO:0019740

gical process| protein biosynthesis | traceable author statement|GO:0006412

| inferred from mutant phenotype|GO:0016125



aceable author statement|GO:0006333

ss| iron ion homeostasis | inferred from mutant phenotype|GO:0006879//biological process| guanine nucleotide transport | inferred from direct assay |GO:0



rom direct assay |GO:0005634//biological process| AMP biosynthesis | traceable author statement|GO:0006167

nent| cytoplasm | inferred from direct assay |GO:0005737//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979/

ct assay |GO:0005635//biological process| endocytosis | inferred from mutant phenotype|GO:0006897



l process| transcription from Pol I promoter | traceable author statement|GO:0006360

51//biological process| siroheme biosynthesis | inferred from sequence similarity|GO:0019354//biological process| siroheme biosynthesis | inferred from ge

n, DNA-dependent | inferred from sequence similarity|GO:0006355//biological process| carbohydrate metabolism | inferred from genetic interaction |GO:00

rect assay |GO:0005634//biological process| protein amino acid dephosphorylation | inferred from direct assay|GO:0006470//biological process| inactivatio

om mitosis | traceable author statement|GO:0007096

e similarity |GO:0016020//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| response to zinc ion | in

gical process| protein biosynthesis | traceable author statement|GO:0006412



red from physical interaction|GO:0030036

ation | inferred from expression pattern |GO:0009269

erred from direct assay |GO:0003682//cellular component| chromatin assembly complex | inferred from physical interaction|GO:0005678//cellular compone



gical process| protein biosynthesis | traceable author statement|GO:0006412

Golgi to ER | inferred from mutant phenotype|GO:0006890//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888



eplication factor C complex | inferred from direct assay |GO:0005663//biological process| sister chromatid cohesion | inferred from physical interaction|GO:

zation and biogenesis | inferred from mutant phenotype |GO:0007005



cription factor activity | inferred from genetic interaction |GO:0003700//cellular component| nucleus | inferred from curator|GO:0005634//biological process|





ar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| histone dephosphorylation | inferred from direct assay|GO:00165



rred from direct assay |GO:0005634//biological process| aromatic amino acid family biosynthesis | traceable author statement|GO:0009073

0005634//biological process| regulation of meiosis | inferred from mutant phenotype|GO:0040020//biological process| regulation of meiosis | inferred from

m | traceable author statement|GO:0009092//biological process| methionine biosynthesis | traceable author statement |GO:0009086



hor statement|GO:0006183





onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| membrane fraction | inferred from sequence similarity |GO:0005624//biolog

ssay|GO:0005829//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to stress | traceable author statem

nferred from mutant phenotype|GO:0006078//biological process| beta-1,6 glucan biosynthesis | inferred from genetic interaction |GO:0006078

endent methyltransferase activity | inferred from sequence similarity |GO:0008757//cellular component| actin filament | inferred from physical interaction|G

m direct assay |GO:0005634//cellular component| histone acetyltransferase complex | inferred from physical interaction |GO:0000123//biological process| c

to stress | inferred from genetic interaction|GO:0006950

ma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//bio





P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological

ivity | inferred from mutant phenotype |GO:0004169//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological proc



ccharomyces) | inferred from direct assay |GO:0000142//biological process| actin cable formation | inferred from genetic interaction|GO:0045011//biologic

ane targeting | inferred from genetic interaction |GO:0006612

ferred from direct assay |GO:0005634//biological process| regulation of cyclin dependent protein kinase activity | traceable author statement|GO:0000079

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412//bi

substances | inferred from mutant phenotype |GO:0042626//molecular function| ATPase activity | inferred from direct assay |GO:0016887//molecular funct



und metabolism | traceable author statement|GO:0006730



reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulum membrane | inferred from genetic intera



n | inferred from expression pattern |GO:0009269

r component| cytosolic ribosome (sensu Eukarya) | inferred from genetic interaction |GO:0005830//biological process| regulation of translational elongation



nferred from direct assay|GO:0005739//biological process| branched chain family amino acid biosynthesis | inferred from sequence similarity|GO:0009082/

curator|GO:0005783//biological process| N-linked glycosylation | traceable author statement|GO:0006487



rect assay |GO:0005634//biological process| response to unfolded protein | inferred from physical interaction|GO:0006986//biological process| response to





gical process| protein biosynthesis | traceable author statement|GO:0006412

nent| inner plaque of spindle pole body | inferred from direct assay |GO:0005822//cellular component| gamma-tubulin complex (sensu Saccharomyces) | in

direct assay|GO:0008361

ular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| zinc ion homeostasis | inferred from mutant phenotype

ily amino acid biosynthesis | traceable author statement|GO:0009082//biological process| mitochondrial genome maintenance | inferred from mutant phen

erred from mutant phenotype|GO:0016125

us | traceable author statement |GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pseudohyphal gro

|GO:0004475//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| GDP-mannose biosynthesis | inferred from mut

cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| coenzyme A biosynthesis | inferred from sequence similarity|G



biosynthesis | traceable author statement|GO:0006696

endent methyltransferase activity | inferred from sequence similarity |GO:0008757//cellular component| actin filament | inferred from physical interaction|G

ar component| nuclear pore | traceable author statement|GO:0005643//biological process| nuclear pore organization and biogenesis | inferred from physic

om direct assay |GO:0005576//biological process| sucrose catabolism | traceable author statement|GO:0005987

tement |GO:0005782//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| malate metabolism | traceable author s

ponent| integral to membrane | inferred from direct assay |GO:0016021//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthesis | traceable author statement|GO:0006412

rol metabolism | inferred from mutant phenotype|GO:0006071



ate hydratase complex | inferred from direct assay |GO:0000015//biological process| glycolysis | traceable author statement|GO:0006096//biological proces

author statement|GO:0005880//cellular component| spindle microtubule | traceable author statement |GO:0005876//biological process| mitotic spindle ass



| thioredoxin peroxidase activity | inferred from direct assay |GO:0008379//cellular component| nucleus | inferred from sequence similarity|GO:0005634//ce



rect assay|GO:0006606

hionine metabolism | inferred from mutant phenotype|GO:0006555//biological process| sulfate assimilation | traceable author statement |GO:0000103



ical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | infe

ellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glycogen biosynthesis | inferred from genetic interaction|GO:00

|GO:0005643//biological process| protein-nucleus import | traceable author statement|GO:0006606



n from Pol II promoter | traceable author statement|GO:0006358//biological process| chromatin remodeling | traceable author statement |GO:0006338

process| hypusine biosynthesis from peptidyl-lysine | inferred from direct assay|GO:0008612

ical process| protein biosynthesis | traceable author statement|GO:0006412

tant phenotype|GO:0042273//biological process| processing of 27S pre-rRNA | inferred from mutant phenotype |GO:0030489







ed from physical interaction|GO:0005679//biological process| chromatin remodeling | inferred from sequence similarity|GO:0006338//biological process| ch

ogical process| endocytosis | inferred from mutant phenotype|GO:0006897

m genetic interaction|GO:0007047

hor statement|GO:0008152



mbrane | inferred from direct assay|GO:0005743//biological process| oxaloacetate transport | inferred from direct assay|GO:0015729//biological process| s

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthesis | traceable author statement|GO:0006412

gical process| protein biosynthesis | traceable author statement|GO:0006412

onent| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| sphingolipid biosynthesis | traceable author statement|GO:003

ical process| protein biosynthesis | traceable author statement|GO:0006412

thor statement |GO:0030133//biological process| small GTPase mediated signal transduction | traceable author statement|GO:0007264//biological process



ay |GO:0005634

:0016274//molecular function| protein-arginine N-methyltransferase activity | inferred from direct assay |GO:0016274//cellular component| nucleus | inferre

biological process| O-linked glycosylation | traceable author statement|GO:0006493

ed from direct assay |GO:0005634//biological process| actin cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0030036//biolo

t| vacuole | inferred from mutant phenotype|GO:0005773//biological process| amino acid transport | inferred from sequence similarity|GO:0006865//biologic

vity | inferred from direct assay |GO:0019789//cellular component| septin ring | inferred from direct assay|GO:0005940//biological process| protein sumoyla



red from sequence similarity|GO:0005737//biological process| pentose-phosphate shunt | traceable author statement|GO:0006098//biological process| pen

gical process| protein biosynthesis | traceable author statement|GO:0006412

//cellular component| COPI-coated vesicle | inferred from direct assay|GO:0030137//biological process| intracellular protein transport | traceable author sta





ular component| eukaryotic translation initiation factor 3 complex | inferred from direct assay |GO:0005852//cellular component| cytoplasm | inferred from d





ction |GO:0016538//molecular function| cyclin-dependent protein kinase regulator activity | inferred from direct assay |GO:0016538//cellular component| nu



ytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| nuclear ubiq

ed from mutant phenotype|GO:0006118



pe |GO:0015082//cellular component| plasma membrane | inferred from mutant phenotype|GO:0005886//biological process| magnesium ion transport | infe



ansporter activity | inferred from genetic interaction |GO:0015127//cellular component| vacuolar membrane | inferred from direct assay|GO:0005774//biolog



hysical interaction|GO:0006521//biological process| regulation of amino acid metabolism | inferred from mutant phenotype |GO:0006521



is | inferred from sequence similarity|GO:0006412



y | traceable author statement |GO:0005816//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|G



nteraction|GO:0008250//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| nuclear membrane | inf

transferase activity | inferred from mutant phenotype |GO:0008168//cellular component| small nuclear ribonucleoprotein complex | traceable author statem

ferred from direct assay |GO:0004519//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| meiotic DNA double-stran

m mutant phenotype|GO:0007131//biological process| meiotic recombination | inferred from genetic interaction |GO:0007131//biological process| telomeras

direct assay|GO:0005829//biological process| protein-vacuolar targeting | inferred from genetic interaction|GO:0006623





|GO:0005737//biological process| carbohydrate metabolism | inferred from mutant phenotype|GO:0005975

from direct assay |GO:0005576//biological process| cell wall organization and biogenesis | inferred from genetic interaction|GO:0007047

t| plasma membrane | inferred from mutant phenotype |GO:0005886//biological process| glycerophosphodiester transport | inferred from mutant phenotyp

drug | traceable author statement|GO:0042493//biological process| response to singlet oxygen | inferred from mutant phenotype |GO:0000304

ical process| protein biosynthesis | traceable author statement|GO:0006412

tochondrial intermembrane space | inferred from direct assay |GO:0005758//biological process| vitamin B2 biosynthesis | inferred from mutant phenotype|G

damage stimulus | inferred from direct assay|GO:0006974//biological process| cell ion homeostasis | inferred from mutant phenotype |GO:0006873//biolog

ct assay|GO:0005634//biological process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| chromatin remodeling | inferred from

ceable author statement |GO:0005871//biological process| microtubule stabilization | inferred from mutant phenotype|GO:0007026//biological process| mit



gulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mutant p



ponent| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from direct assay |GO:00058



nt| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleu

ar | traceable author statement|GO:0005622//biological process| cell cycle-dependent actin filament reorganization | inferred from mutant phenotype|GO:0



ort | traceable author statement|GO:0006888

ytosol | inferred from direct assay|GO:0005829//biological process| small GTPase mediated signal transduction | inferred from physical interaction|GO:000



cytosol | traceable author statement|GO:0005829//biological process| glucose 6-phosphate utilization | inferred from sequence similarity|GO:0006010//biol

GO:0003702//molecular function| RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003702//cellular component| cytos

assay |GO:0005934//biological process| endocytosis | inferred from mutant phenotype|GO:0006897





from sequence similarity|GO:0006810

23//biological process| RNA elongation from Pol II promoter | inferred from sequence similarity|GO:0006368

erred from direct assay|GO:0005935//cellular component| plasma membrane | inferred from direct assay |GO:0005886//biological process| response to glu

GO:0005634//cellular component| nuclear chromatin | inferred from sequence similarity |GO:0000790//biological process| regulation of transcription from P

ssay |GO:0005737//biological process| cell wall biosynthesis (sensu Fungi) | inferred from genetic interaction|GO:0009272//biological process| small GTPa

rom physical interaction|GO:0000790//biological process| regulation of transcription from Pol III promoter | inferred from mutant phenotype|GO:0006359//b

ment|GO:0005967//cellular component| mitochondrion | inferred from mutant phenotype |GO:0005739//biological process| pyruvate metabolism | non-trace



eable author statement |GO:0000910//biological process| bud site selection | traceable author statement |GO:0000282

le | inferred from direct assay|GO:0005811//biological process| lipid metabolism | inferred from mutant phenotype|GO:0006629

iated transport | inferred from genetic interaction |GO:0016192

rt | inferred from mutant phenotype |GO:0006896

r statement |GO:0016337//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| invasive growth (se

e to nitrogen starvation | traceable author statement|GO:0006995//biological process| asparagine catabolism | traceable author statement |GO:0006530

mpound metabolism | traceable author statement|GO:0006730

c interaction|GO:0008361

llular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:00165



e author statement |GO:0005801//cellular component| mannosyltransferase complex | inferred from physical interaction |GO:0000136//biological process|



eavage factor complex | inferred from physical interaction|GO:0005849//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular c



m mutant phenotype|GO:0007121//biological process| actin filament organization | inferred from physical interaction |GO:0007015//biological process| resp

eable author statement|GO:0006413

tegral to plasma membrane | inferred from curator|GO:0005887//biological process| oligopeptide transport | inferred from sequence similarity|GO:0006857

from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| G1/S transition of mitotic cell c

llular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro



from direct assay|GO:0005634//cellular component| ubiquitin ligase complex | traceable author statement |GO:0000151//biological process| ubiquitin-depe



ent| membrane | inferred from sequence similarity|GO:0016020//biological process| myo-inositol transport | inferred from mutant phenotype|GO:0015798

ct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| vesicle organization and b

y |GO:0005643//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein-nucleus import | traceable author statem



onent| inner plaque of spindle pole body | inferred from direct assay |GO:0005822//biological process| microtubule nucleation | inferred from physical inter







tin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| polar budding | inferred from mutant phenotype|GO:0007121//

//cellular component| integral to Golgi membrane | inferred from direct assay |GO:0030173//biological process| phosphoinositide metabolism | inferred from

hesis | traceable author statement|GO:0019856

34//biological process| deadenylation-dependent decapping | inferred from genetic interaction|GO:0000290

nt phenotype |GO:0004477//molecular function| formate-tetrahydrofolate ligase activity | traceable author statement |GO:0004329//molecular function| form

GO:0015319//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred fro

olism | inferred from direct assay|GO:0006081//biological process| alcohol metabolism | inferred from direct assay |GO:0006066

physical interaction |GO:0016272//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| tubulin folding | inferred fr

gical process| protein biosynthesis | traceable author statement|GO:0006412

direct assay |GO:0005792//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| phospholipid transport | inferred f

om genetic interaction |GO:0006378

culum | inferred from direct assay |GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696



ical process| protein processing | inferred from direct assay|GO:0016485//biological process| peptide pheromone maturation | inferred from mutant phenot

nization and biogenesis | traceable author statement|GO:0007047



direct assay |GO:0005634//biological process| alcohol metabolism | inferred from sequence similarity|GO:0006066

nferred from sequence similarity|GO:0016020//biological process| nitrogen utilization | inferred from mutant phenotype|GO:0019740//biological process| m



iosynthesis | inferred from mutant phenotype|GO:0019354//biological process| sulfate assimilation | inferred from mutant phenotype |GO:0000103

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ed from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| polarisome | traceable autho

rom direct assay |GO:0005634//biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:0015940

y | traceable author statement |GO:0005816//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|G

ent| membrane | inferred from sequence similarity|GO:0016020//biological process| myo-inositol transport | inferred from mutant phenotype|GO:0015798

ndoplasmic reticulum | inferred from sequence similarity|GO:0005783//cellular component| endoplasmic reticulum | inferred from mutant phenotype |GO:00



y | inferred from physical interaction |GO:0004579//cellular component| oligosaccharyl transferase complex | inferred from physical interaction|GO:0008250

ence similarity|GO:0006810

Golgi to ER | inferred from mutant phenotype|GO:0006890//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888

on|GO:0008250//cellular component| endoplasmic reticulum lumen | traceable author statement |GO:0005788//biological process| N-linked glycosylation v









ane | inferred from sequence similarity|GO:0005743//biological process| transport | inferred from sequence similarity|GO:0006810

ferred from direct assay |GO:0016619//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| amino acid metabo



t | inferred from genetic interaction |GO:0015846

ed from mutant phenotype |GO:0030126//biological process| retrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890//biological pr





s| oligosaccharide transport | inferred from mutant phenotype|GO:0015772//biological process| N-linked glycosylation | inferred from mutant phenotype |GO

r function| pre-mRNA cleavage factor activity | inferred from mutant phenotype |GO:0030363//cellular component| mRNA cleavage and polyadenylation sp



r fusion | inferred from genetic interaction|GO:0000747

ar component| outer plaque of spindle pole body | inferred from physical interaction|GO:0005824//cellular component| cytoplasm | inferred from direct assa

m direct assay |GO:0005783//biological process| protein-ER targeting | inferred from physical interaction|GO:0045047//biological process| protein-ER targ

enotype|GO:0006364

ceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from sequence similarity|GO:0007264//bio

ccharomyces) | inferred from direct assay |GO:0000142//biological process| actin cable formation | inferred from genetic interaction|GO:0045011//biologic



onent| endosome | inferred from direct assay |GO:0005768//cellular component| hydrogen-transporting ATPase V0 domain | traceable author statement |G





lasmic reticulum membrane | traceable author statement|GO:0005789//cellular component| nuclear membrane | traceable author statement |GO:0005635/

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



inferred from direct assay |GO:0030137//biological process| retrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890//biological pro

from sequence similarity|GO:0016021//cellular component| integral to membrane | inferred from physical interaction |GO:0016021//cellular component| va

erred from mutant phenotype|GO:0030437//biological process| response to pH | inferred from mutant phenotype |GO:0009268//biological process| meiosis



omocitrate synthase activity | inferred from genetic interaction |GO:0004410//molecular function| homocitrate synthase activity | inferred from expression p

n| calcium ion transporter activity | inferred from mutant phenotype |GO:0015085//molecular function| calcium ion transporter activity | inferred from direct a

assay |GO:0005739//biological process| iron-sulfur cluster assembly | inferred from sequence similarity|GO:0016226//biological process| iron-sulfur cluster

direct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| vesicle fusion | tracea

chondrion | inferred from direct assay |GO:0005739//biological process| mitochondrion organization and biogenesis | traceable author statement|GO:0007

sponse to salt stress | inferred from mutant phenotype |GO:0009651//biological process| response to salt stress | inferred from genetic interaction |GO:000



inferred from mutant phenotype|GO:0009435



35//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| proline biosynthesis | inferred from sequence similarity|GO

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of translational fidelity | inferred from mutant phenotype|G

ation | traceable author statement|GO:0006260

utilization | inferred from mutant phenotype|GO:0019740//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenoty

hor statement|GO:0009102

gical process| protein biosynthesis | traceable author statement|GO:0006412

ponent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| attachment of GPI anchor to protein | in





rred from direct assay|GO:0006468//biological process| DNA-dependent DNA replication | inferred from genetic interaction |GO:0006261



ide biosynthesis | inferred from mutant phenotype|GO:0046513//biological process| replicative cell aging | inferred from mutant phenotype |GO:0001302//b

me | traceable author statement |GO:0000228//cellular component| nuclear chromosome | inferred from direct assay |GO:0000228//biological process| dou



| inferred from direct assay |GO:0005844//biological process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| bud growth | infe

red from genetic interaction|GO:0009266



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

| inferred from direct assay |GO:0005737//biological process| actin polymerization and/or depolymerization | inferred from direct assay|GO:0008154//biolog

y | inferred from direct assay |GO:0004622//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| phosp





inferred from genetic interaction|GO:0000722



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ent| cytoplasm | inferred from direct assay |GO:0005737//biological process| lysine biosynthesis, aminoadipic pathway | traceable author statement|GO:00

ological process| transcription from Pol II promoter | traceable author statement|GO:0006366

ndrion | inferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| RN









membrane | inferred from mutant phenotype|GO:0005886//cellular component| plasma membrane | inferred from genetic interaction |GO:0005886//biolog



henotype|GO:0042493//biological process| positive regulation of protein-nucleus import | inferred from mutant phenotype |GO:0042307//biological process

otype|GO:0005789//biological process| dolichol-linked oligosaccharide biosynthesis | traceable author statement|GO:0006488//biological process| N-linked

nferred from genetic interaction|GO:0007017







or statement|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nuclear organization and biogenesis

port | inferred from direct assay|GO:0006865

s | inferred from direct assay |GO:0005634//biological process| response to heat | inferred from mutant phenotype|GO:0009408//biological process| signal

) | inferred from mutant phenotype|GO:0030476//biological process| regulation of mitotic metaphase/anaphase transition | inferred from mutant phenotype



biosynthesis | traceable author statement|GO:0009228//biological process| RAS protein signal transduction | inferred from mutant phenotype |GO:000726

004775//molecular function| succinate-CoA ligase (ADP-forming) activity | inferred from direct assay |GO:0004775//cellular component| mitochondrion | in



e regulation of translation | inferred from direct assay |GO:0016478

ar component| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine base biosynthesis | inferred from mutant phenotype|GO:0009



retrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890//biological process| retrograde transport, Golgi to ER | inferred from gene



rocess| mitochondrial matrix protein import | inferred from physical interaction|GO:0030150//biological process| mitochondrial matrix protein import | inferre

| non-traceable author statement|GO:0006570

assay |GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:000

ical process| protein biosynthesis | traceable author statement|GO:0006412

ting-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:0030466//biological process| chromatin silencing at silent mating-type cassette (sen

al subunit (sensu Eukarya) | traceable author statement|GO:0005843//biological process| protein biosynthesis | traceable author statement|GO:0006412//b

se-associated import motor | inferred from physical interaction |GO:0001405//biological process| mitochondrial matrix protein import | traceable author sta

ct assay |GO:0005886//biological process| steroid biosynthesis | inferred from mutant phenotype|GO:0006694//biological process| steroid biosynthesis | inf

aceable author statement|GO:0009098



chromatin | inferred from direct assay|GO:0000790//cellular component| nuclear chromosome, telomeric region | inferred from curator |GO:0000784//biolo

onent| mitochondrial membrane | inferred from sequence similarity|GO:0005740//biological process| dicarboxylic acid transport | inferred from sequence s

bud neck | inferred from direct assay|GO:0005935//cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from phys

cytosolic small ribosomal subunit (sensu Eukarya) | inferred from direct assay|GO:0005843//cellular component| cytosolic ribosome (sensu Eukarya) | infe

rom direct assay |GO:0005634//biological process| pentose-phosphate shunt, oxidative branch | inferred from sequence similarity|GO:0009051//biological

metabolism | inferred from mutant phenotype|GO:0006665

ct assay |GO:0004489//molecular function| structural constituent of ribosome | traceable author statement |GO:0003735//cellular component| cell | traceab







from direct assay |GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281



ultidrug transporter activity | inferred from genetic interaction |GO:0015239//cellular component| integral to plasma membrane | inferred from direct assay|G

gical process| GPI anchor biosynthesis | inferred from mutant phenotype|GO:0006506

tion and biogenesis | traceable author statement|GO:0007047

eable author statement|GO:0006413



t phenotype |GO:0004671//cellular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//cellular component| endopla

e similarity |GO:0016020//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| zinc ion homeostasis |





eable author statement|GO:0000105

from mutant phenotype|GO:0019740//biological process| transport | inferred from mutant phenotype |GO:0006810



20//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//cellular component| hydrogen-transporting ATPase V1

ular component| eukaryotic translation initiation factor 3 complex | inferred from direct assay |GO:0005852//biological process| translational initiation | infer



nferred from sequence similarity|GO:0005634//cellular component| nucleus | inferred from physical interaction |GO:0005634//cellular component| nucleus |



ological process| protein-mitochondrial targeting | inferred from physical interaction|GO:0006626//biological process| protein-mitochondrial targeting | inferr







from direct assay |GO:0005634//biological process| nucleotide metabolism | traceable author statement|GO:0009117

direct assay|GO:0015878





drial inner membrane | inferred from direct assay|GO:0005743//biological process| mitochondrial transport | inferred from direct assay|GO:0006839



mutant phenotype|GO:0045047

iption factor activity | inferred from direct assay |GO:0003700//molecular function| two-component response regulator activity | inferred from mutant pheno

nteraction|GO:0008250//biological process| N-linked glycosylation | inferred from physical interaction|GO:0006487

ription from Pol II promoter | inferred from direct assay|GO:0006366

nt phenotype|GO:0006611//biological process| mRNA-nucleus export | inferred from mutant phenotype |GO:0006406//biological process| ribosomal large s



inferred from mutant phenotype |GO:0004088//cellular component| cytosol | traceable author statement|GO:0005829//biological process| arginine biosynt





ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of translational fidelity | inferred from mutant phenotype|G

| inferred from direct assay |GO:0005844//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//biological proc



me complex | inferred from genetic interaction|GO:0005681//cellular component| nuclear pore | inferred from direct assay |GO:0005643//cellular componen

red from mutant phenotype|GO:0007059//biological process| nuclear pore organization and biogenesis | traceable author statement |GO:0006999//biologic

gical process| protein biosynthesis | traceable author statement|GO:0006412

gical process| regulation of translational fidelity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author s

t phenotype|GO:0000910

notype|GO:0006914//biological process| ER to Golgi transport | traceable author statement |GO:0006888



ed from mutant phenotype|GO:0006901//biological process| vesicle coating | inferred from genetic interaction |GO:0006901//biological process| ER to Golg



m mutant phenotype|GO:0000335



component| sulfite reductase complex (NADPH) | inferred from direct assay |GO:0009337//biological process| sulfate assimilation | traceable author statem

molecular function| long-chain-fatty-acid-CoA ligase activity | inferred from sequence similarity |GO:0004467//molecular function| long-chain-fatty-acid-CoA



t | traceable author statement|GO:0016192

vity | inferred from direct assay |GO:0004169//cellular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological

protein amino acid palmitoylation | inferred from direct assay|GO:0018318//biological process| protein-membrane targeting | inferred from mutant phenotyp

nent| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from genetic interaction |GO:00

damage stimulus | inferred from direct assay|GO:0006974//biological process| cell ion homeostasis | inferred from physical interaction |GO:0006873//biolo

RNA cap complex | inferred from physical interaction|GO:0005845//biological process| negative regulation of translation | inferred from mutant phenotype|G

nucleolar ribonucleoprotein complex | traceable author statement |GO:0005732//cellular component| small nucleolar ribonucleoprotein complex | inferred fr

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ponent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| attachment of GPI anchor to protein | in



nization and biogenesis | inferred from physical interaction|GO:0030036//biological process| actin cytoskeleton organization and biogenesis | inferred from



0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from genetic interaction |GO:0030508//cellular component| intracellula





| inferred from physical interaction |GO:0005783//biological process| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050

direct assay |GO:0005737//biological process| translational initiation | traceable author statement|GO:0006413



y | traceable author statement |GO:0005816//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|G

su Fungi) | inferred from mutant phenotype|GO:0030437//biological process| axial budding | inferred from mutant phenotype |GO:0007120//biological proc



inferred from physical interaction |GO:0005634//cellular component| vacuole (sensu Fungi) | inferred from physical interaction |GO:0000324//biological pro



rred from direct assay |GO:0005634//biological process| aromatic amino acid family biosynthesis | traceable author statement|GO:0009073

rect assay|GO:0045490//biological process| pseudohyphal growth | non-traceable author statement |GO:0007124

ponse to unfolded protein | inferred from mutant phenotype |GO:0006986



amino acid derivative catabolism | inferred from mutant phenotype|GO:0042219

inferred from mutant phenotype|GO:0009105

ical process| phosphatidylserine biosynthesis | traceable author statement|GO:0006659







anchor biosynthesis | inferred from mutant phenotype|GO:0006506//biological process| plasmid maintenance | inferred from mutant phenotype |GO:00062

n-traceable author statement|GO:0006110//biological process| fructose 2,6-bisphosphate metabolism | non-traceable author statement |GO:0006003

722//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo

ivity | inferred from mutant phenotype |GO:0004169//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological proc

aceable author statement|GO:0006333



eroxisome organization and biogenesis | inferred from physical interaction |GO:0007031//biological process| peroxisome organization and biogenesis | infe







ferred from physical interaction|GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:000

n factor activity | inferred from physical interaction |GO:0003743//cellular component| eukaryotic translation initiation factor 3 complex | inferred from physic

ble author statement |GO:0016020//cellular component| membrane | inferred from sequence similarity |GO:0016020//biological process| response to zinc

| ARF GTPase activator activity | inferred from direct assay |GO:0008060//cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030

ssay |GO:0005634//biological process| proteolysis and peptidolysis | inferred from mutant phenotype|GO:0006508//biological process| glycogen metabolis



tement|GO:0006970

ical process| translational elongation | inferred from sequence similarity|GO:0006414//biological process| protein biosynthesis | traceable author statemen





ant phenotype|GO:0006950//biological process| protein folding | inferred from mutant phenotype |GO:0006457

eable author statement|GO:0006413

acellular accumulation of glycerol | inferred from mutant phenotype|GO:0006973

molecular function| signal transducer activity | traceable author statement |GO:0004871//cellular component| bud neck | inferred from direct assay|GO:000

m direct assay|GO:0015867//biological process| GPI anchor biosynthesis | inferred from direct assay |GO:0006506



n| DNA binding | inferred from sequence similarity |GO:0003677//molecular function| DNA binding | inferred from physical interaction |GO:0003677//cellula





d from direct assay |GO:0005783//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//cellular component| extracellular | infe

from sequence similarity|GO:0016021//cellular component| integral to membrane | inferred from physical interaction |GO:0016021//cellular component| va



ferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pyrimidine nucleotide bio

gical process| protein biosynthesis | traceable author statement|GO:0006412



inferred from genetic interaction |GO:0045045



cription factor activity | inferred from direct assay |GO:0003700//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological pro



mino acid dephosphorylation | inferred from sequence similarity|GO:0006470//biological process| regulation of translation | inferred from mutant phenotype



d from mutant phenotype|GO:0045117

eable author statement|GO:0006413

ment organization | inferred from sequence similarity|GO:0007015//biological process| endocytosis | inferred from sequence similarity |GO:0006897//biologi



d from direct assay|GO:0005643//biological process| nuclear pore organization and biogenesis | traceable author statement|GO:0006999//biological proces





hikimate 1-carboxyvinyltransferase activity | inferred from direct assay |GO:0003866//molecular function| 3-dehydroquinate synthase activity | inferred from







sister chromatid cohesion | traceable author statement |GO:0007064//biological process| mitotic sister chromatid cohesion | inferred from mutant phenoty

m mutant phenotype |GO:0000339//molecular function| RNA cap binding | inferred from genetic interaction |GO:0000339//cellular component| mRNA cap





ect assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleotide metabolism | inferred from dir

utant phenotype|GO:0016192

GO:0004084//cellular component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| branched chain family amino acid bios

plasma membrane | inferred from direct assay |GO:0005886//biological process| multidrug transport | inferred from mutant phenotype|GO:0006855

m | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| tryptophan biosynth





ed from genetic interaction|GO:0019985//biological process| DNA repair | inferred from direct assay |GO:0006281//biological process| DNA replication | inf



ed from mutant phenotype|GO:0006879//biological process| iron ion homeostasis | inferred from genetic interaction |GO:0006879

ogical process| mRNA cleavage | inferred from direct assay|GO:0006379//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006



m direct assay |GO:0005737//biological process| tRNA modification | inferred from direct assay|GO:0006400//biological process| pseudouridine synthesis |

cellular component| mitochondrial matrix | traceable author statement |GO:0005759//cellular component| nuclear membrane | traceable author statement |

ll wall (sensu Fungi) | inferred from direct assay|GO:0009277//biological process| agglutination during conjugation with cellular fusion | inferred from mutan









uthor statement |GO:0003677//cellular component| nuclear chromatin | traceable author statement|GO:0000790//biological process| positive regulation of

al process| proton transport | inferred from direct assay|GO:0015992//biological process| regulation of pH | inferred from expression pattern |GO:0006885

ear chromosome | inferred from physical interaction|GO:0000228//biological process| negative regulation of transcription from Pol II promoter | inferred from

d from mutant phenotype|GO:0000065





0000776//cellular component| chromosome, pericentric region | inferred from direct assay |GO:0000775//biological process| meiotic sister chromatid segre

atement|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biologica

e body duplication (sensu Saccharomyces) | inferred from mutant phenotype|GO:0007103//biological process| microtubule nucleation | inferred from physi





-Golgi transport | inferred from physical interaction|GO:0006891//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888





ent| shmoo tip | inferred from direct assay |GO:0005937//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| incipie

mutant phenotype|GO:0008283//biological process| RAS protein signal transduction | traceable author statement |GO:0007265//biological process| G-prote

able author statement|GO:0006098//biological process| pentose-phosphate shunt | inferred from mutant phenotype |GO:0006098



ecular function| neutral amino acid transporter activity | inferred from genetic interaction |GO:0015175//cellular component| vacuole | inferred from mutant



9//biological process| mitochondrial electron transport, succinate to ubiquinone | traceable author statement|GO:0006121//biological process| tricarboxylic

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

9//cellular component| mannosyltransferase complex | inferred from physical interaction|GO:0000136//cellular component| mannosyltransferase complex |

action|GO:0016071



port | inferred from direct assay|GO:0006865

H complex | inferred from direct assay |GO:0042729//cellular component| kinetochore microtubule | inferred from direct assay |GO:0005828//cellular compo



iosynthesis | inferred from mutant phenotype|GO:0006412



ical process| N-linked glycosylation | traceable author statement|GO:0006487

ction| L-methionine transporter activity | inferred from genetic interaction |GO:0015191//cellular component| membrane | inferred from sequence similarity|G







mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot

d protein response, target gene transcriptional activation | traceable author statement|GO:0006990//biological process| phospholipid metabolism | traceabl



ndle assembly | inferred from genetic interaction|GO:0007051//biological process| transcription initiation from Pol II promoter | inferred from direct assay |G



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

e nucleation | inferred from physical interaction|GO:0007020

ar component| integral to membrane of membrane fraction | inferred from direct assay |GO:0000299//biological process| ER-associated protein catabolism

d from mutant phenotype|GO:0007047//biological process| DNA replication | traceable author statement |GO:0006260

say |GO:0005634//biological process| processing of 27S pre-rRNA | inferred from mutant phenotype|GO:0030489//biological process| RNA catabolism | in

erred from physical interaction|GO:0006301//biological process| postreplication repair | inferred from genetic interaction |GO:0006301//biological process| D

yces) | inferred from mutant phenotype |GO:0001403



| inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred from sequence similarity|GO:0006319

16944//molecular function| Pol II transcription elongation factor activity | inferred from genetic interaction |GO:0016944//cellular component| transcription e

omponent| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological process| fatty acid desaturation | inferred from sequence

atement |GO:0006364



direct assay |GO:0005634//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:0006468//biological process| bud site se



author statement|GO:0005829//biological process| glycolysis | traceable author statement|GO:0006096//biological process| pyruvate metabolism | traceab



ical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | infe

nt| cytoplasm | non-traceable author statement |GO:0005737//biological process| peptide metabolism | inferred from mutant phenotype|GO:0006518



mino acid biosynthesis | inferred from mutant phenotype|GO:0009070

sport | inferred from mutant phenotype|GO:0015840//biological process| L-proline transport | inferred from mutant phenotype |GO:0015824

molecular function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| vacuolar membrane (sensu Fungi) | inferred fr



component| Golgi apparatus | inferred from sequence similarity|GO:0005794//biological process| O-linked glycosylation | inferred from mutant phenotype|





olism | inferred from direct assay |GO:0008614





nt|GO:0006906//biological process| intra-Golgi transport | traceable author statement |GO:0006891//biological process| retrograde transport, Golgi to ER |

erred from expression pattern|GO:0007126

t assay |GO:0005634//biological process| adenine catabolism | traceable author statement|GO:0006146

enotype|GO:0007124//biological process| bud site selection | inferred from mutant phenotype |GO:0000282

nt| mitochondrion | traceable author statement |GO:0005739//biological process| phosphatidylcholine biosynthesis | inferred from direct assay|GO:000665



ical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | infe

m direct assay|GO:0005624//biological process| protein-Golgi retention | inferred from mutant phenotype|GO:0045053//biological process| vacuolar transpo









ellular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016

raceable author statement|GO:0006696

toplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| long-chain fat

ngi) | inferred from direct assay|GO:0000324//biological process| vacuolar protein catabolism | inferred from direct assay|GO:0007039

al process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| response to stress | inferred from genetic interaction |GO



GO:0005634//cellular component| nuclear chromatin | inferred from sequence similarity |GO:0000790//biological process| regulation of transcription from P





activity | traceable author statement |GO:0003924//cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck |

m sequence similarity|GO:0005634//biological process| double-strand break repair via nonhomologous end-joining | inferred from direct assay|GO:0006303

/cellular component| cytosol | traceable author statement |GO:0005829//cellular component| lipid particle | inferred from direct assay |GO:0005811//cellula





g at telomere | inferred from mutant phenotype|GO:0006348//biological process| chromatin silencing at telomere | inferred from genetic interaction |GO:00

nferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biological process|

ellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of cell size | inferred from direct assay|GO:0008361//

ondrial inner membrane | inferred from direct assay|GO:0005743//biological process| mitochondrial inner membrane protein import | inferred from physica

ay |GO:0005634//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006468

:0000817//cellular component| condensed nuclear chromosome kinetochore | inferred from genetic interaction |GO:0000778//cellular component| condens

s| phosphatidylcholine biosynthesis | traceable author statement|GO:0006656

sponse to glucose starvation | inferred from mutant phenotype |GO:0042149



n serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//molecular function| protein serine/threonine kinase activity | inferred from

direct assay |GO:0005634//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006468

integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| plasma membrane | inferred from direct assay |GO:0005886//c

s| attachment of GPI anchor to protein | inferred from sequence similarity|GO:0016255

ical process| protein biosynthesis | traceable author statement|GO:0006412



/biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | tr





aceable author statement |GO:0004842//molecular function| ubiquitin-protein ligase activity | inferred from direct assay |GO:0004842//cellular component| c

O:0006897//biological process| DNA metabolism | inferred from genetic interaction |GO:0006259

cellular protein transport | inferred from genetic interaction|GO:0006886





irect assay |GO:0005634//biological process| glutathione metabolism | inferred from genetic interaction|GO:0006749



ical process| protein biosynthesis | traceable author statement|GO:0006412

sium channel activity | inferred from direct assay |GO:0005267//cellular component| plasma membrane | inferred from mutant phenotype|GO:0005886//cell

otype|GO:0006623

/S transition of mitotic cell cycle | inferred from mutant phenotype|GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from gene



ct assay|GO:0006412

pe|GO:0005737//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//cellular component| nucleus | inferred from direct assay |GO

x homeostasis | traceable author statement|GO:0030503//biological process| regulation of cell redox homeostasis | inferred from mutant phenotype |GO:0

|GO:0005737//biological process| carbohydrate metabolism | inferred from mutant phenotype|GO:0005975

| traceable author statement|GO:0000256

0329//cellular component| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| vacuolar acidification



ity response | traceable author statement|GO:0042538//biological process| methionine biosynthesis | traceable author statement |GO:0009086//biological





| non-traceable author statement |GO:0004079//molecular function| biotin-[methylcrotonoyl-CoA-carboxylase] ligase activity | non-traceable author stateme



a membrane | inferred from direct assay |GO:0005886//biological process| aromatic amino acid transport | inferred from direct assay|GO:0015801



onent| transcription factor TFIIH complex | traceable author statement|GO:0005675//cellular component| nucleotide excision repair factor 3 complex | trace



ble author statement|GO:0007096//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

onent| RNA polymerase I upstream activating factor complex | traceable author statement|GO:0000500//biological process| transcription from Pol I promo

rane | inferred from mutant phenotype |GO:0005886//biological process| sulfate transport | inferred from mutant phenotype|GO:0008272



mponent| cAMP-dependent protein kinase complex | traceable author statement|GO:0005952//cellular component| cytoplasm | traceable author statement

634//biological process| aerobic respiration | inferred from physical interaction|GO:0009060//biological process| nuclear mRNA splicing, via spliceosome | i

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



lasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| re-entry into mit

8152//biological process| metabolism | inferred from genetic interaction |GO:0008152

author statement |GO:0005739//biological process| lysine biosynthesis, aminoadipic pathway | non-traceable author statement|GO:0019878

ant phenotype |GO:0003704//cellular component| nucleus | inferred from sequence similarity|GO:0005634//cellular component| nucleus | inferred from mut



metabolism | inferred from genetic interaction|GO:0006139



|GO:0005737//biological process| carbohydrate metabolism | inferred from mutant phenotype|GO:0005975



|GO:0016538//cellular component| cyclin-dependent protein kinase holoenzyme complex | traceable author statement|GO:0000307//biological process| reg

nferred from direct assay|GO:0030488

embrane | inferred from direct assay|GO:0019897//biological process| sensory perception of chemical stimulus | inferred from mutant phenotype|GO:0007

c region | inferred from mutant phenotype |GO:0000781//biological process| DNA recombination | traceable author statement|GO:0006310//biological proce

osome | inferred from direct assay|GO:0005768//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| signal trans

etabolism | inferred from mutant phenotype |GO:0006077

d from direct assay|GO:0006816

assay |GO:0005634//biological process| protein localization | inferred from mutant phenotype|GO:0008104//biological process| protein localization | inferred

| inferred from direct assay |GO:0005783//biological process| conjugation with cellular fusion | inferred from expression pattern|GO:0000747





process| manganese ion homeostasis | inferred from mutant phenotype |GO:0030026//biological process| manganese ion homeostasis | inferred from gene

t | inferred from genetic interaction |GO:0015846







statement|GO:0006113//biological process| ethanol metabolism | traceable author statement |GO:0006067





synthesis | inferred from mutant phenotype |GO:0006038



er activity | traceable author statement |GO:0004871//cellular component| intracellular | traceable author statement|GO:0005622//biological process| smal

ear ribonucleoprotein complex | inferred from direct assay|GO:0030532//cellular component| commitment complex | inferred from physical interaction |GO

nfolded protein | inferred from mutant phenotype |GO:0006986

ct assay|GO:0005634//biological process| response to pH | inferred from direct assay|GO:0009268//biological process| regulation of transcription from Pol

ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| sporulation (sensu Fungi) | t

45129//molecular function| NAD-dependent histone deacetylase activity | inferred from physical interaction |GO:0017136//molecular function| NAD-depend

erred from sequence similarity|GO:0030121//cellular component| AP-1 adaptor complex | inferred from physical interaction |GO:0030121//biological proces



endent cotranslational membrane targeting, translocation | traceable author statement|GO:0006616



de assimilation | inferred from direct assay|GO:0019649



e base biosynthesis | traceable author statement|GO:0006207//biological process| 'de novo' IMP biosynthesis | traceable author statement |GO:0006189//

GO:0000307//biological process| cell cycle | traceable author statement|GO:0007049

r statement|GO:0005623//biological process| histidine biosynthesis | traceable author statement|GO:0000105



ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce



membrane fraction | inferred from sequence similarity|GO:0005624//biological process| cell wall organization and biogenesis | inferred from mutant phenoty

nent| nucleus | inferred from direct assay |GO:0005634//biological process| bud site selection | inferred from mutant phenotype|GO:0000282

ss| homotypic vacuole fusion, non-autophagic | inferred from direct assay |GO:0042145//biological process| vesicle docking during exocytosis | inferred fro



lgi to endosome transport | inferred from genetic interaction |GO:0006895

:0005654//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ribosome assembly | traceable author statement|GO:

phorylation | inferred from direct assay|GO:0016311//biological process| cell wall organization and biogenesis | inferred from genetic interaction |GO:00070



endent cotranslational membrane targeting, translocation | traceable author statement|GO:0006616

ence similarity|GO:0006810

red from direct assay|GO:0005829//cellular component| nucleus | traceable author statement |GO:0005634//biological process| positive regulation of trans

n|GO:0016070



ng | traceable author statement|GO:0006613



ferred from direct assay |GO:0005737//biological process| steroid metabolism | inferred from mutant phenotype|GO:0008202

to osmotic stress | inferred from mutant phenotype|GO:0006970//biological process| cell wall chitin biosynthesis | traceable author statement |GO:000603

//molecular function| general transcriptional repressor activity | inferred from direct assay |GO:0016565//molecular function| transcription coactivator activit

cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromosom

e | inferred from genetic interaction|GO:0007242

ay |GO:0005887//biological process| signal transduction | inferred from genetic interaction|GO:0007165//biological process| cell wall organization and biog

metabolism | inferred from sequence similarity|GO:0006769//biological process| chromatin silencing at ribosomal DNA | inferred from mutant phenotype |G







ical process| protein biosynthesis | traceable author statement|GO:0006412

se to xenobiotic stimulus | inferred from mutant phenotype|GO:0009410

on | inferred from direct assay|GO:0006113

direct assay |GO:0005737//biological process| ER to Golgi transport | traceable author statement|GO:0006888//biological process| vacuole inheritance | inf

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m









ical process| protein biosynthesis | traceable author statement|GO:0006412





GO:0030447//biological process| unidimensional cell growth | inferred from mutant phenotype |GO:0009826//biological process| regulation of transcription

) | inferred from genetic interaction|GO:0000283



quence similarity|GO:0006457//biological process| protein folding | inferred from mutant phenotype |GO:0006457

say |GO:0005634

cessing | traceable author statement|GO:0006364//biological process| ribosomal large subunit assembly and maintenance | traceable author statement |G

eable author statement|GO:0006413



ical process| protein biosynthesis | traceable author statement|GO:0006412



ical process| translational elongation | inferred from sequence similarity|GO:0006414//biological process| protein biosynthesis | traceable author statemen

indle pole body | inferred from direct assay|GO:0005816//biological process| mitotic spindle assembly (sensu Fungi) | inferred from genetic interaction|GO

component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process| protein amino acid glycosylation | inferred from mutant phenoty



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



o tip | inferred from direct assay|GO:0005937//cellular component| prospore membrane | traceable author statement |GO:0005628//cellular component| sp



|GO:0000906//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00056

04316//molecular function| 3-oxoacyl-[acyl-carrier protein] synthase activity | inferred from sequence similarity |GO:0004315//cellular component| fatty-acid

rocess| N-linked glycosylation | inferred from mutant phenotype|GO:0006487

assembly machinery complex | inferred from mutant phenotype |GO:0001401//cellular component| mitochondrial sorting and assembly machinery complex

hway | traceable author statement|GO:0007231//biological process| protein amino acid dephosphorylation | traceable author statement |GO:0006470//biol

author statement|GO:0006388

ect assay |GO:0005634//biological process| folic acid and derivative biosynthesis | inferred from mutant phenotype|GO:0009396

tion from Pol II promoter by pheromones | inferred from mutant phenotype|GO:0007329//biological process| pseudohyphal growth | inferred from mutant p

ant phenotype |GO:0003704//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct

O:0003709//molecular function| RNA polymerase I transcription factor activity | traceable author statement |GO:0003701//molecular function| DNA binding |

n factor activity | inferred from physical interaction |GO:0003700//molecular function| transcription factor activity | inferred from mutant phenotype |GO:0003

henotype|GO:0006605//biological process| loss of chromatin silencing during replicative cell aging | inferred from mutant phenotype |GO:0001308//biologic



clustering | traceable author statement|GO:0045141//biological process| telomere clustering | inferred from direct assay |GO:0045141//biological process| s



mponent| nucleosome remodeling complex | traceable author statement |GO:0005679//cellular component| nucleus | inferred from direct assay |GO:00056

m physical interaction |GO:0003677//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| response to drug | tr



olecular function| protein tyrosine phosphatase activity | inferred from sequence similarity |GO:0004725//cellular component| cytoplasm | inferred from dire

e | inferred from mutant phenotype |GO:0005774//biological process| polyamine transport | inferred from mutant phenotype|GO:0015846

ferred from mutant phenotype|GO:0006979//biological process| NADPH biosynthesis | inferred from direct assay |GO:0006741

membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biolog



iration | inferred from genetic interaction|GO:0009061//biological process| aerobic respiration | inferred from mutant phenotype |GO:0009060//biological pr

05946//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from mutant phenotype |GO:0005946//cellular co



erred from direct assay |GO:0005634//biological process| phosphate metabolism | traceable author statement|GO:0006796

biosynthesis | traceable author statement|GO:0006592//biological process| arginine biosynthesis | traceable author statement |GO:0006526

ant phenotype|GO:0006950//biological process| protein folding | inferred from mutant phenotype |GO:0006457



from direct assay|GO:0006417

ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pan

erred from mutant phenotype|GO:0000266//biological process| mitochondrial fission | inferred from genetic interaction |GO:0000266

on and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred from direct assay |GO

ment|GO:0000788//cellular component| nuclear nucleosome | inferred from direct assay |GO:0000788//biological process| chromatin assembly/disassembl



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ant phenotype|GO:0006281//biological process| carbohydrate metabolism | inferred from mutant phenotype |GO:0005975



omponent| integral to peroxisomal membrane | inferred from direct assay|GO:0005779//cellular component| cytoplasm | inferred from direct assay |GO:000



larity|GO:0009269

gical process| regulation of cell cycle | inferred from genetic interaction |GO:0000074





ct assay |GO:0005634//biological process| pyrimidine deoxyribonucleoside triphosphate catabolism | inferred from mutant phenotype|GO:0009213

nthesis | inferred from mutant phenotype|GO:0016126

su Fungi) | inferred from physical interaction |GO:0000324//biological process| vacuole fusion, non-autophagic | inferred from direct assay|GO:0042144//bi

plasm | inferred from direct assay |GO:0005737//biological process| RAS protein signal transduction | traceable author statement|GO:0007265//biological p







ar iron ion storage | inferred from mutant phenotype|GO:0006880

nferred from direct assay|GO:0015856//biological process| purine transport | inferred from direct assay |GO:0006863

ative regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0000122//biological process| negative regulation of transcription

lism | traceable author statement|GO:0006103//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099

atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| cytoskeleton organization and bioge



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

component| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







mutant phenotype|GO:0006506//biological process| GPI anchor biosynthesis | inferred from genetic interaction |GO:0006506//biological process| GPI anc

oplasm | inferred from direct assay|GO:0005737//biological process| alanyl-tRNA aminoacylation | inferred from mutant phenotype|GO:0006419//biologica





hanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase, catalytic core (sensu Eukarya) | inferred fro

ivity | inferred from physical interaction |GO:0004175//molecular function| endopeptidase activity | inferred from genetic interaction |GO:0004175//cellular c

tion | traceable author statement|GO:0006436





ganization and biogenesis | traceable author statement|GO:0007005

GO:0004458//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| aerobic respiration | inferre



d biogenesis | inferred from mutant phenotype|GO:0007047//biological process| microtubule stabilization | inferred from mutant phenotype |GO:0007026



traceable author statement|GO:0006414

y|GO:0005634//cellular component| kinetochore | traceable author statement |GO:0000776//biological process| methionine biosynthesis | inferred from mu

s| rRNA processing | inferred from mutant phenotype |GO:0006364





cosylation | inferred from direct assay|GO:0006493//biological process| N-glycan processing | inferred from mutant phenotype |GO:0006491

hondrion | traceable author statement |GO:0005739//biological process| phosphatidylserine metabolism | traceable author statement|GO:0006658//biologic

utant phenotype |GO:0000347//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406//biological process| mRNA-nucleu









ssay |GO:0005622//biological process| asparagine catabolism | inferred from mutant phenotype|GO:0006530//biological process| asparagine catabolism |

mutant phenotype |GO:0006629

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| ribosome biogenesis and assembly | inferred from direct assay|GO

t | inferred from genetic interaction |GO:0015846





gical process| phosphatidylinositol biosynthesis | traceable author statement|GO:0006661



sport | inferred from mutant phenotype |GO:0006888

su Saccharomyces) | inferred from direct assay|GO:0000134//biological process| endocytosis | inferred from mutant phenotype|GO:0006897

ble author statement|GO:0005829//biological process| pyrimidine base biosynthesis | traceable author statement|GO:0019856//biological process| phosph

ant phenotype |GO:0003704//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| positive regulation of transc

mbrane movement of ions, phosphorylative mechanism | inferred from genetic interaction |GO:0015662//cellular component| plasma membrane | inferred fr





m | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| histone dephosphory



synthesis | traceable author statement|GO:0006164//biological process| purine base metabolism | traceable author statement |GO:0006144//biological pro







me | traceable author statement |GO:0005768//biological process| iron-siderochrome transport | inferred from mutant phenotype|GO:0015892



II promoter | inferred from direct assay|GO:0045944//biological process| sulfite transport | traceable author statement |GO:0000316

on |GO:0008308//molecular function| voltage-dependent ion-selective channel activity | inferred from direct assay |GO:0008308//cellular component| mitoc



assay|GO:0005773//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| peripheral to membrane of membrane f





mutant phenotype|GO:0006506//biological process| GPI anchor biosynthesis | inferred from direct assay |GO:0006506

nt protein catabolism | inferred from mutant phenotype |GO:0006511//biological process| ubiquitin-dependent protein catabolism | inferred from direct assa

ytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

om sequence similarity|GO:0006350

l process| transcription from Pol I promoter | traceable author statement|GO:0006360

us | inferred from direct assay |GO:0005634//biological process| diadenosine polyphosphate metabolism | inferred from direct assay|GO:0015959

nt phenotype |GO:0006623





nding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| entry into



able author statement|GO:0016579

r statement |GO:0005737//biological process| asparagine biosynthesis from oxaloacetate | traceable author statement|GO:0019266//biological process| ni

iosynthesis | inferred from mutant phenotype|GO:0006412



d from curator|GO:0006163



ct assay|GO:0042273//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nent| endoplasmic reticulum lumen | traceable author statement|GO:0005788//biological process| protein folding | inferred from mutant phenotype|GO:0006

4579//cellular component| endoplasmic reticulum membrane | inferred from mutant phenotype|GO:0005789//biological process| N-linked glycosylation | tra



membrane | inferred from sequence similarity|GO:0016021//biological process| drug transport | inferred from sequence similarity|GO:0015893//biological p



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

pe |GO:0004316//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from m

tion recognition complex | traceable author statement|GO:0005664//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | t

1//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//cellular component| alpha DNA polymerase

GO:0005685//cellular component| snRNP U1 | inferred from direct assay |GO:0005685//cellular component| commitment complex | traceable author statem

ulation of transcription from Pol II promoter | inferred from direct assay|GO:0045944

transcription elongation factor complex | inferred from physical interaction |GO:0008023//biological process| RNA elongation from Pol II promoter | inferre

ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from physical interaction |GO:0005634//cellular compon



mutant phenotype |GO:0006412





| histone acetylation | inferred from physical interaction|GO:0016573//biological process| histone acetylation | inferred from direct assay |GO:0016573//bio

m | inferred from direct assay |GO:0005783//biological process| vesicle organization and biogenesis | inferred from mutant phenotype|GO:0016050//biolog

g | traceable author statement|GO:0008033

ct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO

gical process| protein biosynthesis | traceable author statement|GO:0006412



binding | traceable author statement |GO:0003676//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cyto

anization and biogenesis | inferred from direct assay|GO:0030036







ct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| vesicle organization and b

| inferred from mutant phenotype |GO:0030127//cellular component| COPII vesicle coat | inferred from genetic interaction |GO:0030127//cellular compone

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

hesis-dependent strand annealing | traceable author statement|GO:0045003//biological process| double-strand break repair via single-strand annealing | in

omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//cellular component| DNA-directed RNA polymerase II, c

rocess| pseudohyphal growth | inferred from mutant phenotype |GO:0007124

inferred from direct assay |GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nuclear pore | infer

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

metabolism | inferred from direct assay|GO:0009092//biological process| threonine metabolism | traceable author statement |GO:0006566//biological proc



nt |GO:0005798//biological process| intra-Golgi transport | traceable author statement|GO:0006891//biological process| ER to Golgi transport | traceable au

r function| amino-acid N-acetyltransferase activity | inferred from direct assay |GO:0004042//cellular component| mitochondrial matrix | non-traceable auth

ogenesis | traceable author statement|GO:0006999//biological process| nuclear membrane organization and biogenesis | inferred from mutant phenotype

nt| ribosome | traceable author statement|GO:0005840//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nuc



nferred from mutant phenotype|GO:0007323//biological process| peptide pheromone maturation | inferred from direct assay |GO:0007323

thesis | inferred from direct assay|GO:0019856





helicase activity | inferred from mutant phenotype |GO:0003678//cellular component| nuclear telomeric heterochromatin | inferred from physical interaction|

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

process| aerobic respiration | inferred from physical interaction|GO:0009060



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ical process| protein biosynthesis | traceable author statement|GO:0006412

s| succinate transport | inferred from direct assay|GO:0015744//biological process| fumarate transport | inferred from direct assay |GO:0015741

mbrane | inferred from sequence similarity|GO:0016020//biological process| phosphate transport | inferred from genetic interaction|GO:0006817



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ble author statement|GO:0016579

able author statement |GO:0003689//cellular component| pre-replicative complex | traceable author statement|GO:0005656//biological process| pre-replica

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

on repair | traceable author statement|GO:0006301//biological process| mismatch repair | traceable author statement |GO:0006298//biological process| nu

0005634//biological process| chromosome condensation | traceable author statement|GO:0030261//biological process| protein sumoylation | inferred from



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

e similarity|GO:0006350

nent| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//cellular component| translocon | traceable author statement |GO:000578

gical process| protein biosynthesis | traceable author statement|GO:0006412

mponent| soluble fraction | inferred from direct assay|GO:0005625//biological process| nitrogen metabolism | inferred from mutant phenotype|GO:0006807

ces) | inferred from genetic interaction|GO:0001403

ical process| protein biosynthesis | traceable author statement|GO:0006412

39//biological process| phospholipid biosynthesis | inferred from mutant phenotype|GO:0008654

thor statement|GO:0006888



ytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pantothenate

ocess| deadenylation-dependent decapping | inferred from mutant phenotype |GO:0000290

cular function| inorganic phosphate transporter activity | inferred from mutant phenotype |GO:0005315//molecular function| inorganic phosphate transporte

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

to membrane | inferred from sequence similarity |GO:0016021//cellular component| endosome | traceable author statement |GO:0005768//biological proc

gical process| protein biosynthesis | traceable author statement|GO:0006412

membrane | inferred from direct assay|GO:0010008//cellular component| plasma membrane | inferred from direct assay |GO:0005886//cellular component|

gical process| regulation of translational fidelity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author s

atement|GO:0007120//biological process| bud growth | inferred from mutant phenotype |GO:0007117//biological process| bud growth | inferred from geneti

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ll biosynthesis (sensu Fungi) | inferred from direct assay|GO:0009272





| inferred from genetic interaction |GO:0030003//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082

nferred from direct assay|GO:0005886//biological process| sensory perception of chemical stimulus | inferred from mutant phenotype|GO:0007606//biologi



cess| protein metabolism | inferred from mutant phenotype|GO:0019538



physical interaction|GO:0000054//biological process| ribosome-nucleus export | inferred from mutant phenotype |GO:0000054

ion |GO:0004515//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| NAD metabolism | traceable author statement

from mutant phenotype|GO:0019236

lar function| calcium-transporting ATPase activity | inferred from mutant phenotype |GO:0005388//molecular function| calcium-transporting ATPase activity

onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| hom

hor statement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094



gical process| protein biosynthesis | traceable author statement|GO:0006412

rom mutant phenotype|GO:0007047//biological process| protein targeting | inferred from mutant phenotype |GO:0006605//biological process| loss of chrom

hor statement|GO:0006183









ogenesis | inferred from mutant phenotype|GO:0007047





bolism | inferred from mutant phenotype|GO:0009437//biological process| alcohol metabolism | inferred from genetic interaction |GO:0006066

erred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| purine base metabolism | i



05634//biological process| sporulation (sensu Fungi) | inferred from genetic interaction|GO:0030437//biological process| RAS protein signal transduction |



nent| inner plaque of spindle pole body | inferred from direct assay |GO:0005822//cellular component| gamma-tubulin complex (sensu Saccharomyces) | in

mponent| nucleus | inferred from direct assay|GO:0005634//cellular component| soluble fraction | inferred from direct assay |GO:0005625//biological proces



ar component| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//cellular component| nucleolus | inferred from d



ud tip | inferred from direct assay|GO:0005934//cellular component| plasma membrane | inferred from direct assay |GO:0005886//cellular component| vac

03702//cellular component| nucleus | inferred from curator|GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferr





gulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mutant p

ay |GO:0005634//biological process| mRNA catabolism, nonsense-mediated | inferred from physical interaction|GO:0000184



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

aceable author statement|GO:0006333









16944//cellular component| transcription elongation factor complex | inferred from direct assay|GO:0008023//biological process| regulation of transcription

mponent| endoplasmic reticulum membrane | inferred from mutant phenotype |GO:0005789//biological process| oligosaccharide-lipid intermediate assemb

| cytokinesis | inferred from mutant phenotype|GO:0000910

from mutant phenotype|GO:0006696







carbon utilization | inferred from physical interaction|GO:0015976//biological process| cell growth and/or maintenance | inferred from physical interaction |G









rred from mutant phenotype|GO:0019344

charide-lipid intermediate assembly | traceable author statement|GO:0006490

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



notype |GO:0008425//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| aerobic respiration | inferred from m





u Fungi) | inferred from mutant phenotype|GO:0009272//biological process| cell wall biosynthesis (sensu Fungi) | inferred from genetic interaction |GO:000

s| lagging strand elongation | traceable author statement|GO:0006273//biological process| DNA replication initiation | traceable author statement |GO:0006

doplasmic reticulum | traceable author statement|GO:0005783//biological process| ER-associated protein catabolism | inferred from direct assay|GO:00304

mbrane | inferred from direct assay |GO:0005635//biological process| spindle pole body duplication (sensu Saccharomyces) | traceable author statement|G

O:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| cell cycle arrest | traceable author statement|GO:00



ex assembly | inferred from physical interaction|GO:0006461//biological process| protein complex assembly | inferred from mutant phenotype |GO:000646



port | inferred from direct assay|GO:0006865

d from direct assay|GO:0005737//biological process| aromatic amino acid family biosynthesis | traceable author statement|GO:0009073





polymerase II transcription factor activity | traceable author statement |GO:0003702//molecular function| DNA binding | traceable author statement |GO:000

gral to plasma membrane | inferred from sequence similarity|GO:0005887//biological process| arsenite transport | inferred from genetic interaction|GO:001

ferred from genetic interaction |GO:0006694







sis | traceable author statement|GO:0007031



egral to plasma membrane | inferred from direct assay |GO:0005887//biological process| GPI anchor biosynthesis | inferred from mutant phenotype|GO:00

om mutant phenotype|GO:0005770//biological process| endocytosis | inferred from mutant phenotype|GO:0006897//biological process| protein-vacuolar ta

inferred from direct assay|GO:0051014//biological process| actin filament depolymerization | inferred from direct assay |GO:0030042//biological process| a







ation with cellular fusion | traceable author statement|GO:0000749

| inferred from mutant phenotype|GO:0030437//biological process| meiosis | inferred from mutant phenotype |GO:0007126

yces) | inferred from mutant phenotype|GO:0000065





ent telomere maintenance | inferred from mutant phenotype|GO:0007004

utant phenotype |GO:0006897

596//cellular component| intracellular | inferred from direct assay|GO:0005622//biological process| N-terminal peptidyl-methionine acetylation | inferred from



rred from direct assay |GO:0000329//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| spo

ect assay |GO:0000131//biological process| actin filament organization | traceable author statement|GO:0007015

aceable author statement|GO:0006261//biological process| dTMP biosynthesis | traceable author statement |GO:0006231







from direct assay|GO:0006464

oplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





pe |GO:0016532//molecular function| superoxide dismutase copper chaperone activity | inferred from genetic interaction |GO:0016532//cellular componen

process| dolichol-linked oligosaccharide biosynthesis | traceable author statement|GO:0006488//biological process| protein amino acid glycosylation | infe

GO:0005768//cellular component| ESCRT I complex | traceable author statement |GO:0000813//biological process| protein-vacuolar targeting | inferred fro

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ssay |GO:0005634//biological process| regulation of cell cycle | traceable author statement|GO:0000074

nscription from Pol II promoter | inferred from direct assay|GO:0045944

from mutant phenotype|GO:0006644//biological process| phospholipid metabolism | inferred from genetic interaction |GO:0006644//biological process| va

GO:0016021//biological process| transport | inferred from sequence similarity|GO:0006810

cellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| sporulation (sensu Fungi) |

cellular protein transport | inferred from genetic interaction|GO:0006886









rom sequence similarity|GO:0005634//biological process| meiotic recombination | inferred from genetic interaction|GO:0007131//biological process| DNA r

|GO:0004350//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005

nferred from genetic interaction|GO:0006406

ingolipid biosynthesis | traceable author statement|GO:0030148



irect assay |GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281

on |GO:0008308//cellular component| mitochondrial outer membrane | inferred from direct assay|GO:0005741//cellular component| mitochondrion | inferre





ction|GO:0006378//biological process| mRNA polyadenylation | inferred from mutant phenotype |GO:0006378//biological process| mRNA polyadenylation |



able author statement |GO:0005871//biological process| mitotic spindle assembly (sensu Fungi) | traceable author statement|GO:0030472//biological proce

ar function| aldehyde reductase activity | inferred from direct assay |GO:0004032//cellular component| cytosol | inferred from direct assay|GO:0005829//bio



erred from expression pattern|GO:0007067

from mutant phenotype |GO:0009013//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to oxidative s

process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511

| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processin

salvage | inferred from direct assay|GO:0019358//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348//biol





ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| sporulation (sensu Fungi) | t



cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phe

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

spindle microtubule | traceable author statement|GO:0005876//cellular component| kinesin complex | traceable author statement |GO:0005871//cellular com

from mutant phenotype |GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400





ment|GO:0006096//biological process| pyruvate metabolism | traceable author statement |GO:0006090

GO:0016021//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct ass

component| ribosome | traceable author statement |GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413



008177//cellular component| respiratory chain complex II (sensu Eukarya) | traceable author statement|GO:0005749//biological process| mitochondrial ele

or statement|GO:0007124//biological process| cell cycle arrest | traceable author statement |GO:0007050//biological process| protein amino acid phosphor



ponent| nucleus | inferred from direct assay |GO:0005634//biological process| purine nucleotide biosynthesis | traceable author statement|GO:0006164//bio







eacetylase activity | inferred from direct assay |GO:0004407//cellular component| histone deacetylase complex | inferred from direct assay|GO:0000118//bi





inone metabolism | inferred from mutant phenotype|GO:0006743

:0000780//cellular component| condensed nuclear chromosome, pericentric region | inferred from genetic interaction |GO:0000780//cellular component| co



s | inferred from direct assay |GO:0005634//biological process| adenine biosynthesis | traceable author statement|GO:0046084//biological process| purine

omatin remodeling | inferred from direct assay |GO:0006338

ent| mitochondrion | inferred from direct assay |GO:0005739//biological process| response to oxidative stress | inferred from mutant phenotype|GO:000697



ceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from sequence similarity|GO:0007264//bio







sical interaction|GO:0005634//biological process| amino acid biosynthesis | traceable author statement|GO:0008652//biological process| regulation of tran



O:0005933//cellular component| site of polarized growth (sensu Saccharomyces) | inferred from direct assay |GO:0000134//biological process| Rho protein



/biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | tr

n serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//molecular function| protein serine/threonine kinase activity | inferred from

t protein catabolism | inferred from sequence similarity|GO:0006511

ence similarity|GO:0006810

sensu Saccharomyces) | inferred from direct assay |GO:0000142//biological process| actin polymerization and/or depolymerization | traceable author state

ed from mutant phenotype|GO:0042273//biological process| processing of 27S pre-rRNA | inferred from mutant phenotype |GO:0030489



mbrane | inferred from sequence similarity|GO:0016020//biological process| phosphate transport | inferred from genetic interaction|GO:0006817

om physical interaction|GO:0006270//biological process| DNA replication initiation | inferred from mutant phenotype |GO:0006270//biological process| DNA



egative regulation of transcription from Pol III promoter | inferred from mutant phenotype |GO:0016480

rred from sequence similarity|GO:0006790

sport | inferred from genetic interaction |GO:0006891

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





nteraction|GO:0008250//biological process| N-linked glycosylation | inferred from physical interaction|GO:0006487







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

iological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367

nt organization | inferred from mutant phenotype|GO:0007015



l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412//bi

ical process| protein biosynthesis | traceable author statement|GO:0006412

ion and biogenesis | inferred from mutant phenotype|GO:0030036//biological process| vacuole organization and biogenesis | inferred from mutant phenoty



| inferred from direct assay |GO:0005634//biological process| tryptophan biosynthesis | traceable author statement|GO:0000162//biological process| trypto



nucleus | inferred from direct assay|GO:0005634//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







ogical process| mitochondrial processing | inferred from mutant phenotype|GO:0006627



from genetic interaction|GO:0006467

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

on | inferred from mutant phenotype|GO:0009303//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:

0329//cellular component| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| vacuolar acidification

brane transport | inferred from mutant phenotype |GO:0006893//biological process| cell wall chitin catabolism | inferred from mutant phenotype |GO:000603



y |GO:0005643//biological process| response to drug | traceable author statement|GO:0042493//biological process| protein-nucleus import | inferred from

ar component| nucleolus | inferred from direct assay |GO:0005730//biological process| 35S primary transcript processing | inferred from mutant phenotype|

smic reticulum | inferred from direct assay |GO:0005783//biological process| protein amino acid glycosylation | inferred from genetic interaction|GO:000648



GO:0005634//biological process| transcription | inferred from physical interaction|GO:0006350//biological process| transcription | inferred from genetic intera



ganization and biogenesis | inferred from mutant phenotype|GO:0007047

raceable author statement|GO:0005634//biological process| spindle pole body duplication (sensu Saccharomyces) | traceable author statement|GO:00071

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ed from direct assay|GO:0006429

tical patch (sensu Fungi) | inferred from direct assay |GO:0030479//cellular component| actin filament | traceable author statement |GO:0005884//cellular







l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

from direct assay |GO:0005634//biological process| glutamate biosynthesis | inferred from genetic interaction|GO:0006537

port | inferred from direct assay|GO:0006865





d biosynthesis | inferred from mutant phenotype|GO:0008610//biological process| lipid biosynthesis | inferred from genetic interaction |GO:0008610//biolog



gical process| protein biosynthesis | traceable author statement|GO:0006412

d from direct assay |GO:0005778//cellular component| cytoplasm | inferred from direct assay |GO:0005737

uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0

inferred from direct assay |GO:0005634//biological process| coenzyme A biosynthesis | inferred from sequence similarity|GO:0015937

sical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype |GO:0042273//biological process| m

paratus | traceable author statement|GO:0005794//biological process| protein amino acid glycosylation | traceable author statement|GO:0006486

rotein biosynthesis | inferred from sequence similarity|GO:0006412

red from curator|GO:0005622//biological process| amino acid metabolism | inferred from direct assay|GO:0006520

d from mutant phenotype |GO:0005515//cellular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological proce

ct assay |GO:0005622//biological process| nucleoside transport | inferred from direct assay|GO:0015858



acetylation | inferred from sequence similarity|GO:0006473

regulation of growth | inferred from mutant phenotype|GO:0040008//biological process| actin filament organization | inferred from mutant phenotype |GO:0

space | inferred from direct assay |GO:0005758//biological process| metal ion transport | inferred from sequence similarity|GO:0030001//biological proces





nal protein amino acid acetylation | inferred from direct assay |GO:0006474

arisome | traceable author statement |GO:0000133//biological process| Rho protein signal transduction | inferred from physical interaction|GO:0007266//b



| actin filament organization | inferred from physical interaction|GO:0007015//biological process| response to osmotic stress | inferred from mutant phenoty

esis | inferred from mutant phenotype|GO:0007047

ar component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proce



nteraction|GO:0008250//biological process| N-linked glycosylation | inferred from physical interaction|GO:0006487



om sequence similarity|GO:0006350

:0000780//cellular component| condensed nuclear chromosome, pericentric region | inferred from genetic interaction |GO:0000780//cellular component| co



ydrogen-transporting ATPase V0 domain | traceable author statement |GO:0000220//biological process| vacuolar acidification | traceable author statemen

ical process| protein biosynthesis | traceable author statement|GO:0006412



enotype|GO:0006413



gical process| regulation of translational fidelity | inferred from sequence similarity|GO:0006450//biological process| regulation of translational fidelity | inferr

cellular component| integral to plasma membrane | traceable author statement |GO:0005887//biological process| axial budding | traceable author statemen

on | inferred from mutant phenotype |GO:0000335

enance | inferred from mutant phenotype |GO:0008151//biological process| signal transduction | inferred from mutant phenotype |GO:0007165//biological p





0329//cellular component| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| vacuolar acidification



005621//biological process| bud site selection | inferred from mutant phenotype|GO:0000282//biological process| bud site selection | inferred from genetic i





port | inferred from genetic interaction |GO:0006826

45129//molecular function| NAD-dependent histone deacetylase activity | inferred from physical interaction |GO:0017136//molecular function| NAD-depend

5654//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| tRNA processing | inferred from mutant phenotype|GO:00

teraction |GO:0006364//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348

molecular function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| membrane | inferred from sequence similarity|

nferred from direct assay |GO:0005634//biological process| NAD metabolism | traceable author statement|GO:0019674

CoA carboxylase activity | inferred from sequence similarity |GO:0003989//molecular function| acetyl-CoA carboxylase activity | inferred from mutant phenot

process| translational initiation | inferred from direct assay|GO:0006413





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rganization | inferred from mutant phenotype|GO:0007015//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological proc

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

| spliceosome complex | traceable author statement|GO:0005681//biological process| formation of catalytic U2-type spliceosome for second transesterifica

erred from mutant phenotype|GO:0006897//biological process| fatty acid beta-oxidation | inferred from sequence similarity |GO:0006635

g | traceable author statement|GO:0007120//biological process| bud site selection | traceable author statement |GO:0000282

o plasma membrane | inferred from mutant phenotype |GO:0005887//biological process| response to osmotic stress | inferred from mutant phenotype|GO:0

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



mponent| phenylalanine-tRNA ligase complex | traceable author statement|GO:0009328//cellular component| cytoplasm | inferred from direct assay |GO:0





ochondrial large ribosomal subunit | inferred from physical interaction|GO:0005762//biological process| protein biosynthesis | traceable author statement|G

plex | inferred from direct assay|GO:0005885//biological process| actin filament organization | inferred from mutant phenotype|GO:0007015





molecular function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| membrane | inferred from sequence similarity|

gical process| protein biosynthesis | traceable author statement|GO:0006412







annel activity | inferred from direct assay |GO:0005267//molecular function| calcium channel activity | inferred from direct assay |GO:0005262//molecular fu

binding | inferred from direct assay |GO:0003779//cellular component| cytoskeleton | inferred from physical interaction|GO:0005856//cellular component| c



om mutant phenotype |GO:0006623

uthor statement|GO:0006696

/cellular component| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological

ur metabolism | inferred from sequence similarity |GO:0006790

ar | traceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from physical interaction|GO:00072



yces) | inferred from genetic interaction |GO:0001403



annel activity | inferred from direct assay |GO:0005267//molecular function| calcium channel activity | inferred from direct assay |GO:0005262//molecular fu

t| mitochondrial outer membrane | inferred from mutant phenotype |GO:0005741//cellular component| mitochondrial outer membrane | inferred from direct

| inferred from sequence similarity|GO:0006810

ose transporter activity | inferred from genetic interaction |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:000

mplex assembly | inferred from direct assay |GO:0006461





olecular function| importin-alpha export receptor activity | inferred from genetic interaction |GO:0008262//cellular component| nuclear membrane | inferred

ferred from physical interaction|GO:0006338



direct assay |GO:0005634//cellular component| spindle pole | inferred from direct assay |GO:0000922//biological process| protein amino acid phosphoryla



ction|GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from mutant phenotype |GO:0005946



olar membrane | inferred from direct assay|GO:0005774//biological process| zinc ion homeostasis | inferred from mutant phenotype|GO:0006882//biologic





iological process| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcripti

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

eletal protein binding | inferred from mutant phenotype |GO:0008092//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO



doplasmic reticulum | inferred from direct assay |GO:0005783//biological process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0





ect assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of exit from mitosis | inferred

ase activity | inferred from direct assay |GO:0004816//cellular component| cytoplasm | traceable author statement|GO:0005737//biological process| aspara

rom direct assay |GO:0005634//biological process| tRNA processing | inferred from mutant phenotype|GO:0008033//biological process| tRNA processing

y|GO:0005937//cellular component| bud | inferred from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737





nt phenotype|GO:0006281

m | traceable author statement |GO:0005737//biological process| cell proliferation | inferred from mutant phenotype|GO:0008283



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

olism | inferred from genetic interaction |GO:0006629//biological process| N-terminal protein myristoylation | inferred from mutant phenotype |GO:0006499/



atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| cytoskeleton organization and bioge

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//cellular component| nucleus | inferred from mutant phenotype |GO:0005634//biologic

n serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//molecular function| protein serine/threonine kinase activity | inferred from

n | inferred from direct assay|GO:0005625//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process| secretory



t assay|GO:0005634//cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//cellular component| kin



gical process| protein biosynthesis | traceable author statement|GO:0006412



hanism | inferred from physical interaction |GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred

t| plasma membrane | traceable author statement|GO:0005886//cellular component| plasma membrane | inferred from sequence similarity |GO:0005886//



endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//biological process| positive regulation of transcription from Pol II promoter | i

vacuole organization and biogenesis | inferred from mutant phenotype|GO:0007033//biological process| response to stress | traceable author statement |G

ome segregation | inferred from mutant phenotype|GO:0007059

e subunit assembly and maintenance | inferred from physical interaction|GO:0000027//biological process| ribosomal large subunit assembly and maintenan

somal membrane | inferred from direct assay |GO:0005778//biological process| peroxisome organization and biogenesis | traceable author statement|GO:





l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

hromatin remodeling | inferred from direct assay |GO:0006338

al process| transcription from Pol III promoter | traceable author statement|GO:0006383

ay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| histone deacetylation | inferred from direct ass

ical process| protein biosynthesis | traceable author statement|GO:0006412





statement|GO:0006113



ngation factor activity | inferred from genetic interaction |GO:0003746//cellular component| cytosolic ribosome (sensu Eukarya) | inferred from physical inte



y |GO:0005634//biological process| deoxycytidine catabolism | inferred from direct assay|GO:0006217//biological process| cytidine catabolism | inferred fro





to plasma membrane | inferred from direct assay|GO:0005887//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:000

or activity | inferred from genetic interaction |GO:0005484//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological

asm | inferred from direct assay |GO:0005737

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





4//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| mitochondrial matrix protein import | traceable author s

asm | inferred from direct assay|GO:0005737//cellular component| septin ring (sensu Saccharomyces) | traceable author statement |GO:0000144//biologic



s| response to salt stress | inferred from mutant phenotype|GO:0009651//biological process| transcription initiation from Pol II promoter | inferred from mut

anization and biogenesis | inferred from mutant phenotype |GO:0016044

n serine/threonine kinase activity | inferred from mutant phenotype |GO:0004674//molecular function| protein serine/threonine kinase activity | inferred from





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





| transcription from Pol II promoter | inferred from physical interaction|GO:0006366







direct assay |GO:0005634//biological process| response to stress | inferred from expression pattern|GO:0006950//biological process| glucose metabolism



aturation | inferred from mutant phenotype|GO:0007323



annosyltransferase activity | inferred from direct assay |GO:0000030//cellular component| membrane | traceable author statement|GO:0016020//cellular co



l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

ize | inferred from direct assay|GO:0008361//biological process| 'de novo' pyrimidine base biosynthesis | traceable author statement |GO:0006207//biologi

nferred from direct assay|GO:0006457



t phenotype|GO:0006281//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002

inferred from physical interaction|GO:0007096//biological process| regulation of exit from mitosis | inferred from mutant phenotype |GO:0007096//biologica

d from direct assay |GO:0005637//biological process| --- | traceable author statement|GO:0030969//biological process| tRNA splicing | inferred from mutant



ription from Pol II promoter | inferred from direct assay|GO:0006366





ed from mutant phenotype|GO:0042254

ological process| transcription from Pol II promoter | traceable author statement|GO:0006366

traceable author statement|GO:0006414



n, DNA-dependent | inferred from sequence similarity|GO:0006355//biological process| carbohydrate metabolism | inferred from sequence similarity |GO:0

rred from genetic interaction |GO:0030126//biological process| ER to Golgi transport | inferred from mutant phenotype|GO:0006888

-dependent | traceable author statement|GO:0006355//biological process| galactose metabolism | traceable author statement |GO:0006012

ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO

mic reticulum | inferred from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| phosp



brane | inferred from direct assay|GO:0005886//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| re

inferred from direct assay |GO:0000794//biological process| synaptonemal complex formation | inferred from curator|GO:0007130//biological process| mei



ical process| protein biosynthesis | traceable author statement|GO:0006412





gical process| protein biosynthesis | traceable author statement|GO:0006412

raction |GO:0006950



from mutant phenotype|GO:0006672





ssay|GO:0005788//biological process| response to unfolded protein | traceable author statement|GO:0006986//biological process| SRP-dependent cotrans

aceable author statement|GO:0006370





nfolded protein | inferred from mutant phenotype |GO:0006986

ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| ubiquitin-dependent protein



| inferred from direct assay|GO:0005634//biological process| hyperosmotic response | inferred from mutant phenotype|GO:0006972//biological process| hy

assay |GO:0005634//biological process| ethanol fermentation | traceable author statement|GO:0019655//biological process| pyruvate metabolism | tracea





(sensu Fungi) | inferred from direct assay|GO:0000329//biological process| iron ion transport | inferred from mutant phenotype|GO:0006826



gical process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochro



on of transcription from Pol II promoter | traceable author statement|GO:0006357//biological process| glucose metabolism | traceable author statement |GO

ctivity | inferred from genetic interaction |GO:0015250//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process



red from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| meiosis | inferred from muta

port | inferred from sequence similarity|GO:0006886

Golgi transport | inferred from mutant phenotype|GO:0006888

m mutant phenotype|GO:0006873//biological process| cell ion homeostasis | inferred from genetic interaction |GO:0006873



m direct assay|GO:0040031//biological process| tRNA modification | inferred from direct assay |GO:0006400//biological process| pseudouridine synthesis |

inferred from direct assay|GO:0018318//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| signal transdu





us | inferred from direct assay|GO:0005634//biological process| pseudohyphal growth | inferred from genetic interaction|GO:0007124//biological process| G

molecular function| signal transducer activity | traceable author statement |GO:0004871//molecular function| transcription corepressor activity | traceable au





0005634//biological process| response to heat | traceable author statement|GO:0009408//biological process| response to dessication | inferred from seque

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



erred from direct assay |GO:0005783//cellular component| nuclear membrane | inferred from direct assay |GO:0005635

aceable author statement|GO:0000105



16944//molecular function| histone acetyltransferase activity | traceable author statement |GO:0004402//cellular component| DNA-directed RNA polymeras

ical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | infe



genetic interaction|GO:0007049//biological process| cell cycle | inferred from expression pattern |GO:0007049//biological process| protein amino acid pho

component| ribosome | traceable author statement |GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413

onent| Golgi membrane | traceable author statement |GO:0000139//biological process| phosphatidylcholine biosynthesis | inferred from direct assay|GO:0

ve stress | inferred from mutant phenotype|GO:0006979





olecular function| zinc ion transporter activity | inferred from genetic interaction |GO:0005385//cellular component| vacuole (sensu Fungi) | inferred from dir





m mutant phenotype |GO:0004702//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| MAPKKK cascade | inferre



enotype|GO:0030490



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ed from direct assay|GO:0005634//biological process| response to carbohydrate stimulus | inferred from mutant phenotype|GO:0009743//biological proces

esis | inferred from mutant phenotype|GO:0006526//biological process| mitochondrial ornithine transport | inferred from direct assay |GO:0000066

inferred from mutant phenotype|GO:0006644







mine/polyamine transporter activity | inferred from mutant phenotype |GO:0005275//cellular component| prospore membrane | inferred from direct assay|GO

llular component| cytoplasm | inferred from direct assay |GO:0005737

hondrial processing | inferred from direct assay|GO:0006627

ion | inferred from direct assay|GO:0005625//biological process| vitamin B2 biosynthesis | inferred from mutant phenotype|GO:0009231

m direct assay |GO:0000228//biological process| double-strand break repair via synthesis-dependent strand annealing | traceable author statement|GO:00

statement|GO:0006906

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

ocess| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biological process| transcription

tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722



aceable author statement|GO:0006333

ical process| protein biosynthesis | traceable author statement|GO:0006412



s | inferred from direct assay |GO:0005634//biological process| postreplication repair | traceable author statement|GO:0006301//biological process| mismat

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

assay |GO:0003723//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| regulation of cell size | inferred from mut

phenotype |GO:0004066//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| asparagine biosynthesis | traceable

a spliceosome | inferred from direct assay|GO:0000398







membrane | inferred from direct assay |GO:0005886//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological process





uence binding | inferred from genetic interaction |GO:0045015//cellular component| integral to endoplasmic reticulum membrane | inferred from direct assa

m direct assay |GO:0005634//biological process| heme biosynthesis | inferred from mutant phenotype|GO:0006783

omponent| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|

ay |GO:0005634//biological process| pentose-phosphate shunt | inferred from genetic interaction|GO:0006098

d from direct assay|GO:0016192//biological process| protein transport | inferred from direct assay |GO:0015031//biological process| Golgi to plasma memb









m direct assay |GO:0005737//biological process| plasmid maintenance | inferred from mutant phenotype|GO:0006276//biological process| mitochondrial ge

from mutant phenotype |GO:0042800//molecular function| histone lysine N-methyltransferase activity (H3-K4 specific) | inferred from direct assay |GO:004

synthesis | inferred from mutant phenotype|GO:0009098//biological process| regulation of transcription from Pol II promoter | inferred from direct assay |GO

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

ces) | inferred from genetic interaction|GO:0001403

095//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant

GO:0000307//biological process| cell cycle | traceable author statement|GO:0007049

c chromosome condensation | inferred from mutant phenotype|GO:0007076//biological process| mitotic sister chromatid cohesion | inferred from mutant ph

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rial membrane | inferred from direct assay|GO:0005740//biological process| lipid biosynthesis | inferred from mutant phenotype|GO:0008610//biological pro



hor statement|GO:0019547

component| nucleus | inferred from direct assay |GO:0005634//biological process| protein complex assembly | inferred from physical interaction|GO:00064

component| ribosome | traceable author statement |GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413



H complex | inferred from direct assay |GO:0042729//cellular component| spindle | inferred from direct assay |GO:0005819//cellular component| spindle po

nferred from direct assay |GO:0000932//biological process| deadenylation-dependent decapping | inferred from mutant phenotype|GO:0000290//biological



nferred from direct assay|GO:0005624

pha-glucoside:hydrogen symporter activity | traceable author statement |GO:0005352//molecular function| alpha-glucoside:hydrogen symporter activity | in

hor statement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094



cellular component| integral to plasma membrane | traceable author statement |GO:0005887//biological process| axial budding | traceable author statemen





e of membrane fraction | inferred from direct assay |GO:0000299//biological process| regulation of transcription | inferred from mutant phenotype|GO:00454





m | traceable author statement |GO:0005783//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696

| inferred from direct assay|GO:0005730//cellular component| proteasome complex (sensu Eukarya) | inferred from physical interaction |GO:0000502//cell

ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO

gical process| protein biosynthesis | traceable author statement|GO:0006412

ed from curator|GO:0005622//biological process| allantoin catabolism | inferred from sequence similarity|GO:0000256//biological process| allantoin catabol

:0005634//biological process| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from direct assay|GO:0006139

lex | inferred from direct assay |GO:0000119//biological process| transcription from Pol II promoter | inferred from direct assay|GO:0006366



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398



ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce









al process| mitochondrial inner membrane protein import | inferred from physical interaction|GO:0045039//biological process| mitochondrial inner membran



gical process| protein biosynthesis | traceable author statement|GO:0006412

assay |GO:0000228//biological process| homologous chromosome segregation | inferred from physical interaction|GO:0045143//biological process| homo

cytoplasm | inferred from direct assay |GO:0005737

porter activity | inferred from direct assay |GO:0005355//molecular function| fructose transporter activity | traceable author statement |GO:0005353//cellular





tion| transcription coactivator activity | inferred from genetic interaction |GO:0003713//cellular component| nucleus | inferred from curator|GO:0005634//bio

esis | traceable author statement|GO:0006696

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





port | traceable author statement|GO:0016192



n filament organization | inferred from mutant phenotype|GO:0007015//biological process| N-glycan processing | traceable author statement |GO:0006491/

rom direct assay|GO:0006118









ention | inferred from mutant phenotype|GO:0045053//biological process| vacuolar transport | traceable author statement |GO:0007034//biological process



e author statement|GO:0006906//biological process| Golgi to plasma membrane transport | traceable author statement |GO:0006893

| ubiquitin-protein ligase activity | inferred from direct assay |GO:0004842//cellular component| endoplasmic reticulum membrane | inferred from direct ass

GO:0006906//biological process| intra-Golgi transport | traceable author statement |GO:0006891

ical process| protein biosynthesis | traceable author statement|GO:0006412

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

mponent| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| protein-ER targeting | inferred from mutant pheno

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nferred from mutant phenotype|GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:0007094



ositive regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| response to cold | inferred from m







roxisome organization and biogenesis | inferred from genetic interaction |GO:0007031//biological process| peroxisome organization and biogenesis | inferr

from direct assay|GO:0006434

d from direct assay |GO:0005637//biological process| --- | traceable author statement|GO:0030969//biological process| tRNA splicing | inferred from mutant





inferred from genetic interaction|GO:0000722

ding | inferred from physical interaction |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| transcripti

rred from direct assay |GO:0005634//biological process| cell cycle arrest | inferred from mutant phenotype|GO:0007050//biological process| signal transdu

component| cytosol | traceable author statement|GO:0005829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process

| ergosterol biosynthesis | traceable author statement|GO:0006696

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem



y |GO:0005634//biological process| response to drug | traceable author statement|GO:0042493//biological process| response to oxidative stress | traceabl

ay |GO:0005737

m direct assay|GO:0000316

gulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mutant p

nce similarity |GO:0005886//biological process| osmosensory signaling pathway via Sho1 osmosensor | traceable author statement|GO:0007232//biologica



ed from direct assay |GO:0008017//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| mic

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rane | inferred from direct assay |GO:0005743//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| p

ogenesis | traceable author statement|GO:0007031

16944//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//cellular component| nucleus | inferred



ation during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000752//biological process| conjugation with cellular fusion | inferred fr

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ence similarity|GO:0006810

l process| transcription from Pol I promoter | traceable author statement|GO:0006360



t biogenesis | inferred from mutant phenotype |GO:0042273

uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| ribosome assembly | traceable author statement|GO:0042

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

n |GO:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//cellular component| mRNA cleavage





0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from genetic interaction |GO:0030508//cellular component| intracellula

mponent| small nucleolar ribonucleoprotein complex | traceable author statement |GO:0005732//cellular component| small nucleolar ribonucleoprotein com



ype |GO:0004375//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| one-carbon compound metabolism | in

ical process| protein biosynthesis | traceable author statement|GO:0006412



gical process| protein biosynthesis | traceable author statement|GO:0006412

anchor biosynthesis | inferred from direct assay|GO:0006506





sis | inferred from physical interaction|GO:0006508//biological process| proteolysis and peptidolysis | inferred from mutant phenotype |GO:0006508//biolog

t | traceable author statement|GO:0016192







process| aerobic respiration | traceable author statement|GO:0009060





3//biological process| fatty acid metabolism | inferred from mutant phenotype|GO:0006631



erred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| vitamin B2 biosynthesis |



eus | inferred from direct assay|GO:0005634//biological process| G2/M-specific transcription in mitotic cell cycle | inferred from mutant phenotype|GO:0000



:0009277//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412//bi



membrane fraction | inferred from sequence similarity|GO:0005624//biological process| cell wall organization and biogenesis | inferred from mutant phenoty

process| mannosyl diphosphorylinositol ceramide metabolism | inferred from direct assay|GO:0006676



from direct assay |GO:0005737//biological process| lipid transport | inferred from physical interaction|GO:0006869//biological process| lipid transport | infe





chromatin | inferred from direct assay|GO:0000790//cellular component| nuclear chromosome, telomeric region | inferred from curator |GO:0000784//biolo

ype |GO:0004375//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| one-carbon compound metabolism | in



d from mutant phenotype |GO:0000902





om direct assay |GO:0005634//biological process| protein amino acid acetylation | inferred from mutant phenotype|GO:0006473

mutant phenotype |GO:0004317//molecular function| [acyl-carrier protein] S-malonyltransferase activity | inferred from mutant phenotype |GO:0004314//mo



omponent| mitochondrial matrix | traceable author statement |GO:0005759//biological process| 2-oxoglutarate metabolism | traceable author statement|GO

us | inferred from direct assay|GO:0005634//biological process| response to acid | inferred from mutant phenotype|GO:0001101

onal elongation | inferred from physical interaction|GO:0006448//biological process| regulation of translational elongation | inferred from mutant phenotype

ctase activity | inferred from direct assay |GO:0004032//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucle

sion | inferred from physical interaction|GO:0008053//biological process| mitochondrial fusion | inferred from mutant phenotype |GO:0008053//biological pr

inferred from direct assay |GO:0005737//biological process| one-carbon compound metabolism | inferred from mutant phenotype|GO:0006730









ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of translational fidelity | inferred from mutant phenotype|G



nent| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| protein folding | inferred from genetic interaction|GO:0006457

ellular component| polysome | traceable author statement|GO:0005844//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biologic

erred from direct assay |GO:0005816//biological process| microtubule-based process | inferred from physical interaction|GO:0007017//biological process| m

ellular component| endoplasmic reticulum membrane | inferred from expression pattern |GO:0005789

ant phenotype |GO:0006364



red from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| alpha-tubulin folding | inferre

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

erred from sequence similarity |GO:0016021//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process| intra-Golgi tr

rocess| phosphatidylcholine biosynthesis | traceable author statement|GO:0006656

omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//cellular component| DNA-directed RNA polymerase II, c



ed from mutant phenotype |GO:0030126//biological process| retrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890



gical process| protein biosynthesis | traceable author statement|GO:0006412

a-oxidation | traceable author statement|GO:0006635



y |GO:0005730//biological process| ribosome biogenesis and assembly | inferred from mutant phenotype|GO:0042254//biological process| rRNA processin

red from direct assay|GO:0006400

inferred from genetic interaction|GO:0000722



nd peptidolysis | inferred from mutant phenotype|GO:0006508







eraction|GO:0006406



atement|GO:0000145//cellular component| exocyst | inferred from physical interaction |GO:0000145//biological process| polar budding | inferred from muta



ect assay |GO:0005634//biological process| coenzyme A biosynthesis | inferred from sequence similarity|GO:0015937

om peptidyl-histidine | inferred from direct assay|GO:0017183





m mutant phenotype|GO:0045721

omoter | inferred from mutant phenotype|GO:0006366//biological process| transcription from Pol II promoter | inferred from direct assay |GO:0006366//biol

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

ical process| protein biosynthesis | traceable author statement|GO:0006412



O:0004425//molecular function| indole-3-glycerol-phosphate synthase activity | inferred from direct assay |GO:0004425//molecular function| anthranilate sy





pe |GO:0006888

ical process| translational elongation | inferred from sequence similarity|GO:0006414//biological process| protein biosynthesis | traceable author statemen

ological process| transcription from Pol II promoter | traceable author statement|GO:0006366

eterochromatin | inferred from direct assay|GO:0005724//cellular component| chromatin silencing complex | inferred from direct assay |GO:0005677//cellul





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

| traceable author statement |GO:0005739//biological process| mitochondrion organization and biogenesis | traceable author statement|GO:0007005//biol



ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

I promoter | inferred from direct assay|GO:0006357



erred from mutant phenotype |GO:0006879

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

component| cytoplasm | inferred from direct assay|GO:0005737//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:00304

on | inferred from direct assay |GO:0005625//cellular component| peripheral to membrane of membrane fraction | inferred from direct assay |GO:0000300//

ant phenotype|GO:0045132

ment |GO:0005634//biological process| G1-specific transcription in mitotic cell cycle | inferred from direct assay|GO:0000114



gical process| protein biosynthesis | traceable author statement|GO:0006412

omoter | inferred from mutant phenotype|GO:0000122

ical process| protein biosynthesis | traceable author statement|GO:0006412

abolism | inferred from sequence similarity|GO:0005975

o tip | inferred from direct assay|GO:0005937//cellular component| prospore membrane | traceable author statement |GO:0005628//cellular component| sp

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

acuole (sensu Fungi) | traceable author statement|GO:0000324//biological process| nitrogen metabolism | inferred from mutant phenotype|GO:0006807//b





| traceable author statement|GO:0005623//biological process| glutathione metabolism | inferred from direct assay|GO:0006749

| inferred from sequence similarity|GO:0006810

s | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ribosome assembly







nt organization | inferred from mutant phenotype|GO:0007015

y |GO:0005634//biological process| endocytosis | inferred from mutant phenotype|GO:0006897//biological process| threonine metabolism | traceable autho





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nferred from direct assay |GO:0006790

t assay |GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400





deacetylase complex | traceable author statement|GO:0000118//biological process| protein amino acid deacetylation | inferred from sequence similarity|GO





ence similarity|GO:0006810









l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

ferred from direct assay |GO:0000139//biological process| ER to Golgi transport | traceable author statement|GO:0006888//biological process| protein com

t assay |GO:0005935//cellular component| bud | inferred from direct assay |GO:0005933//cellular component| nucleus | inferred from direct assay |GO:000



esis, completion of separation | inferred from mutant phenotype|GO:0007109

ecular function| neutral amino acid transporter activity | inferred from genetic interaction |GO:0015175//cellular component| vacuole | inferred from mutant





erred from sequence similarity|GO:0030121//cellular component| AP-1 adaptor complex | inferred from physical interaction |GO:0030121//biological proces



oxylic acid transport | inferred from direct assay|GO:0006842



tant phenotype|GO:0019654//biological process| acetyl-CoA biosynthesis | inferred from direct assay |GO:0006085

ization and biogenesis | inferred from curator|GO:0007047

:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| central plaque of spindle pole body | inferred from dir



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



onent| RNA polymerase I upstream activating factor complex | traceable author statement|GO:0000500//biological process| transcription from Pol I promo

s| response to drug | inferred from mutant phenotype|GO:0042493//biological process| drug transport | inferred from mutant phenotype |GO:0015893





| signal transducer activity | inferred from physical interaction |GO:0004871//cellular component| intracellular | traceable author statement|GO:0005622//bi





mponent| proteasome complex (sensu Eukarya) | inferred from physical interaction |GO:0000502//biological process| ubiquitin-dependent protein catabolis





ess| base-excision repair, AP site formation | inferred from direct assay|GO:0006285//biological process| DNA repair | inferred from mutant phenotype |GO

physical interaction |GO:0016272//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| tubulin folding | inferred fr

or statement|GO:0000256



aceable author statement|GO:0006365

osis | inferred from mutant phenotype|GO:0040020//biological process| regulation of meiosis | inferred from genetic interaction |GO:0040020//biological pr

ical process| protein biosynthesis | traceable author statement|GO:0006412

gical process| protein biosynthesis | traceable author statement|GO:0006412



pe |GO:0015082//cellular component| plasma membrane | inferred from mutant phenotype|GO:0005886//biological process| magnesium ion transport | infe







ial outer membrane translocase complex | traceable author statement|GO:0005742//biological process| mitochondrial matrix protein import | inferred from



O:0005634//biological process| regulation of DNA replication | inferred from sequence similarity|GO:0006275//biological process| regulation of DNA replica



erred from mutant phenotype|GO:0000338

cellular component| integral to plasma membrane | traceable author statement |GO:0005887//biological process| axial budding | traceable author statemen

m | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| D-xylose metabolism

ponent| integral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| attachment of GPI anchor to protein | in

ferred from mutant phenotype |GO:0008565//molecular function| ATPase stimulator activity | inferred from direct assay |GO:0001671//cellular component|

ose transporter activity | inferred from direct assay |GO:0005355//molecular function| fructose transporter activity | inferred from genetic interaction |GO:00



gical process| protein biosynthesis | traceable author statement|GO:0006412

ort | inferred from mutant phenotype|GO:0006913//biological process| protein-nucleus import | inferred from mutant phenotype |GO:0006606

e author statement|GO:0005794//biological process| vesicle-mediated transport | inferred from mutant phenotype|GO:0016192//biological process| vesicle



:0000228//biological process| homologous chromosome segregation | inferred from physical interaction|GO:0045143//biological process| homologous chr

n | inferred from mutant phenotype|GO:0006261

/S transition of mitotic cell cycle | inferred from physical interaction|GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from mut



mbrane | inferred from direct assay |GO:0005789//biological process| retrograde transport, Golgi to ER | inferred from direct assay|GO:0006890//biological



rred from direct assay |GO:0005625//biological process| fermentation | inferred from sequence similarity|GO:0006113

//molecular function| ribulose-phosphate 3-epimerase activity | inferred from direct assay |GO:0004750//cellular component| cytosol | traceable author stat

ical process| protein biosynthesis | traceable author statement|GO:0006412



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

hanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukary







ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0

al process| transcription from Pol III promoter | traceable author statement|GO:0006383







ation of transcription from Pol II promoter | inferred from genetic interaction|GO:0000122



0329//cellular component| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| vacuolar acidification





| inferred from mutant phenotype |GO:0006888



P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological



l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412//bi



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from direct assay|GO:0015677//biological process| iron ion transport | inferred from direct assay |GO:0006826

author statement|GO:0043037//biological process| D-amino acid catabolism | inferred from direct assay |GO:0019478



al process| spore germination (sensu Fungi) | traceable author statement|GO:0030470//biological process| endocytosis | traceable author statement |GO:0

direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| spindle pole body | inferred from dir

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

omplex | inferred from physical interaction |GO:0000799//biological process| mitotic chromosome condensation | traceable author statement|GO:0007076/

| inferred from sequence similarity|GO:0006810

om mutant phenotype |GO:0016020//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| RAS



gical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | infe







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

dase activity | inferred from direct assay |GO:0009003//cellular component| signal peptidase complex | inferred from direct assay|GO:0005787//cellular co

erred from direct assay |GO:0005933//biological process| osmosensory signaling pathway | inferred from genetic interaction|GO:0007231

RNA helicase activity | traceable author statement |GO:0004004//cellular component| spliceosome complex | traceable author statement|GO:0005681//ce



ndle pole body | inferred from direct assay |GO:0005816//biological process| mitotic spindle checkpoint | traceable author statement|GO:0007094//biologica

y |GO:0005634







ssay |GO:0005737//biological process| small GTPase mediated signal transduction | inferred from physical interaction|GO:0007264//biological process| sm





inferred from genetic interaction |GO:0045045

sphorylation | inferred from mutant phenotype|GO:0006470//biological process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006





ed from genetic interaction |GO:0000074//biological process| DNA replication and chromosome cycle | inferred from mutant phenotype |GO:0000067



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





lum | inferred from direct assay |GO:0005783//cellular component| soluble fraction | inferred from direct assay |GO:0005625//cellular component| membra

rect assay |GO:0005624//biological process| sphingolipid biosynthesis | traceable author statement|GO:0030148//biological process| 3-keto-sphinganine m

nsu Eukarya) | traceable author statement |GO:0005830//biological process| nascent polypeptide association | inferred from physical interaction|GO:00064







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



from direct assay |GO:0005792//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| response to drug | inferred fr

lular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant pheno

anthranilate synthase activity | inferred from direct assay |GO:0004049//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological







ent| protein farnesyltransferase complex | inferred from direct assay|GO:0005965//biological process| protein amino acid geranylgeranylation | inferred from

ocess| cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047



05634//biological process| ribosomal small subunit biogenesis | inferred from mutant phenotype|GO:0042274//biological process| processing of 20S pre-rR

lex | inferred from direct assay |GO:0042729//cellular component| spindle | inferred from direct assay |GO:0005819//cellular component| condensed nuclea

tant phenotype|GO:0006694//biological process| steroid biosynthesis | inferred from genetic interaction |GO:0006694

rug | traceable author statement|GO:0042493//biological process| transport | traceable author statement |GO:0006810





membrane space | inferred from direct assay |GO:0005758//biological process| RNA metabolism | inferred from direct assay|GO:0016070//biological proce

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



| inferred from direct assay|GO:0030482//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay |GO:0030479//biological proces



ular function| amylo-alpha-1,6-glucosidase activity | inferred from direct assay |GO:0004135//molecular function| 4-alpha-glucanotransferase activity | infer

ssay |GO:0005737//biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124//biological process| protein amino acid phosph







|GO:0005886//biological process| response to singlet oxygen | inferred from mutant phenotype|GO:0000304

ial outer membrane translocase complex | traceable author statement|GO:0005742//biological process| mitochondrial inner membrane protein import | trac



ocess| lysine biosynthesis, aminoadipic pathway | traceable author statement|GO:0019878

drial inner membrane | inferred from sequence similarity|GO:0005743//biological process| L-glutamate transport | inferred from direct assay|GO:0015813//b

erred from direct assay |GO:0005798//cellular component| late endosome | inferred from direct assay |GO:0005770//biological process| intra-Golgi transpo

u Fungi) | inferred from direct assay |GO:0000329//biological process| protein ubiquitination | inferred from direct assay|GO:0016567

assay |GO:0005634//biological process| ethanol fermentation | traceable author statement|GO:0019655//biological process| pyruvate metabolism | tracea





t| plasma membrane | traceable author statement|GO:0005886//biological process| potassium ion homeostasis | inferred from direct assay|GO:0030007

0//biological process| transport | inferred from sequence similarity|GO:0006810

/cellular component| cytosol | traceable author statement |GO:0005829//cellular component| lipid particle | inferred from direct assay |GO:0005811//cellula

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ellular component| actin cortical patch (sensu Fungi) | inferred from direct assay|GO:0030479//biological process| regulation of endocytosis | inferred from

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





ical process| translational elongation | inferred from sequence similarity|GO:0006414//biological process| protein biosynthesis | traceable author statemen



nsduction | non-traceable author statement|GO:0007165//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

ent telomere maintenance | inferred from mutant phenotype|GO:0007004

nent| nucleus | inferred from physical interaction|GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferred from m

m mutant phenotype|GO:0045047//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486

embrane | inferred from mutant phenotype |GO:0005886//biological process| multidrug transport | inferred from mutant phenotype|GO:0006855



ement|GO:0006906//biological process| endocytosis | traceable author statement |GO:0006897//biological process| Golgi to plasma membrane transport |



inferred from mutant phenotype|GO:0007265







| traceable author statement|GO:0000324//biological process| sporulation | inferred from mutant phenotype|GO:0030435//biological process| microautopha

assay|GO:0016192//biological process| Golgi to vacuole transport | traceable author statement |GO:0006896//biological process| vacuole inheritance | infe





irect assay |GO:0005628//biological process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| exocytosis | inferred



on of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| pseudohyphal growth | inferred from genetic interactio

s | inferred from mutant phenotype|GO:0006412









ical process| protein biosynthesis | traceable author statement|GO:0006412



ed from direct assay |GO:0005737//biological process| lysine biosynthesis | traceable author statement|GO:0009085

phingolipid metabolism | inferred from mutant phenotype|GO:0006665





ferred from genetic interaction |GO:0006694



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

5737//biological process| actin filament organization | traceable author statement|GO:0007015



cleavage and polyadenylation specificity factor complex | traceable author statement|GO:0005847//cellular component| mRNA cleavage and polyadenylatio

Fungi) | inferred from direct assay |GO:0030478//biological process| vesicle-mediated transport | inferred from physical interaction|GO:0016192//biological



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



t assay|GO:0005737//biological process| regulation of growth | inferred from mutant phenotype|GO:0040008

sport | inferred from sequence similarity|GO:0016192





l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

x | inferred from direct assay |GO:0042729//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement |GO:00058

inferred from genetic interaction|GO:0000722

red from sequence similarity |GO:0016020//biological process| nitrogen utilization | inferred from mutant phenotype|GO:0019740//biological process| trans



95//molecular function| S-adenosylmethionine transporter activity | inferred from direct assay |GO:0000095//cellular component| mitochondrial inner memb

al process| 35S primary transcript processing | traceable author statement|GO:0006365//biological process| rRNA modification | traceable author statemen



gical process| regulation of translational fidelity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author s

omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//cellular component| DNA-directed RNA polymerase II, c

ellular component| nucleus | inferred from direct assay |GO:0005634//biological process| transcription initiation from Pol II promoter | traceable author state

ed glycosylation | inferred from mutant phenotype|GO:0006487



om mutant phenotype |GO:0005737//biological process| histidyl-tRNA aminoacylation | traceable author statement|GO:0006427//biological process| histid

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

from direct assay |GO:0005634//biological process| ubiquitin-dependent protein catabolism | inferred from physical interaction|GO:0006511//biological pro

ular component| eukaryotic translation initiation factor 3 complex | inferred from direct assay |GO:0005852//biological process| translational initiation | infer

Saccharomyces) | inferred from direct assay |GO:0000144//biological process| septin ring assembly | inferred from physical interaction|GO:0000921//biolo

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

process| aerobic respiration | traceable author statement|GO:0009060



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ess| alpha-glucoside transport | inferred from sequence similarity|GO:0000017

ein catabolism | inferred from physical interaction |GO:0030163//biological process| protein catabolism | inferred from mutant phenotype |GO:0030163//bio





aminoacylation | inferred from direct assay|GO:0006431//biological process| translational initiation | inferred from direct assay |GO:0006413





ing-type specific | traceable author statement|GO:0007532//biological process| regulation of transcription from Pol II promoter | traceable author statement



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

e |GO:0015077//molecular function| monovalent inorganic cation transporter activity | inferred from direct assay |GO:0015077//cellular component| late end

olipid biosynthesis | inferred from mutant phenotype|GO:0030148



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







| Rab GTPase activator activity | inferred from mutant phenotype |GO:0005097//molecular function| Rab GTPase activator activity | inferred from direct ass

sequence similarity|GO:0006397//biological process| mRNA processing | inferred from genetic interaction |GO:0006397

mponent| snRNP U5 | inferred from physical interaction |GO:0005682//cellular component| snRNP U5 | inferred from direct assay |GO:0005682//biological p

ion from Pol III promoter | inferred from mutant phenotype|GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from



d protein response, target gene transcriptional activation | traceable author statement|GO:0006990//biological process| phospholipid metabolism | traceabl

phenotype |GO:0004306//molecular function| ethanolamine-phosphate cytidylyltransferase activity | inferred from direct assay |GO:0004306//cellular comp

m physical interaction |GO:0003677//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from p

gical process| protein biosynthesis | traceable author statement|GO:0006412









from sequence similarity|GO:0016021//cellular component| integral to membrane | inferred from physical interaction |GO:0016021//cellular component| va





9773//cellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| ubiquitin-dependent



erred from sequence similarity|GO:0008654





5634//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364

d from sequence similarity|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398

l budding | inferred from mutant phenotype|GO:0007120//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//b

transport | inferred from sequence similarity|GO:0015811



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

able author statement|GO:0006562//biological process| glutamate biosynthesis | traceable author statement |GO:0006537









| traceable author statement |GO:0005739//biological process| mitochondrion organization and biogenesis | traceable author statement|GO:0007005//biol



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

hanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase, catalytic core (sensu Eukarya) | inferred fro

nent| cytoplasm | inferred from direct assay |GO:0005737//biological process| methionyl-tRNA aminoacylation | inferred from direct assay|GO:0006431









gical process| protein biosynthesis | traceable author statement|GO:0006412





ferred from mutant phenotype |GO:0007131

tase complex | inferred from physical interaction|GO:0017102//cellular component| methionyl glutamyl tRNA synthetase complex | inferred from mutant ph



phenotype |GO:0004066//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| asparagine biosynthesis | traceable

n | traceable author statement|GO:0016579

ed from physical interaction|GO:0005634//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006468//biologic

0//biological process| transport | inferred from sequence similarity|GO:0006810



asm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to xeno



ical process| protein biosynthesis | traceable author statement|GO:0006412

27//biological process| regulation of exit from mitosis | inferred from genetic interaction |GO:0007096//biological process| mitotic cell cycle | inferred from ge

statement|GO:0006260

drial inner membrane | inferred from direct assay|GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological pro

omponent| soluble fraction | inferred from direct assay|GO:0005625//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:00

me to vacuole transport | inferred from genetic interaction |GO:0045324

statement |GO:0000054



rred from mutant phenotype|GO:0005634//biological process| DNA repair | traceable author statement|GO:0006281//biological process| DNA replication | t

ellular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016

nt phenotype|GO:0040020//biological process| response to stress | inferred from mutant phenotype |GO:0006950//biological process| protein amino acid p

eable author statement|GO:0006413

H complex | inferred from direct assay |GO:0042729//cellular component| spindle | inferred from physical interaction |GO:0005819//cellular component| con

|GO:0004081//molecular function| bis(5'-nucleosyl)-tetraphosphatase (asymmetrical) activity | inferred from genetic interaction |GO:0004081//molecular fu





ferred from physical interaction|GO:0006513//biological process| protein monoubiquitination | inferred from mutant phenotype |GO:0006513//biological pro



maintenance | inferred from mutant phenotype|GO:0000002



om direct assay |GO:0005634//biological process| sulfur amino acid metabolism | inferred from mutant phenotype|GO:0000096



ical process| translational elongation | inferred from sequence similarity|GO:0006414//biological process| protein biosynthesis | traceable author statemen

cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047//biological process| response to stress | inferred from mutant phenoty



ction|GO:0006412

rocessing | inferred from mutant phenotype|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant ph



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

otein-vacuolar targeting | inferred from physical interaction |GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype |G

e peroxidase activity | inferred from mutant phenotype |GO:0004602//molecular function| glutathione peroxidase activity | inferred from genetic interaction |

2//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| sphingolipid biosynthesis | traceable author sta



ferred from expression pattern|GO:0006537

ogical process| transcription initiation from Pol II promoter | inferred from direct assay|GO:0006367

ing-type specific | traceable author statement|GO:0007532//biological process| regulation of transcription from Pol II promoter | traceable author statement

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





ar function| 2-isopropylmalate synthase activity | inferred from direct assay |GO:0003852//cellular component| mitochondrion | inferred from direct assay|G

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ne | inferred from direct assay |GO:0005789//biological process| sterol biosynthesis | traceable author statement|GO:0016126//biological process| sterol bi



m direct assay|GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//cellular component| nuclear chromatin

mponent| cAMP-dependent protein kinase complex | traceable author statement|GO:0005952//cellular component| cytoplasm | traceable author statement





eting | inferred from physical interaction|GO:0045047

erred from mutant phenotype|GO:0006629//biological process| lipid metabolism | inferred from genetic interaction |GO:0006629//biological process| N-term

d from direct assay|GO:0000398

4809//cellular component| mitochondrion | traceable author statement|GO:0005739//cellular component| nuclear outer membrane | inferred from direct ass



ical process| protein biosynthesis | traceable author statement|GO:0006412



ble author statement|GO:0000706



ssay|GO:0005737//biological process| sporulation | inferred from mutant phenotype|GO:0030435//biological process| sporulation | inferred from genetic int



chaperone regulator activity | inferred from genetic interaction |GO:0030188//molecular function| ATPase stimulator activity | inferred from direct assay |G

hore | inferred from direct assay |GO:0000778//biological process| chromosome segregation | inferred from physical interaction|GO:0007059



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

4//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| ribosomal large subunit-nuc

0//biological process| transcription from Pol I promoter | traceable author statement|GO:0006360



x | inferred from direct assay |GO:0042729//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement |GO:00058



tive stress | inferred from mutant phenotype|GO:0006979

aceable author statement|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| pre-replicative comp

inferred from direct assay |GO:0005794//biological process| protein amino acid glycosylation | inferred from mutant phenotype|GO:0006486



-mediated transport | inferred from physical interaction|GO:0016192//biological process| isotropic bud growth | inferred from physical interaction |GO:00071

ble author statement|GO:0006094





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



sm | inferred from sequence similarity|GO:0019563//biological process| response to stress | inferred from mutant phenotype |GO:0006950



gical process| protein biosynthesis | traceable author statement|GO:0006412



16944//cellular component| transcription elongation factor complex | inferred from direct assay|GO:0008023//cellular component| cytoplasm | inferred from



ectrons within CoQH2-cytochrome c reductase complex activity | inferred from mutant phenotype |GO:0045153//cellular component| respiratory chain com



ern |GO:0004375//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| one-carbon compound metabolism | in

m sequence similarity |GO:0008614//biological process| pyridoxine metabolism | inferred from mutant phenotype |GO:0008614

e base biosynthesis | traceable author statement|GO:0006207//biological process| 'de novo' IMP biosynthesis | traceable author statement |GO:0006189//



om sequence similarity|GO:0006350

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412









n-dependent protein catabolism | traceable author statement|GO:0006511



t| mitochondrial outer membrane | inferred from mutant phenotype |GO:0005741//cellular component| mitochondrial outer membrane | inferred from direct

genetic interaction|GO:0007049//biological process| cell cycle | inferred from expression pattern |GO:0007049//biological process| protein amino acid pho





us | inferred from curator|GO:0005634//biological process| transcription from Pol III promoter | inferred from genetic interaction|GO:0006383//biological pro

ensu Fungi) | inferred from expression pattern|GO:0030437

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

GO:0003922//biological process| GMP metabolism | traceable author statement|GO:0046037

ant phenotype|GO:0006281//biological process| DNA-dependent DNA replication | inferred from direct assay |GO:0006261

synthesis | traceable author statement|GO:0006696

utant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623



| COPII-coated vesicle | inferred from direct assay |GO:0030138//biological process| ER to Golgi transport | inferred from physical interaction|GO:0006888

ent| cytoplasm | inferred from direct assay |GO:0005737//biological process| glutamyl-tRNA aminoacylation | inferred from direct assay|GO:0006424

d from physical interaction|GO:0006893//biological process| Golgi to plasma membrane transport | inferred from genetic interaction |GO:0006893//biologica

n | inferred from mutant phenotype|GO:0006261



d from direct assay|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281



mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot



from direct assay |GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| vacuolar protein



nization and biogenesis | inferred from physical interaction|GO:0030036//biological process| actin cytoskeleton organization and biogenesis | inferred from

porter activity | inferred from direct assay |GO:0005355//molecular function| fructose transporter activity | traceable author statement |GO:0005353//cellular

e author statement|GO:0006735//biological process| fatty acid beta-oxidation | traceable author statement |GO:0006635//biological process| malate metab





ant phenotype |GO:0006397

ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433





n and biogenesis | inferred from direct assay|GO:0030036//biological process| osmosensory signaling pathway | traceable author statement |GO:0007231/

a membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biol



romyces) | inferred from mutant phenotype|GO:0000501

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of translational fidelity | inferred from mutant phenotype|G

from curator|GO:0006796

ical process| protein biosynthesis | traceable author statement|GO:0006412

atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//cellular component| cytoplasm | inferred from direct ass





hing/recombination | inferred from mutant phenotype|GO:0007533//biological process| chromatin assembly/disassembly | inferred from physical interaction



uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0



nferred from sequence similarity |GO:0008614//biological process| pyridoxine metabolism | inferred from direct assay |GO:0008614





sical interaction|GO:0006338

rocess| transcription from Pol I promoter | traceable author statement|GO:0006360







2//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| sphingolipid biosynthesis | traceable author sta





| inferred from direct assay |GO:0005625//biological process| pantothenate biosynthesis | inferred from sequence similarity|GO:0015940





|GO:0003709//cellular component| transcription factor complex | inferred from physical interaction|GO:0005667//biological process| transcription initiation





ence similarity|GO:0006810

y|GO:0006810//biological process| transport | inferred from mutant phenotype |GO:0006810



05829//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein folding | non-traceable author statement|GO:0



, non-autophagic | inferred from mutant phenotype |GO:0042144//biological process| protein localization | inferred from mutant phenotype |GO:0008104

nt| spindle microtubule | inferred from direct assay|GO:0005876//cellular component| kinetochore microtubule | inferred from direct assay |GO:0005828//bi

tant phenotype|GO:0006310//biological process| DNA recombination | inferred from genetic interaction |GO:0006310

ble author statement|GO:0006656

nferred from mutant phenotype|GO:0008033//biological process| tRNA processing | inferred from genetic interaction |GO:0008033



e |GO:0003906//molecular function| DNA-(apurinic or apyrimidinic site) lyase activity | inferred from direct assay |GO:0003906//cellular component| mitoch





inferred from physical interaction |GO:0000118//cellular component| histone deacetylase complex | inferred from direct assay |GO:0000118//biological pro









ansport | inferred from genetic interaction |GO:0006895

gical process| protein biosynthesis | traceable author statement|GO:0006412

ical process| protein biosynthesis | traceable author statement|GO:0006412

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| nuclear membrane organization and biogenesis | inferred from mutant pheno



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rt | inferred from mutant phenotype|GO:0006827

937//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| sporulation (sensu Fungi) | inferred from expression pattern|



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



drug | inferred from genetic interaction|GO:0042493//biological process| response to salt stress | inferred from mutant phenotype |GO:0009651//biological

mutant phenotype |GO:0006493//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487



llular component| membrane | inferred from sequence similarity|GO:0016020//biological process| monovalent inorganic cation transport | inferred from seq





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ble author statement|GO:0016579

smic microtubule | traceable author statement|GO:0005881//cellular component| kinesin complex | inferred from direct assay |GO:0005871//cellular compo



on|GO:0007124



| inferred from direct assay |GO:0005730//biological process| 35S primary transcript processing | traceable author statement|GO:0006365//biological proc



henotype|GO:0006406



traceable author statement|GO:0006414

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nferred from direct assay|GO:0006464//biological process| G2/M transition of mitotic cell cycle | traceable author statement |GO:0000086//biological proces



mponent| microsome | inferred from physical interaction |GO:0005792//cellular component| membrane fraction | inferred from direct assay |GO:0005624//b

statement |GO:0005886//biological process| budding | traceable author statement|GO:0007114

t|GO:0007049//biological process| transcription | traceable author statement |GO:0006350//biological process| G1/S transition of mitotic cell cycle | inferred

23//cellular component| nucleus | inferred from physical interaction |GO:0005634//biological process| RNA elongation from Pol II promoter | inferred from p

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ivity | inferred from mutant phenotype |GO:0004169//cellular component| endoplasmic reticulum | traceable author statement|GO:0005783//biological proc

cellular | traceable author statement|GO:0005622//biological process| protein amino acid geranylgeranylation | inferred from direct assay|GO:0018348//bio



O:0003677//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| mismatch repair | inferred from direct assay|G



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

0005634//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:0009435//biological process| NAD biosynthesis | inferred from direct

O:0005634//biological process| mRNA-nucleus export | traceable author statement|GO:0006406





0005198//molecular function| structural molecule activity | inferred from mutant phenotype |GO:0005198//cellular component| proton-transporting ATP syn

ological process| transcription from Pol II promoter | traceable author statement|GO:0006366





uitin-dependent protein catabolism | traceable author statement|GO:0006511









ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthesis | traceable author statement|GO:0006412

gical process| protein biosynthesis | traceable author statement|GO:0006412

ear mRNA splicing, via spliceosome | inferred from genetic interaction |GO:0000398

eroxisome organization and biogenesis | inferred from mutant phenotype |GO:0007031//biological process| peroxisome organization and biogenesis | infer







1//molecular function| purine-nucleoside phosphorylase activity | inferred from direct assay |GO:0004731//biological process| purine nucleoside catabolism

GO:0004573//cellular component| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| cell wall organization an



ant phenotype|GO:0030490//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364

physical interaction|GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623//biological process| protein

ed from direct assay |GO:0003720//molecular function| single-stranded DNA binding | traceable author statement |GO:0003697//cellular component| nucleo



e base biosynthesis | traceable author statement|GO:0006207//biological process| 'de novo' IMP biosynthesis | traceable author statement |GO:0006189//



biogenesis | inferred from mutant phenotype|GO:0007047//biological process| beta-1,3 glucan biosynthesis | inferred from mutant phenotype |GO:0006075





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

m | traceable author statement|GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biolog



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

m mutant phenotype|GO:0019395//biological process| fatty acid oxidation | inferred from expression pattern |GO:0019395

t protein catabolism | inferred from sequence similarity|GO:0006511



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

d from sequence similarity |GO:0000324



nteraction|GO:0005937//biological process| protein modification | inferred from direct assay|GO:0006464//biological process| cellular morphogenesis durin



nferred from direct assay |GO:0005834//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| signal transduction du



component| cytosol | inferred from direct assay|GO:0005829//biological process| autophagy | inferred from mutant phenotype|GO:0006914



ct assay |GO:0005635//biological process| endocytosis | inferred from mutant phenotype|GO:0006897

atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//cellular component| cytoplasm | inferred from direct ass



ytoplasm | traceable author statement|GO:0005737//biological process| response to hydrogen peroxide | inferred from mutant phenotype|GO:0042542//bio



component| DNA-directed RNA polymerase III complex | inferred from direct assay|GO:0005666//biological process| transcription initiation from Pol III pro

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

function| glycogen (starch) synthase activity | inferred from genetic interaction |GO:0004373//cellular component| cytoplasm | inferred from direct assay|G

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ctivity | inferred from direct assay |GO:0004842//cellular component| anaphase-promoting complex | traceable author statement|GO:0005680//biological p



nent| nucleus | inferred from direct assay |GO:0005634



ed from mutant phenotype |GO:0005737//biological process| valyl-tRNA aminoacylation | inferred from direct assay|GO:0006438

omponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| hexose metabolism | inferred from mutant phenotype|GO:0019318//bio

| inferred from direct assay |GO:0005624//biological process| calcium-mediated signaling | inferred from mutant phenotype|GO:0019722//biological proces

y |GO:0005634//biological process| cytosine metabolism | inferred from mutant phenotype|GO:0019858

ical process| protein biosynthesis | traceable author statement|GO:0006412





777//biological process| protein-peroxisome targeting | inferred from physical interaction|GO:0006625//biological process| protein-peroxisome targeting | in

sical interaction |GO:0007046

om genetic interaction |GO:0006826

ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthesis | traceable author statement|GO:0006412



mbly (sensu Fungi) | inferred from direct assay |GO:0030476





synthesis | traceable author statement|GO:0019856



able author statement|GO:0006412



eticulum network | inferred from direct assay|GO:0042175//cellular component| soluble fraction | inferred from direct assay |GO:0005625//biological proces



ctose transporter activity | inferred from genetic interaction |GO:0005354//molecular function| fructose transporter activity | inferred from genetic interaction

d from direct assay|GO:0006468//biological process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from mutant pheno

O:0003701//molecular function| ribosomal DNA (rDNA) binding | inferred from physical interaction |GO:0000182//molecular function| ribosomal DNA (rDNA

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

osolic large ribosomal subunit (sensu Eukarya) | traceable author statement|GO:0005842//cellular component| cytoplasm | inferred from direct assay |GO:0

:0016274//molecular function| protein-arginine N-methyltransferase activity | inferred from mutant phenotype |GO:0016274//molecular function| protein-arg



essing | inferred from genetic interaction |GO:0016485



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ological process| cell projection biogenesis | inferred from mutant phenotype|GO:0030031//biological process| response to pheromone during conjugation w



atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| cytoskeleton organization and bioge

inferred from direct assay |GO:0005737//cellular component| nuclear telomere cap complex | inferred from genetic interaction |GO:0000783//biological pro

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological







processing | traceable author statement|GO:0006365



gical process| protein biosynthesis | traceable author statement|GO:0006412

| protein biosynthesis | traceable author statement|GO:0006412



al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384



gical process| protein biosynthesis | traceable author statement|GO:0006412

n and biogenesis | inferred from genetic interaction |GO:0007047

m mutant phenotype|GO:0007165//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468

m direct assay |GO:0003924//cellular component| bud | traceable author statement|GO:0005933//cellular component| plasma membrane | inferred from dir

irect assay |GO:0005737//biological process| MAPKKK cascade | inferred from physical interaction|GO:0000165

GO:0005634//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ssay |GO:0005634//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| response to stress | inferred



author statement|GO:0009090//biological process| threonine metabolism | traceable author statement |GO:0006566//biological process| methionine metab

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

:0005634//biological process| cell growth and/or maintenance | inferred from mutant phenotype|GO:0008151//biological process| protein amino acid phosp

assay|GO:0005819//cellular component| prospore membrane | inferred from direct assay |GO:0005628//biological process| spore wall assembly (sensu Fu



recombination | inferred from mutant phenotype|GO:0007131//biological process| RNA elongation from Pol II promoter | inferred from direct assay |GO:00

on initiation factor activity | inferred from sequence similarity |GO:0003743//cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | inferre



gical process| aerobic respiration | inferred from mutant phenotype|GO:0009060

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







ss| ubiquitin-dependent protein catabolism | inferred from mutant phenotype|GO:0006511



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



red from mutant phenotype |GO:0006817

ochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from dir

mponent| phenylalanine-tRNA ligase complex | traceable author statement|GO:0009328//biological process| phenylalanyl-tRNA aminoacylation | traceable

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ical process| protein biosynthesis | traceable author statement|GO:0006412



c region | inferred from mutant phenotype |GO:0000781//biological process| DNA recombination | traceable author statement|GO:0006310//biological proce

membrane | inferred from direct assay |GO:0005789//biological process| water transport | inferred from sequence similarity|GO:0006833

ondrial outer membrane translocase complex | inferred from physical interaction|GO:0005742//cellular component| mitochondrial outer membrane transloc

d protein response, target gene transcriptional activation | traceable author statement|GO:0006990//biological process| phospholipid metabolism | traceabl



gical process| protein biosynthesis | traceable author statement|GO:0006412

ochondrion | inferred from mutant phenotype|GO:0005739//cellular component| cytoplasm | inferred from mutant phenotype |GO:0005737//biological proce





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

s| cell wall organization and biogenesis | traceable author statement|GO:0007047//biological process| cellular morphogenesis | traceable author statement

g | inferred from direct assay|GO:0006457

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

0//biological process| sterol transport | inferred from mutant phenotype|GO:0015918

otype |GO:0004314//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from



n, DNA-dependent | inferred from sequence similarity|GO:0006355//biological process| carbohydrate metabolism | inferred from sequence similarity |GO:0



ellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein biosynthesis | inferred from physical interaction|GO:0006



on| transcriptional activator activity | inferred from mutant phenotype |GO:0016563//molecular function| DNA binding | inferred from sequence similarity |GO

or statement|GO:0007126//biological process| negative regulation of transcription from Pol II promoter | inferred from direct assay |GO:0000122

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ferred from direct assay|GO:0000372

hesis | traceable author statement|GO:0006696

process| transcription from Pol III promoter | traceable author statement|GO:0006383

atin | traceable author statement|GO:0005724//cellular component| nucleus | traceable author statement |GO:0005634//cellular component| nuclear telome







erred from sequence similarity|GO:0030121//cellular component| AP-1 adaptor complex | inferred from physical interaction |GO:0030121//biological proces

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





m mutant phenotype |GO:0004702//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| MAPKKK cascade | inferre

GO:0000307//biological process| cell cycle | traceable author statement|GO:0007049





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ferred from direct assay|GO:0005739//biological process| RNA splicing | inferred from genetic interaction|GO:0008380//biological process| iron ion transpo







aceable author statement|GO:0006414

ed from mutant phenotype |GO:0000335





edoxin peroxidase activity | inferred from direct assay |GO:0008379//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological pro

gical process| GPI anchor biosynthesis | inferred from mutant phenotype|GO:0006506







onent| intermediate layer of spindle pole body | inferred from direct assay |GO:0005821//biological process| spindle pole body duplication (sensu Sacchar

NA polymerase II, core complex | inferred from sequence similarity |GO:0005665//biological process| transcription from Pol II promoter | inferred from muta



ical process| protein biosynthesis | traceable author statement|GO:0006412

milarity|GO:0006810

embly (sensu Fungi) | inferred from mutant phenotype|GO:0030472//biological process| mitotic spindle assembly (sensu Fungi) | inferred from genetic inte



| inferred from mutant phenotype|GO:0009303



ct assay |GO:0005634//biological process| sulfur metabolism | inferred from sequence similarity|GO:0006790

ical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | infe



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





x | inferred from direct assay |GO:0000123//biological process| chromatin modification | inferred from sequence similarity|GO:0016568//biological process|





x | inferred from direct assay |GO:0042729//cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | traceable author statement |GO:00058



erred from direct assay|GO:0019408//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486//biological proce



direct assay |GO:0005634//biological process| RNA processing | inferred from sequence similarity|GO:0006396





/cellular component| membrane fraction | inferred from sequence similarity|GO:0005624//biological process| cell wall organization and biogenesis | inferre

nt| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulum membrane | inferred from



otype|GO:0007126



gical process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | infe

ay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| L-serine metabolism | inferred from curator|GO:

n of transcription from Pol II promoter | inferred from genetic interaction|GO:0045944//biological process| glucose transport | inferred from genetic interact



ant phenotype|GO:0030490//biological process| ribosome biogenesis | inferred from mutant phenotype |GO:0007046

eraction |GO:0000228//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:0030466/

mponent| small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//cellular component| nucleolus | inferred from direct as



Saccharomyces) | inferred from sequence similarity|GO:0000501





say|GO:0005940//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein sumoylation | traceable author stateme

| inferred from expression pattern|GO:0019541//biological process| propionate metabolism | inferred from direct assay |GO:0019541//biological process| th

inferred from direct assay|GO:0005885//cellular component| mitochondrial membrane | traceable author statement |GO:0005740//biological process| actin





nucleus | inferred from direct assay |GO:0005634//biological process| NAD biosynthesis | inferred from mutant phenotype|GO:0009435//biological process|





ore | inferred from direct assay |GO:0005643//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|G



0//biological process| transport | inferred from sequence similarity|GO:0006810



us | inferred from direct assay|GO:0005730//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364//biological process| rRNA

om mutant phenotype|GO:0007049//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from sequence similarity |GO:0006609//b

d from direct assay|GO:0006430



inferred from direct assay|GO:0005829//biological process| NADPH regeneration | traceable author statement|GO:0006740//biological process| gluconeo





y|GO:0000245

chitin biosynthesis | inferred from mutant phenotype |GO:0006038

llular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pro

O:0005967//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| pyruvate metabolism | traceable author state



rom sequence similarity|GO:0006897//biological process| endocytosis | inferred from physical interaction |GO:0006897

e acetylation | inferred from direct assay|GO:0016573//biological process| regulation of transcription from Pol II promoter | inferred from direct assay |GO:0

nt |GO:0005798//biological process| intra-Golgi transport | traceable author statement|GO:0006891//biological process| ER to Golgi transport | traceable au

phenotype |GO:0006623

0005634//biological process| protein-nucleus import | inferred from mutant phenotype|GO:0006606//biological process| ubiquitin-dependent protein catabo







red from direct assay |GO:0005634//biological process| signal transduction | traceable author statement|GO:0007165//biological process| post-Golgi transp





owth | inferred from mutant phenotype|GO:0030447//biological process| signal transduction | inferred from mutant phenotype |GO:0007165//biological pro

e-sugar transport | inferred from sequence similarity|GO:0015780



t of protein localization | inferred from mutant phenotype|GO:0045184//biological process| ER-associated protein catabolism | inferred from mutant phenot

complex | inferred from physical interaction|GO:0019005//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nu

uration | traceable author statement|GO:0007323//biological process| proteolysis and peptidolysis | traceable author statement |GO:0006508



cation | inferred from direct assay|GO:0000154

actin monomers | inferred from direct assay|GO:0042989//biological process| actin polymerization and/or depolymerization | inferred from physical interact

processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

| inferred from direct assay |GO:0005737//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:00063





vity | inferred from mutant phenotype |GO:0003825//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from



biosynthesis, aminoadipic pathway | traceable author statement|GO:0019878

|GO:0005634//biological process| rRNA metabolism | inferred from mutant phenotype|GO:0016072//biological process| protein-nucleus import | inferred fr

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

sensu Eukarya) | traceable author statement|GO:0005838//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular c

nt| protein phosphatase type 2A complex | traceable author statement|GO:0000159//biological process| bud growth | traceable author statement|GO:00071

al process| transcription from Pol III promoter | traceable author statement|GO:0006383

mutant phenotype |GO:0007046

on| tRNA methyltransferase activity | inferred from direct assay |GO:0008175//cellular component| cytoplasm | inferred from direct assay|GO:0005737//bio

r statement|GO:0046107//biological process| regulation of transcription, DNA-dependent | traceable author statement |GO:0006355

gical process| protein biosynthesis | traceable author statement|GO:0006412

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m









004775//molecular function| succinate-CoA ligase (ADP-forming) activity | inferred from direct assay |GO:0004775//cellular component| mitochondrion | in

rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398



nent| endoplasmic reticulum lumen | traceable author statement|GO:0005788//biological process| protein folding | inferred from mutant phenotype|GO:0006

ed from mutant phenotype|GO:0009435

GO:0005768//biological process| transport | inferred from sequence similarity|GO:0006810//biological process| transport | inferred from mutant phenotype





nction| mRNA methyltransferase activity | inferred from direct assay |GO:0008174//biological process| mRNA modification | inferred from sequence similari







t phenotype |GO:0005685//cellular component| snRNP U1 | inferred from genetic interaction |GO:0005685//cellular component| snRNP U1 | inferred from

genome maintenance | inferred from mutant phenotype|GO:0000002

from direct assay|GO:0005730//cellular component| nuclear telomeric heterochromatin | inferred from direct assay |GO:0005724//cellular component| chro

tion from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| phospholipid biosynthesis | inferred from mutant phenotype |G









ar | traceable author statement|GO:0005622//biological process| actin cytoskeleton organization and biogenesis | inferred from genetic interaction|GO:003





utant phenotype|GO:0046459//biological process| chromatin silencing at telomere | inferred from genetic interaction |GO:0006348

complex | inferred from direct assay |GO:0008290//biological process| cell wall organization and biogenesis | inferred from physical interaction|GO:000704



direct assay |GO:0005634//biological process| protein monoubiquitination | traceable author statement|GO:0006513//biological process| postreplication rep

63//molecular function| chromatin binding | inferred from mutant phenotype |GO:0003682//cellular component| COMPASS complex | inferred from physica

O:0005634//biological process| nucleocytoplasmic transport | traceable author statement|GO:0006913

37//biological process| copper ion homeostasis | inferred from physical interaction|GO:0006878//biological process| copper ion homeostasis | inferred from

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







nt| prospore membrane | inferred from direct assay|GO:0005628//cellular component| protein phosphatase type 1 complex | inferred from physical interacti









rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| phosphate transport | inferred from m

henotype|GO:0019541

//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| regulation of transcription, mating-type specific | inferred from m

nent| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//biological process| protein-ER retention | inferred from mutant phenotype



activity | inferred from mutant phenotype |GO:0045703//molecular function| ketoreductase activity | inferred from genetic interaction |GO:0045703//cellular

05955//cellular component| calcineurin complex | inferred from physical interaction |GO:0005955//cellular component| cytoplasm | traceable author stateme

GO:0000812//biological process| protein-vacuolar targeting | inferred from mutant phenotype|GO:0006623//biological process| chromatin remodeling | infer

ction | traceable author statement|GO:0007265//biological process| G-protein signaling, coupled to cAMP nucleotide second messenger | traceable author



enotype|GO:0030490

GO:0000812//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338//biological process| chromatin remodeling | inferred

e coat | inferred from direct assay |GO:0030127//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//biologic







rect assay |GO:0005634//biological process| nitrogen metabolism | inferred from mutant phenotype|GO:0006807//biological process| protein amino acid de





ch assembly | inferred from mutant phenotype|GO:0000147

om mutant phenotype |GO:0004487//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| purine base biosynthesis | i





| inferred from direct assay |GO:0005880//cellular component| kinesin complex | traceable author statement |GO:0005871//biological process| mitotic spind



r |GO:0005634//biological process| DNA-dependent DNA replication | inferred from genetic interaction|GO:0006261//biological process| DNA replication | i





mitochondrion | inferred from direct assay|GO:0005739//biological process| terpenoid biosynthesis | inferred from mutant phenotype|GO:0016114//biologica



ess| proteolysis and peptidolysis | inferred from physical interaction|GO:0006508//biological process| proteolysis and peptidolysis | inferred from mutant ph

ect assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleotide metabolism | inferred from dir









s| osmosensory signaling pathway via two-component system | inferred from mutant phenotype|GO:0007234//biological process| osmosensory signaling p



ion and biogenesis | traceable author statement|GO:0007031//biological process| protein monoubiquitination | traceable author statement |GO:0006513//b



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ical process| protein biosynthesis | traceable author statement|GO:0006412

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ferred from direct assay |GO:0005634//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype|GO:0000086//biological pr



atement|GO:0006906//biological process| Golgi to vacuole transport | traceable author statement |GO:0006896

ical process| protein biosynthesis | traceable author statement|GO:0006412





d from direct assay|GO:0016192//biological process| protein transport | inferred from direct assay |GO:0015031//biological process| Golgi to plasma memb









y |GO:0005737//cellular component| GARP complex | inferred from physical interaction |GO:0000938//biological process| retrograde transport, endosome t









hor statement|GO:0046294

cript processing | traceable author statement|GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154

author statement|GO:0043037//biological process| D-amino acid catabolism | inferred from direct assay |GO:0019478

ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| ubiquitin-dependent protein



pe |GO:0004422//molecular function| hypoxanthine phosphoribosyltransferase activity | inferred from genetic interaction |GO:0004422//cellular component|







onent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| histo



g conjugation with cellular fusion | non-traceable author statement|GO:0000749

on |GO:0016758//cellular component| endoplasmic reticulum | inferred from mutant phenotype|GO:0005783//biological process| GPI anchor biosynthesis |





ch repair | traceable author statement|GO:0006298//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| lea

9//biological process| mitochondrial electron transport, succinate to ubiquinone | traceable author statement|GO:0006121//biological process| tricarboxylic



ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511





ical process| protein biosynthesis | traceable author statement|GO:0006412

| inferred from physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000

ecular function| siderochrome-iron transporter activity | inferred from genetic interaction |GO:0015343//molecular function| siderochrome-iron transporter a

al interaction |GO:0000938//biological process| retrograde transport, endosome to Golgi | inferred from direct assay|GO:0042147//biological process| Golg



m | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to stress | i

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

from direct assay |GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

tabolism | inferred from mutant phenotype|GO:0006760

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ucleus | inferred from direct assay|GO:0005634//cellular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone

on transport | inferred from sequence similarity|GO:0015693

endent cotranslational membrane targeting, translocation | traceable author statement|GO:0006616

eaminase activity | inferred from genetic interaction |GO:0004132//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological proc

cess| pseudohyphal growth | inferred from mutant phenotype|GO:0007124//biological process| axial budding | inferred from mutant phenotype |GO:000712

rred from mutant phenotype |GO:0008565//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//cellular componen





74//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologi





|GO:0007165//biological process| signal transduction | inferred from mutant phenotype |GO:0007165



uthor statement|GO:0008152



005829//cellular component| Golgi membrane | inferred from direct assay |GO:0000139//biological process| osmoregulation | traceable author statement|G

596//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| N-terminal peptidyl-methionine acetylation | inferred from







dc73/Paf1 complex | traceable author statement|GO:0016593//cellular component| Cdc73/Paf1 complex | inferred from physical interaction |GO:0016593//c

0005856//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| establishment of cell polarity (sensu Saccharomyce



cess| beta-1,6 glucan biosynthesis | traceable author statement|GO:0006078





assay |GO:0005940//cellular component| bud neck | inferred from direct assay |GO:0005935//biological process| protein amino acid phosphorylation | infer

ma membrane | inferred from sequence similarity|GO:0005886//biological process| amino acid transport | inferred from mutant phenotype|GO:0006865//bio

moo tip | inferred from direct assay |GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip | infe

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

otype |GO:0004314//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from

ent| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein biosynthesis | inferred from sequence similarity|GO:0006412//biolo



rane | non-traceable author statement|GO:0005886//biological process| extracellular carbohydrate transport | traceable author statement|GO:0006859//bio

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

gical process| protein biosynthesis | traceable author statement|GO:0006412

process| proteolysis and peptidolysis | inferred from physical interaction |GO:0006508





ed from curator|GO:0006810



om genetic interaction|GO:0005634//biological process| double-strand break repair via single-strand annealing | inferred from genetic interaction|GO:00450







erred from direct assay |GO:0005643//biological process| protein-nucleus import | inferred from physical interaction|GO:0006606

gulation of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| regulation of protein catabolism | inferred from m

on (sensu Fungi) | inferred from mutant phenotype|GO:0030437





ical process| protein biosynthesis | traceable author statement|GO:0006412

e |GO:0007126//biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype |GO:0001403



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



eosome complex | inferred from direct assay |GO:0005681//biological process| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction|G

traceable author statement|GO:0006635

mutant phenotype |GO:0003924//cellular component| late endosome | inferred from mutant phenotype|GO:0005770//biological process| endocytosis | inferr



ication repair | traceable author statement|GO:0006301//biological process| mismatch repair | non-traceable author statement |GO:0006298//biological pro

o salt stress | inferred from physical interaction|GO:0009651//biological process| response to salt stress | inferred from genetic interaction |GO:0009651//b









tatement|GO:0006365//biological process| ribosomal small subunit assembly and maintenance | traceable author statement |GO:0000028





membrane | inferred from direct assay |GO:0005635//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| CDP-choli





sical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype |GO:0042273//biological process| c

3//molecular function| 6-phosphofructo-2-kinase activity | inferred from sequence similarity |GO:0003873//cellular component| cytosol | traceable author sta





al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384







us | traceable author statement |GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| pseudohyphal gro

nent| endoplasmic reticulum | traceable author statement|GO:0005783//biological process| protein folding | inferred from genetic interaction|GO:0006457

| ARF GTPase activator activity | inferred from direct assay |GO:0008060//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biologi



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ceable author statement|GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



om mutant phenotype|GO:0009097//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002

ellular component| cytoplasm | traceable author statement|GO:0005737//biological process| lysine biosynthesis, aminoadipic pathway | traceable author st

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





m mutant phenotype|GO:0010038//biological process| response to heat | inferred from mutant phenotype |GO:0009408

ed from mutant phenotype|GO:0000910

leus | inferred from direct assay |GO:0005634//biological process| coenzyme A biosynthesis | inferred from sequence similarity|GO:0015937

34//biological process| regulation of cell cycle | inferred from mutant phenotype|GO:0000074



aceable author statement|GO:0006333

nferred from direct assay|GO:0005745//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//biological process| m





om physical interaction|GO:0006888

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

able author statement|GO:0006364//biological process| ribosomal large subunit assembly and maintenance | traceable author statement |GO:0000027

s| anaerobic respiration | traceable author statement|GO:0009061

O:0004379//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| N-terminal peptidyl-glycine N-myristoylation | traceab

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





plasma membrane | inferred from direct assay|GO:0005886//biological process| propionate metabolism | inferred from expression pattern|GO:0019541//bi

utant phenotype |GO:0000347//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406//biological process| RNA elongati



ng | traceable author statement|GO:0006613









porter activity | inferred from direct assay |GO:0005355//molecular function| fructose transporter activity | traceable author statement |GO:0005353//cellular





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ma membrane | inferred from sequence similarity|GO:0005886//biological process| neutral amino acid transport | inferred from direct assay|GO:0015804

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

esis (sensu Fungi) | inferred from mutant phenotype|GO:0009272



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ctivity | inferred from genetic interaction |GO:0003883//cellular component| cytosol | traceable author statement|GO:0005829//biological process| pyrimidin



ss| copper ion homeostasis | inferred from mutant phenotype|GO:0006878//biological process| transcription initiation from Pol II promoter | inferred from se



y |GO:0000815//biological process| late endosome to vacuole transport | inferred from physical interaction|GO:0045324//biological process| protein-Golgi





693//cellular component| transcription factor complex | traceable author statement|GO:0005667//biological process| regulation of transcription | inferred from

ication fork | traceable author statement |GO:0005657//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348//







statement|GO:0005802//cellular component| early endosome | traceable author statement |GO:0005769//cellular component| Golgi trans cisterna | traceab

om direct assay |GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//biological process| regulation of tran

ct assay |GO:0005635//biological process| endocytosis | inferred from mutant phenotype|GO:0006897





statement|GO:0005802//cellular component| early endosome | traceable author statement |GO:0005769//cellular component| Golgi trans cisterna | traceab



biosynthesis | inferred from direct assay |GO:0006696







mutant phenotype |GO:0006276

etabolism | inferred from mutant phenotype|GO:0000096





/biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | tr

cleus | inferred from direct assay|GO:0005634//biological process| lysine biosynthesis, aminoadipic pathway | traceable author statement|GO:0019878

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ar function| G-protein coupled receptor activity | inferred from mutant phenotype |GO:0004930//cellular component| plasma membrane | inferred from direc

d from expression pattern |GO:0009269//biological process| response to stress | inferred from expression pattern |GO:0006950

i transport | traceable author statement|GO:0006891//biological process| ER to Golgi transport | traceable author statement |GO:0006888

| inferred from genetic interaction |GO:0006888

ription from Pol II promoter | inferred from direct assay|GO:0006366



molecular function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| membrane | inferred from sequence similarity|





mitochondrial inner membrane | inferred from direct assay|GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0005739//bio

ical process| protein biosynthesis | traceable author statement|GO:0006412

ant phenotype |GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from genetic interaction |GO:0003704//ce

atement|GO:0007120//biological process| bud growth | inferred from mutant phenotype |GO:0007117//biological process| bud growth | inferred from geneti

| inferred from direct assay |GO:0005634//biological process| UDP-N-acetylglucosamine biosynthesis | inferred from mutant phenotype|GO:0006048//biol

rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceoso

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein-nucleus import | inf

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

GO:0005634//biological process| G-protein signaling, coupled to cAMP nucleotide second messenger | inferred from mutant phenotype|GO:0007188

//cellular component| intracellular | traceable author statement|GO:0005622//biological process| purine nucleoside monophosphate biosynthesis | traceable



ion from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from





sical interaction |GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from mutant phenotype |GO:0003704//c

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ype|GO:0000755//biological process| cellular morphogenesis during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000753



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

r maintenance | inferred from direct assay|GO:0008151





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

:0009277//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

complex | inferred from direct assay |GO:0008290//biological process| cell wall organization and biogenesis | inferred from physical interaction|GO:000704

ed from direct assay |GO:0005739//biological process| glutamate biosynthesis | traceable author statement|GO:0006537//biological process| citrate metab









ical process| protein biosynthesis | traceable author statement|GO:0006412

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ctin cable formation | inferred from mutant phenotype|GO:0045011//biological process| actin cytoskeleton organization and biogenesis | inferred from muta

ceable author statement |GO:0005816//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:0006468//biological process

tant phenotype |GO:0016571//biological process| regulation of cell size | inferred from genetic interaction |GO:0008361//biological process| meiosis | inferr



eable author statement|GO:0006415//biological process| mRNA catabolism, deadenylation-dependent | inferred from physical interaction |GO:0000288//bio



al process| transcription from Pol III promoter | traceable author statement|GO:0006383



uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | traceable author statement|GO:00064

005934//cellular component| exocyst | traceable author statement |GO:0000145//cellular component| exocyst | inferred from physical interaction |GO:00001



mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| thiamin biosynthesis | traceable author statement|GO:0009228



ay |GO:0005634



membrane fraction | inferred from direct assay |GO:0000300//cellular component| Golgi membrane | inferred from direct assay |GO:0000139//biological pro





s | inferred from physical interaction|GO:0005730//biological process| ribosomal large subunit assembly and maintenance | inferred from physical interactio









rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ological process| protein deubiquitination | traceable author statement|GO:0016579

l process| transcription from Pol I promoter | traceable author statement|GO:0006360





direct assay |GO:0005737//biological process| signal transduction | inferred from physical interaction|GO:0007165

n | inferred from mutant phenotype|GO:0006261

uitin-dependent protein catabolism | traceable author statement|GO:0006511







sport | inferred from genetic interaction |GO:0006891





n | inferred from physical interaction|GO:0008053//biological process| mitochondrial fusion | inferred from mutant phenotype |GO:0008053//biological proce

ucleolus | inferred from direct assay |GO:0005730//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biolog





ent| intracellular | traceable author statement|GO:0005622//biological process| response to nutrients | inferred from mutant phenotype|GO:0007584//biolog



m mutant phenotype|GO:0006281//biological process| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic interaction |



hesis-dependent strand annealing | traceable author statement|GO:0045003//biological process| double-strand break repair via single-strand annealing | in

otic chromosome condensation | traceable author statement|GO:0007076//biological process| mitotic chromosome condensation | inferred from genetic in









ogenesis | inferred from physical interaction|GO:0006999//biological process| nuclear pore organization and biogenesis | inferred from mutant phenotype |





cess| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|GO:0007103//biological process| microtubule nucleation | in





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

pe |GO:0016149//cellular component| cytosol | inferred from physical interaction|GO:0005829//biological process| translational termination | inferred from s



cellular component| integral to membrane | inferred from direct assay|GO:0016021//cellular component| plasma membrane | inferred from direct assay |G

ence similarity|GO:0006810

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

irect assay |GO:0005634//biological process| tRNA processing | inferred from genetic interaction|GO:0008033//biological process| tRNA modification | infe

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| nuclear membrane organization and biogenesis | inferred from mutant pheno



5634//biological process| processing of 20S pre-rRNA | traceable author statement|GO:0030490//biological process| processing of 20S pre-rRNA | inferred

eable author statement|GO:0006413

drion | inferred from direct assay |GO:0005739//biological process| oxygen and reactive oxygen species metabolism | inferred from mutant phenotype|GO:

:0000780//cellular component| condensed nuclear chromosome, pericentric region | inferred from genetic interaction |GO:0000780//cellular component| co

ed from direct assay|GO:0005634//biological process| nucleocytoplasmic transport | inferred from genetic interaction|GO:0006913//biological process| mR



ndrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| iron

m | inferred from direct assay|GO:0005737//biological process| osmosensory signaling pathway | inferred from mutant phenotype|GO:0007231//biological

|GO:0004477//molecular function| formate-tetrahydrofolate ligase activity | inferred from direct assay |GO:0004329//cellular component| mitochondrion | in









ular component| soluble fraction | inferred from direct assay|GO:0005625//biological process| alcohol metabolism | inferred from direct assay|GO:0006066







mutant phenotype|GO:0009408//biological process| response to stress | inferred from mutant phenotype |GO:0006950//biological process| regulation of tra

ay |GO:0005634//biological process| pentose-phosphate shunt | inferred from genetic interaction|GO:0006098

ntegral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| peptide pheromone maturation | inferred from dir

ose transporter activity | inferred from genetic interaction |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:000



ization and biogenesis | inferred from genetic interaction |GO:0007047

d biogenesis | traceable author statement|GO:0007031

n ligase complex | traceable author statement|GO:0019005//cellular component| nuclear ubiquitin ligase complex | traceable author statement |GO:00001





ect assay |GO:0005634//biological process| ubiquitin cycle | traceable author statement|GO:0006512

matrix | inferred from direct assay|GO:0005759//biological process| heme a biosynthesis | inferred from mutant phenotype|GO:0006784//biological proces









om direct assay|GO:0005737//cellular component| nuclear pore | inferred from physical interaction |GO:0005643//biological process| mRNA-nucleus expor

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//biological process| transcription from Pol III promoter | t

/cellular component| cytosol | traceable author statement |GO:0005829//cellular component| lipid particle | inferred from direct assay |GO:0005811//biolog

cal process| protein biosynthesis | inferred from sequence similarity|GO:0006412

RNA splicing, via spliceosome | traceable author statement|GO:0048026//biological process| meiosis | traceable author statement |GO:0007126

ponent| nucleus | inferred from direct assay |GO:0005634//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:000634



Pol II promoter | inferred from direct assay|GO:0006357

n | inferred from mutant phenotype|GO:0006261

cess| protein metabolism | inferred from mutant phenotype|GO:0019538

GO:0005634//biological process| GMP metabolism | traceable author statement|GO:0046037

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

| inferred from physical interaction |GO:0005783//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process|







tant phenotype |GO:0006298

ble author statement|GO:0016579



molecular function| diacylglycerol pyrophosphate phosphatase activity | inferred from direct assay |GO:0000810//cellular component| vacuolar membrane (

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





su Fungi) | inferred from physical interaction |GO:0000324//biological process| vacuole fusion, non-autophagic | inferred from direct assay|GO:0042144//bi

| traceable author statement|GO:0000719

/cellular component| cytosol | traceable author statement |GO:0005829//cellular component| lipid particle | inferred from direct assay |GO:0005811//cellula

om mutant phenotype|GO:0006744





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ption | traceable author statement|GO:0006350//biological process| regulation of carbohydrate metabolism | traceable author statement |GO:0006109



n|GO:0007088

uclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| spindle pole body duplication (sensu Saccharomyces) | trace

ce similarity|GO:0006281//biological process| DNA repair | inferred from direct assay |GO:0006281



body | inferred from direct assay|GO:0005816//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476

mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot

l process| transcription from Pol I promoter | traceable author statement|GO:0006360

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





etabolism | traceable author statement|GO:0006555

rom direct assay |GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

rom direct assay |GO:0005634//biological process| pyrimidine base biosynthesis | traceable author statement|GO:0019856

endent DNA replication | inferred from mutant phenotype|GO:0006261//biological process| DNA-dependent DNA replication | inferred from direct assay |GO

m | traceable author statement|GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biologic

clear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| cell growth and/or maintenance | inferred from mutant phenot

sport | inferred from genetic interaction|GO:0008645

al process| transcription from Pol III promoter | traceable author statement|GO:0006383





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

eable author statement|GO:0006413

om direct assay |GO:0005634//biological process| serine family amino acid biosynthesis | inferred from mutant phenotype|GO:0009070

d from direct assay |GO:0005634//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| protein



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ern |GO:0016538//biological process| premeiotic DNA synthesis | inferred from mutant phenotype|GO:0006279//biological process| premeiotic DNA synthe

rom direct assay |GO:0005737//biological process| response to heat | inferred from mutant phenotype|GO:0009408

base subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008540//cellular component| proteasome regulatory particle (sensu Eukarya) | tracea



0//biological process| transport | inferred from sequence similarity|GO:0006810

tatement|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to stress | traceable author sta

0005934//cellular component| exocyst | inferred from physical interaction |GO:0000145//cellular component| incipient bud site | inferred from direct assay |G

ar component| nucleus | traceable author statement|GO:0005634//biological process| regulation of nitrogen utilization | inferred from mutant phenotype|GO

nent| nucleus | inferred from direct assay |GO:0005634

rocess| rRNA processing | inferred from mutant phenotype|GO:0006364//biological process| nuclear mRNA splicing, via spliceosome | inferred from physic



m mutant phenotype|GO:0006808

m | traceable author statement|GO:0006108//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099





9//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| ergosterol biosynthesis | inferred from direct a

e acetylation | inferred from direct assay|GO:0016573//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenotype

mutant phenotype |GO:0006493//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487



ferred from direct assay |GO:0005625//cellular component| peripheral to membrane of membrane fraction | inferred from direct assay |GO:0000300//biolo





702//cellular component| vacuole | inferred from direct assay|GO:0005773//cellular component| nucleus | inferred from curator |GO:0005634//biological pro

omocitrate synthase activity | inferred from genetic interaction |GO:0004410//molecular function| homocitrate synthase activity | inferred from expression p

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



body | inferred from mutant phenotype|GO:0005816//cellular component| spindle pole body | inferred from direct assay |GO:0005816//biological process| s

ll cycle | inferred from mutant phenotype|GO:0000083

rotein catabolism | traceable author statement|GO:0030163

ssay |GO:0005634//biological process| mitosis | inferred from mutant phenotype|GO:0007067//biological process| nuclear organization and biogenesis | in

nferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from genetic interaction |GO:0005739//biological process| iron

ant phenotype|GO:0006348//biological process| DNA metabolism | traceable author statement |GO:0006259//biological process| DNA damage response, s







ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| ubiquitin-dependent protein







| inferred from direct assay |GO:0005634//biological process| transcription initiation from Pol II promoter | inferred from direct assay|GO:0006367





4//biological process| vesicle fusion | inferred from mutant phenotype|GO:0006906//biological process| vesicle docking during exocytosis | inferred from ph

eptidase activity | inferred from mutant phenotype |GO:0004222//molecular function| metalloendopeptidase activity | inferred from direct assay |GO:000422









chromosome condensation | traceable author statement|GO:0007076//biological process| mitotic chromosome condensation | inferred from physical intera







ase complex | inferred from physical interaction |GO:0000118//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferre









ssay|GO:0016363//biological process| tRNA-nucleus export | inferred from mutant phenotype|GO:0006409//biological process| tRNA splicing | inferred fro

omponent| nucleus | inferred from direct assay|GO:0005634//biological process| meiosis | inferred from mutant phenotype|GO:0007126//biological proces



37//biological process| beta-tubulin folding | traceable author statement|GO:0007025//biological process| post-chaperonin tubulin folding pathway | traceab

thesis from oxaloacetate | inferred from curator|GO:0019266//biological process| aspartate catabolism | traceable author statement |GO:0006533//biologic



ring (sensu Saccharomyces) | traceable author statement|GO:0000144//biological process| spore wall assembly (sensu Fungi) | traceable author stateme

sical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype |GO:0042273

cytosol | traceable author statement|GO:0005829//biological process| glucose 6-phosphate utilization | inferred from sequence similarity|GO:0006010//biol



inferred from mutant phenotype |GO:0005215//molecular function| transporter activity | inferred from direct assay |GO:0005215//cellular component| plasm

al process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| response to stress | traceable author statement |GO:00

red from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from d









integral to membrane | traceable author statement|GO:0016021//cellular component| shmoo tip | inferred from direct assay |GO:0005937//cellular compo



al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384

mbrane movement of ions, phosphorylative mechanism | inferred from genetic interaction |GO:0015662//cellular component| plasma membrane | inferred fr





O:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| bud | inferred from direct assay |GO:0005933//cellu



ence similarity|GO:0006810

ody | inferred from mutant phenotype|GO:0000932//cellular component| cytoplasmic mRNA processing body | inferred from direct assay |GO:0000932//bio





/biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | tr

ct assay |GO:0005635//biological process| iron ion homeostasis | inferred from mutant phenotype|GO:0006879//biological process| iron ion homeostasis |



ogenesis | traceable author statement|GO:0007031

ss| glucose metabolism | inferred from mutant phenotype|GO:0006006//biological process| glucose metabolism | inferred from genetic interaction |GO:000



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

m mutant phenotype|GO:0009408//biological process| ceramide metabolism | inferred from mutant phenotype |GO:0006672

GO:0008601//cellular component| cytosol | traceable author statement|GO:0005829//cellular component| cell fraction | inferred from direct assay |GO:0000

abolism | inferred from genetic interaction|GO:0046495//biological process| nicotinamide riboside metabolism | inferred from direct assay |GO:0046495





mplex | traceable author statement|GO:0005697//cellular component| telomerase holoenzyme complex | inferred from physical interaction |GO:0005697//c





nent| inner plaque of spindle pole body | inferred from direct assay |GO:0005822//cellular component| gamma-tubulin complex (sensu Saccharomyces) | in





y |GO:0005634//biological process| pyrimidine salvage | inferred from mutant phenotype|GO:0008655//biological process| pyrimidine salvage | inferred fro

ogical process| heme biosynthesis | inferred from mutant phenotype|GO:0006783

x | inferred from direct assay |GO:0042729//cellular component| cytosolic large ribosomal subunit (sensu Eukarya) | traceable author statement |GO:00058

O:0008135//molecular function| translation factor activity, nucleic acid binding | inferred from direct assay |GO:0008135//cellular component| mitochondrial i



factor linkage | inferred from direct assay|GO:0018065



ner membrane | inferred from sequence similarity|GO:0005743//biological process| mitochondrial pyruvate transport | inferred from mutant phenotype|GO:0

ity | inferred from direct assay |GO:0003825//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from physic

mary transcript processing | traceable author statement|GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154

telomere | inferred from mutant phenotype|GO:0006348

Golgi | inferred from physical interaction|GO:0042147

18024//molecular function| histone-lysine N-methyltransferase activity | inferred from mutant phenotype |GO:0018024//molecular function| histone-lysine N







ical process| protein biosynthesis | traceable author statement|GO:0006412

//biological process| protein-nucleus import | inferred from mutant phenotype|GO:0006606

05737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| mitotic checkpoint | inferred from mutant phenotype|GO:

author statement|GO:0030437//biological process| response to DNA damage stimulus | traceable author statement |GO:0006974//biological process| DNA

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ed from genetic interaction |GO:0007094







04610//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//bio

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//cellular component| nucleus | inferred from dire

inferred from direct assay|GO:0005829//biological process| NADPH regeneration | traceable author statement|GO:0006740//biological process| gluconeo

40//biological process| autophagy | inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phen



ugation with cellular fusion | inferred from mutant phenotype |GO:0000753

molecular function| transporter activity | inferred from sequence similarity |GO:0005215//cellular component| membrane | inferred from sequence similarity|

aceable author statement|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| pre-replicative comp





| spliceosome complex | traceable author statement|GO:0005681//biological process| U2-type spliceosome dissembly | traceable author statement|GO:00







ription from Pol II promoter | inferred from direct assay|GO:0006366

m direct assay |GO:0005515//cellular component| exocyst | traceable author statement|GO:0000145//cellular component| exocyst | inferred from physical in



ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

5634//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490//biological process| cell growth and/or maintenance |



plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886



tion| DNA binding | traceable author statement |GO:0003677//cellular component| nucleus | traceable author statement|GO:0005634//cellular component|

rocess| rRNA processing | inferred from mutant phenotype|GO:0006364//biological process| nuclear mRNA splicing, via spliceosome | inferred from physic

action |GO:0005685//cellular component| snRNP U1 | inferred from direct assay |GO:0005685//cellular component| commitment complex | traceable autho

rity|GO:0005789//biological process| GPI anchor biosynthesis | inferred from sequence similarity|GO:0006506

om direct assay |GO:0005739//cellular component| replication fork | non-traceable author statement |GO:0005657//cellular component| nucleus | inferred f



phenotype|GO:0006914

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







leus | inferred from direct assay |GO:0005634//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype|GO:0000086//biolo

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ear mRNA splicing, via spliceosome | inferred from mutant phenotype |GO:0000398









n initiation from Pol II promoter | inferred from direct assay|GO:0006367



31//biological process| budding | inferred from mutant phenotype|GO:0007114//biological process| budding | inferred from genetic interaction |GO:0007114

rom direct assay|GO:0000262//biological process| mitochondrial genome maintenance | inferred from mutant phenotype|GO:0000002//biological process|



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



gical process| protein biosynthesis | traceable author statement|GO:0006412

sport | inferred from genetic interaction |GO:0006891//biological process| retrograde transport, vesicle recycling within Golgi | inferred from mutant phenot

chondrion | inferred from direct assay |GO:0005739//biological process| fatty acid metabolism | inferred from direct assay|GO:0006631









ar component| membrane fraction | inferred from direct assay |GO:0005624//biological process| dephosphorylation | inferred from sequence similarity|GO:0



plex | inferred from direct assay|GO:0005885//cellular component| mitochondrion | traceable author statement |GO:0005739//biological process| actin filam



mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot



0//biological process| transcription from Pol I promoter | traceable author statement|GO:0006360





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ensation | inferred from physical interaction|GO:0007076//biological process| mitotic chromosome condensation | inferred from mutant phenotype |GO:000

ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO



ant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

ellular component| bud neck | inferred from direct assay|GO:0005935//cellular component| plasma membrane | inferred from direct assay |GO:0005886//ce





otype|GO:0006281

red from direct assay|GO:0000244

henotype|GO:0045053//biological process| protein targeting | traceable author statement |GO:0006605

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



m | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of transc







processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno









nferred from expression pattern |GO:0006950

ya) | traceable author statement|GO:0005756//cellular component| proton-transporting ATP synthase, central stalk (sensu Eukarya) | inferred from mutant

m mutant phenotype|GO:0045721



tochondrial outer membrane | inferred from direct assay |GO:0005741//biological process| response to oxidative stress | inferred from mutant phenotype|G



sical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype |GO:0042273//biological process| ri

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



n |GO:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//cellular component| mRNA cleavage

omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//cellular component| DNA-directed RNA polymerase II, c

utant phenotype |GO:0000347//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406//biological process| RNA elongati

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





omponent| cytoplasmic vesicle | inferred from direct assay|GO:0016023//biological process| manganese ion transport | inferred from sequence similarity|G





rred from direct assay|GO:0006302//biological process| base-excision repair, gap-filling | traceable author statement |GO:0006287









sensu Eukarya) | traceable author statement|GO:0005967//cellular component| mitochondrion | traceable author statement |GO:0005739//biological proces

iological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367//biological process| G1-specific transcription in mito

le author statement|GO:0005739//biological process| mitochondrial intermembrane space protein import | traceable author statement|GO:0045041//biolog

hondrial inner membrane protein insertion complex | inferred from direct assay|GO:0042721//biological process| mitochondrial inner membrane protein imp

wth | inferred from mutant phenotype|GO:0007124//biological process| invasive growth (sensu Saccharomyces) | inferred from genetic interaction |GO:000

olism | inferred from expression pattern|GO:0019541//biological process| citrate metabolism | traceable author statement |GO:0006101//biological process

olecular function| mannosyltransferase activity | inferred from genetic interaction |GO:0000030//cellular component| vacuole (sensu Fungi) | inferred from d

634//biological process| phosphorylation | traceable author statement|GO:0016310//biological process| telomerase-dependent telomere maintenance | infe

ty | inferred from direct assay |GO:0004823//molecular function| ribonuclease activity | inferred from sequence similarity |GO:0004540//molecular function|



08173//cellular component| nucleolus | traceable author statement|GO:0005730//biological process| rRNA processing | traceable author statement|GO:000

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ferred from direct assay|GO:0019942

rect assay |GO:0005737//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype|GO:0000027//biologica

cription factor activity | inferred from mutant phenotype |GO:0003700//molecular function| transcription factor activity | inferred from genetic interaction |GO

c region | inferred from direct assay |GO:0000775//biological process| regulation of transcription from Pol II promoter | inferred from direct assay|GO:00063

nferred from direct assay|GO:0005745//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//cellular component|

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



utant phenotype|GO:0016226

| inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of transcri

e | inferred from sequence similarity|GO:0016020//biological process| allantoin transport | traceable author statement|GO:0015720

assembly machinery complex | inferred from direct assay |GO:0001401//biological process| protein complex assembly | inferred from physical interaction|



nferred from mutant phenotype|GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:0007094//biological proc

nt phenotype|GO:0006606

0329//cellular component| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| vacuolar acidification



erred from physical interaction|GO:0000290//biological process| deadenylation-dependent decapping | inferred from genetic interaction |GO:0000290



tubule associated complex | inferred from physical interaction |GO:0005875//biological process| autophagy | inferred from genetic interaction|GO:0006914

| thioredoxin peroxidase activity | inferred from direct assay |GO:0008379//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biologi



mosome kinetochore | traceable author statement|GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from direct ass



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ay |GO:0005886//cellular component| heterotrimeric G-protein complex | inferred from direct assay |GO:0005834//biological process| signal transduction du



component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| basic amino acid transport | inferred from mutant phenoty



rocess| chromatin silencing at silent mating-type cassette (sensu Fungi) | traceable author statement|GO:0030466//biological process| DNA replication init

r of spore wall | inferred from sequence similarity|GO:0005631//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO





P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological



porter activity | inferred from direct assay |GO:0005355//molecular function| fructose transporter activity | traceable author statement |GO:0005353//cellular

ant phenotype |GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| regulation of nitrogen utilization | inferred



ctivity | inferred from direct assay |GO:0003743//cellular component| cytosolic small ribosomal subunit (sensu Eukarya) | inferred from direct assay|GO:00

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

|GO:0008177//cellular component| mitochondrion | inferred from physical interaction|GO:0005739//biological process| cellular respiration | inferred from ge





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

e author statement|GO:0016579



prephenate pathway | traceable author statement|GO:0019274

05051//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| peroxisomal matrix | traceable author statement |GO:000

osylation | inferred from mutant phenotype|GO:0006487

processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

culum | inferred from direct assay|GO:0005783//biological process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433

ssay |GO:0005634//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype|GO:0006355//biological process| regu





red from direct assay |GO:0005730//biological process| processing of 27S pre-rRNA | inferred from mutant phenotype|GO:0030489//biological process| rib

assembly | inferred from mutant phenotype|GO:0000245

e nucleation | inferred from physical interaction|GO:0007020

3//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica

l II promoter | inferred from genetic interaction|GO:0006367



n (but not peptide) bonds, in linear amides | inferred from direct assay |GO:0016811//molecular function| NAD+ synthase (glutamine-hydrolyzing) activity |



e, signal transduction resulting in cell cycle arrest | inferred from physical interaction |GO:0000077//biological process| DNA damage response, signal tran

al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384

esicle coat | inferred from direct assay |GO:0030125//biological process| actin filament organization | inferred from sequence similarity|GO:0007015//biolog

processing | traceable author statement|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | traceable author statemen

aryotic translation initiation factor 3 complex | inferred from physical interaction|GO:0005852//cellular component| eukaryotic translation initiation factor 3 c

arity |GO:0016491//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| nuclear membrane | inferred

transcription elongation factor complex | inferred from physical interaction |GO:0008023//cellular component| nucleus | inferred from direct assay |GO:000

nization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| N-linked glycosylation | inferred from sequence similarity |GO:0

ype |GO:0015125//cellular component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| bile acid transport | inferred from



ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| ubiquitin-dependent protein



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ellular component| nucleus | inferred from direct assay|GO:0005634//biological process| myo-inositol metabolism | inferred from mutant phenotype|GO:000

ect assay |GO:0005934//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| protein phosphatase type 2A complex

ion | traceable author statement|GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

direct assay |GO:0005759//biological process| fumarate metabolism | traceable author statement|GO:0006106//biological process| tricarboxylic acid cycle |

tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722









anization and biogenesis | inferred from mutant phenotype |GO:0016044

inferred from direct assay |GO:0000775//biological process| nucleosome assembly | inferred from mutant phenotype|GO:0006334

m direct assay|GO:0030490//biological process| regulation of exit from mitosis | inferred from direct assay |GO:0007096//biological process| S phase of m



tylation | inferred from physical interaction|GO:0016575//biological process| histone deacetylation | inferred from mutant phenotype |GO:0016575//biologica

irect assay|GO:0008298

ical process| ribosome biogenesis and assembly | inferred from direct assay|GO:0042254//biological process| ubiquitin-dependent protein catabolism | no



biological process| O-linked glycosylation | traceable author statement|GO:0006493



5634//biological process| processing of 20S pre-rRNA | traceable author statement|GO:0030490

-oxidation | traceable author statement|GO:0006635

ellular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016



y |GO:0005634//biological process| aromatic amino acid family biosynthesis | traceable author statement|GO:0009073

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

n import | inferred from direct assay|GO:0015677

16944//molecular function| Pol II transcription elongation factor activity | inferred from genetic interaction |GO:0016944//cellular component| transcription e

s | inferred from genetic interaction |GO:0006031

omponent| nucleolus | traceable author statement|GO:0005730//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological proces



ponent| integral to endoplasmic reticulum membrane | inferred from sequence similarity|GO:0030176//cellular component| integral to endoplasmic reticulu





mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot



ay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein modification | inferred from direct assay



ription elongation factor complex | inferred from physical interaction|GO:0008023//biological process| RNA elongation from Pol II promoter | inferred from p

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

raceable author statement|GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209







unit biogenesis | inferred from mutant phenotype |GO:0042273

ndoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| ergosterol biosynthesis | inferred from mutant phenotype|GO:0006696

d from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

om genetic interaction|GO:0040020





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ctivator activity | inferred from mutant phenotype |GO:0016563//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| t

otype|GO:0042493

ct assay |GO:0005634//biological process| regulation of transcription, DNA-dependent | traceable author statement|GO:0006355//biological process| galac

ant phenotype|GO:0006396//biological process| 35S primary transcript processing | inferred from mutant phenotype |GO:0006365

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

yphal growth | inferred from mutant phenotype|GO:0007124



m direct assay |GO:0005739//cellular component| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct ass

racellular | traceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from sequence similarity|GO



tant phenotype|GO:0006281//biological process| negative regulation of transcription from Pol II promoter | inferred from direct assay |GO:0000122

omponent| DNA-directed RNA polymerase III complex | traceable author statement |GO:0005666//cellular component| DNA-directed RNA polymerase II, c

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







|GO:0006281









ent| cytosol | inferred from direct assay|GO:0005829//biological process| formate catabolism | traceable author statement|GO:0042183//biological process

unit (sensu Eukarya) | inferred from direct assay|GO:0005842//cellular component| cytosol | inferred from direct assay |GO:0005829//biological process| rib



nferred from direct assay |GO:0005783//biological process| sterol metabolism | inferred from sequence similarity|GO:0016125//biological process| sterol tra

otein amino acid farnesylation | inferred from direct assay|GO:0018347



| glutathione catabolism | traceable author statement|GO:0006751

y |GO:0004113//cellular component| clathrin-coated vesicle | inferred from direct assay|GO:0030136//biological process| meiosis | inferred from expression

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



A binding | inferred from sequence similarity |GO:0000049//cellular component| mitochondrial small ribosomal subunit | traceable author statement|GO:000

ferred from mutant phenotype|GO:0015940//biological process| spermine biosynthesis | inferred from mutant phenotype |GO:0006597





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

action | inferred from direct assay|GO:0005624//biological process| vacuolar transport | inferred from mutant phenotype|GO:0007034//biological process| p



ar component| membrane fraction | inferred from direct assay |GO:0005624//biological process| dephosphorylation | inferred from sequence similarity|GO:0

erred from direct assay |GO:0005737//biological process| beta-alanine biosynthesis | inferred from mutant phenotype|GO:0019483//biological process| res



ondrial outer membrane translocase complex | inferred from physical interaction|GO:0005742//biological process| mitochondrial matrix protein import | infe

rred from direct assay |GO:0016020//biological process| vesicle organization and biogenesis | inferred from mutant phenotype|GO:0016050

005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| poly(A)+ mRNA-nucleus export | inferred from mutant p



mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| protein phosphatase type 1 complex | traceable author statement |GO:

from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ubiquitin-dependent protein ca

embrane | inferred from direct assay|GO:0019897//biological process| sensory perception of chemical stimulus | inferred from mutant phenotype|GO:0007

nuclear pore | inferred from genetic interaction |GO:0005643//cellular component| nuclear pore | inferred from direct assay |GO:0005643//biological proces

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rom direct assay |GO:0005634//biological process| cAMP-mediated signaling | traceable author statement|GO:0019933



ondrial intermembrane space protein transporter complex | inferred from direct assay|GO:0042719//cellular component| mitochondrial intermembrane spa

processing | inferred from physical interaction |GO:0006465//biological process| signal peptide processing | inferred from mutant phenotype |GO:0006465/



ed from direct assay |GO:0005634//biological process| protein-ER targeting | inferred from physical interaction|GO:0045047

ar component| mitochondrion | inferred from direct assay |GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:00090









notype |GO:0005634//biological process| meiotic recombination | inferred from genetic interaction|GO:0007131//biological process| DNA repair | inferred fr

red from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from d

red from sequence similarity |GO:0000799//cellular component| nuclear condensin complex | inferred from physical interaction |GO:0000799//biological pr

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nt phenotype|GO:0006629

recognition particle | inferred from direct assay |GO:0005786//biological process| protein-ER targeting | inferred from mutant phenotype|GO:0045047//biol





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ellular component| nucleus | traceable author statement|GO:0005634//cellular component| histone deacetylase complex | inferred from physical interaction

ed from mutant phenotype|GO:0006879//biological process| iron ion homeostasis | inferred from genetic interaction |GO:0006879

ellular component| nucleotide excision repair factor 3 complex | traceable author statement |GO:0000112//biological process| negative regulation of transc

| spliceosome complex | traceable author statement|GO:0005681//cellular component| nucleus | traceable author statement |GO:0005634//biological proc

ay |GO:0005634//biological process| polyamine transport | inferred from mutant phenotype|GO:0015846//biological process| polyamine transport | inferred

ant phenotype |GO:0003704//molecular function| specific RNA polymerase II transcription factor activity | inferred from genetic interaction |GO:0003704//ce

nt| mitochondrial small ribosomal subunit | inferred from physical interaction|GO:0005763//biological process| protein modification | inferred from genetic in

mponent| nucleosome remodeling complex | traceable author statement |GO:0005679//cellular component| nucleus | inferred from direct assay |GO:00056



nferred from sequence similarity |GO:0008614//biological process| pyridoxine metabolism | inferred from direct assay |GO:0008614

omponent| COMPASS complex | inferred from physical interaction|GO:0048188//cellular component| nuclear chromatin | inferred from mutant phenotype |

ant phenotype |GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| nitrogen utilization | inferred from mutan

ane | inferred from sequence similarity|GO:0005743//cellular component| mitochondrial membrane | inferred from direct assay |GO:0005740//biological pro

ssay |GO:0005737//biological process| regulation of endocytosis | inferred from mutant phenotype|GO:0030100//biological process| actin cytoskeleton orga

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

|GO:0005622//biological process| protein transport | inferred from mutant phenotype|GO:0015031//biological process| protein transport | inferred from dire





phosphorylation | traceable author statement|GO:0006468//biological process| regulation of DNA replication | traceable author statement |GO:0006275//b



on of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| proline catabolism | inferred from mutant phenotype |G

P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological

ss| double-strand break repair via nonhomologous end-joining | inferred from direct assay |GO:0006303//biological process| double-strand break repair via

mponent| Golgi membrane | inferred from direct assay|GO:0000139//biological process| manganese ion homeostasis | inferred from mutant phenotype|GO

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ss| protein amino acid glycosylation | inferred from mutant phenotype|GO:0006486//biological process| protein amino acid glycosylation | inferred from dire

05955//cellular component| calcineurin complex | inferred from physical interaction |GO:0005955//cellular component| cytoplasm | traceable author stateme

ng | inferred from mutant phenotype|GO:0006623

e author statement|GO:0016579

ocessing | inferred from sequence similarity|GO:0006465//biological process| signal peptide processing | inferred from physical interaction |GO:0006465//b

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





xidative stress | inferred from mutant phenotype|GO:0006979

lation | traceable author statement|GO:0006473

ogical process| mRNA cleavage | inferred from direct assay|GO:0006379//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006

ed from physical interaction |GO:0000324//biological process| vacuole fusion, non-autophagic | inferred from direct assay|GO:0042144//biological process

ogenesis | traceable author statement|GO:0007031





ent| nucleus | inferred from direct assay |GO:0005634//biological process| protein deglycosylation | inferred from direct assay|GO:0006517//biological proc

e of membrane fraction | inferred from direct assay |GO:0000300//biological process| cortical actin cytoskeleton organization and biogenesis | inferred from

om direct assay |GO:0005635//biological process| nuclear pore organization and biogenesis | traceable author statement|GO:0006999//biological process|

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rocess| chromatin silencing at silent mating-type cassette (sensu Fungi) | traceable author statement|GO:0030466//biological process| DNA replication init

om mutant phenotype|GO:0006407//biological process| ribosome-nucleus export | inferred from mutant phenotype |GO:0000054

from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of mitosis | inferred



interaction|GO:0007242

634//biological process| Rho protein signal transduction | inferred from sequence similarity|GO:0007266

ocess| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

s | inferred from direct assay|GO:0006508



physical interaction |GO:0016272//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| tubulin folding | inferred fr







933//cellular component| site of polarized growth (sensu Saccharomyces) | inferred from direct assay |GO:0000134//biological process| Rho protein signal



sport | inferred from genetic interaction |GO:0006891

membrane | inferred from direct assay|GO:0005886//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process|



om mutant phenotype|GO:0005770//biological process| endocytosis | inferred from mutant phenotype|GO:0006897//biological process| protein-vacuolar ta

sical interaction|GO:0006260

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| cytoskeleton organization and bioge







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

aceable author statement|GO:0008299//biological process| ergosterol biosynthesis | traceable author statement |GO:0006696

cal process| protein biosynthesis | inferred from sequence similarity|GO:0006412

mbination | traceable author statement|GO:0006310

nt| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA methylation | inferred from mutant phenotype|GO:0030488

d from mutant phenotype |GO:0006364





0//biological process| transcription from Pol I promoter | traceable author statement|GO:0006360

| inferred from direct assay|GO:0030488







m mutant phenotype|GO:0019655//biological process| thiamin biosynthesis | traceable author statement |GO:0009228//biological process| transcription from



red from mutant phenotype|GO:0006487//biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype |GO:0000032

mplex | inferred from direct assay |GO:0000795//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological proce

ssay |GO:0005737//biological process| endoplasmic reticulum inheritance | inferred from mutant phenotype|GO:0048309//biological process| mRNA localiz





nization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| N-linked glycosylation | inferred from sequence similarity |GO:0

nction| 2-amino-4-hydroxy-6-hydroxymethyldihydropteridine diphosphokinase activity | inferred from sequence similarity |GO:0003848//cellular component

ferase activity | inferred from direct assay |GO:0003919//cellular component| microsome | inferred from direct assay|GO:0005792//cellular component| mit

ponent| cytoplasm | inferred from direct assay|GO:0005737



s | inferred from sequence similarity|GO:0007046//biological process| ribosome biogenesis | inferred from physical interaction |GO:0007046//biological pro



ription from Pol II promoter | inferred from direct assay|GO:0006366

ceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from sequence similarity|GO:0007264//bio

plex assembly | inferred from mutant phenotype |GO:0006461





n |GO:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//cellular component| mRNA cleavage

rom direct assay |GO:0005811//cellular component| endoplasmic reticulum | traceable author statement |GO:0005783//biological process| ergosterol biosy



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nsu Eukarya) | inferred from curator |GO:0005830//biological process| nascent polypeptide association | inferred from physical interaction|GO:0006444

| thioredoxin peroxidase activity | inferred from direct assay |GO:0008379//cellular component| nucleus | inferred from sequence similarity|GO:0005634//ce

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological



assay |GO:0005634//biological process| protein monoubiquitination | traceable author statement|GO:0006513//biological process| protein polyubiquitination



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

hondrial processing | inferred from direct assay|GO:0006627



able author statement |GO:0005816//biological process| mitotic spindle assembly (sensu Fungi) | traceable author statement|GO:0030472//biological proc



lasm | inferred from direct assay|GO:0005737//biological process| urea metabolism | inferred from mutant phenotype|GO:0019627//biological process| alla

processing | traceable author statement|GO:0006365

nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

phase B | inferred from mutant phenotype|GO:0000092//biological process| mitotic anaphase B | inferred from genetic interaction |GO:0000092

tion | inferred from expression pattern |GO:0030242//biological process| peroxisome degradation | inferred from direct assay |GO:0030242//biological proc

sporter activity | traceable author statement |GO:0005354//molecular function| fructose transporter activity | inferred from mutant phenotype |GO:0005353/

ance | inferred from mutant phenotype |GO:0000002







ecular function| cyclin-dependent protein kinase activity | inferred from mutant phenotype |GO:0004693//molecular function| cyclin-dependent protein kinas

005634//biological process| DNA repair | inferred from physical interaction|GO:0006281

ty | inferred from direct assay |GO:0004823//molecular function| ribonuclease activity | inferred from sequence similarity |GO:0004540//molecular function|



737//biological process| cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0007010//biological process| cytoskeleton organiz



n| ubiquitin-protein ligase activity | inferred from mutant phenotype |GO:0004842//cellular component| nucleus | inferred from direct assay|GO:0005634//bi

| inferred from direct assay |GO:0004673//molecular function| two-component sensor molecule activity | traceable author statement |GO:0000155//cellular

action |GO:0000812//cellular component| histone acetyltransferase complex | inferred from physical interaction |GO:0000123//biological process| histone a

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

cess| protein metabolism | inferred from mutant phenotype|GO:0019538

ss| sodium ion homeostasis | inferred from genetic interaction |GO:0006883

ble author statement|GO:0006534//biological process| cysteinyl-tRNA aminoacylation | inferred from direct assay |GO:0006423

direct assay |GO:0005792//biological process| phospholipid transport | inferred from direct assay|GO:0015914

ucleotide biosynthesis | traceable author statement|GO:0006164//biological process| purine nucleotide biosynthesis | inferred from mutant phenotype |GO:

cal patch (sensu Fungi) | inferred from direct assay|GO:0030479//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biologica

etic interaction|GO:0000082//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074



ical process| protein biosynthesis | traceable author statement|GO:0006412

aceable author statement|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| pre-replicative comp





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





from direct assay|GO:0005634//cellular component| ubiquitin ligase complex | traceable author statement |GO:0000151//biological process| ubiquitin-depe





mponent| mitochondrial large ribosomal subunit | inferred from sequence similarity|GO:0005762//cellular component| mitochondrial large ribosomal subuni

0030508//molecular function| thiol-disulfide exchange intermediate activity | inferred from genetic interaction |GO:0030508//molecular function| thiol-disulfid

| Rab GTPase activator activity | inferred from genetic interaction |GO:0005097//cellular component| cytosol | inferred from direct assay|GO:0005829//cellu



00009//cellular component| Golgi cis cisterna | inferred from direct assay|GO:0000137//biological process| N-linked glycoprotein maturation | non-traceabl





n interaction | inferred from mutant phenotype |GO:0030383

physical interaction |GO:0016272//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| tubulin folding | inferred fr

cal process| ER to Golgi transport | traceable author statement|GO:0006888//biological process| ER to Golgi transport | inferred from mutant phenotype |G



cal process| ATP synthesis coupled proton transport | traceable author statement|GO:0015986

able author statement|GO:0006370





mino acid dephosphorylation | inferred from direct assay|GO:0006470//biological process| adaptation to pheromone during conjugation with cellular fusion

|GO:0007165//biological process| signal transduction | inferred from mutant phenotype |GO:0007165

om direct assay|GO:0005811//cellular component| mitochondrial inner membrane | inferred from sequence similarity |GO:0005743//cellular component| m

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ed from direct assay |GO:0000178//biological process| mRNA catabolism | inferred from direct assay|GO:0006402

| traceable author statement |GO:0005739//biological process| mitochondrion organization and biogenesis | traceable author statement|GO:0007005//biol

mbly (sensu Fungi) | inferred from direct assay |GO:0030476

:0005737//biological process| guanine metabolism | inferred from sequence similarity|GO:0046098

phenotype|GO:0006629



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m







O:0030014//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of transcription, DNA-dependent | infe

onent| membrane fraction | inferred from sequence similarity|GO:0005624//biological process| actin cytoskeleton organization and biogenesis | traceable a



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





O:0003702//cellular component| nucleoplasm | inferred from mutant phenotype|GO:0005654//biological process| methionine metabolism | inferred from mu

e stress | inferred from mutant phenotype|GO:0006979

direct assay |GO:0005634

rotein biosynthesis | inferred from direct assay|GO:0006412

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

se P complex | traceable author statement|GO:0005655//cellular component| ribonuclease MRP complex | traceable author statement |GO:0000172//biolo

component| nucleus | inferred from curator|GO:0005634//biological process| snoRNA metabolism | inferred from mutant phenotype|GO:0016074//biologic

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

y|GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| incipient bud site | inferred from direct assay |GO

erred from direct assay |GO:0005634



ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO

0005634//biological process| NAD phosphorylation and dephosphorylation | inferred from direct assay|GO:0019675//biological process| iron ion homeosta







glycogen metabolism | inferred from mutant phenotype |GO:0005977



actose metabolism | traceable author statement|GO:0006012

inferred from direct assay|GO:0005634//biological process| protein amino acid phosphorylation | traceable author statement|GO:0006468//biological proce

GO:0008601//cellular component| cytosol | traceable author statement|GO:0005829//cellular component| cell fraction | inferred from direct assay |GO:0000

nferred from mutant phenotype |GO:0006979

ical process| protein biosynthesis | traceable author statement|GO:0006412

541//cellular component| proteasome regulatory particle (sensu Eukarya) | traceable author statement |GO:0005838//biological process| ubiquitin-depende



from mutant phenotype|GO:0006067

tatement|GO:0005847//cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction |GO:000584

processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

//cellular component| nucleus | inferred from curator|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:0006281



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

mbrane movement of ions, phosphorylative mechanism | inferred from genetic interaction |GO:0015662//cellular component| plasma membrane | inferred fr









bending activity | inferred from direct assay |GO:0008301//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component|

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ological process| transcription from Pol II promoter | traceable author statement|GO:0006366



ular | inferred from direct assay|GO:0005622//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364

nt| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulum membrane | inferred from







GO:0005634//biological process| positive regulation of sister chromatid cohesion | inferred from physical interaction|GO:0045876//biological process| posit



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





on | inferred from mutant phenotype|GO:0006413



g-type specific | inferred from direct assay|GO:0007532



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

inferred from genetic interaction|GO:0000722





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



03702//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| purine base biosynthesis | inferred from mutant phenotype

al process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| response to stress | inferred from genetic interaction |GO

actor A complex | traceable author statement|GO:0005662//cellular component| chromosome, telomeric region | inferred from mutant phenotype |GO:0000

0005634//biological process| chromosome organization and biogenesis (sensu Eukarya) | inferred from mutant phenotype|GO:0007001//biological process

or statement|GO:0030490



ent| plasma membrane | inferred from direct assay|GO:0005886//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process|





iological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367



complex | inferred from physical interaction|GO:0005732//cellular component| nucleolus | traceable author statement |GO:0005730//biological process| pro

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ellular component| cytosolic ribosome (sensu Eukarya) | inferred from physical interaction|GO:0005830//cellular component| cytosol | inferred from direct a



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

d from direct assay|GO:0006816



t assay |GO:0005933//cellular component| intracellular | inferred from direct assay |GO:0005622//cellular component| incipient bud site | inferred from dire

e metabolism | non-traceable author statement |GO:0006000

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



r activity | inferred from physical interaction |GO:0003700//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nu



mutant phenotype|GO:0006511//biological process| double-strand break repair via nonhomologous end-joining | inferred from mutant phenotype |GO:000

interaction|GO:0005634//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338//biological process| chromatin remodel



GO:0000778//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059









function| signal recognition particle binding | inferred from mutant phenotype |GO:0005047//cellular component| integral to endoplasmic reticulum membra

synthesis | inferred from mutant phenotype|GO:0008652//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468/

component| mitochondrion | inferred from sequence similarity|GO:0005739//biological process| heme biosynthesis | inferred from mutant phenotype|GO:0









rom sequence similarity|GO:0005634//biological process| meiotic recombination | inferred from genetic interaction|GO:0007131//biological process| DNA r



d from direct assay|GO:0005634//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype|GO:0007064//biological process|



eable author statement|GO:0030036//biological process| Rho protein signal transduction | inferred from genetic interaction |GO:0007266//biological proces



catabolism | traceable author statement|GO:0006562//biological process| glutamate biosynthesis | traceable author statement |GO:0006537

om direct assay|GO:0005844//biological process| regulation of translational termination | inferred from mutant phenotype|GO:0006449

mplex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype|GO:0000398

red from mutant phenotype|GO:0006487//biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype |GO:0000032

uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0



inferred from direct assay |GO:0003723//cellular component| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus | inferr



eting | inferred from physical interaction|GO:0045047

d raft | inferred from direct assay|GO:0045121//cellular component| actin cortical patch (sensu Fungi) | inferred from direct assay |GO:0030479//biological

ances | inferred from direct assay |GO:0042626//cellular component| shmoo tip | inferred from direct assay|GO:0005937//cellular component| integral to pl



tion|GO:0006281//biological process| DNA-dependent DNA replication | inferred from genetic interaction |GO:0006261

us | inferred from direct assay |GO:0005634//biological process| regulation of transcription from Pol II promoter | traceable author statement|GO:0006357//





ct assay|GO:0005634

regation | inferred from mutant phenotype|GO:0045132//biological process| chromosome organization and biogenesis (sensu Eukarya) | inferred from mut



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ological process| myo-inositol metabolism | inferred from direct assay|GO:0006020

g | traceable author statement|GO:0006364

4//biological process| tRNA modification | inferred from mutant phenotype|GO:0006400

u Fungi) | inferred from mutant phenotype|GO:0009272//biological process| cell wall biosynthesis (sensu Fungi) | inferred from genetic interaction |GO:000

ansport | inferred from mutant phenotype|GO:0006913//biological process| protein-nucleus import, docking | inferred from physical interaction |GO:000005

sis | inferred from mutant phenotype |GO:0030036//biological process| traversing start control point of mitotic cell cycle | inferred from mutant phenotype |G



GO:0016251//cellular component| transcription factor complex | traceable author statement|GO:0005667//biological process| meiosis | inferred from mutan







t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m









otein-peroxisome targeting | inferred from mutant phenotype |GO:0006625

mponent| mitochondrial large ribosomal subunit | inferred from physical interaction|GO:0005762//biological process| protein biosynthesis | inferred from ph



t phenotype|GO:0007129//biological process| meiosis | inferred from mutant phenotype |GO:0007126

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

assay |GO:0003684//cellular component| nuclear chromosome | inferred from direct assay|GO:0000228//biological process| mitotic recombination | inferre

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

activity | inferred from direct assay |GO:0008131//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| pantothena



from direct assay|GO:0045116



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



hor statement|GO:0006412

x | inferred from direct assay|GO:0005759//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//biological proces



gase complex | traceable author statement |GO:0000152//biological process| protein ubiquitination | inferred from direct assay|GO:0016567//biological proc

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ical process| ribosome biogenesis and assembly | inferred from direct assay|GO:0042254//biological process| ubiquitin-dependent protein catabolism | no

rom mutant phenotype |GO:0008565//cellular component| mitochondrial intermembrane space protein transporter complex | inferred from direct assay|GO





direct assay|GO:0030488//biological process| translational initiation | traceable author statement |GO:0006413





ant phenotype |GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| sterol transport | inferred from muta

lasma membrane | inferred from direct assay|GO:0005886//cellular component| vacuolar membrane | inferred from mutant phenotype |GO:0005774//biolo

ellular component| nucleotide excision repair factor 3 complex | traceable author statement |GO:0000112//biological process| negative regulation of transc

om direct assay|GO:0005625//biological process| regulation of proteolysis and peptidolysis | inferred from physical interaction|GO:0030162//biological proc

osylation | inferred from sequence similarity|GO:0006487

process| cytochrome c oxidase biogenesis | inferred from mutant phenotype|GO:0008535

onent| bud tip | inferred from direct assay|GO:0005934//biological process| small GTPase mediated signal transduction | inferred from physical interaction

rter activity | inferred from sequence similarity |GO:0015144//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biolo

nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

ription from Pol II promoter | inferred from direct assay|GO:0006366

onent| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular componen



mutant phenotype|GO:0006623//biological process| chromatin remodeling | inferred from physical interaction |GO:0006338//biological process| chromatin

complex formation | inferred from physical interaction |GO:0007130//biological process| synaptonemal complex formation | inferred from mutant phenotype

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

eogenesis | inferred from mutant phenotype|GO:0045721//biological process| vesicle-mediated transport | inferred from mutant phenotype |GO:0016192

sequence similarity|GO:0006461//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364//biological process| ribosomal large

om physical interaction |GO:0008097//cellular component| nucleolus | inferred from physical interaction|GO:0005730//cellular component| nucleolus | infer

:0005886//biological process| multidrug transport | inferred from sequence similarity|GO:0006855//biological process| multidrug transport | inferred from ex

statement|GO:0007047//biological process| beta-1,3 glucan biosynthesis | traceable author statement |GO:0006075





ent| plasma membrane | inferred from direct assay|GO:0005886//biological process| drug transport | inferred from mutant phenotype|GO:0015893//biologic

etabolism | traceable author statement|GO:0006520//biological process| tryptophan biosynthesis | traceable author statement |GO:0000162



792//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| nucleus | inferred from direct assay |GO:00



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





ein signal transduction | traceable author statement|GO:0007266//biological process| apical bud growth | inferred from mutant phenotype |GO:0007118//bio

mponent| mitochondrial small ribosomal subunit | inferred from physical interaction|GO:0005763//biological process| protein biosynthesis | inferred from ph

oter | inferred from mutant phenotype|GO:0000122





genesis | inferred from mutant phenotype|GO:0045721//biological process| protein deubiquitination | traceable author statement |GO:0016579





d from mutant phenotype |GO:0015344//cellular component| cytoplasmic vesicle | inferred from direct assay|GO:0016023//cellular component| endosome |







doplasmic reticulum | inferred from direct assay|GO:0005783//biological process| glutathione metabolism | inferred from direct assay|GO:0006749



/S transition of mitotic cell cycle | inferred from physical interaction|GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from mut

0005934//biological process| microtubule cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0000226//biological process| nuc

from mutant phenotype|GO:0007124

romoter | inferred from direct assay|GO:0006367//biological process| allantoin catabolism | inferred from mutant phenotype |GO:0000256

mbrane space | inferred from direct assay |GO:0005758//biological process| zinc ion homeostasis | inferred from mutant phenotype|GO:0006882//biologica

nent| nuclear pore | traceable author statement |GO:0005643//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from mu







thiamin biosynthesis | inferred from expression pattern |GO:0009228

cytoplasm | inferred from direct assay|GO:0005737//biological process| thiamin diphosphate biosynthesis | traceable author statement|GO:0009229//biolog







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

0//biological process| sterol transport | inferred from mutant phenotype|GO:0015918

direct assay|GO:0030488



ent| cytosol | inferred from direct assay|GO:0005829//biological process| formate catabolism | traceable author statement|GO:0042183//biological process



ne | inferred from direct assay |GO:0005740//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| pro

| inferred from sequence similarity|GO:0006465//biological process| signal peptide processing | inferred from physical interaction |GO:0006465//biological

sm | inferred from sequence similarity|GO:0005737//biological process| biotin biosynthesis | inferred from mutant phenotype|GO:0009102//biological proce





direct assay |GO:0000228//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype|GO:0007064//biological process| DNA re



ed from mutant phenotype|GO:0045026//biological process| plasma membrane fusion | inferred from expression pattern |GO:0045026

ction| phosphoprotein phosphatase activity | inferred from physical interaction |GO:0004721//molecular function| phosphoprotein phosphatase activity | inf

d from direct assay |GO:0005634//biological process| sodium ion homeostasis | inferred from mutant phenotype|GO:0006883//biological process| sodium i

mutant phenotype|GO:0000741//biological process| karyogamy | inferred from direct assay |GO:0000741







rganization and biogenesis | inferred from mutant phenotype|GO:0007047





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

131//biological process| cellular morphogenesis during vegetative growth | inferred from genetic interaction|GO:0000903

cal interaction|GO:0006338

ysical interaction|GO:0006338//biological process| chromatin assembly/disassembly | inferred from physical interaction |GO:0006333//biological process| D



O:0005737//biological process| DNA repair | inferred from mutant phenotype|GO:0006281//biological process| DNA repair | inferred from direct assay |GO:

onent| transcription factor TFIIH complex | traceable author statement|GO:0005675//cellular component| nucleotide excision repair factor 3 complex | trace

mponent| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| putrescine transport | inferred from direct assay

ed from mutant phenotype|GO:0007165//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468



ss| mitochondrial genome maintenance | traceable author statement |GO:0000002//biological process| mitochondrion inheritance | traceable author statem

gical process| protein processing | inferred from sequence similarity|GO:0016485

rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

GO:0005634//biological process| bud growth | inferred from mutant phenotype|GO:0007117//biological process| bud growth | inferred from genetic interact



toplasm | inferred from direct assay |GO:0005737//biological process| filamentous growth | inferred from mutant phenotype|GO:0030447//biological proces



processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

8//molecular function| hydrolase activity, acting on ester bonds | inferred from direct assay |GO:0016788//cellular component| cytoplasm | inferred from dire

GO:0005768//cellular component| ESCRT I complex | traceable author statement |GO:0000813//biological process| protein-vacuolar targeting | inferred fro



erogeneous nuclear ribonucleoprotein complex | inferred from sequence similarity |GO:0030530//cellular component| cytoplasm | inferred from direct assa

(sensu Eukarya) | traceable author statement|GO:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:00

say |GO:0005737

| traceable author statement|GO:0030003



rred from genetic interaction |GO:0007165









023//biological process| RNA elongation from Pol II promoter | inferred from physical interaction|GO:0006368

phenotype|GO:0040020//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468

n amino acid phosphorylation | inferred from sequence similarity |GO:0006468

onent| endoplasmic reticulum membrane | inferred from direct assay|GO:0005789//cellular component| membrane fraction | inferred from sequence similar

ess| microtubule nucleation | inferred from physical interaction|GO:0007020//biological process| mitotic sister chromatid segregation | inferred from mutant





ant phenotype|GO:0009060//biological process| mRNA catabolism | inferred from mutant phenotype |GO:0006402

damage stimulus | inferred from direct assay|GO:0006974//biological process| cell ion homeostasis | inferred from mutant phenotype |GO:0006873//biolog

ar component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| calcium ion homeostasis | inferred from mu

function| glutathione transferase activity | inferred from direct assay |GO:0004364//cellular component| cytoplasm | inferred from direct assay|GO:0005737

ct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| vesicle organization and b



nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006

m direct assay |GO:0003924//cellular component| bud | traceable author statement|GO:0005933//cellular component| plasma membrane | inferred from dir



ellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| sporulation (sensu Fungi) | t

from direct assay |GO:0005634//biological process| G2/M transition of mitotic cell cycle | inferred from direct assay|GO:0000086//biological process| regul

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological





nucleolar ribonucleoprotein complex | traceable author statement |GO:0005732//cellular component| small nucleolar ribonucleoprotein complex | inferred fr

m direct assay |GO:0005634//biological process| regulation of meiosis | traceable author statement|GO:0040020//biological process| protein amino acid ph





ar component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction |GO:0005847//biological process| transcr

hanism | inferred from physical interaction |GO:0046933//molecular function| hydrogen-transporting ATP synthase activity, rotational mechanism | inferred

n and biogenesis | inferred from mutant phenotype|GO:0007033//biological process| response to stress | inferred from mutant phenotype |GO:0006950



ytochrome c-heme linkage | inferred from direct assay|GO:0018063

rect assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| D-ribose metabolism | inferred from se





ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO

olism | inferred from physical interaction |GO:0006511//biological process| ubiquitin-dependent protein catabolism | inferred from genetic interaction |GO:0

m direct assay |GO:0005634//biological process| regulation of transcription, mating-type specific | inferred from mutant phenotype|GO:0007532//biological p

tement |GO:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511

rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398



| COPII-coated vesicle | inferred from direct assay |GO:0030138//biological process| ER to Golgi transport | inferred from physical interaction|GO:0006888

atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//biological process| cytoskeleton organization and bioge









cellular protein transport | inferred from genetic interaction|GO:0006886

henotype|GO:0046688

m | inferred from sequence similarity|GO:0007039

component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process

irect assay|GO:0005730//cellular component| nuclear telomeric heterochromatin | inferred from direct assay |GO:0005724//cellular component| chromatin

GO:0016021//biological process| transport | inferred from sequence similarity|GO:0006810





unction| translation initiation factor activity | inferred from direct assay |GO:0003743//cellular component| eukaryotic translation initiation factor 3 complex |



:0000776//biological process| chromosome segregation | inferred from direct assay|GO:0007059

GO:0000307//biological process| regulation of glycogen catabolism | inferred from genetic interaction|GO:0005981//biological process| regulation of glycog

atement|GO:0006281//biological process| mutagenesis | traceable author statement |GO:0006280

assay |GO:0005737//biological process| NADH metabolism | inferred from direct assay|GO:0006734

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ell adhesion molecule binding | inferred from mutant phenotype |GO:0050839//cellular component| cell wall (sensu Fungi) | inferred from direct assay|GO:0



e |GO:0004315//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| hexadecanal biosynthesis | inferred from



H complex | inferred from direct assay |GO:0042729//cellular component| spindle | inferred from direct assay |GO:0005819//cellular component| spindle po









cal interaction|GO:0005829//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| response to stress |

eting | inferred from physical interaction|GO:0045047

| shmoo tip | inferred from direct assay|GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular component| nucleus







nent| nucleus | inferred from physical interaction|GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferred from m



base subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008540//cellular component| proteasome regulatory particle (sensu Eukarya) | tracea



say |GO:0005730//biological process| conjugation with cellular fusion | inferred from genetic interaction|GO:0000747//biological process| ribosomal large su

t| mitochondrial outer membrane | inferred from mutant phenotype |GO:0005741//cellular component| mitochondrial outer membrane | inferred from direct

eostasis | inferred from direct assay|GO:0030007





nferred from genetic interaction|GO:0007030



utant phenotype|GO:0006365//biological process| ribosome-nucleus export | traceable author statement |GO:0000054//biological process| ribosome-nucle







ferred from physical interaction|GO:0006338

Pol II promoter | inferred from direct assay|GO:0006357

rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



rred from direct assay|GO:0015677//biological process| iron ion transport | inferred from direct assay |GO:0006826





base subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008540//cellular component| proteasome regulatory particle (sensu Eukarya) | tracea

onent| soluble fraction | inferred from direct assay|GO:0005625//biological process| response to aluminum ion | inferred from mutant phenotype|GO:00100



red from direct assay|GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from d

0004482//cellular component| DNA-directed RNA polymerase II, holoenzyme | inferred from physical interaction|GO:0016591//cellular component| nucleus





able author statement|GO:0005730//biological process| 35S primary transcript processing | traceable author statement|GO:0006365

nt| endosome | inferred from direct assay |GO:0005768//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological pro

rocess| rRNA processing | inferred from mutant phenotype|GO:0006364//biological process| nuclear mRNA splicing, via spliceosome | inferred from physic





cellular component| mitochondrial outer membrane translocase complex | inferred from mutant phenotype |GO:0005742//biological process| mitochondrial

ntry into mitotic cell cycle after pheromone arrest | inferred from mutant phenotype|GO:0000321//biological process| re-entry into mitotic cell cycle after ph

s| lagging strand elongation | traceable author statement|GO:0006273//biological process| DNA replication initiation | traceable author statement |GO:0006



physical interaction |GO:0006281

omocitrate synthase activity | inferred from genetic interaction |GO:0004410//molecular function| homocitrate synthase activity | inferred from expression p

from sequence similarity|GO:0016020//biological process| regulation of signal transduction | inferred from physical interaction|GO:0009966//biological pro

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

on factor C complex | inferred from direct assay|GO:0005663//biological process| sister chromatid cohesion | inferred from physical interaction|GO:000706

inferred from genetic interaction|GO:0000722





olism | inferred from sequence similarity|GO:0006629



mosome kinetochore | traceable author statement|GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from direct ass

d from expression pattern |GO:0009269



tivity | inferred from genetic interaction |GO:0008835//biological process| vitamin B2 biosynthesis | inferred from mutant phenotype|GO:0009231

ondrion organization and biogenesis | inferred from mutant phenotype|GO:0007005//biological process| translational initiation | inferred from physical inter

molecular function| inorganic phosphate transporter activity | inferred from genetic interaction |GO:0005315//cellular component| membrane | inferred from

matid cohesion | traceable author statement|GO:0007064//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype |GO:000

iption factor activity | inferred from genetic interaction |GO:0003700//cellular component| nucleus | traceable author statement|GO:0005634//biological pro





me to vacuole transport | inferred from genetic interaction |GO:0045324

| spliceosome complex | traceable author statement|GO:0005681//biological process| U2-type spliceosome dissembly | traceable author statement|GO:00

enotype|GO:0030490

ar component| nucleus | inferred from physical interaction|GO:0005634//biological process| protein amino acid phosphorylation | inferred from physical inte

t protein catabolism | inferred from sequence similarity|GO:0006511

|GO:0005634//biological process| ribosomal large subunit biogenesis | inferred from physical interaction|GO:0042273//biological process| ribosomal large





hysical interaction|GO:0006913





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m









0435//biological process| protein processing | inferred from mutant phenotype |GO:0016485//biological process| protein processing | inferred from genetic





70//cellular component| peroxisomal matrix | inferred from direct assay|GO:0005782//biological process| sporulation (sensu Fungi) | inferred from mutant p

processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

|GO:0000110//biological process| nucleotide-excision repair, DNA incision, 5'-to lesion | traceable author statement|GO:0006296//biological process| doub

ridylate synthase activity | inferred from sequence similarity |GO:0004730//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biologic

GO:0005634//biological process| glycogen biosynthesis | traceable author statement|GO:0005978



say|GO:0005788//biological process| --- | inferred from mutant phenotype|GO:0030968//biological process| N-linked glycoprotein maturation | inferred from

Fungi) | inferred from direct assay|GO:0000329//cellular component| extrinsic to vacuolar membrane | inferred from direct assay |GO:0000306//biological p

cell cycle arrest in response to pheromone | inferred from mutant phenotype |GO:0000751

m direct assay |GO:0003924//cellular component| bud | traceable author statement|GO:0005933//cellular component| plasma membrane | inferred from dir

atement|GO:0000145//cellular component| exocyst | inferred from physical interaction |GO:0000145//cellular component| site of polarized growth (sensu S

omponent| plasma membrane | inferred from direct assay|GO:0005886//cellular component| vacuolar membrane | inferred from direct assay |GO:0005774

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce







rt | inferred from mutant phenotype |GO:0006896

rred from sequence similarity|GO:0006425//biological process| glutaminyl-tRNA aminoacylation | inferred from mutant phenotype |GO:0006425

steine-type peptidase activity | inferred from sequence similarity |GO:0008234//molecular function| cysteine-type peptidase activity | inferred from direct as

similarity|GO:0016070

mponent| cAMP-dependent protein kinase complex | traceable author statement|GO:0005952//cellular component| cytoplasm | traceable author statement

hanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukary







arsenate | traceable author statement|GO:0046685





m | inferred from direct assay|GO:0005737//biological process| polyphosphate metabolism | inferred from direct assay|GO:0006797

l subunit (sensu Eukarya) | traceable author statement|GO:0005842//biological process| protein biosynthesis | traceable author statement|GO:0006412

tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722





005634//biological process| RNA metabolism | inferred from sequence similarity|GO:0016070

silencing | inferred from mutant phenotype|GO:0006342//biological process| nucleosome assembly | inferred from mutant phenotype |GO:0006334//biolog

es) | inferred from direct assay|GO:0001403

leton organization and biogenesis | inferred from physical interaction|GO:0030036//biological process| actin filament organization | traceable author statem



nt| membrane | inferred from sequence similarity|GO:0016020//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellul





itochondrion | inferred from sequence similarity|GO:0005739//biological process| protein biosynthesis | inferred from direct assay|GO:0006412

nt| cytoplasm | inferred from direct assay|GO:0005737//biological process| mRNA processing | inferred from physical interaction|GO:0006397//biological pr









plasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from physical interaction |GO:0005634//cellular component| nucleus





| protein biosynthesis | traceable author statement|GO:0006412

nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

in mitotic cell cycle | inferred from mutant phenotype|GO:0000083

hondrial outer membrane | inferred from direct assay|GO:0005741



ble author statement|GO:0005816//biological process| signal transduction | non-traceable author statement|GO:0007165//biological process| M phase of m





aratus | traceable author statement|GO:0005794//biological process| vacuolar transport | inferred from physical interaction|GO:0007034//biological process





silencing complex | inferred from mutant phenotype |GO:0005677//biological process| RAS protein signal transduction | traceable author statement|GO:00









d from physical interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype |GO:0000398



omponent| protein phosphatase type 1 complex | inferred from physical interaction|GO:0000164//biological process| cell growth and/or maintenance | infe



| traceable author statement |GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398



ess| GPI anchor biosynthesis | inferred from sequence similarity|GO:0006506

:0005634//biological process| cell growth and/or maintenance | inferred from mutant phenotype|GO:0008151//biological process| protein amino acid phosp

GO:0005685//cellular component| snRNP U1 | inferred from direct assay |GO:0005685//cellular component| commitment complex | traceable author statem

ellular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016

ogical process| actin filament organization | traceable author statement|GO:0007015







OT core complex | inferred from physical interaction|GO:0030015//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological proce



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ellular component| nucleus | inferred from direct assay |GO:0005634

rred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| peroxisome organization a





mutant phenotype|GO:0009060



n-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from sequence similarity|GO:0000276//cellular component| proton-tr



t| mitochondrial outer membrane | inferred from mutant phenotype |GO:0005741//cellular component| mitochondrial outer membrane | inferred from direct





n |GO:0030364//cellular component| mRNA cleavage factor complex | inferred from physical interaction|GO:0005849//cellular component| mRNA cleavage



om mutant phenotype |GO:0004659//cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| ubi



eraction|GO:0005934//cellular component| exocyst | traceable author statement |GO:0000145//cellular component| exocyst | inferred from physical interac

s| lipid storage | inferred from mutant phenotype|GO:0019915//biological process| lipid storage | inferred from direct assay |GO:0019915//biological process

ase holoenzyme complex | inferred from physical interaction |GO:0005697//cellular component| telomerase holoenzyme complex | inferred from direct ass

633//cellular component| cytoplasm | inferred from physical interaction|GO:0005737//cellular component| cytoplasm | inferred from curator |GO:0005737//c

| inferred from direct assay |GO:0005737//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:00063









m | inferred from physical interaction|GO:0005737//biological process| response to stress | inferred from physical interaction|GO:0006950//biological proces

n|GO:0005737//biological process| protein folding | inferred from mutant phenotype|GO:0006457//biological process| protein folding | inferred from genetic



//cellular component| SWI/SNF complex | traceable author statement |GO:0016514//cellular component| nucleosome remodeling complex | traceable auth





008177//cellular component| respiratory chain complex II (sensu Eukarya) | traceable author statement|GO:0005749//biological process| mitochondrial ele



om direct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| ER to Golgi transp

| traceable author statement|GO:0005724//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//cellular component| nuclear c





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





skeleton organization and biogenesis | inferred from mutant phenotype|GO:0030036//biological process| protein secretion | inferred from mutant phenotyp

thiamin biosynthesis | inferred from expression pattern |GO:0009228

substances | inferred from mutant phenotype |GO:0042626//cellular component| integral to peroxisomal membrane | inferred from direct assay|GO:000577





allyltranstransferase activity | traceable author statement |GO:0004161//molecular function| dimethylallyltranstransferase activity | inferred from direct assa

eting | inferred from physical interaction|GO:0045047



000145//cellular component| exocyst | inferred from physical interaction |GO:0000145//biological process| polar budding | inferred from mutant phenotype|



body | inferred from direct assay|GO:0005816//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biolo



lex | inferred from direct assay|GO:0005663//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| sister chromatid co

ole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| homotypic vacuole fusion, non-autophagic | inferred from mutant phenotyp

hor statement|GO:0006402//biological process| mRNA catabolism | inferred from mutant phenotype |GO:0006402

m direct assay|GO:0005730//biological process| 35S primary transcript processing | inferred from mutant phenotype|GO:0006365

c interaction|GO:0019722//biological process| aerobic respiration | inferred from mutant phenotype |GO:0009060//biological process| transcription from mit

hor statement|GO:0006633

rred from mutant phenotype |GO:0000075









n | inferred from genetic interaction|GO:0006378

m direct assay |GO:0005737//biological process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable auth



cal process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| protein biosynthesis | inferred from curator |GO:000641

dification | inferred from physical interaction|GO:0007035//biological process| vacuolar acidification | inferred from mutant phenotype |GO:0007035//biolog

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





g, via spliceosome | inferred from genetic interaction |GO:0000398



ription from Pol II promoter | inferred from direct assay|GO:0006366

005634//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

able author statement|GO:0006750



e activity | inferred from direct assay |GO:0004015//cellular component| cytoplasm | inferred from sequence similarity|GO:0005737//biological process| biot



uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0

|GO:0005737//cellular component| nucleus | inferred from genetic interaction |GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



ponent| Golgi trans face | inferred from direct assay|GO:0005802//biological process| intracellular copper ion transport | inferred from mutant phenotype|GO

thor statement |GO:0005759//biological process| propionate metabolism | inferred from expression pattern|GO:0019541//biological process| glutamate bio



erred from physical interaction |GO:0005634//biological process| histone deacetylation | inferred from physical interaction|GO:0016575

gical process| intracellular protein transport | inferred from genetic interaction|GO:0006886

m direct assay|GO:0042273

i) | inferred from direct assay |GO:0009277//cellular component| extracellular | inferred from sequence similarity |GO:0005576//biological process| cytokine



red from sequence similarity|GO:0005977//biological process| glycogen metabolism | inferred from mutant phenotype |GO:0005977//biological process| gly



e base biosynthesis | traceable author statement|GO:0006207//biological process| 'de novo' IMP biosynthesis | traceable author statement |GO:0006189//





ed from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| polarisome | traceable autho

s| lagging strand elongation | traceable author statement|GO:0006273//biological process| DNA replication initiation | traceable author statement |GO:0006

olymerase III complex | traceable author statement |GO:0005666//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proces

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem



GO:0016272//cellular component| prefoldin complex | inferred from mutant phenotype |GO:0016272//biological process| cytoskeleton organization and biog

ellular component| mitochondrial matrix | traceable author statement |GO:0005759//cellular component| nuclear membrane | inferred from direct assay |GO

| Rab GTPase activator activity | inferred from mutant phenotype |GO:0005097//molecular function| Rab GTPase activator activity | inferred from direct ass



red from direct assay |GO:0000131//biological process| pseudohyphal growth | traceable author statement|GO:0007124//biological process| protein amino



author statement |GO:0007046

rred from mutant phenotype|GO:0006808//biological process| regulation of nitrogen utilization | inferred from genetic interaction |GO:0006808//biological pr



| inferred from direct assay|GO:0005634//biological process| RNA processing | inferred from mutant phenotype|GO:0006396//biological process| DNA repl



uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0

m direct assay |GO:0000372





05051//molecular function| peroxisome targeting sequence binding | inferred from direct assay |GO:0000268//cellular component| cytosol | inferred from dir

rred from physical interaction|GO:0009651//biological process| response to salt stress | inferred from genetic interaction |GO:0009651//biological process|

45129//molecular function| NAD-dependent histone deacetylase activity | inferred from physical interaction |GO:0017136//molecular function| NAD-depend



| inferred from direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| conjugation with ce

ol | inferred from direct assay|GO:0005829//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processing of 20S pr

05739//cellular component| presequence translocase-associated import motor | inferred from physical interaction |GO:0001405//biological process| mitoch

ble author statement|GO:0016579

tion recognition complex | traceable author statement|GO:0005664//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | t



03702//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from physical interaction |GO:00056

08650//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| rRNA modification | inferred from mutant phenotype

nferred from physical interaction|GO:0008053//biological process| mitochondrial fusion | inferred from mutant phenotype |GO:0008053//biological process|



iological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367//biological process| G1-specific transcription in mito



rt | traceable author statement|GO:0006888

tement|GO:0005654//biological process| snoRNA metabolism | inferred from mutant phenotype|GO:0016074//biological process| transport | inferred from





mport | traceable author statement|GO:0030150//biological process| protein folding | traceable author statement |GO:0006457

m mutant phenotype|GO:0030437//biological process| conjugation with cellular fusion | inferred from mutant phenotype |GO:0000747//biological process| ri

nteraction|GO:0006402//biological process| mRNA catabolism | inferred from mutant phenotype |GO:0006402//biological process| nuclear mRNA splicing,





udding | inferred from mutant phenotype|GO:0007121//biological process| actin filament organization | inferred from physical interaction |GO:0007015//bio

al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384





nt| nucleus | inferred from direct assay|GO:0005634//biological process| tRNA methylation | inferred from mutant phenotype|GO:0030488



e|GO:0006897//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| MAPKKK cascade du







5//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype |GO:0007103//biological process| spindle po



ed from direct assay |GO:0005634//cellular component| histone acetyltransferase complex | inferred from physical interaction |GO:0000123//biological proc

om physical interaction|GO:0007165

hor statement |GO:0006364



ription from Pol II promoter | inferred from direct assay|GO:0006366









ochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from dir





amino acid phosphorylation | traceable author statement|GO:0006468//biological process| regulation of transcription from Pol II promoter | traceable autho





nent| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| protein folding | inferred from genetic interaction|GO:0006457

process| aerobic respiration | traceable author statement|GO:0009060

m mutant phenotype|GO:0045721

A synthesis | inferred from mutant phenotype|GO:0006279//biological process| premeiotic DNA synthesis | inferred from genetic interaction |GO:0006279//



bonucleoprotein complex | traceable author statement |GO:0005732//biological process| 35S primary transcript processing | traceable author statement|GO



ticle (sensu Eukarya) | traceable author statement|GO:0005838//cellular component| proteasome regulatory particle (sensu Eukarya) | inferred from direct



hor statement|GO:0000105





ect assay |GO:0005634//biological process| negative regulation of DNA recombination | non-traceable author statement|GO:0045910//biological process|



rom mutant phenotype|GO:0006445//biological process| regulation of translation | inferred from genetic interaction |GO:0006445

able author statement|GO:0006307



rred from direct assay|GO:0005634//cellular component| condensed nuclear chromosome | inferred from direct assay |GO:0000794//biological process| m

n-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from sequence similarity|GO:0000276//cellular component| proton-tr

damage stimulus | inferred from direct assay|GO:0006974//biological process| cell ion homeostasis | inferred from physical interaction |GO:0006873//biolo





chromatin | inferred from direct assay|GO:0000790//cellular component| nuclear chromosome, telomeric region | inferred from curator |GO:0000784//biolo

al interaction|GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

ponent| cytoplasm | inferred from sequence similarity|GO:0005737//cellular component| cytoplasm | inferred from mutant phenotype |GO:0005737//biologic

al process| transcription from Pol III promoter | traceable author statement|GO:0006383



ellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| hexose metabolism | inferred from mutant phenotype|GO:00193



e segregation | inferred from physical interaction|GO:0007059









s| lagging strand elongation | traceable author statement|GO:0006273//biological process| DNA replication initiation | traceable author statement |GO:0006



e | traceable author statement|GO:0006097

ological process| conjugation with cellular fusion | inferred from genetic interaction|GO:0000747







ed from mutant phenotype |GO:0000335

clear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398





red from direct assay|GO:0016310//biological process| arginine metabolism | inferred from mutant phenotype |GO:0006525

m | inferred from genetic interaction|GO:0006071





scription initiation from Pol II promoter | inferred from direct assay|GO:0006367//biological process| DNA metabolism | inferred from genetic interaction |GO



cription factor activity | inferred from direct assay |GO:0003700//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular componen

physical interaction |GO:0003729//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from dire

-mediated signaling | inferred from mutant phenotype|GO:0019722//biological process| cellular response to starvation | inferred from mutant phenotype |GO

otein-vacuolar targeting | inferred from physical interaction |GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype |G

om direct assay |GO:0005634//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//biological process| snoRNA metabol



rocess| chromatin silencing at silent mating-type cassette (sensu Fungi) | traceable author statement|GO:0030466//biological process| DNA replication init





biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490

00014//cellular component| nucleus | traceable author statement|GO:0005634//biological process| DNA repair | inferred from mutant phenotype|GO:000628

ction |GO:0000278

folding pathway | traceable author statement |GO:0007023



| inferred from sequence similarity|GO:0006810

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

nferred from direct assay |GO:0005773//cellular component| late endosome | traceable author statement |GO:0005770//biological process| vacuolar transp



d from mutant phenotype|GO:0005794//cellular component| endosome | inferred from mutant phenotype |GO:0005768//biological process| Golgi to vacuole

direct assay |GO:0005886//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| RAS protein s





| protein biosynthesis | traceable author statement|GO:0006412

O:0004368//molecular function| glycerol-3-phosphate dehydrogenase activity | inferred from direct assay |GO:0004368//cellular component| mitochondrion

ype |GO:0004933//cellular component| integral to plasma membrane | inferred from sequence similarity|GO:0005887//cellular component| integral to plasm







om direct assay|GO:0005770//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| vacuolar transport | inferred fro

Golgi | inferred from physical interaction|GO:0042147





rocess| rRNA processing | inferred from mutant phenotype|GO:0006364//biological process| nuclear mRNA splicing, via spliceosome | inferred from physic

ment|GO:0006906//biological process| endocytosis | traceable author statement |GO:0006897//biological process| Golgi to plasma membrane transport | t



ane targeting | inferred from genetic interaction |GO:0006612



aceable author statement|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| pre-replicative comp



ence similarity|GO:0006810

ondrial intermembrane space protein transporter complex | inferred from direct assay|GO:0042719//biological process| mitochondrial inner membrane pro

processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| rRNA processing | inferred from direct assay|GO:

processing | traceable author statement|GO:0006365//biological process| 35S primary transcript processing | inferred from physical interaction |GO:00063

e|GO:0018987//biological process| osmoregulation | inferred from genetic interaction |GO:0018987

ocess| heme a biosynthesis | traceable author statement|GO:0006784//biological process| protein complex assembly | inferred from mutant phenotype |G

d from direct assay|GO:0005737//biological process| xylulose catabolism | inferred from direct assay|GO:0005998

ay|GO:0005829//cellular component| peroxisome | inferred from direct assay |GO:0005777//biological process| protein-peroxisome targeting | inferred from

aceable author statement |GO:0003682//cellular component| cytoplasm | traceable author statement|GO:0005737//cellular component| cytoplasm | inferre

| transcription from Pol II promoter | inferred from physical interaction|GO:0006366//biological process| mitotic sister chromatid segregation | inferred from

45129//molecular function| NAD-dependent histone deacetylase activity | inferred from physical interaction |GO:0017136//molecular function| NAD-depend

ytosis | inferred from mutant phenotype |GO:0006897

sponse to osmotic stress | inferred from mutant phenotype|GO:0006970//biological process| cell wall chitin biosynthesis | inferred from mutant phenotype |

to stress | inferred from mutant phenotype|GO:0006950//biological process| trehalose catabolism | inferred from sequence similarity |GO:0005993//biolog

olism | traceable author statement|GO:0006511//biological process| protein modification | traceable author statement |GO:0006464

al targeting | inferred from genetic interaction|GO:0006626

ongation | inferred from physical interaction|GO:0006448//biological process| regulation of translational elongation | inferred from mutant phenotype |GO:00

osome, pericentric region | inferred from genetic interaction |GO:0000780//biological process| mitotic sister chromatid segregation | inferred from mutant p



processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

biological process| G1/S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082



| inferred from sequence similarity|GO:0006810







atement|GO:0007046//biological process| ribosome biogenesis | inferred from direct assay |GO:0007046









om direct assay|GO:0005737//biological process| phosphatidylethanolamine biosynthesis | inferred from mutant phenotype|GO:0006646

16944//molecular function| histone acetyltransferase activity | traceable author statement |GO:0004402//cellular component| DNA-directed RNA polymeras

nt| cytoplasm | inferred from physical interaction|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| sp



assay |GO:0005634//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| tRNA modification | inferred





process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



ession pattern |GO:0009060

irect assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ribosomal large subunit-nucleus expo







ion |GO:0004515//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| NAD metabolism | traceable author statement



rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

:0005634//biological process| cell growth and/or maintenance | inferred from mutant phenotype|GO:0008151//biological process| protein amino acid phosp

sis | inferred from physical interaction|GO:0006508//biological process| proteolysis and peptidolysis | inferred from mutant phenotype |GO:0006508//biolog

thor statement|GO:0006302//biological process| DNA repair | inferred from mutant phenotype |GO:0006281

process| aerobic respiration | traceable author statement|GO:0009060

ic interaction|GO:0016973

ferred from direct assay|GO:0019942



olgi retention | inferred from mutant phenotype|GO:0045053//biological process| negative regulation of transcription by glucose | inferred from mutant phen

ma membrane | inferred from direct assay |GO:0005886//biological process| iron-siderochrome transport | inferred from mutant phenotype|GO:0015892//b

rect assay|GO:0005739//biological process| protein-lipoylation | inferred from sequence similarity|GO:0009249//biological process| protein-lipoylation | infe

cytoplasm | inferred from direct assay|GO:0005737//biological process| FAD biosynthesis | inferred from mutant phenotype|GO:0006747//biological proce





sis, contractile ring contraction | inferred from mutant phenotype|GO:0000916

ular component| protein phosphatase type 1 complex | inferred from direct assay|GO:0000164//biological process| response to heat | inferred from physica



| inferred from direct assay |GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay|GO:0045





processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno





ferred from direct assay |GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| mRNA metabolism | in





/cellular component| lipid particle | inferred from direct assay|GO:0005811//biological process| lipid storage | inferred from mutant phenotype|GO:0019915/

d from mutant phenotype |GO:0006623

processing | traceable author statement|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | traceable author statemen

198//molecular function| structural molecule activity | inferred from sequence similarity |GO:0005198//cellular component| proton-transporting ATP synthas





7126//biological process| DNA unwinding | inferred from direct assay |GO:0006268



physical interaction |GO:0016272//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| tubulin folding | inferred fr







from sequence similarity|GO:0006810

rom mitochondrial promoter | inferred from mutant phenotype|GO:0006390//biological process| mitochondrial genome maintenance | inferred from mutant

m mutant phenotype|GO:0006623//biological process| chromatin remodeling | inferred from physical interaction |GO:0006338//biological process| chromat

ctose transporter activity | inferred from genetic interaction |GO:0005354//molecular function| fructose transporter activity | inferred from genetic interaction



mary transcript processing | traceable author statement|GO:0006365

9773//cellular component| proteasome core complex (sensu Eukarya) | traceable author statement |GO:0005839//biological process| ubiquitin-dependent



ellular fusion | inferred from mutant phenotype |GO:0000747

mbrane transport | inferred from physical interaction|GO:0006893//biological process| Golgi to plasma membrane transport | inferred from genetic interacti







nferred from mutant phenotype |GO:0005739//biological process| lysyl-tRNA aminoacylation | inferred from sequence similarity|GO:0006430//biological pro

tement |GO:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



tatement|GO:0005847//cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction |GO:000584







arisome | traceable author statement |GO:0000133//biological process| Rho protein signal transduction | inferred from physical interaction|GO:0007266//b

005730//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0030490



ed from direct assay|GO:0005876//cellular component| kinetochore microtubule | inferred from direct assay |GO:0005828//biological process| microtubule/

y | inferred from mutant phenotype|GO:0042255//biological process| protein biosynthesis | inferred from direct assay |GO:0006412









nferred from mutant phenotype |GO:0006513//biological process| protein polyubiquitination | inferred from sequence similarity |GO:0000209//biological pro

693//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//biological process| negative regulation of transcriptio

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| protein amino acid dephosphorylation | inferred from mutant phenotype|G

cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| RNA proce

activity | traceable author statement |GO:0000150//cellular component| cytoplasm | traceable author statement|GO:0005737//cellular component| cytoplasm

GO:0000307//biological process| regulation of glycogen catabolism | inferred from genetic interaction|GO:0005981//biological process| regulation of glycog



eable author statement|GO:0006906//biological process| Golgi to vacuole transport | traceable author statement |GO:0006896



AGA complex | inferred from direct assay|GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016573//biological proce

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

sport | inferred from genetic interaction |GO:0006891//biological process| retrograde transport, vesicle recycling within Golgi | inferred from mutant phenot







notype|GO:0006281

ogical process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



nt| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from sequence similar

008330//biological process| regulation of S phase of mitotic cell cycle | inferred from mutant phenotype|GO:0007090//biological process| regulation of S ph



ulation of transcription from Pol II promoter | inferred from sequence similarity|GO:0045944

nce | inferred from genetic interaction|GO:0000002



on of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| gluconeogenesis | inferred from mutant phenotype |GO









P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological







rotein biosynthesis | inferred from direct assay|GO:0006412

mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060

atement |GO:0005832//cellular component| cytoplasm | traceable author statement |GO:0005737//cellular component| cytoplasm | inferred from direct ass

from direct assay|GO:0006400

eting | inferred from mutant phenotype |GO:0006623

nferred from direct assay|GO:0005737//biological process| glycerol metabolism | traceable author statement|GO:0006071



sensu Fungi) | traceable author statement |GO:0005619//cellular component| septin ring (sensu Saccharomyces) | traceable author statement |GO:000014









e segregation | inferred from physical interaction|GO:0007059

| inferred from direct assay |GO:0005737//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:00063



om mutant phenotype|GO:0006979//biological process| high affinity iron ion transport | traceable author statement |GO:0006827//biological process| coppe

| snRNP U6 | inferred from direct assay|GO:0005688//cellular component| snRNP U4 | inferred from direct assay |GO:0005687//cellular component| snRN









om mutant phenotype |GO:0006623

nferred from mutant phenotype|GO:0000288



er activity | inferred from mutant phenotype |GO:0005215//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//biolo



ological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367

al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384

om mutant phenotype|GO:0045053//biological process| retrograde transport, endosome to Golgi | inferred from physical interaction |GO:0042147

ysical interaction |GO:0000938//biological process| retrograde transport, endosome to Golgi | inferred from direct assay|GO:0042147//biological process| v

om mutant phenotype|GO:0045053//biological process| retrograde transport, endosome to Golgi | inferred from physical interaction |GO:0042147



uitin-dependent protein catabolism | traceable author statement|GO:0006511









ar budding | inferred from mutant phenotype|GO:0007121//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0



ication fork | traceable author statement |GO:0005657//biological process| mismatch repair | traceable author statement|GO:0006298//biological process| n

traceable author statement|GO:0005737//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| intracellular signali

:0000776//biological process| chromosome segregation | inferred from direct assay|GO:0007059

hor statement|GO:0005794//biological process| retrograde transport, endosome to Golgi | traceable author statement|GO:0042147//biological process| retr

erobic respiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060//b

t assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nicotinate nucleotide salvage | inferred fr



cal interaction|GO:0006338

nslational elongation | inferred from genetic interaction|GO:0006414



O:0005783//cellular component| peripheral to membrane of membrane fraction | inferred from direct assay |GO:0000300//biological process| protein folding





gnal transduction | inferred from genetic interaction |GO:0007165//biological process| cell wall organization and biogenesis | inferred from mutant phenotyp



rom physical interaction|GO:0006406

t| cytoplasm | inferred from curator|GO:0005737//biological process| regulation of glycolysis | non-traceable author statement|GO:0006110//biological proc







raceable author statement|GO:0008614



) | inferred from direct assay |GO:0000329//biological process| late endosome to vacuole transport | inferred from genetic interaction|GO:0045324//biologi

ogical process| regulation of glycogen biosynthesis | inferred from genetic interaction|GO:0005979

process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348



ration | inferred from genetic interaction|GO:0009060//biological process| mitochondrial transport | inferred from genetic interaction |GO:0006839

eacetylase activity | inferred from direct assay |GO:0004407//cellular component| histone deacetylase complex | inferred from direct assay|GO:0000118//bi



mponent| proteasome core complex (sensu Eukarya) | inferred from direct assay |GO:0005839//cellular component| proteasome regulatory particle (sensu

inferred from physical interaction|GO:0000243//biological process| U2-type nuclear mRNA branch site recognition | traceable author statement|GO:00003

y | inferred from direct assay |GO:0008538//cellular component| proteasome core complex (sensu Eukarya) | inferred from physical interaction|GO:000583



ferred from physical interaction|GO:0006338

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem



ogical process| transcription initiation from Pol II promoter | inferred from direct assay|GO:0006367

| inferred from mutant phenotype|GO:0006312//biological process| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process

m physical interaction|GO:0016973//biological process| poly(A)+ mRNA-nucleus export | inferred from mutant phenotype |GO:0016973

one acetyltransferase complex | inferred from direct assay |GO:0000123//biological process| histone acetylation | inferred from direct assay|GO:0016573//





erred from sequence similarity|GO:0030121//cellular component| AP-1 adaptor complex | inferred from physical interaction |GO:0030121//biological proces



03706//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| response to copper ion | inferred from mutant phenotype|

| inferred from sequence similarity|GO:0008623//cellular component| chromatin accessibility complex | inferred from physical interaction |GO:0008623//ce



ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proce

actor 4 complex | inferred from direct assay|GO:0000113//cellular component| repairosome | inferred from direct assay |GO:0000108//biological process| n

m direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| nuclear ubiquitin ligase complex |



red from direct assay |GO:0017004//biological process| mRNA processing | inferred from mutant phenotype |GO:0006397//biological process| mRNA proc





rotein biosynthesis | inferred from direct assay|GO:0006412









statement|GO:0030490



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ip | inferred from direct assay|GO:0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| actin filame

ent| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological







ant phenotype |GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| sterol transport | inferred from muta

component| ribosome | traceable author statement |GO:0005840//biological process| translational initiation | traceable author statement|GO:0006413



t protein catabolism | inferred from sequence similarity|GO:0006511



ct assay|GO:0015031

ochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from dir

ctose transporter activity | inferred from genetic interaction |GO:0005354//molecular function| fructose transporter activity | inferred from genetic interaction

red from physical interaction|GO:0006508

in amino acid phosphorylation | traceable author statement |GO:0006468//biological process| activation of MAPKK during osmolarity sensing | traceable a

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

nsduction | inferred from mutant phenotype|GO:0007165//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468



| inferred from genetic interaction |GO:0030489//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364





eable author statement|GO:0006906//biological process| retrograde transport, Golgi to ER | traceable author statement |GO:0006890







erred from direct assay|GO:0005677//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from genetic interactio

se activity | inferred from direct assay |GO:0004520//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biologica



ar membrane | inferred from mutant phenotype|GO:0005774//cellular component| vacuolar membrane | inferred from direct assay |GO:0005774//biologica









nferred from direct assay|GO:0005624

0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| mitochondrion inheritance | inferred from gen



ular component| septin ring | inferred from direct assay|GO:0005940//biological process| cytokinesis | inferred from sequence similarity|GO:0000910//biolog

ed from physical interaction|GO:0030014//biological process| regulation of transcription, DNA-dependent | inferred from physical interaction|GO:0006355//

lecular function| hydroxymethylbilane synthase activity | inferred from expression pattern |GO:0004418//cellular component| cytoplasm | inferred from direc





mbrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biologica

005686//biological process| spliceosome assembly | inferred from direct assay|GO:0000245

ferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623



:0009277//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634





on factor C complex | inferred from sequence similarity|GO:0005663//cellular component| DNA replication factor C complex | inferred from direct assay |GO

rocessing | inferred from mutant phenotype|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant ph



al process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| response to stress | inferred from genetic interaction |GO



sembly | inferred from mutant phenotype|GO:0000245//biological process| assembly of spliceosomal tri-snRNP | inferred from direct assay |GO:0000244



m direct assay|GO:0000228//biological process| establishment of protein localization | inferred from mutant phenotype|GO:0045184//biological process| es



processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0

hromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:0030466//biological process| chromatin silencing at te

raction |GO:0007117//biological process| microtubule-based process | inferred from sequence similarity |GO:0007017//biological process| microtubule-bas



rom sequence similarity|GO:0005886//biological process| vitamin/cofactor transport | inferred from mutant phenotype|GO:0015875//biological process| vita









n | traceable author statement|GO:0042138//biological process| meiotic recombination | inferred from mutant phenotype |GO:0007131



nsu Fungi) | inferred from direct assay |GO:0000324//biological process| manganese ion transport | inferred from mutant phenotype|GO:0006828









hanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukary







nteraction |GO:0000812//biological process| chromatin remodeling | inferred from physical interaction|GO:0006338//biological process| chromatin remodeli



ssion | inferred from genetic interaction |GO:0000266

ay |GO:0005634

ular component| mitochondrial matrix | inferred from direct assay|GO:0005759//cellular component| mitochondrion | inferred from direct assay |GO:0005739

05737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| --- | inferred from direct assay|GO:0051085//biological p

interaction|GO:0016020//biological process| autophagy | inferred from direct assay|GO:0006914//biological process| protein-vacuolar targeting | inferred fr

ogenesis | inferred from mutant phenotype|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological

from mutant phenotype |GO:0003864//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| pantothenate biosy

uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from physical interaction|GO:0

eosome | traceable author statement|GO:0000788//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from muta







erred from sequence similarity|GO:0008380

genetic interaction |GO:0006611

biogenesis | inferred from mutant phenotype|GO:0006999//biological process| rRNA-nucleus export | inferred from mutant phenotype |GO:0006407//biolog

cription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| sulfur amino acid metabolism | inferred from mutant phenotype |

rom sequence similarity|GO:0006897//biological process| endocytosis | inferred from physical interaction |GO:0006897

ular component| endoplasmic reticulum membrane | traceable author statement|GO:0005789//biological process| vacuolar acidification | inferred from mu

ssembly | inferred from mutant phenotype |GO:0006461



ription from Pol II promoter | inferred from direct assay|GO:0006366

n | inferred from mutant phenotype|GO:0046686//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay |GO



ters | inferred from direct assay |GO:0016889//cellular component| nuclear chromosome | inferred from physical interaction|GO:0000228//biological proces



uclear exosome (RNase complex) | inferred from direct assay |GO:0000176//biological process| mRNA catabolism | inferred from mutant phenotype|GO:00

uence similarity |GO:0000703//molecular function| pyrimidine-specific oxidized base lesion DNA N-glycosylase activity | inferred from direct assay |GO:000

acid phosphorylation | inferred from sequence similarity |GO:0006468

n | inferred from mutant phenotype|GO:0046686//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay |GO

ponent| shmoo tip | inferred from direct assay|GO:0005937//biological process| regulation of G-protein coupled receptor protein signaling pathway | inferred

16944//cellular component| transcription elongation factor complex | inferred from direct assay|GO:0008023//biological process| regulation of transcription

direct assay |GO:0005737//biological process| glyoxylate cycle | traceable author statement|GO:0006097



d from direct assay|GO:0000398

rocess| transcription from Pol I promoter | traceable author statement|GO:0006360



r component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016573//



nferred from direct assay|GO:0005811//biological process| protein amino acid glycosylation | inferred from mutant phenotype|GO:0006486//biological proc

author statement |GO:0004872//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma mem

0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| mitochondrion inheritance | inferred from gen



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

leus | inferred from physical interaction|GO:0005634//biological process| sulfur amino acid metabolism | inferred from direct assay|GO:0000096



ed from genetic interaction |GO:0005681//cellular component| spliceosome complex | inferred from direct assay |GO:0005681//cellular component| nucleu



/S transition of mitotic cell cycle | inferred from physical interaction|GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from mut

e similarity|GO:0030163





inferred from physical interaction |GO:0000118//cellular component| histone deacetylase complex | inferred from mutant phenotype |GO:0000118//biologi





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



from mutant phenotype|GO:0006906//biological process| vesicle docking during exocytosis | inferred from mutant phenotype |GO:0006904//biological pro

rect assay |GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype|GO:0000398//biological process| n

complex IV (sensu Eukarya) | inferred from physical interaction|GO:0005751//biological process| aerobic respiration | inferred from mutant phenotype|GO:



e segregation | inferred from physical interaction|GO:0007059

ceable author statement|GO:0006355//biological process| galactose metabolism | traceable author statement |GO:0006012



0030508//molecular function| glutathione peroxidase activity | inferred from direct assay |GO:0004602//molecular function| glutathione transferase activity |

nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | traceable author statement|GO:00

Cdc73/Paf1 complex | inferred from physical interaction |GO:0016593//cellular component| transcription elongation factor complex | inferred from physica





s | inferred from direct assay |GO:0005634//biological process| transcription | traceable author statement|GO:0006350//biological process| regulation of ca



se biogenesis | inferred from mutant phenotype|GO:0008535



hore | inferred from direct assay |GO:0000778//biological process| chromosome segregation | inferred from physical interaction|GO:0007059

inferred from genetic interaction|GO:0000722

or statement|GO:0006342





e | inferred from direct assay |GO:0005635//biological process| nuclear pore organization and biogenesis | inferred from genetic interaction|GO:0006999

no acid glycosylation | inferred from mutant phenotype|GO:0006486



nction| SUMO activating enzyme activity | inferred from direct assay |GO:0019948//cellular component| nucleus | inferred from direct assay|GO:0005634//b

nt| cytoplasm | non-traceable author statement |GO:0005737//biological process| peptide metabolism | inferred from mutant phenotype|GO:0006518

/cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from mutant phenotype |

function| aminoacyl-tRNA hydrolase activity | inferred from direct assay |GO:0004045//cellular component| cytoplasm | inferred from curator|GO:0005737/

| protein biosynthesis | traceable author statement|GO:0006412







eable author statement |GO:0005680//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of cell size | in

|GO:0004366//molecular function| glycerol-3-phosphate O-acyltransferase activity | inferred from direct assay |GO:0004366//cellular component| endoplas



om mutant phenotype|GO:0000902

ulum | inferred from direct assay |GO:0005783//biological process| vesicle fusion | traceable author statement|GO:0006906//biological process| retrograde





d from mutant phenotype|GO:0005980



ed from mutant phenotype|GO:0045324





component| mitochondrial matrix | inferred from direct assay|GO:0005759//biological process| ornithine biosynthesis | traceable author statement|GO:0006

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



y | traceable author statement |GO:0004527//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| mismatch re





inferred from genetic interaction|GO:0000722



| inferred from mutant phenotype |GO:0006623

steine-type peptidase activity | inferred from sequence similarity |GO:0008234//molecular function| cysteine-type peptidase activity | inferred from direct as



nferred from physical interaction |GO:0005634//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological process

onent| RNA polymerase I upstream activating factor complex | traceable author statement|GO:0000500//biological process| transcription from Pol I promo

P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological



0006616//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from genetic interaction |GO:0006616

olecular function| --- | inferred from genetic interaction |GO:0051082//cellular component| endoplasmic reticulum lumen | traceable author statement|GO:00

| inferred from sequence similarity|GO:0006810

ponent| integral to membrane | inferred from direct assay |GO:0016021//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO



iption factor activity | inferred from direct assay |GO:0003700//cellular component| nuclear chromosome | inferred from direct assay|GO:0000228//biologic





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



eraction |GO:0005685//cellular component| snRNP U1 | inferred from direct assay |GO:0005685//cellular component| commitment complex | traceable auth

traceable author statement |GO:0005737//biological process| nuclear migration | traceable author statement|GO:0007097//biological process| mitochondr

al membrane organization and biogenesis | inferred from direct assay |GO:0007007



ed from mutant phenotype|GO:0045324



from direct assay |GO:0005634





ription from Pol II promoter | inferred from direct assay|GO:0006366

a membrane | inferred from sequence similarity|GO:0005886//cellular component| extracellular | inferred from direct assay |GO:0005576//biological proces

mutant phenotype|GO:0016237



omponent| COMPASS complex | inferred from physical interaction|GO:0048188//cellular component| nuclear chromatin | inferred from mutant phenotype |

nferred from direct assay |GO:0005829//biological process| exocytosis | inferred from mutant phenotype|GO:0006887

| transcription from Pol II promoter | inferred from physical interaction|GO:0006366

0//biological process| transcription from Pol I promoter | traceable author statement|GO:0006360

4//cellular component| cytoplasm | inferred from physical interaction |GO:0005737//biological process| cell aging | inferred from mutant phenotype|GO:0007

inferred from genetic interaction|GO:0006888

processing | traceable author statement|GO:0006365

nferred from direct assay |GO:0005634//biological process| UDP-N-acetylglucosamine biosynthesis | inferred from direct assay|GO:0006048

nt| nucleolus | inferred from direct assay|GO:0005730//biological process| snRNA capping | inferred from mutant phenotype|GO:0006387

cal process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |G



haromyces) | inferred from mutant phenotype |GO:0000283//biological process| chromatin silencing at ribosomal DNA | inferred from mutant phenotype |GO





ng | inferred from physical interaction |GO:0003690//molecular function| double-stranded DNA binding | inferred from direct assay |GO:0003690//cellular co

otype |GO:0030364//cellular component| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction|GO:0005847//c

n | inferred from direct assay|GO:0019650







//biological process| rRNA processing | inferred from physical interaction|GO:0006364//biological process| rRNA processing | inferred from mutant phenoty

ological process| transcription from Pol II promoter | traceable author statement|GO:0006366









ocytosis | traceable author statement|GO:0006887







ription from Pol II promoter | inferred from direct assay|GO:0006366

ferred from direct assay |GO:0003680//molecular function| DNA secondary structure binding | inferred from direct assay |GO:0000217//cellular component



| protein biosynthesis | traceable author statement|GO:0006412

gical process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochro

e author statement|GO:0005794//biological process| vesicle-mediated transport | inferred from mutant phenotype|GO:0016192//biological process| vesicle

m physical interaction|GO:0019933//biological process| cAMP-mediated signaling | inferred from genetic interaction |GO:0019933//biological process| prote

ess| DNA repair | inferred from mutant phenotype|GO:0006281//biological process| DNA repair | inferred from direct assay |GO:0006281

nt| mitochondrial small ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO

rred from direct assay|GO:0005737//biological process| glycerol catabolism | inferred from sequence similarity|GO:0019563//biological process| response

irect assay |GO:0005737//biological process| response to stress | traceable author statement|GO:0006950//biological process| trehalose catabolism | trace



O:0005462//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| UDP-N-acetylglucosamine transport





ed from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of exit from mitosi

07//biological process| inner mitochondrial membrane organization and biogenesis | inferred from genetic interaction |GO:0007007//biological process| mit

action|GO:0005847//cellular component| nucleoplasm | inferred from physical interaction |GO:0005654//biological process| mRNA polyadenylation | inferre

iquitination | traceable author statement |GO:0000209

ferred from sequence similarity|GO:0006825//biological process| copper ion transport | inferred from genetic interaction |GO:0006825//biological process|



om mutant phenotype|GO:0016192//biological process| vesicle-mediated transport | inferred from genetic interaction |GO:0016192//biological process| ubi

mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from mutant phenotype |GO:0005739//biolog

scription initiation from Pol II promoter | inferred from direct assay|GO:0006367



n from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| positive regulation of glycolysis | inferred from mutant phenotype

ess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

ferred from mutant phenotype |GO:0030437//biological process| sporulation (sensu Fungi) | inferred from genetic interaction |GO:0030437//biological proc



596//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| cytoplasm | inferred from curator |GO:0005737//biolo

inferred from sequence similarity|GO:0006338//biological process| chromatin remodeling | inferred from direct assay |GO:0006338





t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem



inferred from mutant phenotype|GO:0043161//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype |GO:0030437//biological pro

GO:0015230//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//biological process| flavin-adenine dinucleotide transport |

aceable author statement |GO:0005737//cellular component| nucleus | non-traceable author statement |GO:0005634//biological process| tRNA modificatio









ar component| peroxisomal matrix | traceable author statement|GO:0005782//cellular component| peroxisome | inferred from sequence similarity |GO:0005



ription from Pol II promoter | inferred from direct assay|GO:0006366

t| nucleus | inferred from sequence similarity|GO:0005634//cellular component| nucleus | inferred from physical interaction |GO:0005634//biological proces

om mutant phenotype |GO:0016074

peptidase activity | inferred from direct assay |GO:0004177//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| n

mponent| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to stress | inferred from genetic interaction|GO:000695

and biogenesis | inferred from mutant phenotype |GO:0007005//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412



on checkpoint | inferred from physical interaction |GO:0000076//biological process| DNA replication checkpoint | inferred from mutant phenotype |GO:0000

m | inferred from mutant phenotype|GO:0009437//biological process| alcohol metabolism | inferred from mutant phenotype |GO:0006066//biological proces

0006914//biological process| transport | inferred from direct assay |GO:0006810







ellular component| nucleotide excision repair factor 3 complex | traceable author statement |GO:0000112//biological process| negative regulation of transc

ction| transmembrane receptor activity | inferred from genetic interaction |GO:0004888//cellular component| integral to plasma membrane | inferred from di

traceable author statement|GO:0009277//cellular component| cell wall (sensu Fungi) | inferred from direct assay |GO:0009277//biological process| floccula

from direct assay |GO:0005634//biological process| tRNA modification | inferred from direct assay|GO:0006400

protein-nucleus export | inferred from mutant phenotype |GO:0006611//biological process| mRNA-nucleus export | inferred from mutant phenotype |GO:000



tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722

um inheritance | inferred from mutant phenotype|GO:0048309//biological process| mRNA localization, intracellular | traceable author statement |GO:000829



ar component| mitochondrion | traceable author statement |GO:0005739//biological process| ubiquinone metabolism | inferred from mutant phenotype|GO

direct assay |GO:0005730





ption | traceable author statement|GO:0006350//biological process| regulation of carbohydrate metabolism | traceable author statement |GO:0006109

eosome complex | inferred from direct assay |GO:0005681//biological process| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction|G

| spliceosome complex | traceable author statement|GO:0005681//biological process| U2-type nuclear mRNA branch site recognition | traceable author sta

enotype|GO:0007131//biological process| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process| nucleobase, nucleoside,

:0009277//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

say|GO:0005743//biological process| proteolysis and peptidolysis | inferred from mutant phenotype|GO:0006508//biological process| protein folding | inferre

processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

GO:0016251//cellular component| transcription factor TFIIH complex | traceable author statement|GO:0005675//biological process| negative regulation of t

m direct assay |GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferred from direct assay|GO:0000122//biologic

logical process| proteolysis and peptidolysis | inferred from sequence similarity|GO:0006508//biological process| proteolysis and peptidolysis | inferred from



ct assay |GO:0005737//biological process| Golgi to endosome transport | inferred from mutant phenotype|GO:0006895

ssay |GO:0005737//biological process| intracellular protein transport | traceable author statement|GO:0006886

sing | inferred from mutant phenotype|GO:0006364//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:000000

reticulum | inferred from direct assay|GO:0005783//biological process| protein thiol-disulfide exchange | inferred from mutant phenotype|GO:0006467//biol

nferred from sequence similarity|GO:0008654//biological process| phospholipid biosynthesis | inferred from mutant phenotype |GO:0008654//biological pro





d from genetic interaction|GO:0030029//biological process| mitosis | inferred from mutant phenotype |GO:0007067//biological process| protein-nucleus exp

genesis | traceable author statement|GO:0007031//biological process| protein-peroxisome targeting | inferred from physical interaction |GO:0006625//biolo

//biological process| cytochrome bc(1) complex biogenesis | inferred from mutant phenotype|GO:0017062//biological process| aerobic respiration | inferred





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

n | inferred from direct assay |GO:0005739//biological process| RNA catabolism | inferred from mutant phenotype|GO:0006401//biological process| RNA ca









| fatty acid metabolism | inferred from mutant phenotype|GO:0006631//biological process| protein biosynthesis | traceable author statement |GO:0006412

molecular function| signal transducer activity | traceable author statement |GO:0004871//cellular component| bud neck | inferred from direct assay|GO:000

| protein biosynthesis | traceable author statement|GO:0006412

during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000754//biological process| adaptation to pheromone during conjugation with





racellular | traceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from sequence similarity|GO







membrane | inferred from direct assay |GO:0005789//biological process| water transport | inferred from sequence similarity|GO:0006833

embrane | inferred from direct assay |GO:0005635//biological process| coenzyme A biosynthesis | inferred from sequence similarity|GO:0015937

:0000776//biological process| chromosome segregation | inferred from direct assay|GO:0007059



nding | inferred from direct assay |GO:0005515//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inf

inferred from mutant phenotype|GO:0000027

phosphorylation | traceable author statement|GO:0006468//biological process| regulation of DNA replication | traceable author statement |GO:0006275//b

eriplasmic space (sensu Fungi) | inferred from mutant phenotype |GO:0030287//biological process| thiamin transport | inferred from mutant phenotype|GO:



ceable author statement |GO:0007023

rom direct assay |GO:0003680//molecular function| DNA secondary structure binding | inferred from direct assay |GO:0000217//cellular component| nuclea

ism | inferred from mutant phenotype|GO:0007039









rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

annel activity | inferred from direct assay |GO:0005267//molecular function| calcium channel activity | inferred from direct assay |GO:0005262//molecular fu

ent| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:000



morphogenesis during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000753

ocess| transcription from Pol II promoter | inferred from direct assay|GO:0006366



s metabolism | traceable author statement|GO:0006800

port | inferred from mutant phenotype|GO:0015819//biological process| L-arginine transport | inferred from mutant phenotype |GO:0015809//biological pro





t phenotype|GO:0016485//biological process| aerobic respiration | inferred from mutant phenotype |GO:0009060//biological process| cytochrome c oxidas

m mutant phenotype|GO:0045721

| U4/U6 x U5 tri-snRNP complex | inferred from direct assay|GO:0046540//cellular component| snRNP U5 | traceable author statement |GO:0005682//biolo

inferred from mutant phenotype |GO:0007165



| traceable author statement|GO:0005724//cellular component| nuclear chromatin | traceable author statement |GO:0000790//biological process| chromati

ular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:001657





processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno



say |GO:0003906//molecular function| pyrimidine-specific oxidized base lesion DNA N-glycosylase activity | inferred from sequence similarity |GO:0000703



t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

eable author statement|GO:0007124//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological proces

s| glucose metabolism | inferred from mutant phenotype|GO:0006006//biological process| glucose metabolism | inferred from genetic interaction |GO:0006

toplasm | inferred from direct assay|GO:0005737//biological process| response to pheromone | inferred from direct assay|GO:0019236//biological process





ct assay |GO:0006364

|GO:0006412



say |GO:0005576//biological process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000750//biological

mutant phenotype|GO:0006880//biological process| DNA-dependent DNA replication | inferred from mutant phenotype |GO:0006261





osynthesis | inferred from mutant phenotype|GO:0009396









ellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| plasma membrane fusion | traceable author statement|GO:004



d from direct assay |GO:0005634//biological process| sulfur metabolism | inferred from mutant phenotype|GO:0006790

nt| endoplasmic reticulum membrane | inferred from sequence similarity|GO:0005789//cellular component| endoplasmic reticulum membrane | inferred from

component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//biological process| cytochrome c-heme linkage | inferred from se

body | inferred from mutant phenotype|GO:0005816//cellular component| spindle pole body | inferred from direct assay |GO:0005816//biological process| s

O:0046820//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| para-aminobenzoic acid metabolism | inferred from



n | traceable author statement|GO:0006437

yces) | inferred from mutant phenotype |GO:0001403



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

from direct assay|GO:0005743//biological process| mitochondrial electron transport, NADH to ubiquinone | inferred from direct assay|GO:0006120



al process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| response to unfolded protein | traceable author statem





ent| nucleosome remodeling complex | traceable author statement |GO:0005679//biological process| chromatin remodeling | traceable author statement|GO

ed from genetic interaction |GO:0006888

P complex | inferred from direct assay|GO:0005655//cellular component| ribonuclease MRP complex | inferred from direct assay |GO:0000172//biological

biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086





component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0



ss| vacuole fusion, non-autophagic | inferred from genetic interaction|GO:0042144



ological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367

| nucleus | inferred from direct assay|GO:0005634//biological process| protein sumoylation | inferred from direct assay|GO:0016925

tochrome c-heme linkage | inferred from genetic interaction |GO:0018063//biological process| mitochondrial membrane organization and biogenesis | infer

ssay |GO:0005634//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979









59//biological process| protein complex assembly | inferred from physical interaction|GO:0006461//biological process| protein complex assembly | inferred

ochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable author statement|GO:00

base subcomplex (sensu Eukarya) | inferred from direct assay|GO:0008540//cellular component| proteasome regulatory particle (sensu Eukarya) | tracea



eable author statement|GO:0005634//biological process| cell growth and/or maintenance | traceable author statement|GO:0008151//biological process| me





oacylation | inferred from mutant phenotype|GO:0006420//biological process| protein biosynthesis | inferred from sequence similarity |GO:0006412//biolog



GO:0000277//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| protein modification | inferred from direct assay|GO

16944//cellular component| DNA-directed RNA polymerase II, holoenzyme | traceable author statement|GO:0016591//cellular component| transcription elo



inferred from mutant phenotype|GO:0006623//biological process| cell cycle arrest in response to pheromone | inferred from physical interaction |GO:0000

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

rom direct assay |GO:0005634



um ion transporter activity | inferred from direct assay |GO:0015086//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay|GO

onent| nucleus | inferred from physical interaction|GO:0005634//biological process| protein amino acid dephosphorylation | inferred from direct assay|GO:0

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ct assay |GO:0005656//biological process| DNA strand elongation | traceable author statement|GO:0006271//biological process| DNA replication initiation |

nent| spindle pole body | inferred from direct assay |GO:0005816//biological process| microtubule nucleation | inferred from physical interaction|GO:00070



mutant phenotype|GO:0007047







rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

d from mutant phenotype|GO:0007131//biological process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from mutant

ed from direct assay |GO:0005634

tenance | traceable author statement |GO:0000027

e similarity|GO:0000245//biological process| spliceosome assembly | inferred from physical interaction |GO:0000245





| spliceosome complex | traceable author statement|GO:0005681//biological process| cis assembly of U2-type pre-catalytic spliceosome | traceable autho

ponent| nucleus | inferred from direct assay |GO:0005634//biological process| negative regulation of transcription from Pol II promoter by pheromones | infe





rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

plasm | inferred from direct assay|GO:0005737//cellular component| soluble fraction | traceable author statement |GO:0005625

730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| ribosome assembly | inferred from direct assay|GO:004225







nt phenotype|GO:0009060//biological process| cytochrome c oxidase biogenesis | inferred from direct assay |GO:0008535

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

nscription from Pol II promoter by pheromones | inferred from physical interaction|GO:0007329//biological process| positive regulation of transcription from



mutant phenotype |GO:0009060



005634//biological process| rRNA processing | inferred from physical interaction|GO:0006364



inding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus

(sensu Eukarya) | traceable author statement|GO:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:00

nsport | inferred from sequence similarity|GO:0016192

author statement|GO:0007534//biological process| mating-type switching/recombination | inferred from mutant phenotype |GO:0007533

gical process| iron-sulfur cluster assembly | inferred from mutant phenotype|GO:0016226//biological process| aerobic respiration | inferred from mutant phe



iosynthesis | inferred from mutant phenotype|GO:0006412

rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384

O:0003677//cellular component| nuclear chromosome | traceable author statement|GO:0000228//biological process| meiosis | traceable author statement|

entric region | inferred from direct assay |GO:0000780//biological process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| siste

t assay |GO:0005737//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//cellular component| nucleus | inferred from direct

ed from physical interaction|GO:0045324//biological process| late endosome to vacuole transport | inferred from mutant phenotype |GO:0045324

erred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein-nucleus import | in



23//biological process| RNA elongation from Pol II promoter | inferred from sequence similarity|GO:0006368

eogenesis | inferred from mutant phenotype|GO:0045721//biological process| protein monoubiquitination | traceable author statement |GO:0006513//biolog

atement|GO:0007120//biological process| bud growth | inferred from mutant phenotype |GO:0007117//biological process| bud growth | inferred from geneti

component| intracellular | traceable author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from physica









nent| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

al process| transcription from Pol III promoter | traceable author statement|GO:0006383







plex | inferred from physical interaction |GO:0005732//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//bio



d from physical interaction|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| NADH catabolism

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

eraction|GO:0006513



say |GO:0005634//biological process| DNA replication | inferred from physical interaction|GO:0006260

biosynthesis | traceable author statement|GO:0006537//biological process| isocitrate metabolism | traceable author statement |GO:0006102//biological pr



ant phenotype|GO:0006365

ble author statement|GO:0016579



from mutant phenotype|GO:0045941





ble author statement|GO:0016233



rocess| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

rane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biological pr

d from direct assay|GO:0005739//biological process| leucyl-tRNA aminoacylation | inferred from direct assay|GO:0006429//biological process| Group I intr

| thioredoxin peroxidase activity | inferred from direct assay |GO:0008379//cellular component| mitochondrion | inferred from sequence similarity|GO:00057



ed from direct assay |GO:0005886//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from di





ess| hyperosmotic response | inferred from mutant phenotype|GO:0006972//biological process| hyperosmotic response | inferred from genetic interaction |G

sport | inferred from genetic interaction |GO:0006891

during conjugation with cellular fusion | inferred from genetic interaction|GO:0000754//biological process| protein deneddylation | inferred from mutant phen







red from curator|GO:0005634//biological process| heteroduplex formation | inferred from direct assay|GO:0030491//biological process| meiotic recombinat

ochondrion | inferred from direct assay |GO:0005739//biological process| glutamate biosynthesis | traceable author statement|GO:0006537//biological proc







utant phenotype|GO:0006364//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398



on|GO:0006457

ochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from dir

ological process| glycogen biosynthesis | inferred from genetic interaction|GO:0005978

assay |GO:0005737//biological process| response to stress | traceable author statement|GO:0006950//biological process| trehalose catabolism | traceable



erred from direct assay |GO:0005737//biological process| beta-alanine biosynthesis | inferred from mutant phenotype|GO:0019483//biological process| po



rocessing | traceable author statement|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenot



gi) | inferred from mutant phenotype|GO:0030437//biological process| synaptonemal complex formation | inferred from mutant phenotype |GO:0007130//bio

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

| cytoplasm | inferred from direct assay |GO:0005737//biological process| proteolysis and peptidolysis | traceable author statement|GO:0006508









myces) | inferred from mutant phenotype |GO:0000283

| protein biosynthesis | traceable author statement|GO:0006412



rect assay |GO:0005634//biological process| response to osmotic stress | inferred from genetic interaction|GO:0006970//biological process| protein amino

mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot

netic interaction|GO:0042026//biological process| protein-mitochondrial targeting | inferred from genetic interaction |GO:0006626

hanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukary

irect assay |GO:0005794//cellular component| GARP complex | inferred from physical interaction |GO:0000938//biological process| retrograde transport, e



aceable author statement|GO:0005737//cellular component| replication fork | inferred from direct assay |GO:0005657//cellular component| pre-replicative c

mponent| mitochondrial large ribosomal subunit | inferred from sequence similarity|GO:0005762//cellular component| mitochondrial large ribosomal subuni

ion |GO:0004515//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| NAD metabolism | traceable author statement

nucleolar ribonucleoprotein complex | traceable author statement |GO:0005732//cellular component| small nucleolar ribonucleoprotein complex | inferred fr

is | inferred from mutant phenotype|GO:0006897//biological process| high affinity iron ion transport | inferred from physical interaction |GO:0006827



sical interaction|GO:0042273//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype |GO:0042273



ed from direct assay |GO:0000118//biological process| chromatin modification | inferred from sequence similarity|GO:0016568//biological process| chroma

ular component| incipient bud site | inferred from direct assay |GO:0000131





| inferred from mutant phenotype|GO:0045944//biological process| nucleotide-excision repair | inferred from mutant phenotype |GO:0006289//biological pr

ble author statement|GO:0016579

nner membrane | inferred from sequence similarity|GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological p

function| magnesium ion transporter activity | inferred from genetic interaction |GO:0015095//molecular function| magnesium ion transporter activity | infer







mplex | traceable author statement|GO:0005697//cellular component| telomerase holoenzyme complex | inferred from physical interaction |GO:0005697//c

erred from direct assay |GO:0006461

mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot









| inferred from direct assay |GO:0000798//biological process| spore germination (sensu Fungi) | inferred from mutant phenotype|GO:0030470//biological p







rganization | inferred from mutant phenotype|GO:0007015//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological proc

erred from direct assay |GO:0005737//biological process| NADPH regeneration | traceable author statement|GO:0006740//biological process| fatty acid be



le author statement|GO:0030437//biological process| protein deubiquitination | traceable author statement |GO:0016579//biological process| response to s

ent| nucleolus | inferred from direct assay|GO:0005730//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364

n ion homeostasis | inferred from mutant phenotype|GO:0006879//biological process| heme a biosynthesis | inferred from mutant phenotype |GO:0006784

ellular component| SAGA complex | inferred from direct assay |GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016

r component| mitochondrion | inferred from sequence similarity |GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//bio

expression pattern|GO:0006511



tor|GO:0005634//biological process| telomerase-independent telomere maintenance | inferred from genetic interaction|GO:0000722

onent| chromatin accessibility complex | inferred from sequence similarity|GO:0008623//cellular component| chromatin accessibility complex | inferred from





GO:0000307//biological process| regulation of phosphate metabolism | traceable author statement|GO:0019220



anslational initiation | inferred from mutant phenotype|GO:0006413//biological process| protein biosynthesis | inferred from direct assay |GO:0006412



s | inferred from direct assay|GO:0005730//biological process| negative regulation of DNA replication | inferred from direct assay|GO:0008156//biological p

from Pol II promoter | inferred from direct assay|GO:0045944





ment|GO:0006906//biological process| endocytosis | traceable author statement |GO:0006897//biological process| Golgi to plasma membrane transport | t

s| chromatin silencing at telomere | inferred from direct assay |GO:0006348

assay |GO:0005934//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process| actin cytoskeleton organization



atement|GO:0007017

nt | inferred from genetic interaction |GO:0000076

er complex | traceable author statement|GO:0030904//cellular component| endosome | inferred from direct assay |GO:0005768//biological process| protein

ment|GO:0006364







mponent| nucleus | inferred from direct assay |GO:0005634//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364//biological

inferred from genetic interaction |GO:0007094

on (sensu Saccharomyces) | inferred from mutant phenotype|GO:0007103//biological process| karyogamy during conjugation with cellular fusion | inferred









| inferred from mutant phenotype|GO:0009060

| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| processin





cal interaction|GO:0006338







nsport | inferred from direct assay|GO:0015875

005934//biological process| exocytosis | inferred from genetic interaction|GO:0006887







cal process| response to oxidative stress | inferred from genetic interaction |GO:0006979//biological process| response to oxidative stress | inferred from e





e author statement|GO:0016579





logical process| karyogamy during conjugation with cellular fusion | inferred from genetic interaction |GO:0000742





nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

ogenesis | traceable author statement|GO:0006999//biological process| protein-nucleus export | inferred from mutant phenotype |GO:0006611//biological

6//molecular function| specific transcriptional repressor activity | inferred from genetic interaction |GO:0016566//molecular function| transcription factor acti





005737//biological process| mRNA catabolism | traceable author statement|GO:0006402//biological process| mRNA catabolism, nonsense-mediated | trac





ed from genetic interaction |GO:0005485//cellular component| Golgi membrane | traceable author statement|GO:0000139//biological process| intra-Golgi tr



nization | inferred from mutant phenotype|GO:0007015//biological process| response to stress | inferred from genetic interaction |GO:0006950//biological p

ription from Pol II promoter | inferred from direct assay|GO:0006366

rred from direct assay|GO:0005634//cellular component| condensed nuclear chromosome | inferred from direct assay |GO:0000794//biological process| m





n |GO:0016763//molecular function| transferase activity, transferring pentosyl groups | inferred from direct assay |GO:0016763//cellular component| cytopl

ess| protein monoubiquitination | traceable author statement|GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0

ission | inferred from mutant phenotype |GO:0000266//biological process| mitochondrial fission | inferred from genetic interaction |GO:0000266//biological

atement|GO:0006281//biological process| mutagenesis | traceable author statement |GO:0006280

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000754//biological process| protein deneddylation | inferred from mutant phen

m mutant phenotype|GO:0007097//biological process| nuclear migration | inferred from genetic interaction |GO:0007097//biological process| mitotic chromo

ependent exocytosis | inferred from direct assay|GO:0045955//biological process| arginine metabolism | traceable author statement |GO:0006525



rom physical interaction |GO:0008565//molecular function| protein transporter activity | inferred from genetic interaction |GO:0008565//cellular component|

network transport vesicle | inferred from direct assay|GO:0030140//cellular component| plasma membrane | traceable author statement |GO:0005886//ce



rect assay |GO:0003677//cellular component| nucleus | inferred from mutant phenotype|GO:0005634//biological process| meiotic recombination | traceable

cal process| protein biosynthesis | inferred from curator|GO:0006412



ssay |GO:0005737//biological process| late endosome to vacuole transport | inferred from physical interaction|GO:0045324//biological process| late endoso

processing | traceable author statement|GO:0006365

nferred from direct assay |GO:0005834//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| signal transduction du



assay |GO:0005816//biological process| regulation of exit from mitosis | inferred from mutant phenotype|GO:0007096//biological process| protein amino ac



d from direct assay|GO:0006468//biological process| MAPKKK cascade during cell wall biogenesis | inferred from mutant phenotype |GO:0000196//biolog



nferred from sequence similarity |GO:0004392//molecular function| heme oxygenase (decyclizing) activity | inferred from expression pattern |GO:0004392/

ication repair | traceable author statement|GO:0006301//biological process| mismatch repair | traceable author statement |GO:0006298//biological process

eraction|GO:0008380//biological process| RNA splicing | inferred from mutant phenotype |GO:0008380//biological process| cell cycle | traceable author sta

erred from genetic interaction |GO:0006279

quitination | traceable author statement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

03844//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glycogen metabolism | inferred from mutant phenotype

GO:0005685//cellular component| snRNP U1 | inferred from direct assay |GO:0005685//cellular component| commitment complex | traceable author statem





ellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological pr

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

e checkpoint | inferred from mutant phenotype|GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:0007094

045462//biological process| secondary metabolism | inferred from sequence similarity|GO:0019748//biological process| secondary metabolism | inferred fro

5085//cellular component| Golgi apparatus | traceable author statement|GO:0005794//cellular component| Golgi apparatus | inferred from direct assay |GO



hagy | inferred from mutant phenotype|GO:0006914//biological process| autophagy | inferred from genetic interaction |GO:0006914//biological process| pro





m mutant phenotype|GO:0045721//biological process| regulation of nitrogen utilization | inferred from mutant phenotype |GO:0006808

otype|GO:0006623

and biogenesis | inferred from mutant phenotype|GO:0007031





anslational initiation | inferred from mutant phenotype|GO:0006413//biological process| protein biosynthesis | inferred from direct assay |GO:0006412



ocess| mitotic sister chromatid cohesion | inferred from genetic interaction |GO:0007064



t| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| isoleucyl-tRNA aminoacylation | inferred from sequence similarity|GO:

red from physical interaction|GO:0045324//biological process| late endosome to vacuole transport | inferred from mutant phenotype |GO:0045324



ion | inferred from mutant phenotype |GO:0030383

H complex | inferred from direct assay |GO:0042729//cellular component| spindle microtubule | inferred from direct assay |GO:0005876//cellular componen









al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384

NA binding | inferred from direct assay |GO:0003723//cellular component| mitochondrion | traceable author statement|GO:0005739//biological process| Gro

ication fork | traceable author statement |GO:0005657//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348//

nt| mitochondrion | traceable author statement|GO:0005739//biological process| tryptophanyl-tRNA aminoacylation | inferred from mutant phenotype|GO:0

| Rab GTPase activator activity | inferred from genetic interaction |GO:0005097//cellular component| intracellular | inferred from direct assay|GO:0005622/







y|GO:0005759//biological process| mitochondrial matrix protein import | inferred from direct assay|GO:0030150//biological process| response to stress | inf

om mutant phenotype|GO:0045045



|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634







rect assay|GO:0015031//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mRNA



complex | inferred from direct assay |GO:0008180//biological process| adaptation to pheromone during conjugation with cellular fusion | inferred from mut

onal elongation | inferred from sequence similarity|GO:0006414

phenotype|GO:0016558

from direct assay |GO:0005737//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process| autophagy | inferred

roxisome organization and biogenesis | inferred from genetic interaction |GO:0007031//biological process| peroxisome organization and biogenesis | inferr

| protein biosynthesis | traceable author statement|GO:0006412



cal process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |G

etabolism | inferred from mutant phenotype|GO:0005975

ssembly and maintenance | traceable author statement |GO:0000027



ent| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| coenzyme A transport | inferred from mutant phenotype|G

| protein biosynthesis | traceable author statement|GO:0006412

g-type specific | inferred from direct assay|GO:0007532

assay|GO:0005685//biological process| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction|GO:0000398



GO:0005634//biological process| meiotic DNA double-strand break formation | traceable author statement|GO:0042138//biological process| double-strand b



say |GO:0005576//biological process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000750//biological



red from mutant phenotype|GO:0009060//biological process| cytochrome c oxidase biogenesis | inferred from mutant phenotype |GO:0008535

red from mutant phenotype|GO:0005634//biological process| double-strand break repair via synthesis-dependent strand annealing | traceable author state

45129//molecular function| NAD-dependent histone deacetylase activity | inferred from physical interaction |GO:0017136//molecular function| NAD-depend

d from mutant phenotype|GO:0007029//biological process| chromatin remodeling | inferred from physical interaction |GO:0006338//biological process| chro



lex | inferred from direct assay|GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016573//biological process| chromat





inferred from genetic interaction|GO:0000722

O:0005779//biological process| fatty acid transport | inferred from direct assay|GO:0015908

| inferred from sequence similarity|GO:0006426

hondrial inner membrane | inferred from direct assay|GO:0005743//biological process| protein stabilization | inferred from mutant phenotype|GO:0050821//





m | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| RNA processing | in

ear ribonucleoprotein complex | inferred from direct assay|GO:0030532//cellular component| commitment complex | inferred from physical interaction |GO









ss| mitochondrion inheritance | traceable author statement |GO:0000001







ent| mitochondrion | inferred from direct assay|GO:0005739//biological process| fatty acid biosynthesis | inferred from genetic interaction|GO:0006633





nnoprotein biosynthesis | inferred from mutant phenotype |GO:0000032

traceable author statement|GO:0006298//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| lagg









mponent| mitochondrial small ribosomal subunit | inferred from physical interaction|GO:0005763//biological process| protein biosynthesis | inferred from cu

ed from physical interaction|GO:0006461//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461







ological process| transcription from Pol II promoter | traceable author statement|GO:0006366









processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant pheno

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

enotype|GO:0016072



5085//cellular component| Golgi apparatus | traceable author statement|GO:0005794//biological process| intracellular protein transport | inferred from physi

ysical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

ochondrial small ribosomal subunit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from dir

mologous end-joining | inferred from mutant phenotype|GO:0006303



| protein biosynthesis | traceable author statement|GO:0006412

ar component| nucleus | inferred from direct assay |GO:0005634//biological process| transcription from Pol II promoter | inferred from physical interaction|G



physical interaction|GO:0006461//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461

phenotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0006906//biological process| vesicle docking during exocytos

om direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| DNA repair | inferred from mutant

ular component| mitochondrion | inferred from direct assay |GO:0005739//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica

uence similarity|GO:0005634//cellular component| nucleus | inferred from genetic interaction |GO:0005634//biological process| nuclear organization and b

enotype|GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:0007094//biological process| nucleocytoplasm

le author statement|GO:0016485

ant phenotype|GO:0006950//biological process| protein folding | inferred from mutant phenotype |GO:0006457

9//biological process| iron-sulfur cluster assembly | inferred from mutant phenotype|GO:0016226//biological process| aerobic respiration | inferred from mu

peroxisome targeting | inferred from mutant phenotype |GO:0006625





rred from direct assay |GO:0000329//biological process| vacuolar protein processing/maturation | inferred from mutant phenotype|GO:0006624

mplex | inferred from direct assay|GO:0005681//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct assay|GO:0000398





pe |GO:0016763//molecular function| transferase activity, transferring pentosyl groups | inferred from genetic interaction |GO:0016763//cellular component

ent|GO:0007126

|GO:0005737//biological process| metabolism | inferred from sequence similarity|GO:0008152



ging strand elongation | inferred from physical interaction|GO:0006273

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m



nferred from direct assay|GO:0006400

rter activity | inferred from sequence similarity |GO:0015144//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biolo

ogical process| mitochondrial processing | inferred from direct assay|GO:0006627







ct assay|GO:0006950



nt phenotype |GO:0008650//molecular function| rRNA (uridine-2'-O-)-methyltransferase activity | inferred from direct assay |GO:0008650//molecular functio





ed from direct assay |GO:0005778//biological process| protein-peroxisome targeting | traceable author statement|GO:0006625//biological process| protein

//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO



ct assay|GO:0005737//biological process| response to stress | inferred from expression pattern|GO:0006950



O:0006402//biological process| mRNA catabolism, nonsense-mediated | traceable author statement |GO:0000184





ing-type specific | traceable author statement|GO:0007532//biological process| regulation of transcription from Pol II promoter | traceable author statement



8//biological process| protein amino acid geranylgeranylation | inferred from direct assay|GO:0018348

from direct assay |GO:0005634//biological process| protein amino acid dephosphorylation | inferred from sequence similarity|GO:0006470//biological proc

Cdc73/Paf1 complex | inferred from physical interaction |GO:0016593//cellular component| transcription elongation factor complex | inferred from physica

ion factor activity | inferred from mutant phenotype |GO:0003743//molecular function| RNA binding | inferred from direct assay |GO:0003723//cellular comp



red from mutant phenotype|GO:0000245





ess| vacuolar acidification | inferred from mutant phenotype |GO:0007035//biological process| vacuolar acidification | inferred from genetic interaction |GO:





e|GO:0008104





substances | inferred from mutant phenotype |GO:0042626//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//b



biosynthesis | inferred from mutant phenotype|GO:0030148





raceable author statement |GO:0005834//biological process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype|G

al process| transcription initiation from Pol III promoter | traceable author statement|GO:0006384







nsu Fungi) | traceable author statement|GO:0009277//biological process| response to heat | inferred from direct assay|GO:0009408//biological process| ce



| protein biosynthesis | traceable author statement|GO:0006412

r of spore wall | inferred from sequence similarity|GO:0005631//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO



rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m





genesis | inferred from genetic interaction|GO:0007005//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412//biological

lex | inferred from direct assay |GO:0042729//cellular component| spindle | inferred from direct assay |GO:0005819//cellular component| condensed nuclea

0015986//biological process| response to dessication | inferred from sequence similarity |GO:0009269//biological process| response to dessication | inferre

nent| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060

ect assay |GO:0005634

| protein biosynthesis | traceable author statement|GO:0006412

om direct assay |GO:0005739//biological process| RNA catabolism | inferred from mutant phenotype|GO:0006401//biological process| RNA catabolism | in









63//molecular function| chromatin binding | inferred from mutant phenotype |GO:0003682//cellular component| COMPASS complex | inferred from physica

mbrane | inferred from direct assay|GO:0005886//cellular component| vacuolar membrane | inferred from direct assay |GO:0005774//biological process| ce





rotein biosynthesis | inferred from direct assay|GO:0006412

ess| bud growth | traceable author statement|GO:0007117//biological process| mitotic spindle checkpoint | inferred from physical interaction |GO:0007094/

|GO:0005634//biological process| snoRNA metabolism | inferred from mutant phenotype|GO:0016074

ing conjugation with cellular fusion | traceable author statement|GO:0000752

from mutant phenotype|GO:0007131



omologous end-joining | inferred from physical interaction|GO:0006303





chondrion | inferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process



ence similarity|GO:0006810

| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from seq



l budding | inferred from mutant phenotype|GO:0007120//biological process| actin filament organization | traceable author statement |GO:0007015//biologi

ellular component| nucleus | inferred from direct assay |GO:0005634//biological process| transcription initiation from Pol II promoter | traceable author state









nferred from mutant phenotype|GO:0040020//biological process| histone methylation | inferred from direct assay |GO:0016571//biological process| chroma

om direct assay |GO:0005634//biological process| tRNA methylation | inferred from direct assay|GO:0030488

icing, via spliceosome | inferred from physical interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant

A binding | inferred from sequence similarity |GO:0003723//cellular component| mitochondrial small ribosomal subunit | traceable author statement|GO:000



henotype|GO:0006950//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from mutant phenotype |GO:0006

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem



t| mitochondrion | inferred from direct assay|GO:0005739//biological process| glutamyl-tRNA aminoacylation | inferred from mutant phenotype|GO:000642

tein catabolism | inferred from direct assay|GO:0030433

n | inferred from mutant phenotype |GO:0005739//biological process| ethanol fermentation | inferred from sequence similarity|GO:0019655//biological proc

rred from direct assay|GO:0005869//biological process| mitotic anaphase B | inferred from mutant phenotype|GO:0000092//biological process| mitotic ana



osome complex | traceable author statement|GO:0005681//biological process| response to xenobiotic stimulus | inferred from mutant phenotype|GO:00094

mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot

0005634//biological process| response to heat | traceable author statement|GO:0009408//biological process| response to dessication | inferred from seque







| protein biosynthesis | traceable author statement|GO:0006412





d from direct assay|GO:0005625





ysical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398



ferred from mutant phenotype |GO:0007131

ed from mutant phenotype|GO:0009435



al interaction|GO:0009060

sembly machinery complex | inferred from direct assay|GO:0001401//biological process| outer mitochondrial membrane organization and biogenesis | infer

t assay |GO:0005634//biological process| MAPKKK cascade during cell wall biogenesis | inferred from mutant phenotype|GO:0000196//biological process|

rect assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| G1/S transition of mitotic cell cycle | tra



phosphorylation | traceable author statement|GO:0006468//biological process| regulation of transcription from Pol II promoter | traceable author statemen



ct assay|GO:0007059

| protein biosynthesis | traceable author statement|GO:0006412

henotype|GO:0006271//biological process| DNA replication initiation | inferred from physical interaction |GO:0006270//biological process| DNA replication



nction| L-serine ammonia-lyase activity | inferred from sequence similarity |GO:0003941//molecular function| L-serine ammonia-lyase activity | inferred from

binding | inferred from direct assay |GO:0005515//cellular component| mitochondrial inner membrane presequence translocase complex | inferred from di







egulation of meiosis | inferred from genetic interaction |GO:0040020//biological process| protein amino acid phosphorylation | inferred from sequence simil







ant phenotype |GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcription from P





nt| repairosome | inferred from direct assay |GO:0000108//biological process| nucleotide-excision repair, DNA damage recognition | traceable author state

nferred from direct assay|GO:0005634//cellular component| histone deacetylase complex | inferred from physical interaction |GO:0000118//biological proce









e | inferred from mutant phenotype |GO:0005774//biological process| polyamine transport | inferred from mutant phenotype|GO:0015846



onent| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biologic

ssay|GO:0005686//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398//biological process| nuclea





|GO:0000112//biological process| nucleotide-excision repair, DNA incision, 3'-to lesion | traceable author statement|GO:0006295

d from physical interaction|GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623//biological process|

ensu Fungi) | inferred from expression pattern|GO:0030437









some to vacuole transport | inferred from genetic interaction |GO:0045324//biological process| protein-Golgi retention | inferred from mutant phenotype |GO

eotide-excision repair, DNA damage recognition | traceable author statement|GO:0000715





| protein biosynthesis | traceable author statement|GO:0006412

ct assay |GO:0005794//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| vesicle organization and b

rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

ant phenotype |GO:0008418//molecular function| protein N-terminal asparagine amidohydrolase activity | inferred from direct assay |GO:0008418//cellular c



mponent| mitochondrial small ribosomal subunit | inferred from sequence similarity|GO:0005763//cellular component| mitochondrial small ribosomal subun







ay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| proteasome complex (sensu Eukarya) | inferre

gnal transduction resulting in induction of apoptosis | inferred from mutant phenotype|GO:0008630



function| magnesium ion transporter activity | inferred from genetic interaction |GO:0015095//cellular component| mitochondrial inner membrane | inferred



| protein biosynthesis | traceable author statement|GO:0006412





us | inferred from direct assay|GO:0005634//biological process| phospholipid metabolism | inferred from mutant phenotype|GO:0006644

nferred from mutant phenotype|GO:0006808

8//biological process| gluconeogenesis | inferred from mutant phenotype |GO:0006094







rotein biosynthesis | inferred from direct assay|GO:0006412



//biological process| mRNA cleavage | inferred from mutant phenotype |GO:0006379//biological process| mRNA cleavage | inferred from genetic interactio

process| electron transport | traceable author statement|GO:0006118



omplex | inferred from direct assay|GO:0000124//biological process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological proces

m sequence similarity|GO:0009269//biological process| response to dessication | inferred from expression pattern |GO:0009269//biological process| respo



ll assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| spore wall assembly (sensu Fungi) | inferred from expression

|GO:0005198//molecular function| structural molecule activity | inferred from mutant phenotype |GO:0005198//cellular component| proton-transporting ATP

sical interaction|GO:0006338//biological process| chromatin remodeling | inferred from genetic interaction |GO:0006338//biological process| chromatin rem



gle-stranded DNA binding | inferred from direct assay |GO:0003697//cellular component| nuclear chromatin | inferred from direct assay|GO:0000790//biolo

assembly (sensu Fungi) | inferred from mutant phenotype |GO:0030476//biological process| protein complex assembly | inferred from mutant phenotype |G



ing-type specific | traceable author statement|GO:0007532//biological process| regulation of transcription from Pol II promoter | traceable author statement





rotein biosynthesis | inferred from direct assay|GO:0006412

netochore | traceable author statement |GO:0000778//biological process| mitotic spindle assembly (sensu Fungi) | inferred from mutant phenotype|GO:003





ochondrial large ribosomal subunit | traceable author statement|GO:0005762//biological process| protein biosynthesis | traceable author statement|GO:00

ular component| peroxisome | inferred from direct assay|GO:0005777//biological process| fatty acid beta-oxidation | inferred from direct assay|GO:0006635



mponent| mitochondrial large ribosomal subunit | inferred from physical interaction|GO:0005762//biological process| protein biosynthesis | inferred from cu









ar component| nucleus | inferred from direct assay |GO:0005634//biological process| histone methylation | inferred from direct assay|GO:0016571



ct assay |GO:0000776//biological process| microtubule/kinetochore interaction | inferred from physical interaction|GO:0008608//biological process| microtu

om sequence similarity|GO:0005737//biological process| response to metal ion | inferred from mutant phenotype|GO:0010038



from mutant phenotype|GO:0007005



t protein catabolism | inferred from sequence similarity|GO:0006511

|GO:0000110//biological process| nucleotide-excision repair, DNA incision, 5'-to lesion | traceable author statement|GO:0006296//biological process| doub



t|GO:0006906//biological process| Golgi to plasma membrane transport | traceable author statement |GO:0006893









ealkylation | inferred from mutant phenotype|GO:0006307



ondrial inner membrane protein insertion complex | traceable author statement|GO:0042721//cellular component| mitochondrial intermembrane space | tra

o acid transport | inferred from direct assay|GO:0015802





inferred from genetic interaction|GO:0000722

d cohesion | inferred from mutant phenotype|GO:0007064//biological process| DNA repair | inferred from direct assay |GO:0006281//biological process| DN





nt| plasma membrane | inferred from direct assay|GO:0005886//biological process| monovalent inorganic cation homeostasis | inferred from mutant phenot

from mutant phenotype |GO:0009013//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to oxidative s

rotein biosynthesis | inferred from direct assay|GO:0006412



n|GO:0006412







rect assay|GO:0006606



mponent| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| protein biosynthesis | inferred from mutant phenotype|GO:000

mosome kinetochore | traceable author statement|GO:0000778//biological process| centromere/kinetochore complex maturation | traceable author statem







ant phenotype|GO:0006412//biological process| mRNA processing | inferred from mutant phenotype |GO:0006397





28//molecular function| chromatin binding | inferred from mutant phenotype |GO:0003682//cellular component| COMPASS complex | inferred from physica

712//molecular function| transcription cofactor activity | inferred from mutant phenotype |GO:0003712//molecular function| transcription cofactor activity | in



enotype|GO:0030490

r | traceable author statement|GO:0006289//biological process| transcription-coupled nucleotide-excision repair | traceable author statement |GO:0006283

anscription cofactor activity | inferred from genetic interaction |GO:0003712//cellular component| SAGA complex | inferred from direct assay|GO:0000124//



thiamin biosynthesis | inferred from expression pattern |GO:0009228



m mutant phenotype |GO:0004702//biological process| MAPKKK cascade | inferred from mutant phenotype|GO:0000165



rotein biosynthesis | inferred from direct assay|GO:0006412

matid cohesion | inferred from mutant phenotype|GO:0007062//biological process| sister chromatid cohesion | inferred from genetic interaction |GO:000706



mponent| mitochondrial small ribosomal subunit | inferred from sequence similarity|GO:0005763//cellular component| mitochondrial small ribosomal subun

or statement|GO:0007046

| protein biosynthesis | traceable author statement|GO:0006412

sis | traceable author statement|GO:0006537//biological process| isocitrate metabolism | traceable author statement |GO:0006102

rotein biosynthesis | inferred from direct assay|GO:0006412



722//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo

n | inferred from physical interaction|GO:0007130//biological process| synaptonemal complex formation | inferred from mutant phenotype |GO:0007130//b







ation | inferred from mutant phenotype|GO:0009060//biological process| fatty acid biosynthesis | inferred from mutant phenotype |GO:0006633

biological process| tRNA processing | inferred from direct assay|GO:0008033

ble author statement|GO:0016579





aceable author statement|GO:0007049//biological process| nuclear mRNA splicing, via spliceosome | traceable author statement |GO:0000398



d from physical interaction|GO:0030476//biological process| meiosis | inferred from expression pattern |GO:0007126

/biological process| glycine biosynthesis | inferred from mutant phenotype|GO:0006545//biological process| glycine biosynthesis | inferred from genetic int









ct assay |GO:0005634//biological process| mitochondrial genome maintenance | inferred from direct assay|GO:0000002



| protein biosynthesis | traceable author statement|GO:0006412

y|GO:0005743//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060

us | inferred from direct assay |GO:0005634//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979





-dependent | inferred from mutant phenotype|GO:0006355



t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

rotein biosynthesis | inferred from direct assay|GO:0006412









y | inferred from physical interaction|GO:0045045//biological process| secretory pathway | inferred from genetic interaction |GO:0045045

ption | traceable author statement|GO:0006350//biological process| regulation of carbohydrate metabolism | traceable author statement |GO:0006109

hyde reductase activity | inferred from direct assay |GO:0004032//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular compon

dent | inferred from genetic interaction|GO:0000288



ponent| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| pseudouridine synthesis | inferred from mutant phenotype|GO:00



llular component| protein phosphatase type 1 complex | inferred from physical interaction|GO:0000164//biological process| protein amino acid dephosphor







cell cycle arrest in response to pheromone | inferred from mutant phenotype |GO:0000751

ponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979

cleavage factor complex | inferred from physical interaction|GO:0005849//biological process| mRNA cleavage | inferred from direct assay|GO:0006379//bio

ion | inferred from direct assay|GO:0016573//biological process| chromatin modification | inferred from sequence similarity |GO:0016568//biological proces

t| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| protein biosynthesis | traceable author statem

nferred from mutant phenotype|GO:0006412

|GO:0007126//biological process| meiosis | inferred from genetic interaction |GO:0007126//biological process| cell cycle | inferred from mutant phenotype

|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| metabolism | inferred from sequence similarity|G









ction| histone acetyltransferase activity | inferred from physical interaction |GO:0004402//cellular component| cytoplasm | inferred from direct assay|GO:00



gical process| meiotic recombination | inferred from mutant phenotype |GO:0007131



biosynthesis | inferred from sequence similarity|GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412

component| mitochondrion | inferred from mutant phenotype|GO:0005739//biological process| translational elongation | inferred from sequence similarity|G







rocess| chromatin silencing at silent mating-type cassette (sensu Fungi) | traceable author statement|GO:0030466//biological process| DNA replication init

004674//molecular function| histone acetyltransferase activity | inferred from direct assay |GO:0004402//cellular component| transcription factor TFIID com



molecular function| signal transducer activity | traceable author statement |GO:0004871//molecular function| transcription corepressor activity | traceable au

m | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| D-xylose metabolism

assay |GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of gluconeogenesis | in

005634//biological process| short-chain fatty acid metabolism | inferred from mutant phenotype|GO:0046459//biological process| chromatin silencing at tel

on of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| pseudohyphal growth | inferred from mutant phenotyp

mplex | traceable author statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitot

osome | inferred from direct assay |GO:0000108//biological process| nucleotide-excision repair, DNA damage recognition | traceable author statement|GO

ferred from sequence similarity|GO:0005628//cellular component| prospore membrane | inferred from mutant phenotype |GO:0005628//biological process|





targeting | inferred from mutant phenotype |GO:0006625

nt| mitochondrial small ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO

rred from physical interaction|GO:0006271//biological process| DNA strand elongation | inferred from genetic interaction |GO:0006271

utant phenotype |GO:0000347//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406//biological process| RNA elongati



utant phenotype |GO:0000347//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406//biological process| RNA elongati









m sequence similarity|GO:0015031

ner membrane | inferred from direct assay |GO:0005743//biological process| RNA metabolism | inferred from mutant phenotype|GO:0016070//biological pr

rt | inferred from direct assay|GO:0006817

phase B | inferred from mutant phenotype|GO:0000092//biological process| mitotic anaphase B | inferred from genetic interaction |GO:0000092









g-type specific | inferred from direct assay|GO:0007532

ar component| mitochondrion | inferred from direct assay |GO:0005739//biological process| aerobic respiration | inferred from genetic interaction|GO:0009

sport | traceable author statement|GO:0006118



ular component| nucleus | inferred from physical interaction|GO:0005634//cellular component| histone deacetylase complex | inferred from physical interac







om mutant phenotype|GO:0000747



inferred from mutant phenotype |GO:0006886//biological process| regulation of pH | inferred from mutant phenotype |GO:0006885//biological process| reg



inferred from genetic interaction|GO:0000722







erred from physical interaction |GO:0005634//biological process| histone deacetylation | inferred from physical interaction|GO:0016575



rotein biosynthesis | inferred from direct assay|GO:0006412

al process| response to stress | inferred from direct assay|GO:0006950//biological process| protein folding | inferred from direct assay |GO:0006457





sensu Saccharomyces) | inferred from direct assay |GO:0000142//biological process| actin polymerization and/or depolymerization | traceable author state



t assay|GO:0006950









-tRNA ligase activity | inferred from genetic interaction |GO:0004828//cellular component| mitochondrion | inferred from mutant phenotype|GO:0005739//ce





iological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367//biological process| G1-specific transcription in mito

e | inferred from mutant phenotype |GO:0005886//biological process| thiamin transport | traceable author statement|GO:0015888





author statement |GO:0004872//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| response to glucose





cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological









rred from sequence similarity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//m

cal process| response to stress | inferred from sequence similarity|GO:0006950//biological process| response to stress | inferred from direct assay |GO:000

say |GO:0005730//biological process| conjugation with cellular fusion | inferred from genetic interaction|GO:0000747//biological process| ribosomal large su

| inferred from genetic interaction |GO:0006461

om genetic interaction|GO:0000747//biological process| ribosomal large subunit assembly and maintenance | inferred from physical interaction |GO:00000



sequence similarity|GO:0006307//biological process| DNA dealkylation | inferred from genetic interaction |GO:0006307//biological process| DNA dealkylati

osynthesis | inferred from mutant phenotype|GO:0019483//biological process| response to stress | inferred from expression pattern |GO:0006950//biologica







| inferred from direct assay|GO:0005829//cellular component| mitochondrial intermembrane space | inferred from direct assay |GO:0005758//biological pr



port | inferred from direct assay|GO:0006118

inferred from genetic interaction|GO:0000722

esis | traceable author statement|GO:0000105









port | inferred from mutant phenotype|GO:0015677

inferred from genetic interaction|GO:0000722

cytoplasm | inferred from curator|GO:0005737//cellular component| cell | traceable author statement |GO:0005623//biological process| translational initiatio





xy-lyase activity | inferred from mutant phenotype |GO:0016831//molecular function| pyruvate decarboxylase activity | inferred from sequence similarity |GO

d from direct assay|GO:0006950

| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic interaction|GO:0006139









c reticulum | inferred from mutant phenotype |GO:0005783//biological process| dolichol-linked oligosaccharide biosynthesis | traceable author statement|G

uthor statement |GO:0005353//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| hexose transport | trac







O:0000053//biological process| citrulline metabolism | non-traceable author statement |GO:0000052



m mutant phenotype|GO:0009086







Fungi) | inferred from direct assay |GO:0000324//biological process| proton transport | inferred from direct assay|GO:0015992//biological process| regulatio

tement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094







otype|GO:0045910//biological process| negative regulation of DNA recombination | inferred from genetic interaction |GO:0045910//biological process| regu

ological process| regulation of meiosis | inferred from physical interaction|GO:0040020//biological process| regulation of meiosis | inferred from expression

mponent| cytoplasm | inferred from direct assay|GO:0005737//biological process| methionine metabolism | traceable author statement|GO:0006555



on|GO:0000722

esis | traceable author statement|GO:0007047//biological process| beta-1,3 glucan biosynthesis | traceable author statement |GO:0006075









O:0006974//biological process| response to DNA damage stimulus | inferred from expression pattern |GO:0006974//biological process| cell cycle checkpoin

t assay|GO:0007015



asm | inferred from direct assay |GO:0005737//biological process| amino acid biosynthesis | traceable author statement|GO:0008652//biological process|

author statement|GO:0007005

on|GO:0000722

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



able author statement|GO:0006412

bunit assembly and maintenance | inferred from mutant phenotype |GO:0000028

or statement|GO:0006696

ss| positive regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0045944//biological process| positive regulation of transc

om sequence similarity|GO:0007047//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047

005634//biological process| mRNA catabolism, nonsense-mediated | inferred from direct assay|GO:0000184



cell | traceable author statement|GO:0005623//biological process| histidine biosynthesis | traceable author statement|GO:0000105



ct assay|GO:0006865

m direct assay|GO:0007047

al process| vesicle-mediated transport | inferred from genetic interaction|GO:0016192//biological process| steroid biosynthesis | inferred from mutant phen





nent| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| protein metabolism | inferred from direct as

1//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| cysteine biosynthesis | traceable author statement|GO:0019



om sequence similarity |GO:0016226//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879









GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094



c reticulum | inferred from mutant phenotype |GO:0005783//biological process| dolichol-linked oligosaccharide biosynthesis | traceable author statement|G

direct assay|GO:0006696

0000137//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| beta-1,6 glucan biosy



ponent| vacuole | inferred from mutant phenotype|GO:0005773//biological process| neutral amino acid transport | inferred from mutant phenotype|GO:0015



mbly | traceable author statement|GO:0042255//biological process| ribosomal large subunit-nucleus export | inferred from physical interaction |GO:000005

ed from mutant phenotype|GO:0030259//biological process| nucleotide-sugar transport | inferred from mutant phenotype |GO:0015780//biological process

ss| phospholipid metabolism | traceable author statement |GO:0006644//biological process| regulation of transcription from Pol II promoter | traceable auth

erred from mutant phenotype|GO:0019368



l interaction |GO:0005739//biological process| branched chain family amino acid biosynthesis | inferred from mutant phenotype|GO:0009082//biological pr

|GO:0042175//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| GPI anchor biosynthesis | inferred







or statement|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of sulfur metabolism | infe



mponent| membrane | inferred from sequence similarity|GO:0016020//cellular component| membrane | inferred from mutant phenotype |GO:0016020//biolo

on|GO:0000722

erred from sequence similarity |GO:0005743//biological process| heme biosynthesis | traceable author statement|GO:0006783

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



GO:0000159//biological process| protein amino acid dephosphorylation | traceable author statement|GO:0006470

from direct assay|GO:0009277//cellular component| extracellular | inferred from direct assay |GO:0005576//biological process| glycerophospholipid metabo





:0009298//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486//biological process| cell wall mannoprotein b

bic respiration | inferred from mutant phenotype |GO:0009060

equence similarity|GO:0005886//biological process| basic amino acid transport | inferred from direct assay|GO:0015802

m | inferred from mutant phenotype |GO:0006073//biological process| glucan metabolism | inferred from genetic interaction |GO:0006073



5886//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| extracellular | inferred from direct assay |G



genesis | inferred from direct assay |GO:0007047



:0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| Rho protein signal transduction | inferred fro





sis | traceable author statement|GO:0006592//biological process| arginine biosynthesis | traceable author statement |GO:0006526

traceable author statement |GO:0005842//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthes

ent |GO:0000103







author statement |GO:0005784//biological process| protein-ER targeting | inferred from mutant phenotype|GO:0045047//biological process| SRP-dependen



| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic interaction|GO:0006139









ant phenotype |GO:0009267//biological process| vacuolar protein catabolism | traceable author statement |GO:0007039//biological process| vacuolar prote

tement|GO:0030636//biological process| fatty acid metabolism | traceable author statement |GO:0006631//biological process| fermentation | traceable auth

m | traceable author statement|GO:0006555

44//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//cellular component| nucleus | inferred from



hor statement |GO:0005828//cellular component| polar microtubule | traceable author statement |GO:0005827//cellular component| spindle pole body | infe





biological process| nicotinamide mononucleotide transport | inferred from mutant phenotype|GO:0015890//biological process| nicotinamide mononucleotide



us | inferred from direct assay |GO:0005634//biological process| regulation of translational initiation | inferred from mutant phenotype|GO:0006446//biologic



ss| protein amino acid glycosylation | traceable author statement|GO:0006486//biological process| UDP-glucose metabolism | inferred from mutant phenot



y|GO:0006089



hesis | inferred from mutant phenotype|GO:0006189//biological process| 'de novo' IMP biosynthesis | inferred from direct assay |GO:0006189//biological pr

moter | inferred from direct assay|GO:0045944//biological process| arginine metabolism | traceable author statement |GO:0006525



t phenotype |GO:0006893



O:0004748//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:000563



acidification | traceable author statement|GO:0007035

rom mutant phenotype|GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from genetic interaction |GO:0006359//b

//biological process| glyoxylate cycle | traceable author statement |GO:0006097







ngi) | inferred from direct assay |GO:0009277//cellular component| ribosome | inferred from direct assay |GO:0005840//biological process| cell wall organiz







bunit assembly and maintenance | inferred from mutant phenotype |GO:0000028

intracellular | inferred from curator|GO:0005622//biological process| sphingolipid biosynthesis | traceable author statement|GO:0030148//biological proces

erred from mutant phenotype|GO:0007089//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction |GO:0006

GO:0016020//biological process| glycerol catabolism | inferred from mutant phenotype|GO:0019563//biological process| glycerol catabolism | inferred from

0016036//biological process| cellular response to phosphate starvation | inferred from direct assay |GO:0016036//biological process| phosphate metabolis



O:0030433//biological process| autophagy | inferred from mutant phenotype |GO:0006914//biological process| ER to Golgi transport | traceable author stat

O:0046688//biological process| high affinity iron ion transport | inferred from mutant phenotype |GO:0006827







eable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | inferred from mutant phenotype |GO:000002

0//biological process| zinc ion homeostasis | inferred from sequence similarity|GO:0006882//biological process| zinc ion homeostasis | inferred from mutan









ucleus | inferred from direct assay |GO:0005634//biological process| mRNA-nucleus export | traceable author statement|GO:0006406//biological process| m

nferred from direct assay |GO:0005886//biological process| cytosine transport | inferred from direct assay|GO:0015856//biological process| purine transpor

membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| intracellular copper ion transport | inferred from mutant phenotype|

55//biological process| uridine catabolism | inferred from direct assay |GO:0006218









/biological process| vesicle fusion | traceable author statement|GO:0006906//biological process| Golgi to plasma membrane transport | traceable author st



/biological process| conjugation with cellular fusion | inferred from genetic interaction|GO:0000747





om direct assay |GO:0016251//cellular component| nucleoplasm | inferred from physical interaction|GO:0005654//biological process| transcription initiation

ation | traceable author statement|GO:0016036//biological process| phosphate metabolism | traceable author statement |GO:0006796



process| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription initia

usion | traceable author statement |GO:0000754//biological process| adaptation to pheromone during conjugation with cellular fusion | inferred from mutan



ess| RAS protein signal transduction | inferred from genetic interaction |GO:0007265//biological process| pseudohyphal growth | inferred from genetic inter



tant phenotype|GO:0016021//cellular component| oligosaccharyl transferase complex | inferred from physical interaction |GO:0008250//biological process|





ment |GO:0007568





om mutant phenotype |GO:0006333//biological process| protein polyubiquitination | inferred from direct assay |GO:0000209

able author statement|GO:0006412



nt|GO:0042147//biological process| retrograde transport, endosome to Golgi | inferred from mutant phenotype |GO:0042147//biological process| intracellula



GO:0018279//biological process| N-linked glycosylation via asparagine | inferred from genetic interaction |GO:0018279//biological process| protein comple

red from direct assay |GO:0005783//biological process| fatty acid elongation | inferred from mutant phenotype|GO:0030497//biological process| sphingolip







x protein import | inferred from physical interaction|GO:0030150



ological process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433//biological process| vesicle budding | inferred from muta



y (sensu Fungi) | inferred from genetic interaction |GO:0030472//biological process| meiotic G2/MI transition | inferred from mutant phenotype |GO:000831

process| transcription from Pol I promoter | traceable author statement|GO:0006360

notype |GO:0045045//biological process| secretory pathway | inferred from genetic interaction |GO:0045045

om Pol I promoter | traceable author statement|GO:0006363//biological process| regulation of transcription from Pol II promoter | traceable author stateme



rom mutant phenotype|GO:0042145//biological process| homotypic vacuole fusion, non-autophagic | inferred from direct assay |GO:0042145//biological pr

:0009090//biological process| threonine metabolism | traceable author statement |GO:0006566//biological process| methionine metabolism | traceable aut









0007005//biological process| response to DNA damage stimulus | inferred from mutant phenotype |GO:0006974









nt phenotype |GO:0000910



:0015914//biological process| phospholipid biosynthesis | inferred from mutant phenotype |GO:0008654

rred from mutant phenotype|GO:0006650

t phenotype |GO:0008298

inferred from mutant phenotype |GO:0008104//biological process| RAS protein signal transduction | inferred from mutant phenotype |GO:0007265









bunit assembly and maintenance | inferred from mutant phenotype |GO:0000028

esis | traceable author statement|GO:0007047//biological process| beta-1,3 glucan biosynthesis | traceable author statement |GO:0006075





n |GO:0000780//cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction |GO:0000778//cellular component| co

| inferred from sequence similarity|GO:0045944



equence similarity |GO:0006879//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879







biological process| sulfur amino acid metabolism | traceable author statement |GO:0000096

enotype|GO:0030437

raction|GO:0007047



red from direct assay |GO:0005783//biological process| fatty acid elongation | inferred from mutant phenotype|GO:0030497//biological process| sphingolip

rred from direct assay |GO:0005624//biological process| sphingolipid biosynthesis | traceable author statement|GO:0030148

erred from direct assay |GO:0005624//biological process| actin cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0030036//b

mily metabolism | inferred from mutant phenotype|GO:0009072//biological process| aromatic amino acid family metabolism | inferred from genetic interactio









process| transcription from Pol I promoter | traceable author statement|GO:0006360

ed oligosaccharide biosynthesis | inferred from mutant phenotype|GO:0006488//biological process| protein amino acid glycosylation | inferred from sequen









author statement |GO:0007035//biological process| vacuole organization and biogenesis | inferred from mutant phenotype |GO:0007033//biological proce



eticulum | inferred from direct assay |GO:0005783//biological process| sulfur metabolism | inferred from expression pattern|GO:0006790









luconeogenesis | traceable author statement |GO:0006094

cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological

ction|GO:0008298//biological process| mRNA localization, intracellular | inferred from mutant phenotype |GO:0008298//biological process| telomerase-dep







city factor complex | inferred from physical interaction |GO:0005847//cellular component| nucleolus | inferred from direct assay |GO:0005730//cellular comp

erred from mutant phenotype|GO:0006493//biological process| N-glycan processing | inferred from mutant phenotype |GO:0006491//biological process| ce

om sequence similarity |GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biological process| ammoni

y | inferred from direct assay |GO:0004349//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| proline biosynthes





mponent| snRNP U1 | inferred from direct assay |GO:0005685//cellular component| commitment complex | traceable author statement |GO:0000243//cellu





ct assay|GO:0006865

notype|GO:0006979//biological process| response to oxidative stress | inferred from genetic interaction |GO:0006979



odeling | traceable author statement|GO:0006338

ble author statement |GO:0006144//biological process| purine base metabolism | inferred from mutant phenotype |GO:0006144



rred from expression pattern |GO:0009061

6//biological process| mitotic spindle orientation (sensu Fungi) | inferred from mutant phenotype|GO:0030607//biological process| mitotic spindle orientatio





tement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094

able author statement|GO:0006412





from direct assay |GO:0030176//biological process| ER to Golgi transport | inferred from physical interaction|GO:0006888//biological process| ER to Golgi

80//biological process| iron ion transport | inferred from mutant phenotype |GO:0006826//biological process| transport | inferred from sequence similarity |G



s| transcription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol I promoter | traceable author stat



erred from direct assay|GO:0016020//biological process| phosphate transport | inferred from sequence similarity|GO:0006817//biological process| phospha

ar component| nucleus | inferred from physical interaction|GO:0005634//biological process| negative regulation of phosphorylation | inferred from direct ass

able author statement|GO:0006412



bunit assembly and maintenance | inferred from mutant phenotype |GO:0000027

| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic interaction|GO:0006139





omponent| integral to plasma membrane | inferred from mutant phenotype |GO:0005887//biological process| high-affinity zinc ion transport | inferred from m

ess| rRNA processing | traceable author statement|GO:0006364//biological process| ribosomal small subunit assembly and maintenance | traceable autho



osynthesis | traceable author statement |GO:0006412



GO:0000784//cellular component| nuclear chromosome | inferred from physical interaction |GO:0000228//biological process| loss of chromatin silencing | in





henotype |GO:0000723





uitin-dependent protein catabolism | non-traceable author statement |GO:0006511//biological process| protein biosynthesis | traceable author statement |G

traceable author statement |GO:0005842//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthes









004366//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//biological process| phospholipid biosynthesis | inferred from

/cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of translational termination | traceable author state

phenotype |GO:0007124

74//cellular component| hydrogen-transporting ATPase V0 domain | traceable author statement |GO:0000220//biological process| vacuolar acidification | tr



biological process| regulation of glycogen biosynthesis | inferred from genetic interaction |GO:0005979







rom mutant phenotype|GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from genetic interaction |GO:0006359//b

ent |GO:0006164

ess| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| regulation of translational initiation | inferred from mutan





| inferred from mutant phenotype|GO:0009098

rom Pol II promoter, poly(A)-independent | inferred from mutant phenotype |GO:0030847//biological process| transcription termination from Pol II promoter



inferred from direct assay |GO:0005634//biological process| DNA replication | traceable author statement|GO:0006260

sequence similarity|GO:0030148//biological process| sphingolipid biosynthesis | inferred from mutant phenotype |GO:0030148//biological process| sphingo



07346//biological process| negative regulation of transcription from Pol II promoter, mitotic | inferred from direct assay |GO:0007070



hor statement |GO:0006555

atement |GO:0006102

mponent| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological proces





29//biological process| arginine biosynthesis | traceable author statement|GO:0006526

ed from mutant phenotype |GO:0005886//biological process| L-histidine transport | inferred from mutant phenotype|GO:0015817//biological process| manga



ess| actin filament depolymerization | inferred from physical interaction|GO:0030042//biological process| actin filament depolymerization | inferred from gen

biosynthesis | traceable author statement|GO:0006783

ransport | inferred from physical interaction |GO:0006886//biological process| intracellular protein transport | inferred from mutant phenotype |GO:0006886









enotype|GO:0016192

y|GO:0006817

lular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of cell size | inferred from direct assay|GO:0008361//bio





y |GO:0005576//biological process| cytokinesis, completion of separation | inferred from sequence similarity|GO:0007109//biological process| cytokinesis, c









ceable author statement|GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

:0005634//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype|GO:0000086//biological process| G2/M transition of mit

ide biosynthesis | traceable author statement|GO:0006164//biological process| purine base metabolism | traceable author statement |GO:0006144





m mutant phenotype |GO:0005783//biological process| fatty acid metabolism | inferred from mutant phenotype|GO:0006631



m sequence similarity|GO:0006807//biological process| nitrogen metabolism | inferred from expression pattern |GO:0006807//biological process| glutamine

ological process| response to stress | inferred from expression pattern|GO:0006950

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ferred from mutant phenotype|GO:0009435

24//biological process| phospholipid metabolism | inferred from mutant phenotype|GO:0006644//biological process| phospholipid metabolism | inferred fro





ucleus | inferred from direct assay |GO:0005634//biological process| mRNA-nucleus export | traceable author statement|GO:0006406//biological process| m





mutant phenotype|GO:0007047//biological process| beta-1,6 glucan biosynthesis | inferred from sequence similarity |GO:0006078//biological process| bet

Fungi) | inferred from direct assay |GO:0000324

mic reticulum membrane | inferred from genetic interaction |GO:0005789//biological process| ubiquitin-dependent protein catabolism | inferred from geneti

:0006874//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486









r component| nucleus | inferred from direct assay |GO:0005634//cellular component| protein phosphatase type 2A complex | traceable author statement |G

:0045944//biological process| hyperosmotic response | traceable author statement |GO:0006972//biological process| protein amino acid phosphorylation |

d from genetic interaction |GO:0006784









sport | inferred from direct assay |GO:0001408//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002//bio





from mutant phenotype|GO:0006979//biological process| response to oxidative stress | inferred from genetic interaction |GO:0006979//biological process|







roheme biosynthesis | inferred from genetic interaction |GO:0019354//biological process| uroporphyrinogen III biosynthesis | non-traceable author stateme

nferred from genetic interaction |GO:0005975

0006470//biological process| inactivation of MAPK during osmolarity sensing | inferred from genetic interaction |GO:0000173//biological process| regulation



ogical process| response to zinc ion | inferred from sequence similarity|GO:0010043//biological process| zinc ion homeostasis | inferred from sequence sim

raction|GO:0005678//cellular component| nuclear chromatin | inferred from physical interaction |GO:0000790//cellular component| nuclear chromatin | infer





mutant phenotype |GO:0006888



| inferred from physical interaction|GO:0007062//biological process| mismatch repair | traceable author statement |GO:0006298//biological process| leadin





rator|GO:0005634//biological process| positive regulation of glycolysis | inferred from mutant phenotype|GO:0045821//biological process| positive regulatio





| inferred from direct assay|GO:0016576//biological process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470



statement|GO:0009073

s| regulation of meiosis | inferred from genetic interaction |GO:0040020//biological process| regulation of meiosis | inferred from expression pattern |GO:00

nt |GO:0009086









equence similarity |GO:0005624//biological process| actin cytoskeleton organization and biogenesis | traceable author statement|GO:0030036//biological p

nse to stress | traceable author statement|GO:0006950//biological process| response to stress | inferred from mutant phenotype |GO:0006950//biological p

c interaction |GO:0006078

nt | inferred from physical interaction|GO:0005884//cellular component| actin filament | inferred from direct assay |GO:0005884//biological process| actin cy

on |GO:0000123//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348//biological process| chromatin assem



m mutant phenotype |GO:0005886//biological process| peptide transport | inferred from mutant phenotype|GO:0015833





direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab

statement|GO:0005783//biological process| O-linked glycosylation | inferred from sequence similarity|GO:0006493//biological process| O-linked glycosylatio



netic interaction|GO:0045011//biological process| vesicle-mediated transport | traceable author statement |GO:0016192//biological process| mRNA localiza



aceable author statement|GO:0000079

able author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:000002

ct assay |GO:0016887//molecular function| peptide-transporting ATPase activity | inferred from mutant phenotype |GO:0015440//cellular component| mitoc







membrane | inferred from genetic interaction |GO:0005789//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789





s| regulation of translational elongation | inferred from sequence similarity|GO:0006448//biological process| regulation of translational elongation | inferred



from sequence similarity|GO:0009082//biological process| branched chain family amino acid biosynthesis | inferred from direct assay |GO:0009082





06986//biological process| response to unfolded protein | inferred from mutant phenotype |GO:0006986//biological process| protein amino acid dephospho







n complex (sensu Saccharomyces) | inferred from physical interaction |GO:0000928//biological process| microtubule nucleation | traceable author stateme

stasis | inferred from mutant phenotype|GO:0006882//biological process| zinc ion transport | non-traceable author statement |GO:0006829//biological proc

aintenance | inferred from mutant phenotype |GO:0000002



//biological process| pseudohyphal growth | traceable author statement|GO:0007124//biological process| invasive growth (sensu Saccharomyces) | tracea

nnose biosynthesis | inferred from mutant phenotype|GO:0009298//biological process| GDP-mannose biosynthesis | inferred from direct assay |GO:00092

sis | inferred from sequence similarity|GO:0015937//biological process| coenzyme A biosynthesis | inferred from physical interaction |GO:0015937//biologic





nt | inferred from physical interaction|GO:0005884//cellular component| actin filament | inferred from direct assay |GO:0005884//biological process| actin cy

n and biogenesis | inferred from physical interaction|GO:0006999//biological process| nuclear pore organization and biogenesis | inferred from mutant phen



malate metabolism | traceable author statement|GO:0006108//biological process| glyoxylate cycle | traceable author statement |GO:0006097//biological pr

) | inferred from mutant phenotype|GO:0030437//biological process| nuclear organization and biogenesis | inferred from mutant phenotype |GO:0006997//

ble author statement|GO:0006412





tement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094

//biological process| mitotic spindle assembly (sensu Fungi) | traceable author statement|GO:0030472//biological process| mitotic anaphase B | traceable a



m sequence similarity|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of cell redox hom





le author statement |GO:0000103



bunit assembly and maintenance | inferred from mutant phenotype |GO:0000027

nferred from genetic interaction|GO:0005978





ble author statement |GO:0006338









ity|GO:0006338//biological process| chromatin remodeling | inferred from direct assay |GO:0006338









say|GO:0015729//biological process| sulfate transport | inferred from direct assay |GO:0008272

ble author statement|GO:0006412



s | traceable author statement|GO:0030148//biological process| sphingolipid metabolism | inferred from sequence similarity |GO:0006665//biological proce



ement|GO:0007264//biological process| polar budding | inferred from mutant phenotype |GO:0007121//biological process| vesicle fusion | traceable author





4//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| peptidyl-arginine modification | inferred from sequence similar



m mutant phenotype|GO:0030036//biological process| protein kinase cascade | inferred from mutant phenotype |GO:0007243//biological process| cell wall

quence similarity|GO:0006865//biological process| amino acid transport | inferred from genetic interaction |GO:0006865

40//biological process| protein sumoylation | inferred from sequence similarity|GO:0016925//biological process| protein sumoylation | inferred from mutant



nt|GO:0006098//biological process| pentose-phosphate shunt | inferred from mutant phenotype |GO:0006098

protein transport | traceable author statement|GO:0006886





component| cytoplasm | inferred from direct assay |GO:0005737//biological process| translational initiation | inferred from mutant phenotype|GO:0006413//b





y |GO:0016538//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| transcription | inferred from physical interaction|



5634//cellular component| nuclear ubiquitin ligase complex | traceable author statement |GO:0000152//biological process| ubiquitin-dependent protein cata





process| magnesium ion transport | inferred from direct assay|GO:0015693//biological process| di-, tri-valent inorganic cation transport | inferred from sequ



from direct assay|GO:0005774//biological process| bilirubin transport | inferred from mutant phenotype|GO:0015723//biological process| bilirubin transpor



notype |GO:0006521







ces) | inferred from mutant phenotype|GO:0007103//biological process| nuclear migration during conjugation with cellular fusion | inferred from mutant phen



ar component| nuclear membrane | inferred from direct assay |GO:0005635//biological process| cell cycle | inferred from direct assay|GO:0007049//biolog

tein complex | traceable author statement|GO:0030532//cellular component| small nucleolar ribonucleoprotein complex | inferred from physical interaction

ical process| meiotic DNA double-strand break formation | traceable author statement|GO:0042138//biological process| double-strand break repair via non

0007131//biological process| telomerase-dependent telomere maintenance | inferred from mutant phenotype |GO:0007004//biological process| regulation o









raction|GO:0007047

nsport | inferred from mutant phenotype|GO:0001407

nt phenotype |GO:0000304



esis | inferred from mutant phenotype|GO:0009231//biological process| aerobic respiration | inferred from mutant phenotype |GO:0009060

mutant phenotype |GO:0006873//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| regu

| chromatin remodeling | inferred from direct assay |GO:0006338

e|GO:0007026//biological process| mitotic anaphase B | inferred from mutant phenotype |GO:0000092//biological process| nuclear migration (sensu Sacch



bic respiration | inferred from mutant phenotype |GO:0009060



| inferred from direct assay |GO:0005886//biological process| protein metabolism | inferred from sequence similarity|GO:0019538//biological process| prote



O:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| nuclear chromatin | inferred from sequence similar

inferred from mutant phenotype|GO:0030037//biological process| small GTPase mediated signal transduction | inferred from physical interaction |GO:000





erred from physical interaction|GO:0007264//biological process| actin filament organization | inferred from mutant phenotype |GO:0007015//biological proc



sequence similarity|GO:0006010//biological process| glucose 6-phosphate utilization | inferred from mutant phenotype |GO:0006010//biological process| g

GO:0003702//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| nucleus | inferred from direct assay |GO:0005634//b

886//biological process| response to glucose stimulus | inferred from mutant phenotype|GO:0009749//biological process| endocytosis | inferred from genet

ocess| regulation of transcription from Pol III promoter | inferred from mutant phenotype|GO:0006359//biological process| regulation of transcription from Po

009272//biological process| small GTPase mediated signal transduction | inferred from physical interaction |GO:0007264//biological process| small GTPase

rom mutant phenotype|GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from genetic interaction |GO:0006359//b

ocess| pyruvate metabolism | non-traceable author statement|GO:0006090









/biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype |GO:0001403

able author statement |GO:0006530





traceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568



tion |GO:0000136//biological process| N-linked glycosylation | inferred from mutant phenotype|GO:0006487//biological process| N-linked glycosylation | inf



m direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| mRNA cleavage | inferred from dir



|GO:0007015//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| endocytosis | inferred fro



from sequence similarity|GO:0006857//biological process| oligopeptide transport | inferred from direct assay |GO:0006857

rocess| G1/S transition of mitotic cell cycle | inferred from genetic interaction|GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred

rect assay |GO:0005634//biological process| pentose-phosphate shunt | inferred from genetic interaction|GO:0006098



151//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511//biological process| G2/M transition of mitotic ce



from mutant phenotype|GO:0015798

cal process| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050//biological process| vesicle organization and biogenesis

nucleus import | traceable author statement|GO:0006606



nucleation | inferred from physical interaction|GO:0007020







from mutant phenotype|GO:0007121//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| e

sphoinositide metabolism | inferred from mutant phenotype|GO:0030384//biological process| dephosphorylation | inferred from direct assay |GO:0016311





GO:0004329//molecular function| formate-tetrahydrofolate ligase activity | inferred from mutant phenotype |GO:0004329//cellular component| cytoplasm |

ponent| plasma membrane | inferred from mutant phenotype |GO:0005886//biological process| phosphate transport | inferred from mutant phenotype|GO:0



cal process| tubulin folding | inferred from sequence similarity|GO:0007021//biological process| tubulin folding | inferred from mutant phenotype |GO:00070



cess| phospholipid transport | inferred from direct assay|GO:0015914//biological process| cell wall organization and biogenesis | inferred from genetic inter



ment|GO:0006696



aturation | inferred from mutant phenotype |GO:0007323







pe|GO:0019740//biological process| meiosis | inferred from expression pattern |GO:0007126//biological process| acetate transport | inferred from mutant p



utant phenotype |GO:0000103

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

mponent| polarisome | traceable author statement |GO:0000133//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biologica



ces) | inferred from mutant phenotype|GO:0007103//biological process| nuclear migration during conjugation with cellular fusion | inferred from mutant phen

from mutant phenotype|GO:0015798

inferred from mutant phenotype |GO:0005783//biological process| dolichol-linked oligosaccharide biosynthesis | traceable author statement|GO:0006488//



d from physical interaction|GO:0008250//biological process| N-linked glycosylation | traceable author statement|GO:0006487//biological process| N-linked g



mutant phenotype |GO:0006888

ogical process| N-linked glycosylation via asparagine | inferred from physical interaction|GO:0018279//biological process| N-linked glycosylation | inferred f









y|GO:0006810

/biological process| amino acid metabolism | inferred from mutant phenotype|GO:0006520//biological process| pyruvate metabolism | inferred from mutant





phenotype|GO:0006890//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888





on | inferred from mutant phenotype |GO:0006487

RNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction|GO:0005847//cellular component| nucleus | inferred from





nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| response to drug | inferred from mutant phenotype|GO:0042493//biological pro

47//biological process| protein-ER targeting | inferred from mutant phenotype |GO:0045047//biological process| chromatin silencing at telomere | inferred fr



m sequence similarity|GO:0007264//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| establish

netic interaction|GO:0045011//biological process| vesicle-mediated transport | traceable author statement |GO:0016192//biological process| mRNA localiza



domain | traceable author statement |GO:0000220//biological process| vacuolar acidification | traceable author statement|GO:0007035





ceable author statement |GO:0005635//biological process| --- | traceable author statement|GO:0030969//biological process| unfolded protein response, ac

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



phenotype|GO:0006890//biological process| retrograde transport, Golgi to ER | inferred from direct assay |GO:0006890//biological process| ER to Golgi tr

|GO:0016021//cellular component| vacuolar lumen | inferred from direct assay |GO:0005775//biological process| membrane disassembly | inferred from m

O:0009268//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| negative regulation of transcription from Pol II p



ase activity | inferred from expression pattern |GO:0004410//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| lysin

ansporter activity | inferred from direct assay |GO:0015085//cellular component| vacuolar membrane | inferred from sequence similarity|GO:0005774//cellul

//biological process| iron-sulfur cluster assembly | inferred from mutant phenotype |GO:0016226//biological process| iron ion homeostasis | inferred from s

ological process| vesicle fusion | traceable author statement|GO:0006906//biological process| intra-Golgi transport | traceable author statement |GO:00068

| traceable author statement|GO:0007005

erred from genetic interaction |GO:0009651







| inferred from sequence similarity|GO:0006561//biological process| proline biosynthesis | inferred from mutant phenotype |GO:0006561

elity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author statement |GO:0006412



romoter | inferred from mutant phenotype |GO:0006357

ttachment of GPI anchor to protein | inferred from mutant phenotype|GO:0016255





raction |GO:0006261



rom mutant phenotype |GO:0001302//biological process| replicative cell aging | inferred from expression pattern |GO:0001302

y |GO:0000228//biological process| double-strand break repair via synthesis-dependent strand annealing | traceable author statement|GO:0045003//biolog



6//biological process| bud growth | inferred from mutant phenotype |GO:0007117//biological process| regulation of mitosis | inferred from mutant phenotype





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

from direct assay|GO:0008154//biological process| polar budding | inferred from mutant phenotype |GO:0007121//biological process| actin filament organ

GO:0005783//biological process| phosphatidylcholine metabolism | inferred from mutant phenotype|GO:0046470









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ay | traceable author statement|GO:0019878//biological process| lysine biosynthesis, aminoadipic pathway | non-traceable author statement |GO:0019878



y |GO:0005739//biological process| RNA processing | inferred from mutant phenotype|GO:0006396









enetic interaction |GO:0005886//biological process| uridine transport | inferred from mutant phenotype|GO:0015862//biological process| uridine transport |



otype |GO:0042307//biological process| cell ion homeostasis | inferred from mutant phenotype |GO:0006873//biological process| mRNA splice site selectio

O:0006488//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487









s| nuclear organization and biogenesis | inferred from sequence similarity|GO:0006997//biological process| nuclear organization and biogenesis | inferred f



O:0009408//biological process| signal transduction | inferred from mutant phenotype |GO:0007165//biological process| pseudohyphal growth | inferred from

sition | inferred from mutant phenotype |GO:0030071



d from mutant phenotype |GO:0007265

cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| succinyl-CoA metabolism | traceable author statement|GO





ferred from mutant phenotype|GO:0009113//biological process| serine family amino acid biosynthesis | inferred from mutant phenotype |GO:0009070//biolo



nsport, Golgi to ER | inferred from genetic interaction |GO:0006890//biological process| retrograde transport, Golgi to ER | inferred from direct assay |GO:0



ochondrial matrix protein import | inferred from mutant phenotype |GO:0030150



sm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| establishment and



cing at silent mating-type cassette (sensu Fungi) | inferred from genetic interaction |GO:0030466//biological process| pseudohyphal growth | inferred from

eable author statement|GO:0006412//biological process| ribosomal small subunit assembly and maintenance | inferred from mutant phenotype |GO:000002

ix protein import | traceable author statement|GO:0030150

gical process| steroid biosynthesis | inferred from genetic interaction |GO:0006694

ferred from curator |GO:0000784//biological process| chromatin silencing at telomere | inferred from direct assay|GO:0006348

id transport | inferred from sequence similarity|GO:0006835//biological process| dicarboxylic acid transport | inferred from direct assay |GO:0006835

city factor complex | inferred from physical interaction |GO:0005847//cellular component| nucleolus | inferred from direct assay |GO:0005730//cellular comp

ytosolic ribosome (sensu Eukarya) | inferred from direct assay |GO:0005830//biological process| translational initiation | inferred from mutant phenotype|GO

ence similarity|GO:0009051//biological process| pentose-phosphate shunt, oxidative branch | inferred from expression pattern |GO:0009051//biological pro



3735//cellular component| cell | traceable author statement|GO:0005623//biological process| methionine metabolism | traceable author statement|GO:0006









membrane | inferred from direct assay|GO:0005887//biological process| response to toxin | inferred from mutant phenotype|GO:0009636//biological process









0005789//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//biological process| peptide pheromone matura

ogical process| zinc ion homeostasis | inferred from sequence similarity|GO:0006882//biological process| zinc ion homeostasis | inferred from mutant phen









nent| hydrogen-transporting ATPase V1 domain | traceable author statement |GO:0000221//biological process| protein metabolism | inferred from direct as

al process| translational initiation | inferred from direct assay|GO:0006413



0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| peroxisome organization and biogenesis | inferred from



protein-mitochondrial targeting | inferred from genetic interaction |GO:0006626//biological process| protein-membrane targeting | inferred from physical in









from direct assay|GO:0006839





or activity | inferred from mutant phenotype |GO:0000156//molecular function| two-component response regulator activity | inferred from direct assay |GO:0





6//biological process| ribosomal large subunit-nucleus export | inferred from mutant phenotype |GO:0000055



29//biological process| arginine biosynthesis | traceable author statement|GO:0006526





elity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author statement |GO:0006412

ect assay |GO:0005789//biological process| mRNA localization, intracellular | inferred from physical interaction|GO:0008298//biological process| chromoso



ssay |GO:0005643//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological process| mitotic spindle assembly (sensu

uthor statement |GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological process| ribosomal protein



otein biosynthesis | traceable author statement |GO:0006412

006901//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888







e assimilation | traceable author statement|GO:0000103

ular function| long-chain-fatty-acid-CoA ligase activity | inferred from mutant phenotype |GO:0004467//cellular component| plasma membrane | inferred fro





hor statement|GO:0005789//biological process| O-linked glycosylation | inferred from mutant phenotype|GO:0006493//biological process| O-linked glycosy

rgeting | inferred from mutant phenotype |GO:0006612

nferred from genetic interaction |GO:0005886//biological process| pantothenate transport | inferred from mutant phenotype|GO:0015887//biological proces

hysical interaction |GO:0006873//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| reg

ion | inferred from mutant phenotype|GO:0016478//biological process| negative regulation of translation | inferred from genetic interaction |GO:0016478

ribonucleoprotein complex | inferred from direct assay |GO:0005732//biological process| processing of 20S pre-rRNA | inferred from physical interaction|G

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ttachment of GPI anchor to protein | inferred from mutant phenotype|GO:0016255



anization and biogenesis | inferred from genetic interaction |GO:0030036



30508//cellular component| intracellular | traceable author statement|GO:0005622//biological process| response to oxidative stress | inferred from mutant p





rom physical interaction|GO:0016050





ces) | inferred from mutant phenotype|GO:0007103//biological process| nuclear migration during conjugation with cellular fusion | inferred from mutant phen

enotype |GO:0007120//biological process| ER to Golgi transport | inferred from physical interaction |GO:0006888//biological process| ER to Golgi transpor



nteraction |GO:0000324//biological process| filamentous growth | inferred from mutant phenotype|GO:0030447//biological process| signal transduction | tr



statement|GO:0009073









rred from mutant phenotype |GO:0006276

le author statement |GO:0006003

from direct assay |GO:0005634//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006468//biological proces

statement|GO:0005783//biological process| O-linked glycosylation | inferred from sequence similarity|GO:0006493//biological process| O-linked glycosylatio





ome organization and biogenesis | inferred from mutant phenotype |GO:0007031







erred from genetic interaction |GO:0006357

factor 3 complex | inferred from physical interaction|GO:0005852//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype|GO:0

0//biological process| response to zinc ion | inferred from sequence similarity|GO:0010043//biological process| zinc ion homeostasis | inferred from sequen

le | inferred from direct assay|GO:0030136//biological process| intra-Golgi transport | inferred from sequence similarity|GO:0006891//biological process| in

biological process| glycogen metabolism | inferred from mutant phenotype |GO:0005977





osynthesis | traceable author statement |GO:0006412









ck | inferred from direct assay|GO:0005935//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| small GTP





ysical interaction |GO:0003677//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| positive regulation of tran





/cellular component| extracellular | inferred from direct assay |GO:0005576//biological process| cytokinesis, completion of separation | inferred from mutan

|GO:0016021//cellular component| vacuolar lumen | inferred from direct assay |GO:0005775//biological process| membrane disassembly | inferred from m



gical process| pyrimidine nucleotide biosynthesis | inferred from mutant phenotype|GO:0006221









interaction|GO:0005634//biological process| amino acid catabolism | inferred from mutant phenotype|GO:0009063//biological process| amino acid catabol



ation | inferred from mutant phenotype |GO:0006445







quence similarity |GO:0006897//biological process| actin cortical patch assembly | inferred from sequence similarity |GO:0000147



atement|GO:0006999//biological process| nuclear membrane organization and biogenesis | inferred from mutant phenotype |GO:0006998//biological proce





uinate synthase activity | inferred from direct assay |GO:0003856//molecular function| 3-dehydroquinate dehydratase activity | inferred from direct assay |G







ohesion | inferred from mutant phenotype |GO:0007064

0339//cellular component| mRNA cap complex | traceable author statement|GO:0005845//cellular component| mRNA cap complex | inferred from physica





ucleotide metabolism | inferred from direct assay|GO:0009117



branched chain family amino acid biosynthesis | inferred from mutant phenotype|GO:0009082//biological process| branched chain family amino acid biosy

mutant phenotype|GO:0006855

biological process| tryptophan biosynthesis | traceable author statement|GO:0000162//biological process| tryptophan biosynthesis | inferred from mutant ph





biological process| DNA replication | inferred from direct assay |GO:0006260





n | inferred from direct assay |GO:0006378



cal process| pseudouridine synthesis | inferred from direct assay |GO:0001522

embrane | traceable author statement |GO:0005635//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696

with cellular fusion | inferred from mutant phenotype|GO:0000752









ological process| positive regulation of transcription | traceable author statement|GO:0045941//biological process| chromatin silencing at silent mating-type

rom expression pattern |GO:0006885

ption from Pol II promoter | inferred from mutant phenotype|GO:0000122







process| meiotic sister chromatid segregation | inferred from mutant phenotype|GO:0045144//biological process| mitotic sister chromatid segregation | infer

tant phenotype|GO:0045944//biological process| positive regulation of glycolysis | inferred from mutant phenotype |GO:0045821

otubule nucleation | inferred from physical interaction |GO:0007020





from mutant phenotype |GO:0006888





O:0005934//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| Rho protein signal transduction | inferred fr

O:0007265//biological process| G-protein signaling, adenylate cyclase activating pathway | inferred from direct assay |GO:0007189

|GO:0006098



ponent| vacuole | inferred from mutant phenotype|GO:0005773//biological process| neutral amino acid transport | inferred from mutant phenotype|GO:0015



6121//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

onent| mannosyltransferase complex | inferred from direct assay |GO:0000136//biological process| N-glycan processing | traceable author statement|GO:0







ect assay |GO:0005828//cellular component| spindle | inferred from physical interaction |GO:0005819//cellular component| condensed nuclear chromosom









ne | inferred from sequence similarity|GO:0016020//biological process| amino acid transport | inferred from mutant phenotype|GO:0006865//biological proc







GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende

ss| phospholipid metabolism | traceable author statement |GO:0006644//biological process| regulation of transcription from Pol II promoter | traceable auth



romoter | inferred from direct assay |GO:0006367



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ess| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433//biological process| ER to Golgi transport | inferred from direct assa



biological process| RNA catabolism | inferred from physical interaction |GO:0006401

ion |GO:0006301//biological process| DNA repair | inferred from direct assay |GO:0006281





nce similarity|GO:0006319

44//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//cellular component| nucleus | inferred from

d desaturation | inferred from sequence similarity|GO:0006636//biological process| fatty acid desaturation | inferred from mutant phenotype |GO:0006636//





006468//biological process| bud site selection | inferred from mutant phenotype |GO:0000282



rocess| pyruvate metabolism | traceable author statement |GO:0006090



bunit assembly and maintenance | inferred from mutant phenotype |GO:0000027

mutant phenotype|GO:0006518





henotype |GO:0015824

ar membrane (sensu Fungi) | inferred from direct assay|GO:0000329//biological process| transport | inferred from sequence similarity|GO:0006810



ation | inferred from mutant phenotype|GO:0006493//biological process| N-glycan processing | inferred from mutant phenotype |GO:0006491//biological pro









ss| retrograde transport, Golgi to ER | traceable author statement |GO:0006890//biological process| ER to Golgi transport | traceable author statement |GO







inferred from direct assay|GO:0006656



bunit assembly and maintenance | inferred from mutant phenotype |GO:0000027

3//biological process| vacuolar transport | inferred from mutant phenotype |GO:0007034//biological process| peroxisome organization and biogenesis | infe









| traceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| prote



5634//biological process| long-chain fatty acid transport | inferred from mutant phenotype|GO:0015909//biological process| fatty acid metabolism | inferred

ssay|GO:0007039

s | inferred from genetic interaction |GO:0006950//biological process| proteolysis and peptidolysis | inferred from genetic interaction |GO:0006508//biologic



ocess| regulation of transcription from Pol III promoter | inferred from mutant phenotype|GO:0006359//biological process| regulation of transcription from Po





05937//cellular component| bud neck | inferred from direct assay |GO:0005935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellu

nferred from direct assay|GO:0006303//biological process| DNA repair | inferred from genetic interaction |GO:0006281

rom direct assay |GO:0005811//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| glycolysis | traceable author s





nferred from genetic interaction |GO:0006348

ype |GO:0005886//biological process| transport | inferred from sequence similarity|GO:0006810//biological process| transport | inferred from mutant pheno

ferred from direct assay|GO:0008361//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological p

e protein import | inferred from physical interaction|GO:0045039//biological process| mitochondrial inner membrane protein import | inferred from mutant ph



0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| microtubule/kine







/threonine kinase activity | inferred from direct assay |GO:0004674//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:

y|GO:0006468

erred from direct assay |GO:0005886//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| cytoplasm







| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:00





ay |GO:0004842//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:00









m mutant phenotype|GO:0005886//cellular component| plasma membrane | inferred from direct assay |GO:0005886//biological process| potassium ion hom



of mitotic cell cycle | inferred from genetic interaction |GO:0000082





ucleus | inferred from direct assay |GO:0005634//biological process| mRNA-nucleus export | traceable author statement|GO:0006406//biological process| m

inferred from mutant phenotype |GO:0030503//biological process| regulation of cell redox homeostasis | inferred from direct assay |GO:0030503





ological process| vacuolar acidification | traceable author statement|GO:0007035



or statement |GO:0009086//biological process| sulfate assimilation | traceable author statement |GO:0000103





activity | non-traceable author statement |GO:0004078//molecular function| biotin-[acetyl-CoA-carboxylase] ligase activity | inferred from mutant phenotyp



rom direct assay|GO:0015801



excision repair factor 3 complex | traceable author statement |GO:0000112//biological process| negative regulation of transcription from Pol II promoter, mi



y |GO:0006468

process| transcription from Pol I promoter | traceable author statement|GO:0006360

enotype|GO:0008272



ytoplasm | traceable author statement |GO:0005737//biological process| RAS protein signal transduction | traceable author statement|GO:0007265//biolog

ear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



34//biological process| re-entry into mitotic cell cycle after pheromone arrest | inferred from genetic interaction|GO:0000321//biological process| regulation



r statement|GO:0019878

omponent| nucleus | inferred from mutant phenotype |GO:0005634//biological process| response to oxidative stress | inferred from sequence similarity|GO









nt|GO:0000307//biological process| regulation of glycogen catabolism | inferred from genetic interaction|GO:0005981//biological process| regulation of gly



erred from mutant phenotype|GO:0007606//biological process| sensory perception of chemical stimulus | inferred from genetic interaction |GO:0007606

tatement|GO:0006310//biological process| double-strand break repair | traceable author statement |GO:0006302//biological process| postreplication repair

05737//biological process| signal transduction | inferred from mutant phenotype|GO:0007165//biological process| vacuolar transport | traceable author sta





al process| protein localization | inferred from genetic interaction |GO:0008104//biological process| transcription initiation from Pol II promoter | inferred from

ion pattern|GO:0000747





se ion homeostasis | inferred from genetic interaction |GO:0030026//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biolog









GO:0005622//biological process| small GTPase mediated signal transduction | traceable author statement|GO:0007264//biological process| polar budding

inferred from physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:00003



ss| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| glucose metabolism | inferred from m

al process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| response to stress | traceable author statement |GO:00

7136//molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay |GO:0017136//cellular component| histone deacetylase

raction |GO:0030121//biological process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192//biological process| vesicle-mediated









eable author statement |GO:0006189//biological process| purine ribonucleoside salvage | traceable author statement |GO:0006166//biological process| try







atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding



genesis | inferred from mutant phenotype|GO:0007047//biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493//biologic

phenotype|GO:0000282

docking during exocytosis | inferred from mutant phenotype |GO:0006904//biological process| Golgi to endosome transport | inferred from genetic interacti





mbly | traceable author statement|GO:0042255//biological process| ribosomal large subunit-nucleus export | inferred from physical interaction |GO:000005

ed from genetic interaction |GO:0007047//biological process| endocytosis | inferred from genetic interaction |GO:0006897//biological process| phosphatidy







cal process| positive regulation of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| regulation of nitrogen utiliz









aceable author statement |GO:0006038//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910

unction| transcription coactivator activity | inferred from physical interaction |GO:0003713//molecular function| transcription coactivator activity | inferred fro

005634//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| chromosome segregation | inferre



process| cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047

NA | inferred from mutant phenotype |GO:0000183









ogical process| vacuole inheritance | inferred from direct assay |GO:0000011

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









cal process| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0006357//biological process| chromatin silencing at telom









enance | traceable author statement |GO:0000027









osynthesis | traceable author statement |GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant pheno

) | inferred from genetic interaction|GO:0030472//biological process| microtubule nucleation | inferred from physical interaction |GO:0007020

sylation | inferred from mutant phenotype|GO:0006486



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



|GO:0005628//cellular component| spore wall (sensu Fungi) | traceable author statement |GO:0005619//cellular component| septin ring (sensu Saccharom



| inferred from direct assay |GO:0005634//biological process| vitamin B2 biosynthesis | inferred from mutant phenotype|GO:0009231

0004315//cellular component| fatty-acid synthase complex | traceable author statement|GO:0005835//biological process| protein-cofactor linkage | traceabl



rting and assembly machinery complex | inferred from direct assay |GO:0001401//biological process| mitochondrial outer membrane protein import | inferre

le author statement |GO:0006470//biological process| signal transduction during conjugation with cellular fusion | traceable author statement |GO:0000750





hyphal growth | inferred from mutant phenotype |GO:0007124//biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenoty

mponent| nucleus | inferred from direct assay|GO:0005634//biological process| zinc ion homeostasis | inferred from mutant phenotype|GO:0006882//biolog

701//molecular function| DNA binding | traceable author statement |GO:0003677//molecular function| DNA binding | inferred from physical interaction |GO:

erred from mutant phenotype |GO:0003700//molecular function| transcription factor activity | inferred from genetic interaction |GO:0003700//cellular compo

utant phenotype |GO:0001308//biological process| loss of chromatin silencing during replicative cell aging | inferred from genetic interaction |GO:0001308/



say |GO:0045141//biological process| synapsis | inferred from mutant phenotype |GO:0007129//biological process| synapsis | inferred from direct assay |G



| inferred from direct assay |GO:0005634//biological process| chromatin remodeling | traceable author statement|GO:0006338

iological process| response to drug | traceable author statement|GO:0042493//biological process| regulation of transcription from Pol II promoter | traceab



mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

enotype|GO:0015846



mutant phenotype |GO:0005886//biological process| sulfate transport | inferred from mutant phenotype|GO:0008272//biological process| sulfate transport |



phenotype |GO:0009060//biological process| mitochondrial transport | inferred from mutant phenotype |GO:0006839

nt phenotype |GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from genetic interaction |GO





statement |GO:0006526







y |GO:0005634//biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:0015940

on |GO:0000266

genesis | inferred from direct assay |GO:0007047//biological process| regulation of pH | inferred from genetic interaction |GO:0006885

ocess| chromatin assembly/disassembly | traceable author statement|GO:0006333//biological process| chromatin assembly/disassembly | inferred from dir



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





m | inferred from direct assay |GO:0005737//biological process| ATP transport | inferred from direct assay|GO:0015867//biological process| peroxisome or









mutant phenotype|GO:0009213



rred from direct assay|GO:0042144//biological process| regulation of cell redox homeostasis | traceable author statement |GO:0030503//biological process

or statement|GO:0007265//biological process| traversing start control point of mitotic cell cycle | inferred from mutant phenotype |GO:0007089//biological p









ess| negative regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0000122

ent |GO:0006099

s| cytoskeleton organization and biogenesis | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

assay |GO:0005737//biological process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable author statem





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







:0006506//biological process| GPI anchor biosynthesis | inferred from direct assay |GO:0006506

ant phenotype|GO:0006419//biological process| alanyl-tRNA aminoacylation | inferred from genetic interaction |GO:0006419





lytic core (sensu Eukarya) | inferred from mutant phenotype|GO:0005754//cellular component| soluble fraction | inferred from direct assay |GO:0005625//b

etic interaction |GO:0004175//cellular component| proteasome complex (sensu Eukarya) | inferred from physical interaction|GO:0000502//biological proces

al process| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| carbohydrate metabolism | inferred from mutant phenoty



rom mutant phenotype |GO:0007026





hionine biosynthesis | inferred from mutant phenotype|GO:0009086//biological process| DNA replication and chromosome cycle | inferred from mutant phe







phenotype |GO:0006491

author statement|GO:0006658//biological process| phosphatidylglycerol biosynthesis | traceable author statement |GO:0006655

6406//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406//biological process| RNA elongation from Pol II promoter |









gical process| asparagine catabolism | inferred from genetic interaction |GO:0006530



sembly | inferred from direct assay|GO:0042254//biological process| protein biosynthesis | traceable author statement |GO:0006412//biological process| rib









phenotype|GO:0006897

O:0019856//biological process| phospholipid biosynthesis | traceable author statement |GO:0008654//biological process| CTP biosynthesis | traceable auth

l process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| multidrug transport | i

ponent| plasma membrane | inferred from direct assay|GO:0005886//biological process| sodium ion transport | inferred from mutant phenotype|GO:00068





iological process| histone dephosphorylation | inferred from direct assay|GO:0016576//biological process| protein amino acid dephosphorylation | inferred



statement |GO:0006144//biological process| purine base metabolism | inferred from mutant phenotype |GO:0006144







phenotype|GO:0015892



nt |GO:0000316

GO:0008308//cellular component| mitochondrial outer membrane | inferred from direct assay|GO:0005741//cellular component| mitochondrion | inferred from



peripheral to membrane of membrane fraction | inferred from direct assay |GO:0000300//biological process| protein-vacuolar targeting | inferred from muta







n catabolism | inferred from direct assay |GO:0006511







rom direct assay|GO:0015959

0005634//biological process| entry into meiosis | inferred from mutant phenotype|GO:0042061//biological process| negative regulation of transcription, mit





ent|GO:0019266//biological process| nitrogen metabolism | non-traceable author statement |GO:0006807//biological process| glutamate metabolism | non-









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

erred from mutant phenotype|GO:0006457

cal process| N-linked glycosylation | traceable author statement|GO:0006487//biological process| N-linked glycosylation | inferred from physical interaction



nce similarity|GO:0015893//biological process| drug transport | inferred from expression pattern |GO:0015893



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

onent| mitochondrion | inferred from mutant phenotype |GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:000906

mating-type cassette (sensu Fungi) | traceable author statement|GO:0030466//biological process| DNA replication initiation | traceable author statement |G

ar component| alpha DNA polymerase:primase complex | inferred from direct assay |GO:0005658//cellular component| nuclear chromatin | traceable auth

ment complex | traceable author statement |GO:0000243//cellular component| commitment complex | inferred from physical interaction |GO:0000243//biolo



longation from Pol II promoter | inferred from physical interaction|GO:0006368

eraction |GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| proteasome complex (sensu Eukarya) |









ed from direct assay |GO:0016573//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction |GO:0006357

mutant phenotype|GO:0016050//biological process| vesicle organization and biogenesis | inferred from genetic interaction |GO:0016050//biological proces



bud tip | inferred from direct assay |GO:0005934//cellular component| plasma membrane | inferred from direct assay |GO:0005886//cellular component| so





GO:0005739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| response to antibiotic | inferred from direct assa









cal process| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050//biological process| vesicle organization and biogenesis

action |GO:0030127//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//cellular component| peripheral to membrane of

able author statement|GO:0006412

k repair via single-strand annealing | inferred from mutant phenotype |GO:0045002//biological process| DNA recombinase assembly | traceable author sta

nt| DNA-directed RNA polymerase II, core complex | traceable author statement |GO:0005665//biological process| transcription from Pol III promoter | trac



cellular component| nuclear pore | inferred from direct assay |GO:0005643//biological process| mRNA-nucleus export | inferred from mutant phenotype|GO

atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding

atement |GO:0006566//biological process| methionine metabolism | traceable author statement |GO:0006555//biological process| isoleucine metabolism |



ss| ER to Golgi transport | traceable author statement |GO:0006888

ochondrial matrix | non-traceable author statement|GO:0005759//biological process| cell wall organization and biogenesis | inferred from mutant phenotyp

nesis | inferred from mutant phenotype |GO:0006998//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological proc

GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| translational initiation | traceable author statemen



ct assay |GO:0007323







atin | inferred from physical interaction|GO:0005724//biological process| DNA replication | inferred from physical interaction|GO:0006260//biological proces

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



m direct assay |GO:0015741

tic interaction|GO:0006817



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



005656//biological process| pre-replicative complex formation and maintenance | traceable author statement|GO:0006267

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

nt |GO:0006298//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| base-excision repair | tracea

ess| protein sumoylation | inferred from direct assay |GO:0016925



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



aceable author statement |GO:0005784//biological process| cotranslational membrane targeting | traceable author statement|GO:0006613



from mutant phenotype|GO:0006807









5634//biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:0015940//biological process| spermidine biosynthesis | inferred



unction| inorganic phosphate transporter activity | inferred from direct assay |GO:0005315//cellular component| integral to plasma membrane | inferred from

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

atement |GO:0005768//biological process| ferric-enterobactin transport | inferred from mutant phenotype|GO:0015685



say |GO:0005886//cellular component| vacuolar membrane | inferred from direct assay |GO:0005774//cellular component| Golgi membrane | inferred from

otein biosynthesis | traceable author statement |GO:0006412

cess| bud growth | inferred from genetic interaction |GO:0007117//biological process| protein amino acid phosphorylation | inferred from sequence similarit

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om genetic interaction |GO:0000082

mutant phenotype|GO:0007606//biological process| sensory perception of chemical stimulus | inferred from genetic interaction |GO:0007606









etabolism | traceable author statement|GO:0019674



n| calcium-transporting ATPase activity | inferred from direct assay |GO:0005388//cellular component| Golgi apparatus | traceable author statement|GO:00

|GO:0005634//biological process| homoserine biosynthesis | traceable author statement|GO:0009090//biological process| threonine metabolism | traceable







6605//biological process| loss of chromatin silencing during replicative cell aging | inferred from mutant phenotype |GO:0001308//biological process| loss o









interaction |GO:0006066

cal process| purine base metabolism | inferred from mutant phenotype|GO:0006144



ess| RAS protein signal transduction | inferred from genetic interaction |GO:0007265//biological process| pseudohyphal growth | inferred from genetic inter



n complex (sensu Saccharomyces) | inferred from physical interaction |GO:0000928//biological process| mitotic spindle assembly (sensu Fungi) | inferred

assay |GO:0005625//biological process| glutamate biosynthesis | inferred from mutant phenotype|GO:0006537//biological process| glutamate biosynthesi



component| nucleolus | inferred from direct assay |GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process



GO:0005886//cellular component| vacuolar membrane | inferred from mutant phenotype |GO:0005774//biological process| polyamine transport | inferred f

anscription from Pol II promoter | inferred from direct assay|GO:0000122





bic respiration | inferred from mutant phenotype |GO:0009060





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









cal process| regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357

osaccharide-lipid intermediate assembly | inferred from mutant phenotype|GO:0006490//biological process| dolichol-linked oligosaccharide biosynthesis | t









ce | inferred from physical interaction |GO:0008151









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ess| aerobic respiration | inferred from mutant phenotype|GO:0009060//biological process| ubiquinone metabolism | inferred from mutant phenotype |GO:0





erred from genetic interaction |GO:0009272

| traceable author statement |GO:0006270//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269

m | inferred from direct assay|GO:0030433

omyces) | traceable author statement|GO:0007103//biological process| mitotic anaphase | traceable author statement |GO:0000090

est | traceable author statement|GO:0007050//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biologica



ed from mutant phenotype |GO:0006461





ement|GO:0009073





g | traceable author statement |GO:0003677//cellular component| nucleus | inferred from curator|GO:0005634//biological process| regulation of glucose im

ferred from genetic interaction|GO:0015700









inferred from mutant phenotype|GO:0006506

biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

ay |GO:0030042//biological process| actin filament organization | inferred from physical interaction |GO:0007015//biological process| actin filament organiz









yl-methionine acetylation | inferred from mutant phenotype|GO:0017196//biological process| N-terminal peptidyl-methionine acetylation | inferred from gene



e|GO:0030437//biological process| sporulation (sensu Fungi) | inferred from direct assay |GO:0030437//biological process| vacuole organization and bioge









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





ction |GO:0016532//cellular component| cytosol | inferred from direct assay|GO:0005829//cellular component| mitochondrial inner membrane | inferred from

protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486

protein-vacuolar targeting | inferred from physical interaction|GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





n |GO:0006644//biological process| vacuole inheritance | inferred from mutant phenotype |GO:0000011

al process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| response to stress | traceable author statement |GO:0









GO:0007131//biological process| DNA repair | inferred from mutant phenotype |GO:0006281

s | inferred from direct assay |GO:0005634//biological process| proline biosynthesis | traceable author statement|GO:0006561//biological process| proline b









lar component| mitochondrion | inferred from direct assay |GO:0005739//biological process| ion transport | inferred from sequence similarity|GO:0006811/





gical process| mRNA polyadenylation | inferred from genetic interaction |GO:0006378



atement|GO:0030472//biological process| mitotic anaphase B | inferred from mutant phenotype |GO:0000092//biological process| mitotic sister chromatid

red from direct assay|GO:0005829//biological process| carbohydrate metabolism | inferred from mutant phenotype|GO:0005975//biological process| carbo





ogical process| response to oxidative stress | inferred from mutant phenotype|GO:0006979//biological process| response to oxidative stress | inferred from



0005634//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA

m mutant phenotype |GO:0006348//biological process| chromatin silencing at ribosomal DNA | inferred from mutant phenotype |GO:0000183





al process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| response to stress | traceable author statement |GO:00



membrane | inferred from mutant phenotype |GO:0005886//biological process| S-methylmethionine transport | inferred from mutant phenotype|GO:00158

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

or statement |GO:0005871//cellular component| spindle pole body | inferred from direct assay |GO:0005816//biological process| microtubule nucleation | in









ent| cytoplasm | inferred from direct assay |GO:0005737//biological process| transport | inferred from sequence similarity|GO:0006810

le author statement|GO:0006413



9//biological process| mitochondrial electron transport, succinate to ubiquinone | traceable author statement|GO:0006121//biological process| tricarboxylic a

process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process| signal transduction during conjugation w



able author statement|GO:0006164//biological process| purine base metabolism | traceable author statement |GO:0006144//biological process| purine base







rred from direct assay|GO:0000118//biological process| protein amino acid deacetylation | inferred from direct assay|GO:0006476//biological process| regu







n |GO:0000780//cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction |GO:0000778//cellular component| co



O:0046084//biological process| purine nucleotide biosynthesis | traceable author statement |GO:0006164

red from mutant phenotype|GO:0006979



m sequence similarity|GO:0007264//biological process| cell wall organization and biogenesis | inferred from sequence similarity |GO:0007047//biological pr







2//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357



000134//biological process| Rho protein signal transduction | inferred from physical interaction|GO:0007266//biological process| Rho protein signal transdu



| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:00

/threonine kinase activity | inferred from direct assay |GO:0004674//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:





polymerization | traceable author statement|GO:0008154//biological process| polar budding | inferred from mutant phenotype |GO:0007121//biological proc

notype |GO:0030489



tic interaction|GO:0006817

|GO:0006270//biological process| DNA unwinding | inferred from mutant phenotype |GO:0006268









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







able author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:000002



genesis | inferred from mutant phenotype |GO:0007033//biological process| phosphatidylethanolamine biosynthesis | inferred from mutant phenotype |GO



GO:0000162//biological process| tryptophan biosynthesis | inferred from mutant phenotype |GO:0000162



nt phenotype|GO:0030437//biological process| chromatin remodeling | inferred from physical interaction |GO:0006338

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

| inferred from mutant phenotype |GO:0006357//biological process| chromatin remodeling | inferred from physical interaction |GO:0006338

ological process| vacuolar acidification | traceable author statement|GO:0007035

ed from mutant phenotype |GO:0006039//biological process| conjugation with cellular fusion | inferred from mutant phenotype |GO:0000747



protein-nucleus import | inferred from direct assay |GO:0006606

sing | inferred from mutant phenotype|GO:0006365//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenoty

ed from genetic interaction|GO:0006486



anscription | inferred from genetic interaction |GO:0006350





| traceable author statement|GO:0007103

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



uthor statement |GO:0005884//cellular component| SWR1 complex | inferred from physical interaction |GO:0000812//cellular component| contractile ring (s







able author statement|GO:0006412









enetic interaction |GO:0008610//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487







inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

ilarity|GO:0015937

pe |GO:0042273//biological process| mRNA catabolism | inferred from mutant phenotype |GO:0006402//biological process| rRNA processing | inferred from

uthor statement|GO:0006486





tatement|GO:0005789//biological process| SRP-dependent cotranslational membrane targeting, translocation | traceable author statement|GO:0006616







inferred from mutant phenotype |GO:0007015//biological process| response to stress | traceable author statement |GO:0006950//biological process| endoc

milarity|GO:0030001//biological process| metal ion transport | inferred from direct assay |GO:0030001//biological process| cytochrome c oxidase biogenes







om physical interaction|GO:0007266//biological process| polar budding | traceable author statement |GO:0007121//biological process| actin filament organi



c stress | inferred from mutant phenotype |GO:0006970//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910



ct assay |GO:0005634//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| ubiquitin-dependent prote









n |GO:0000780//cellular component| condensed nuclear chromosome, pericentric region | inferred from direct assay |GO:0000780//cellular component| co



cidification | traceable author statement|GO:0007035//biological process| polyphosphate metabolism | inferred from mutant phenotype |GO:0006797









egulation of translational fidelity | inferred from mutant phenotype |GO:0006450//biological process| protein biosynthesis | traceable author statement |GO:

ial budding | traceable author statement|GO:0007120//biological process| bud site selection | traceable author statement |GO:0000282

t phenotype |GO:0007165//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124





ological process| vacuolar acidification | traceable author statement|GO:0007035



d site selection | inferred from genetic interaction |GO:0000282







7136//molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay |GO:0017136//cellular component| nucleus | inferred fro

inferred from mutant phenotype|GO:0008033



ane | inferred from sequence similarity|GO:0016020//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| trans



e activity | inferred from mutant phenotype |GO:0003989//cellular component| cytosol | traceable author statement|GO:0005829//cellular component| endo







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

enotype |GO:0006897//biological process| actin cortical patch assembly | inferred from mutant phenotype |GO:0000147

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

spliceosome for second transesterification step | traceable author statement|GO:0000358

milarity |GO:0006635



| inferred from mutant phenotype|GO:0006970//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



asm | inferred from direct assay |GO:0005737//biological process| phenylalanyl-tRNA aminoacylation | traceable author statement|GO:0006432





ynthesis | traceable author statement|GO:0006412

phenotype|GO:0007015





ane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810









direct assay |GO:0005262//molecular function| voltage-gated ion channel activity | inferred from direct assay |GO:0005244//molecular function| calcium act

on|GO:0005856//cellular component| cytoskeleton | inferred from mutant phenotype |GO:0005856//cellular component| ER-Golgi intermediate compartme







m direct assay |GO:0005634//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S prim



ed from physical interaction|GO:0007264//biological process| pseudohyphal growth | inferred from physical interaction |GO:0007124//biological process| is







direct assay |GO:0005262//molecular function| voltage-gated ion channel activity | inferred from direct assay |GO:0005244//molecular function| calcium act

outer membrane | inferred from direct assay |GO:0005741//cellular component| nuclear inner membrane | traceable author statement |GO:0005637//cellu

erred from sequence similarity|GO:0005886//biological process| hexose transport | inferred from genetic interaction|GO:0008645







mponent| nuclear membrane | inferred from direct assay|GO:0005635//biological process| protein-nucleus export | inferred from physical interaction|GO:00





ocess| protein amino acid phosphorylation | inferred from direct assay|GO:0006468//biological process| DNA-dependent DNA replication | traceable autho



d from mutant phenotype |GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from genetic inte



utant phenotype|GO:0006882//biological process| zinc ion transport | inferred from sequence similarity |GO:0006829//biological process| zinc ion transport





0007070//biological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

u Fungi) | inferred from direct assay|GO:0030479//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological process| cel



| inferred from mutant phenotype|GO:0030433//biological process| vesicle organization and biogenesis | inferred from mutant phenotype |GO:0016050//bi





regulation of exit from mitosis | inferred from physical interaction|GO:0007096//biological process| regulation of exit from mitosis | inferred from genetic inte

GO:0005737//biological process| asparaginyl-tRNA aminoacylation | inferred from sequence similarity|GO:0006421//biological process| asparaginyl-tRNA a

//biological process| tRNA processing | inferred from genetic interaction |GO:0008033

nferred from direct assay |GO:0005737//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| cell wall organ









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

from mutant phenotype |GO:0006499//biological process| N-terminal protein myristoylation | inferred from genetic interaction |GO:0006499



s| cytoskeleton organization and biogenesis | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO

utant phenotype |GO:0005634//biological process| protein biosynthesis | traceable author statement|GO:0006412

/threonine kinase activity | inferred from direct assay |GO:0004674//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:

0005624//biological process| secretory pathway | inferred from physical interaction|GO:0045045//biological process| secretory pathway | inferred from gen



|GO:0000778//cellular component| kinetochore | inferred from direct assay |GO:0000776//biological process| mitotic spindle checkpoint | traceable author







ctivity, rotational mechanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase, central stalk (sensu E

om sequence similarity |GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biological process| ammoni



of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| response to cold | inferred from mutant phenotype

o stress | traceable author statement |GO:0006950//biological process| phospholipid metabolism | inferred from mutant phenotype |GO:0006644//biologica



large subunit assembly and maintenance | inferred from mutant phenotype |GO:0000027//biological process| ribosomal large subunit assembly and maint

nesis | traceable author statement|GO:0007031//biological process| protein-peroxisome targeting | inferred from mutant phenotype |GO:0006625





able author statement|GO:0006412

deacetylation | inferred from direct assay|GO:0016575









u Eukarya) | inferred from physical interaction|GO:0005830//biological process| translational elongation | inferred from genetic interaction|GO:0006414



ocess| cytidine catabolism | inferred from direct assay |GO:0006216





ne | inferred from direct assay |GO:0005789//cellular component| vacuolar membrane | inferred from direct assay |GO:0005774//biological process| carniti

m direct assay|GO:0005783//biological process| retrograde transport, Golgi to ER | inferred from mutant phenotype|GO:0006890//biological process| retrog



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





atrix protein import | traceable author statement|GO:0030150

uthor statement |GO:0000144//biological process| polar budding | traceable author statement|GO:0007121//biological process| axial budding | traceable au



rom Pol II promoter | inferred from mutant phenotype |GO:0006367



/threonine kinase activity | inferred from direct assay |GO:0004674//biological process| protein amino acid phosphorylation | inferred from direct assay|GO:





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









biological process| glucose metabolism | inferred from sequence similarity |GO:0006006







hor statement|GO:0016020//cellular component| Golgi cis-face | traceable author statement |GO:0005801//cellular component| mannosyltransferase comp



able author statement|GO:0006412

author statement |GO:0006207//biological process| 'de novo' IMP biosynthesis | traceable author statement |GO:0006189//biological process| purine ribonu





|GO:0000002

tant phenotype |GO:0007096//biological process| nucleolus organization and biogenesis | inferred from mutant phenotype |GO:0007000//biological proces

ss| tRNA splicing | inferred from mutant phenotype |GO:0006388//biological process| tRNA splicing | inferred from direct assay |GO:0006388









nferred from sequence similarity |GO:0005975

pe|GO:0006888

statement |GO:0006012

odeling | traceable author statement|GO:0006338

GO:0005737//biological process| phosphatidic acid biosynthesis | inferred from mutant phenotype|GO:0006654



ay |GO:0005783//biological process| response to glucose stimulus | inferred from mutant phenotype|GO:0009749//biological process| endocytosis | inferre

r|GO:0007130//biological process| meiosis | inferred from mutant phenotype |GO:0007126









gical process| SRP-dependent cotranslational membrane targeting, translocation | traceable author statement |GO:0006616//biological process| karyogam









al process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



pe|GO:0006972//biological process| hyperosmotic response | inferred from genetic interaction |GO:0006972//biological process| invasive growth (sensu Sa

process| pyruvate metabolism | traceable author statement |GO:0006090





phenotype|GO:0006826



electron transport, ubiquinol to cytochrome c | inferred from direct assay |GO:0006122



olism | traceable author statement |GO:0006006

assay|GO:0005886//biological process| water transport | inferred from mutant phenotype|GO:0006833



l process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| meiosis | inferred from genetic interaction |GO:0007126//biological p









cal process| pseudouridine synthesis | inferred from direct assay |GO:0001522

6897//biological process| signal transduction during conjugation with cellular fusion | inferred from genetic interaction |GO:0000750





ion|GO:0007124//biological process| G2-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000116//biological process| G2-

ption corepressor activity | traceable author statement |GO:0003714//cellular component| bud neck | inferred from direct assay|GO:0005935//cellular comp





se to dessication | inferred from sequence similarity |GO:0009269//biological process| response to dessication | inferred from expression pattern |GO:0009

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









mponent| DNA-directed RNA polymerase II, holoenzyme | inferred from direct assay|GO:0016591//cellular component| transcription elongation factor comp

bunit assembly and maintenance | inferred from mutant phenotype |GO:0000027



ogical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

le author statement|GO:0006413

hesis | inferred from direct assay|GO:0006656







acuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| zinc ion homeostasis | inferred from mutant phenotype|GO:0006882//bio





cal process| MAPKKK cascade | inferred from mutant phenotype|GO:0000165







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

notype|GO:0009743//biological process| response to carbohydrate stimulus | inferred from direct assay |GO:0009743//biological process| regulation of tra

om direct assay |GO:0000066









embrane | inferred from direct assay|GO:0005628//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//b





notype|GO:0009231

ng | traceable author statement|GO:0045003//biological process| double-strand break repair via single-strand annealing | inferred from genetic interaction



able author statement|GO:0006412

30847//biological process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO:0030846

on|GO:0000722









O:0006301//biological process| mismatch repair | non-traceable author statement |GO:0006298//biological process| nucleotide-excision repair | traceable a

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

egulation of cell size | inferred from mutant phenotype|GO:0008361//biological process| regulation of cell size | inferred from genetic interaction |GO:00083

ss| asparagine biosynthesis | traceable author statement|GO:0006529









otype|GO:0007121//biological process| axial budding | inferred from mutant phenotype |GO:0007120//biological process| endocytosis | inferred from muta





m membrane | inferred from direct assay|GO:0030176//biological process| protein-ER retention | inferred from genetic interaction|GO:0006621



ssay |GO:0005634//biological process| transcription from Pol I promoter | traceable author statement|GO:0006360



logical process| Golgi to plasma membrane transport | inferred from direct assay |GO:0006893//biological process| intracellular protein transport | inferred









76//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002

ic) | inferred from direct assay |GO:0042800//cellular component| COMPASS complex | inferred from physical interaction|GO:0048188//cellular componen

romoter | inferred from direct assay |GO:0006357

atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding

asma membrane | inferred from mutant phenotype |GO:0005886//biological process| S-adenosylmethionine transport | inferred from mutant phenotype|GO



atid cohesion | inferred from mutant phenotype |GO:0007064

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



phenotype|GO:0008610//biological process| lipid biosynthesis | inferred from direct assay |GO:0008610//biological process| mitochondrial membrane orga





ed from physical interaction|GO:0006461//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461//biological process

le author statement|GO:0006413



05819//cellular component| spindle pole body | inferred from direct assay |GO:0005816//cellular component| condensed nuclear chromosome kinetochore

ant phenotype|GO:0000290//biological process| mRNA catabolism, nonsense-mediated | inferred from mutant phenotype |GO:0000184





coside:hydrogen symporter activity | inferred from direct assay |GO:0005352//cellular component| membrane fraction | traceable author statement|GO:000





ial budding | traceable author statement|GO:0007120//biological process| bud site selection | traceable author statement |GO:0000282





rred from mutant phenotype|GO:0045449//biological process| regulation of transcription | inferred from genetic interaction |GO:0045449//biological proces





nt|GO:0006696

physical interaction |GO:0000502//cellular component| proteasome complex (sensu Eukarya) | inferred from direct assay |GO:0000502//biological process

odeling | traceable author statement|GO:0006338



6//biological process| allantoin catabolism | inferred from mutant phenotype |GO:0000256//biological process| allantoin catabolism | inferred from genetic i

assay|GO:0006139

rect assay|GO:0006366



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding









process| mitochondrial inner membrane protein import | inferred from mutant phenotype |GO:0045039





GO:0045143//biological process| homologous chromosome segregation | inferred from mutant phenotype |GO:0045143//biological process| meiotic chrom



uthor statement |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| hexose transpo





inferred from curator|GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from sequence similarity|GO:0045

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









ceable author statement |GO:0006491//biological process| mannan metabolism | traceable author statement |GO:0006080//biological process| cell wall ma









ement |GO:0007034//biological process| protein-vacuolar targeting | traceable author statement |GO:0006623//biological process| protein amino acid phosp



ent |GO:0006893

m membrane | inferred from direct assay|GO:0005789//biological process| ER-associated protein catabolism | traceable author statement|GO:0030433//bi





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

targeting | inferred from mutant phenotype|GO:0045047

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

teraction |GO:0007094



ess| response to cold | inferred from mutant phenotype |GO:0009409//biological process| response to cold | inferred from expression pattern |GO:0009409







me organization and biogenesis | inferred from direct assay |GO:0007031



ss| tRNA splicing | inferred from mutant phenotype |GO:0006388//biological process| tRNA splicing | inferred from direct assay |GO:0006388







0005634//biological process| transcription | inferred from physical interaction|GO:0006350//biological process| transcription | inferred from mutant phenotyp

050//biological process| signal transduction during conjugation with cellular fusion | traceable author statement |GO:0000750//biological process| signal tra

assay |GO:0005737//biological process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable author state



n biosynthesis | traceable author statement|GO:0006412



response to oxidative stress | traceable author statement |GO:0006979//biological process| transcription | traceable author statement |GO:0006350





bic respiration | inferred from mutant phenotype |GO:0009060

uthor statement|GO:0007232//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124



y|GO:0030479//biological process| microtubule-based process | inferred from physical interaction|GO:0007017//biological process| actin filament organiza

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ype|GO:0009060//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412



/cellular component| nucleus | inferred from physical interaction |GO:0005634//cellular component| nuclear chromosome, telomeric region | inferred from d



ugation with cellular fusion | inferred from mutant phenotype |GO:0000747

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

| traceable author statement|GO:0042255//biological process| mRNA catabolism | inferred from physical interaction |GO:0006402//biological process| 35S

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

9//cellular component| mRNA cleavage and polyadenylation specificity factor complex | traceable author statement |GO:0005847//biological process| mRN





30508//cellular component| intracellular | traceable author statement|GO:0005622//biological process| response to oxidative stress | inferred from mutant p

small nucleolar ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S pre-rRNA | inferred from



one-carbon compound metabolism | inferred from mutant phenotype|GO:0006730//biological process| one-carbon compound metabolism | inferred from g









mutant phenotype |GO:0006508//biological process| replicative cell aging | inferred from mutant phenotype |GO:0001302









cal process| vitamin B2 biosynthesis | inferred from mutant phenotype|GO:0009231



ferred from mutant phenotype|GO:0000117



nferred from direct assay |GO:0005634//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological proces





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

able author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:000002



genesis | inferred from mutant phenotype|GO:0007047//biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493//biologic





biological process| lipid transport | inferred from genetic interaction |GO:0006869//biological process| lipid metabolism | inferred from mutant phenotype |G





ferred from curator |GO:0000784//biological process| chromatin silencing at telomere | inferred from direct assay|GO:0006348

one-carbon compound metabolism | inferred from mutant phenotype|GO:0006730//biological process| one-carbon compound metabolism | inferred from g









m mutant phenotype |GO:0004314//molecular function| [acyl-carrier protein] S-acetyltransferase activity | inferred from mutant phenotype |GO:0004313//ce



bolism | traceable author statement|GO:0006103//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099

ation | inferred from mutant phenotype |GO:0006448

O:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| D-xylose metabolism | inferred from direct assay|G

phenotype |GO:0008053//biological process| mitochondrial fusion | inferred from genetic interaction |GO:0008053//biological process| transport | inferred f

nt phenotype|GO:0006730









elity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author statement |GO:0006412



om genetic interaction|GO:0006457

om direct assay |GO:0005737//biological process| protein biosynthesis | traceable author statement|GO:0006412

tion|GO:0007017//biological process| microtubule-based process | inferred from mutant phenotype |GO:0007017







l process| alpha-tubulin folding | inferred from physical interaction|GO:0007024//biological process| alpha-tubulin folding | inferred from mutant phenotype

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

06906//biological process| intra-Golgi transport | traceable author statement |GO:0006891



nt| DNA-directed RNA polymerase II, core complex | traceable author statement |GO:0005665//biological process| transcription from Pol III promoter | trac



phenotype|GO:0006890









54//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364









ess| polar budding | inferred from mutant phenotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0006906//biological









d from direct assay |GO:0006366//biological process| chromatin remodeling | inferred from direct assay |GO:0006338//biological process| DNA repair | infe

able author statement|GO:0006412





425//molecular function| anthranilate synthase activity | inferred from direct assay |GO:0004049//cellular component| cytoplasm | inferred from direct assay







osynthesis | traceable author statement |GO:0006412

from direct assay |GO:0005677//cellular component| nuclear telomere cap complex | inferred from direct assay |GO:0000783//biological process| chromat





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ble author statement|GO:0007005//biological process| iron ion homeostasis | inferred from direct assay |GO:0006879



atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

rred from mutant phenotype|GO:0030437//biological process| response to stress | inferred from mutant phenotype |GO:0006950//biological process| respo

erred from direct assay |GO:0000300//biological process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-G









|GO:0005628//cellular component| spore wall (sensu Fungi) | traceable author statement |GO:0005619//cellular component| septin ring (sensu Saccharom

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

rom mutant phenotype|GO:0006807//biological process| proteolysis and peptidolysis | traceable author statement |GO:0006508//biological process| proteo









iological process| ribosome assembly | inferred from mutant phenotype|GO:0042255//biological process| rRNA processing | inferred from genetic interactio









hreonine metabolism | traceable author statement |GO:0006566





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









n | inferred from sequence similarity|GO:0006476//biological process| regulation of transcription, DNA-dependent | inferred from sequence similarity |GO:0









able author statement|GO:0006412

06888//biological process| protein complex assembly | inferred from direct assay |GO:0006461

us | inferred from direct assay |GO:0005634//biological process| establishment and/or maintenance of cell polarity (sensu Saccharomyces) | inferred from

ponent| vacuole | inferred from mutant phenotype|GO:0005773//biological process| neutral amino acid transport | inferred from mutant phenotype|GO:0015





raction |GO:0030121//biological process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192//biological process| vesicle-mediated









of spindle pole body | inferred from direct assay |GO:0005823//cellular component| cytoplasm | traceable author statement |GO:0005737//cellular compon



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



process| transcription from Pol I promoter | traceable author statement|GO:0006360

mutant phenotype |GO:0015893





able author statement|GO:0005622//biological process| small GTPase mediated signal transduction | inferred from physical interaction|GO:0007264//biolo





| ubiquitin-dependent protein catabolism | inferred from mutant phenotype|GO:0006511//biological process| protein complex assembly | inferred from phys





r | inferred from mutant phenotype |GO:0006281

cal process| tubulin folding | inferred from sequence similarity|GO:0007021//biological process| tubulin folding | inferred from mutant phenotype |GO:00070







interaction |GO:0040020//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468







process| magnesium ion transport | inferred from direct assay|GO:0015693//biological process| di-, tri-valent inorganic cation transport | inferred from sequ







al matrix protein import | inferred from physical interaction|GO:0030150//biological process| mitochondrial matrix protein import | inferred from mutant phen



ical process| regulation of DNA replication | inferred from genetic interaction |GO:0006275//biological process| DNA replication | inferred from mutant phen





ial budding | traceable author statement|GO:0007120//biological process| bud site selection | traceable author statement |GO:0000282

ological process| D-xylose metabolism | inferred from mutant phenotype|GO:0042732//biological process| D-xylose metabolism | inferred from direct assay

ttachment of GPI anchor to protein | inferred from mutant phenotype|GO:0016255

say |GO:0001671//cellular component| mitochondrial inner membrane presequence translocase complex | inferred from physical interaction|GO:0005744//

nferred from genetic interaction |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process|





phenotype |GO:0006606

O:0016192//biological process| vesicle-mediated transport | inferred from genetic interaction |GO:0016192//biological process| exocytosis | inferred from m



43//biological process| homologous chromosome segregation | inferred from mutant phenotype |GO:0045143//biological process| chromatin silencing at rib

of mitotic cell cycle | inferred from mutant phenotype |GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interactio



m direct assay|GO:0006890//biological process| ER to Golgi transport | inferred from physical interaction |GO:0006888//biological process| ER to Golgi tran





mponent| cytosol | traceable author statement|GO:0005829//biological process| pentose-phosphate shunt | inferred from mutant phenotype|GO:0006098





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

plex, coupling factor F(o) (sensu Eukarya) | inferred from physical interaction|GO:0000276//cellular component| proton-transporting ATP synthase complex







| inferred from mutant phenotype|GO:0030490//biological process| protein biosynthesis | traceable author statement |GO:0006412









ological process| vacuolar acidification | traceable author statement|GO:0007035









direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab



able author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:000002



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







sis | traceable author statement |GO:0006897//biological process| protein monoubiquitination | traceable author statement |GO:0006513//biological proces

nt| spindle pole body | inferred from direct assay |GO:0005816//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular compone

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ceable author statement|GO:0007076//biological process| mitotic chromosome condensation | inferred from mutant phenotype |GO:0007076//biological pr



|GO:0030437//biological process| RAS protein signal transduction | inferred from mutant phenotype |GO:0007265



bunit assembly and maintenance | inferred from mutant phenotype |GO:0000028







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

m direct assay|GO:0005787//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| signal peptide proces

eraction|GO:0007231

able author statement|GO:0005681//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| transcription export comple



uthor statement|GO:0007094//biological process| microtubule stabilization | inferred from mutant phenotype |GO:0007026//biological process| microtubule









on|GO:0007264//biological process| small GTPase mediated signal transduction | inferred from curator |GO:0007264







on | inferred from direct assay |GO:0006470//biological process| signal transduction during conjugation with cellular fusion | inferred from physical interactio





mutant phenotype |GO:0000067



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





0005625//cellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process| calcium-mediated signaling | inferred from

ological process| 3-keto-sphinganine metabolism | inferred from physical interaction |GO:0006666

red from physical interaction|GO:0006444







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



l process| response to drug | inferred from genetic interaction|GO:0042493//biological process| sterol biosynthesis | inferred from mutant phenotype |GO:0

membrane | inferred from mutant phenotype |GO:0005886//biological process| low-affinity zinc ion transport | inferred from sequence similarity|GO:0006831

m direct assay|GO:0005737//biological process| tryptophan biosynthesis | traceable author statement|GO:0000162//biological process| tryptophan biosynth







acid geranylgeranylation | inferred from direct assay|GO:0018348//biological process| protein amino acid farnesylation | inferred from direct assay |GO:001





ical process| processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490

/cellular component| condensed nuclear chromosome, pericentric region | inferred from direct assay |GO:0000780//cellular component| condensed nuclea









ct assay|GO:0016070//biological process| nucleotide metabolism | traceable author statement |GO:0009117//biological process| DNA metabolism | inferre

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



t assay |GO:0030479//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological process| actin filament organization | infe



alpha-glucanotransferase activity | inferred from sequence similarity |GO:0004134//molecular function| 4-alpha-glucanotransferase activity | inferred from m

cal process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process| signal transduction during conjugatio









al inner membrane protein import | traceable author statement|GO:0045039//biological process| mitochondrial matrix protein import | traceable author stat

erred from direct assay|GO:0015813//biological process| L-aspartate transport | inferred from direct assay |GO:0015810

/biological process| intra-Golgi transport | inferred from mutant phenotype|GO:0006891//biological process| ER to Golgi transport | inferred from mutant ph

say|GO:0016567

process| pyruvate metabolism | traceable author statement |GO:0006090





erred from direct assay|GO:0030007



rom direct assay |GO:0005811//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| glycolysis | traceable author s

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

gulation of endocytosis | inferred from mutant phenotype|GO:0030100//biological process| actin filament organization | inferred from mutant phenotype |GO

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





osynthesis | traceable author statement |GO:0006412



ferred from direct assay |GO:0006468



n from Pol II promoter | inferred from mutant phenotype|GO:0000122//biological process| negative regulation of transcription from Pol II promoter | inferred

type |GO:0006486

nt phenotype|GO:0006855



Golgi to plasma membrane transport | traceable author statement |GO:0006893









0435//biological process| microautophagy | inferred from mutant phenotype |GO:0016237//biological process| cellular response to starvation | inferred from

gical process| vacuole inheritance | inferred from direct assay |GO:0000011





biological process| exocytosis | inferred from genetic interaction |GO:0006887//biological process| phospholipid metabolism | inferred from mutant phenoty



growth | inferred from genetic interaction |GO:0007124//biological process| starch catabolism | inferred from mutant phenotype |GO:0005983









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





ent| mRNA cleavage and polyadenylation specificity factor complex | inferred from physical interaction |GO:0005847//biological process| mRNA cleavage |

cal interaction|GO:0016192//biological process| vesicle-mediated transport | inferred from mutant phenotype |GO:0016192//biological process| isotropic bu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









able author statement|GO:0006412

traceable author statement |GO:0005842//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthes



GO:0019740//biological process| transport | inferred from mutant phenotype |GO:0006810



component| mitochondrial inner membrane | inferred from sequence similarity|GO:0005743//cellular component| mitochondrion | inferred from direct assay

modification | traceable author statement |GO:0000154



otein biosynthesis | traceable author statement |GO:0006412

nt| DNA-directed RNA polymerase II, core complex | traceable author statement |GO:0005665//biological process| transcription from Pol III promoter | trac

Pol II promoter | traceable author statement|GO:0006367//biological process| G1-specific transcription in mitotic cell cycle | inferred from physical interact





GO:0006427//biological process| histidyl-tRNA aminoacylation | inferred from mutant phenotype |GO:0006427

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

interaction|GO:0006511//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| DNA repair | inferred from gen

al process| translational initiation | inferred from direct assay|GO:0006413

physical interaction|GO:0000921//biological process| septin ring assembly | inferred from mutant phenotype |GO:0000921//biological process| septin ring a

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



m mutant phenotype |GO:0030163//biological process| meiosis I | inferred from mutant phenotype |GO:0007127//biological process| meiosis I | inferred from





irect assay |GO:0006413





promoter | traceable author statement |GO:0006357



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

0015077//cellular component| late endosome | inferred from direct assay|GO:0005770//biological process| monovalent inorganic cation homeostasis | infe





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







ctivator activity | inferred from direct assay |GO:0005097//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| vesic



direct assay |GO:0005682//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

on from Pol III promoter | inferred from genetic interaction |GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from



ss| phospholipid metabolism | traceable author statement |GO:0006644//biological process| regulation of transcription from Pol II promoter | traceable auth

rect assay |GO:0004306//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay

ar component| nucleus | inferred from physical interaction |GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological p









|GO:0016021//cellular component| vacuolar lumen | inferred from direct assay |GO:0005775//biological process| membrane disassembly | inferred from m





ological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511









physical interaction |GO:0000398

om mutant phenotype |GO:0006970//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









ble author statement|GO:0007005//biological process| iron ion homeostasis | inferred from direct assay |GO:0006879



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

lytic core (sensu Eukarya) | inferred from sequence similarity|GO:0005754//cellular component| proton-transporting ATP synthase, catalytic core (sensu Eu

red from direct assay|GO:0006431









tase complex | inferred from mutant phenotype |GO:0017102//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process|



ss| asparagine biosynthesis | traceable author statement|GO:0006529



uence similarity|GO:0006468//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468//biological process| D





4//biological process| response to xenobiotic stimulus | inferred from mutant phenotype|GO:0009410





ess| mitotic cell cycle | inferred from genetic interaction |GO:0000278//biological process| mitotic cell cycle | inferred from expression pattern |GO:0000278



ect assay |GO:0005739//biological process| mitochondrial transport | inferred from direct assay|GO:0006839

inferred from mutant phenotype|GO:0030437//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| response to

//biological process| DNA replication | traceable author statement |GO:0006260//biological process| replicative cell aging | inferred from mutant phenotype

| traceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| prote

biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468



|GO:0005819//cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction |GO:0000778//biological process| mito

interaction |GO:0004081//molecular function| bis(5'-nucleosyl)-tetraphosphatase (asymmetrical) activity | inferred from direct assay |GO:0004081//cellular





henotype |GO:0006513//biological process| protein polyubiquitination | inferred from physical interaction |GO:0000209//biological process| protein polyubiq









osynthesis | traceable author statement |GO:0006412

to stress | inferred from mutant phenotype |GO:0006950//biological process| response to stress | inferred from genetic interaction |GO:0006950





maintenance | inferred from mutant phenotype |GO:0000027



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ing | inferred from mutant phenotype |GO:0006623

vity | inferred from genetic interaction |GO:0004602//cellular component| intracellular | inferred from physical interaction|GO:0005622//biological process| r

ipid biosynthesis | traceable author statement|GO:0030148//biological process| calcium-mediated signaling | inferred from mutant phenotype |GO:0019722







promoter | traceable author statement |GO:0006357

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





hondrion | inferred from direct assay|GO:0005739//biological process| leucine biosynthesis | inferred from genetic interaction|GO:0009098

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

O:0016126//biological process| sterol biosynthesis | inferred from direct assay |GO:0016126



cellular component| nuclear chromatin | inferred from direct assay |GO:0000790//cellular component| histone acetyltransferase complex | inferred from dire

ytoplasm | traceable author statement |GO:0005737//biological process| RAS protein signal transduction | inferred from mutant phenotype|GO:0007265//b







O:0006629//biological process| N-terminal protein myristoylation | inferred from mutant phenotype |GO:0006499//biological process| N-terminal protein my



ter membrane | inferred from direct assay |GO:0005640//biological process| tRNA methylation | inferred from mutant phenotype|GO:0030488









s| sporulation | inferred from genetic interaction |GO:0030435//biological process| meiotic recombination | inferred from mutant phenotype |GO:0007131//b



r activity | inferred from direct assay |GO:0001671//cellular component| cytosol | inferred from direct assay|GO:0005829//biological process| protein-mitoch

interaction|GO:0007059



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

al process| ribosomal large subunit-nucleus export | traceable author statement |GO:0000055//biological process| ribosomal large subunit-nucleus export |





traceable author statement |GO:0005842//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthes





ellular component| pre-replicative complex | inferred from direct assay |GO:0005656//cellular component| nucleus | inferred from direct assay |GO:0005634

phenotype|GO:0006486



ed from physical interaction |GO:0007119//biological process| apical bud growth | inferred from physical interaction |GO:0007118//biological process| endo







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



enotype |GO:0006950







r component| cytoplasm | inferred from direct assay |GO:0005737//biological process| regulation of transcription from Pol II promoter | inferred from mutan



ular component| respiratory chain complex III (sensu Eukarya) | inferred from direct assay|GO:0005750//cellular component| mitochondrial electron transp



one-carbon compound metabolism | inferred from mutant phenotype|GO:0006730//biological process| one-carbon compound metabolism | inferred from g



eable author statement |GO:0006189//biological process| purine ribonucleoside salvage | traceable author statement |GO:0006166//biological process| try





able author statement|GO:0006412









outer membrane | inferred from direct assay |GO:0005741//cellular component| nuclear inner membrane | traceable author statement |GO:0005637//cellu

ogical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468





nteraction|GO:0006383//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









from physical interaction|GO:0006888

d from direct assay|GO:0006424

netic interaction |GO:0006893//biological process| exocytosis | inferred from genetic interaction |GO:0006887

GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende



4//biological process| vacuolar protein catabolism | traceable author statement|GO:0007039



anization and biogenesis | inferred from genetic interaction |GO:0030036

uthor statement |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| hexose transpo

6635//biological process| malate metabolism | traceable author statement |GO:0006108//biological process| glyoxylate cycle | traceable author statement |G









ceable author statement |GO:0007231//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological proces

m mutant phenotype |GO:0005886//biological process| choline transport | inferred from sequence similarity|GO:0015871//biological process| choline transp





elity | inferred from mutant phenotype|GO:0006450//biological process| protein biosynthesis | traceable author statement |GO:0006412





nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| cytoskeleton organization and biogenesis | traceable author statement|GO:000





mbly | inferred from physical interaction |GO:0006333//biological process| chromatin assembly/disassembly | inferred from mutant phenotype |GO:0006333



inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365



y |GO:0008614









ipid biosynthesis | traceable author statement|GO:0030148//biological process| calcium-mediated signaling | inferred from mutant phenotype |GO:0019722





imilarity|GO:0015940





logical process| transcription initiation from Pol III promoter | inferred from sequence similarity|GO:0006384//biological process| transcription initiation from









non-traceable author statement|GO:0006457



om mutant phenotype |GO:0008104

red from direct assay |GO:0005828//biological process| chromosome segregation | traceable author statement|GO:0007059//biological process| protein am

n |GO:0008033



O:0003906//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:0005





ect assay |GO:0000118//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:003046









ogenesis | inferred from mutant phenotype |GO:0006998//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ngi) | inferred from expression pattern|GO:0030437//biological process| aerobic respiration | inferred from expression pattern |GO:0009060//biological proc



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ant phenotype |GO:0009651//biological process| regulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0006357





anic cation transport | inferred from sequence similarity|GO:0015672//biological process| monovalent inorganic cation transport | inferred from mutant phen





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





ect assay |GO:0005871//cellular component| spindle | inferred from direct assay |GO:0005819//cellular component| spindle pole body | inferred from direct







statement|GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

tement |GO:0000086//biological process| mitotic spindle elongation | inferred from mutant phenotype |GO:0000022



rred from direct assay |GO:0005624//biological process| sphingolipid biosynthesis | traceable author statement|GO:0030148



S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082

n from Pol II promoter | inferred from physical interaction|GO:0006368//biological process| regulation of transcription, DNA-dependent | inferred from muta

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

statement|GO:0005783//biological process| O-linked glycosylation | inferred from sequence similarity|GO:0006493//biological process| O-linked glycosylatio

red from direct assay|GO:0018348//biological process| small GTPase mediated signal transduction | traceable author statement |GO:0007264//biological p



ch repair | inferred from direct assay|GO:0006298



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

NAD biosynthesis | inferred from direct assay |GO:0009435







mponent| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | traceable author statement|GO:0000274//cellular component| proton-transporti









ble author statement|GO:0006412





me organization and biogenesis | inferred from expression pattern |GO:0007031







process| purine nucleoside catabolism | inferred from mutant phenotype|GO:0006152

gical process| cell wall organization and biogenesis | inferred from sequence similarity|GO:0007047//biological process| cell wall organization and biogene





O:0006623//biological process| protein-membrane targeting | inferred from physical interaction |GO:0006612//biological process| protein-membrane targeti

O:0003697//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| telomerase holoenzyme complex | traceable auth



eable author statement |GO:0006189//biological process| purine ribonucleoside salvage | traceable author statement |GO:0006166//biological process| try



d from mutant phenotype |GO:0006075//biological process| bud site selection | inferred from mutant phenotype |GO:0000282





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

author statement |GO:0007091//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process|



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





process| cellular morphogenesis during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000753



ological process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000750



phenotype|GO:0006914





nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| cytoskeleton organization and biogenesis | traceable author statement|GO:000



m mutant phenotype|GO:0042542//biological process| osmosensory signaling pathway via two-component system | traceable author statement |GO:00072



s| transcription initiation from Pol III promoter | inferred from physical interaction|GO:0006384//biological process| transcription initiation from Pol III promot

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ytoplasm | inferred from direct assay|GO:0005737//biological process| glycogen metabolism | inferred from sequence similarity|GO:0005977//biological pro

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

or statement|GO:0005680//biological process| cyclin catabolism | traceable author statement|GO:0008054//biological process| mitotic metaphase/anaphas









m mutant phenotype|GO:0019318//biological process| hexose metabolism | inferred from genetic interaction |GO:0019318//biological process| protein ami

notype|GO:0019722//biological process| response to heat | inferred from direct assay |GO:0009408//biological process| sphingolipid metabolism | inferred









cess| protein-peroxisome targeting | inferred from mutant phenotype |GO:0006625





ble author statement|GO:0006412









assay |GO:0005625//biological process| intracellular protein transport | inferred from mutant phenotype|GO:0006886



ctivity | inferred from genetic interaction |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological p

cle arrest | inferred from mutant phenotype |GO:0000077//biological process| cell cycle checkpoint | inferred from mutant phenotype |GO:0000075

ecular function| ribosomal DNA (rDNA) binding | inferred from mutant phenotype |GO:0000182//cellular component| RNA polymerase I upstream activatin

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

lasm | inferred from direct assay |GO:0005737//biological process| negative regulation of nuclear mRNA splicing, via spliceosome | inferred from mutant p

016274//molecular function| protein-arginine N-methyltransferase activity | inferred from genetic interaction |GO:0016274//molecular function| protein-argin







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

nse to pheromone during conjugation with cellular fusion | traceable author statement |GO:0000749



s| cytoskeleton organization and biogenesis | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO

nteraction |GO:0000783//biological process| anti-apoptosis | inferred from direct assay|GO:0006916//biological process| telomere maintenance | inferred fr

or statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin









similarity |GO:0006468

nt| plasma membrane | inferred from direct assay |GO:0005886//biological process| small GTPase mediated signal transduction | traceable author stateme









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

process| response to stress | inferred from direct assay |GO:0006950



//biological process| methionine metabolism | traceable author statement |GO:0006555

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

gical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

rocess| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| sporulation | inferred from mutant phenotyp



oter | inferred from direct assay |GO:0006368

somal subunit (sensu Eukarya) | inferred from physical interaction|GO:0005843//biological process| mature ribosome assembly | inferred from mutant phen





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





all ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biologic

alanyl-tRNA aminoacylation | traceable author statement|GO:0006432

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





tatement|GO:0006310//biological process| double-strand break repair | traceable author statement |GO:0006302//biological process| postreplication repair

milarity|GO:0006833

mitochondrial outer membrane translocase complex | inferred from mutant phenotype |GO:0005742//biological process| mitochondrial matrix protein impor

ss| phospholipid metabolism | traceable author statement |GO:0006644//biological process| regulation of transcription from Pol II promoter | traceable auth





notype |GO:0005737//biological process| glycyl-tRNA aminoacylation | inferred from sequence similarity|GO:0006426//biological process| glycyl-tRNA am





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

hogenesis | traceable author statement |GO:0000902



able author statement|GO:0006412



mponent| mitochondrion | inferred from mutant phenotype |GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:00090



nferred from sequence similarity |GO:0005975



rred from physical interaction|GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412//biological process| pro



g | inferred from sequence similarity |GO:0003677//molecular function| DNA binding | inferred from physical interaction |GO:0003677//molecular function| D

m direct assay |GO:0000122

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

34//cellular component| nuclear telomere cap complex | inferred from direct assay |GO:0000783//biological process| telomerase-dependent telomere main







raction |GO:0030121//biological process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192//biological process| vesicle-mediated

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





cal process| MAPKKK cascade | inferred from mutant phenotype|GO:0000165







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

80//biological process| iron ion transport | inferred from mutant phenotype |GO:0006826//biological process| transport | inferred from sequence similarity |G









irect assay|GO:0005737//biological process| regulation of cell redox homeostasis | inferred from mutant phenotype|GO:0030503//biological process| regul









pole body duplication (sensu Saccharomyces) | inferred from mutant phenotype|GO:0007103//biological process| microtubule nucleation | inferred from p

om Pol II promoter | inferred from mutant phenotype|GO:0006366







ensu Fungi) | inferred from genetic interaction |GO:0030472//biological process| meiosis | inferred from mutant phenotype |GO:0007126









bunit assembly and maintenance | inferred from mutant phenotype |GO:0000027



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





larity|GO:0016568//biological process| chromatin modification | inferred from physical interaction |GO:0016568//biological process| chromatin modification





traceable author statement |GO:0005843//biological process| protein biosynthesis | traceable author statement|GO:0006412//biological process| ribosoma



enotype |GO:0006486//biological process| protein amino acid glycosylation | inferred from direct assay |GO:0006486









ll organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| N-linked glycosylation | inferred from mutant phenotype |

mic reticulum membrane | inferred from genetic interaction |GO:0005789//biological process| ubiquitin-dependent protein catabolism | inferred from geneti







bunit assembly and maintenance | inferred from mutant phenotype |GO:0000028

metabolism | inferred from curator|GO:0006563

ansport | inferred from genetic interaction |GO:0015758//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:00





d from mutant phenotype|GO:0030466//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from genetic interacti

nent| nucleolus | inferred from direct assay |GO:0005730//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490









sumoylation | traceable author statement|GO:0016925

ay |GO:0019541//biological process| threonine catabolism | inferred from expression pattern |GO:0006567

|GO:0005740//biological process| actin cortical patch assembly | inferred from mutant phenotype|GO:0000147





otype|GO:0009435//biological process| NAD biosynthesis | inferred from direct assay |GO:0009435





es) | inferred from mutant phenotype|GO:0007103//biological process| microtubule nucleation | inferred from physical interaction |GO:0007020//biological







GO:0006364//biological process| rRNA processing | inferred from genetic interaction |GO:0006364

om sequence similarity |GO:0006609//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from physical interaction |GO:0006609/





0006740//biological process| gluconeogenesis | traceable author statement |GO:0006094









rect assay |GO:0005634//biological process| protein folding | inferred from sequence similarity|GO:0006457//biological process| protein folding | inferred fr

ate metabolism | traceable author statement|GO:0006090





moter | inferred from direct assay |GO:0006357

ss| ER to Golgi transport | traceable author statement |GO:0006888



ss| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:0006511//biological process| RNA-nucleus export | inferred from mutant p







5//biological process| post-Golgi transport | inferred from genetic interaction |GO:0006892//biological process| cytokinesis | inferred from mutant phenotyp





henotype |GO:0007165//biological process| cell adhesion | inferred from mutant phenotype |GO:0007155//biological process| protein amino acid phosphor





tabolism | inferred from mutant phenotype |GO:0030433

y |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to DNA damage stimulus | inferred fro

r statement |GO:0006508





ization | inferred from physical interaction |GO:0008154//biological process| actin polymerization and/or depolymerization | inferred from mutant phenotype

pre-rRNA | inferred from mutant phenotype |GO:0030490

ed from physical interaction|GO:0006357//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289





complex (UDP-forming) | inferred from physical interaction|GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-fo





ess| protein-nucleus import | inferred from direct assay |GO:0006606//biological process| rRNA-nucleus export | inferred from mutant phenotype |GO:0006

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

m direct assay |GO:0005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| ubiquitin-dependent protein cata

traceable author statement|GO:0007117//biological process| mitotic spindle checkpoint | inferred from physical interaction |GO:0007094//biological proce





red from direct assay|GO:0005737//biological process| tRNA methylation | inferred from direct assay|GO:0030488//biological process| protein biosynthesis

nt |GO:0006355



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| succinyl-CoA metabolism | traceable author statement|GO





erred from mutant phenotype|GO:0006457



port | inferred from mutant phenotype |GO:0006810//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623





cation | inferred from sequence similarity|GO:0016556//biological process| mRNA modification | inferred from mutant phenotype |GO:0016556//biological p







component| snRNP U1 | inferred from direct assay |GO:0005685//biological process| mRNA splice site selection | inferred from mutant phenotype|GO:000



GO:0005724//cellular component| chromatin silencing complex | inferred from direct assay |GO:0005677//cellular component| nuclear telomere cap compl

sis | inferred from mutant phenotype |GO:0008654//biological process| negative regulation of transcription from Pol II promoter | inferred from mutant pheno









erred from genetic interaction|GO:0030036//biological process| small GTPase mediated signal transduction | inferred from physical interaction |GO:00072





n |GO:0006348

ed from physical interaction|GO:0007047//biological process| actin filament organization | inferred from mutant phenotype |GO:0007015//biological process



//biological process| postreplication repair | inferred from mutant phenotype |GO:0006301//biological process| postreplication repair | inferred from genetic

MPASS complex | inferred from physical interaction|GO:0048188//cellular component| nuclear chromatin | inferred from mutant phenotype |GO:0000790//bi



copper ion homeostasis | inferred from mutant phenotype |GO:0006878//biological process| regulation of translation | inferred from physical interaction |G

atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







mplex | inferred from physical interaction |GO:0000164//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:00304









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



| phosphate transport | inferred from mutant phenotype|GO:0006817



n, mating-type specific | inferred from mutant phenotype|GO:0007532//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:000

ntion | inferred from mutant phenotype|GO:0006621



netic interaction |GO:0045703//cellular component| integral to membrane | inferred from sequence similarity|GO:0016021//cellular component| endoplasm

t| cytoplasm | traceable author statement |GO:0005737//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:000

l process| chromatin remodeling | inferred from physical interaction |GO:0006338//biological process| chromatin remodeling | inferred from genetic interact

e second messenger | traceable author statement |GO:0007188//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological pro





rocess| chromatin remodeling | inferred from genetic interaction |GO:0006338//biological process| chromatin remodeling | inferred from direct assay |GO:0

om direct assay |GO:0005789//biological process| vesicle-mediated transport | inferred from direct assay|GO:0016192//biological process| autophagy | infe







ological process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470







al process| purine base biosynthesis | inferred from mutant phenotype|GO:0009113//biological process| purine base biosynthesis | inferred from direct assa





05871//biological process| mitotic spindle orientation (sensu Fungi) | inferred from mutant phenotype|GO:0030607//biological process| mitotic spindle orien



//biological process| DNA replication | inferred from mutant phenotype |GO:0006260





utant phenotype|GO:0016114//biological process| terpenoid biosynthesis | inferred from genetic interaction |GO:0016114//biological process| terpenoid bio



d peptidolysis | inferred from mutant phenotype |GO:0006508

ucleotide metabolism | inferred from direct assay|GO:0009117









ical process| osmosensory signaling pathway via two-component system | inferred from direct assay |GO:0007234//biological process| response to osmoti



able author statement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

t phenotype|GO:0000086//biological process| G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000086//biological process| S ph









logical process| Golgi to plasma membrane transport | inferred from direct assay |GO:0006893//biological process| intracellular protein transport | inferred









cess| retrograde transport, endosome to Golgi | inferred from direct assay|GO:0042147//biological process| Golgi to vacuole transport | inferred from mutan









statement |GO:0000154



al process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



tion |GO:0004422//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0







|GO:0005634//biological process| histone acetylation | non-traceable author statement|GO:0016573





cal process| GPI anchor biosynthesis | traceable author statement|GO:0006506





e |GO:0006281//biological process| leading strand elongation | inferred from direct assay |GO:0006272

6121//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099









rred from physical interaction|GO:0000398

nction| siderochrome-iron transporter activity | inferred from direct assay |GO:0015343//cellular component| cytoplasmic vesicle | traceable author statemen

|GO:0042147//biological process| Golgi to vacuole transport | inferred from mutant phenotype |GO:0006896



ological process| response to stress | inferred from physical interaction|GO:0006950//biological process| response to stress | inferred from mutant phenoty

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

O:0000124//biological process| histone acetylation | traceable author statement|GO:0016573//biological process| chromatin modification | traceable author





ect assay|GO:0005737//biological process| pyrimidine nucleotide metabolism | inferred from mutant phenotype|GO:0006220//biological process| pyrimidine

ed from mutant phenotype |GO:0007120//biological process| bud growth | inferred from mutant phenotype |GO:0007117//biological process| response to o

assay|GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0005739//cellular component| presequence translocase-associate





rom direct assay |GO:0005634//biological process| peptidyl-arginine methylation | inferred from direct assay|GO:0018216









gulation | traceable author statement|GO:0018987//biological process| vacuole organization and biogenesis | inferred from mutant phenotype |GO:000703

-methionine acetylation | inferred from mutant phenotype|GO:0017196







om physical interaction |GO:0016593//cellular component| transcription elongation factor complex | inferred from physical interaction |GO:0008023//cellula

nt of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype|GO:0000283//biological process| actin cortical patch assembly | inferred from m









otein amino acid phosphorylation | inferred from direct assay|GO:0006468//biological process| septin checkpoint | inferred from mutant phenotype |GO:000

m mutant phenotype|GO:0006865//biological process| amino acid transport | inferred from direct assay |GO:0006865

05935//cellular component| bud tip | inferred from direct assay |GO:0005934//cellular component| actin filament | inferred from direct assay |GO:0005884//c

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

mponent| mitochondrion | inferred from mutant phenotype |GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:00090

sequence similarity|GO:0006412//biological process| protein biosynthesis | inferred from curator |GO:0006412



ble author statement|GO:0006859//biological process| galactose metabolism | traceable author statement |GO:0006012

atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding









rred from genetic interaction|GO:0045002//biological process| double-strand break repair via break-induced replication | traceable author statement |GO:0









of protein catabolism | inferred from mutant phenotype |GO:0042176//biological process| cadmium ion homeostasis | inferred from mutant phenotype |GO









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ome | inferred from genetic interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct assay |GO:0000398



/biological process| endocytosis | inferred from mutant phenotype|GO:0006897//biological process| protein-vacuolar targeting | inferred from mutant pheno



statement |GO:0006298//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| base-excision repair

om genetic interaction |GO:0009651//biological process| polar budding | inferred from mutant phenotype |GO:0007121//biological process| cell wall organiz









atement |GO:0000028





005634//biological process| CDP-choline pathway | inferred from direct assay|GO:0006657//biological process| phosphatidylcholine biosynthesis | inferred





pe |GO:0042273//biological process| chromosome organization and biogenesis (sensu Eukarya) | inferred from genetic interaction |GO:0007001

omponent| cytosol | traceable author statement|GO:0005829//biological process| gluconeogenesis | traceable author statement|GO:0006094









//biological process| pseudohyphal growth | traceable author statement|GO:0007124//biological process| invasive growth (sensu Saccharomyces) | tracea

rom genetic interaction|GO:0006457

rom direct assay|GO:0005737//biological process| intra-Golgi transport | inferred from sequence similarity|GO:0006891//biological process| intra-Golgi tran



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om sequence similarity |GO:0003964//molecular function| alkylbase DNA N-glycosylase activity | inferred from direct assay |GO:0003905//molecular functio





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



henotype |GO:0000002

inoadipic pathway | traceable author statement|GO:0019878//biological process| protein-cofactor linkage | inferred from direct assay |GO:0018065

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









ce similarity|GO:0015937







say |GO:0005743//biological process| mitochondrial intermembrane space protein import | traceable author statement|GO:0045041//biological process| pro







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

able author statement |GO:0000027

ptidyl-glycine N-myristoylation | traceable author statement|GO:0018008

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om expression pattern|GO:0019541//biological process| organic acid transport | inferred from direct assay |GO:0015849//biological process| transport | trac

6406//biological process| RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| DNA recombination | inf









uthor statement |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| hexose transpo





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



erred from direct assay|GO:0015804

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



:0005829//biological process| pyrimidine base biosynthesis | traceable author statement|GO:0019856//biological process| phospholipid biosynthesis | trace



n from Pol II promoter | inferred from sequence similarity |GO:0006367



5324//biological process| protein-Golgi retention | inferred from mutant phenotype |GO:0045053





regulation of transcription | inferred from physical interaction|GO:0045449//biological process| regulation of transcription | inferred from mutant phenotype |

from mutant phenotype|GO:0006348//biological process| mismatch repair | traceable author statement |GO:0006298//biological process| nucleotide-excis







mponent| Golgi trans cisterna | traceable author statement |GO:0000138//biological process| vesicle fusion | traceable author statement|GO:0006906

2//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357//biological process| chromatin remodel







mponent| Golgi trans cisterna | traceable author statement |GO:0000138//biological process| vesicle fusion | traceable author statement|GO:0006906









| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:00

able author statement|GO:0019878

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

plasma membrane | inferred from direct assay|GO:0005886//biological process| G-protein coupled receptor protein signaling pathway | inferred from physic



atement |GO:0006888

ane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810





ed from direct assay |GO:0005739//biological process| misfolded or incompletely synthesized protein catabolism | inferred from mutant phenotype|GO:000



m genetic interaction |GO:0003704//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| positive regulation o

cess| bud growth | inferred from genetic interaction |GO:0007117//biological process| protein amino acid phosphorylation | inferred from sequence similarit

m mutant phenotype|GO:0006048//biological process| UDP-N-acetylglucosamine biosynthesis | inferred from direct assay |GO:0006048

| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype |GO:0000398

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

al process| protein-nucleus import | inferred from sequence similarity|GO:0006606//biological process| protein-nucleus import | inferred from mutant pheno

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

m mutant phenotype|GO:0007188

monophosphate biosynthesis | traceable author statement|GO:0009127//biological process| histidine biosynthesis | traceable author statement |GO:000010



on from Pol II promoter | inferred from genetic interaction |GO:0006357





om mutant phenotype |GO:0003704//cellular component| nucleus | inferred from curator|GO:0005634//biological process| positive regulation of transcriptio

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

mutant phenotype |GO:0000753



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

nferred from direct assay |GO:0005634//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological proces

ed from physical interaction|GO:0007047//biological process| actin filament organization | inferred from mutant phenotype |GO:0007015//biological process

06537//biological process| citrate metabolism | traceable author statement |GO:0006101//biological process| tricarboxylic acid cycle | traceable author state









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

on and biogenesis | inferred from mutant phenotype |GO:0030036

assay|GO:0006468//biological process| nuclear division | inferred from mutant phenotype |GO:0000280

361//biological process| meiosis | inferred from expression pattern |GO:0007126//biological process| protein monoubiquitination | inferred from mutant phe



m physical interaction |GO:0000288//biological process| mRNA catabolism, deadenylation-dependent | inferred from mutant phenotype |GO:0000288







traceable author statement|GO:0006402//biological process| mRNA catabolism | inferred from mutant phenotype |GO:0006402//biological process| 35S pr

ed from physical interaction |GO:0000145//cellular component| site of polarized growth (sensu Saccharomyces) | inferred from direct assay |GO:0000134/



uthor statement|GO:0009228







rect assay |GO:0000139//biological process| signal transduction | inferred from mutant phenotype|GO:0007165//biological process| transport | inferred from





nance | inferred from physical interaction|GO:0000027









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









enotype |GO:0008053//biological process| mitochondrion organization and biogenesis | traceable author statement |GO:0007005//biological process| mitoc

hysical interaction|GO:0030490//biological process| ribosome biogenesis | traceable author statement |GO:0007046//biological process| ribosome biogene





mutant phenotype|GO:0007584//biological process| protein kinase cascade | inferred from mutant phenotype |GO:0007243//biological process| protein am



sm | inferred from genetic interaction |GO:0006139



k repair via single-strand annealing | inferred from mutant phenotype |GO:0045002//biological process| DNA recombinase assembly | traceable author sta

condensation | inferred from genetic interaction |GO:0007076









esis | inferred from mutant phenotype |GO:0006999//biological process| nuclear pore organization and biogenesis | inferred from genetic interaction |GO:0





cal process| microtubule nucleation | inferred from physical interaction |GO:0007020





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

anslational termination | inferred from sequence similarity|GO:0006415//biological process| translational termination | inferred from mutant phenotype |GO:



mbrane | inferred from direct assay |GO:0005886//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ogical process| tRNA modification | inferred from direct assay |GO:0006400

ogenesis | inferred from mutant phenotype |GO:0006998//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological



| processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490



| inferred from mutant phenotype|GO:0006800

n |GO:0000780//cellular component| condensed nuclear chromosome, pericentric region | inferred from direct assay |GO:0000780//cellular component| co

n|GO:0006913//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406



y |GO:0005739//biological process| iron incorporation into metallo-sulfur cluster | inferred from mutant phenotype|GO:0018283//biological process| iron inco

ant phenotype|GO:0007231//biological process| actin filament organization | inferred from mutant phenotype |GO:0007015//biological process| protein amin

//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| folic acid biosynthesis | inferred from direct assay|GO:00









nferred from direct assay|GO:0006066







50//biological process| regulation of transcription from Pol II promoter | inferred from direct assay |GO:0006357



heromone maturation | inferred from direct assay|GO:0007323

erred from sequence similarity|GO:0005886//biological process| hexose transport | inferred from genetic interaction|GO:0008645







raceable author statement |GO:0000152//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511//biological







enotype|GO:0006784//biological process| heme a biosynthesis | inferred from genetic interaction |GO:0006784









ological process| mRNA-nucleus export | inferred from mutant phenotype|GO:0006406//biological process| mRNA-nucleus export | inferred from genetic in

able author statement|GO:0006412

or statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

s| transcription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol I promoter | traceable author stat

rom direct assay |GO:0005811//biological process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable a



hor statement |GO:0007126

red from mutant phenotype|GO:0006348

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ssay |GO:0005783//biological process| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050//biological process| conjugatio









lular component| vacuolar membrane (sensu Fungi) | traceable author statement|GO:0000329//cellular component| vacuolar membrane (sensu Fungi) | in

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





rred from direct assay|GO:0042144//biological process| regulation of cell redox homeostasis | traceable author statement |GO:0030503//biological process



rom direct assay |GO:0005811//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| glycolysis | traceable author s







om sequence similarity |GO:0003964//molecular function| alkylbase DNA N-glycosylase activity | inferred from direct assay |GO:0003905//molecular functio

e author statement |GO:0006109





lication (sensu Saccharomyces) | traceable author statement|GO:0007103//biological process| mitotic spindle checkpoint | traceable author statement |GO





m mutant phenotype|GO:0030476

GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







interaction|GO:0000398



lication | inferred from direct assay |GO:0006261

uthor statement |GO:0007091//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| m

ntenance | inferred from mutant phenotype|GO:0008151//biological process| signal transduction | inferred from mutant phenotype |GO:0007165//biological









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



notype|GO:0009070

O:0030437//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ogical process| premeiotic DNA synthesis | inferred from genetic interaction |GO:0006279//biological process| G1/S transition of mitotic cell cycle | inferred



latory particle (sensu Eukarya) | traceable author statement |GO:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author st





esponse to stress | traceable author statement|GO:0006950//biological process| regulation of transcription, DNA-dependent | traceable author statement |G

t bud site | inferred from direct assay |GO:0000131//biological process| exocytosis | inferred from physical interaction|GO:0006887//biological process| exo

n | inferred from mutant phenotype|GO:0006808//biological process| transcription initiation from Pol II promoter | inferred from direct assay |GO:0006367

, via spliceosome | inferred from physical interaction |GO:0000398





t |GO:0006099





rol biosynthesis | inferred from direct assay|GO:0006696

moter | inferred from mutant phenotype |GO:0006357





from direct assay |GO:0000300//biological process| intra-Golgi transport | inferred from physical interaction|GO:0006891//biological process| intra-Golgi tr





om curator |GO:0005634//biological process| response to cadmium ion | inferred from mutant phenotype|GO:0046686//biological process| positive regulatio

ase activity | inferred from expression pattern |GO:0004410//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| lysin

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



say |GO:0005816//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437





uclear organization and biogenesis | inferred from mutant phenotype |GO:0006997//biological process| nucleocytoplasmic transport | inferred from mutant

GO:0005739//biological process| iron ion homeostasis | inferred from mutant phenotype|GO:0006879//biological process| iron ion homeostasis | inferred f

ical process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from mutant phenotype |GO:0000077







al process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511







rom direct assay|GO:0006367





ing during exocytosis | inferred from physical interaction |GO:0006904//biological process| exocytosis | inferred from physical interaction |GO:0006887//bio

inferred from direct assay |GO:0004222//cellular component| mitochondrial intermembrane space | inferred from direct assay|GO:0005758//cellular compo









ensation | inferred from physical interaction |GO:0007076







ng-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:0030466//biological process| regulation of transcription from Pol II promoter | inferred









al process| tRNA splicing | inferred from mutant phenotype |GO:0006388

notype|GO:0007126//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468



eronin tubulin folding pathway | traceable author statement |GO:0007023

uthor statement |GO:0006533//biological process| aspartate biosynthesis | inferred from curator |GO:0006532



ensu Fungi) | traceable author statement|GO:0030476//biological process| polar budding | traceable author statement |GO:0007121//biological process| ax

pe |GO:0042273

sequence similarity|GO:0006010//biological process| glucose 6-phosphate utilization | inferred from mutant phenotype |GO:0006010//biological process| g



GO:0005215//cellular component| plasma membrane | inferred from direct assay|GO:0005886//cellular component| cytoplasm | inferred from direct assay |

ss | traceable author statement |GO:0006950//biological process| protein monoubiquitination | traceable author statement |GO:0006513//biological proces

ar component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleoside catabolism | inferred from mutant phenotype|GO:0009164









ct assay |GO:0005937//cellular component| bud neck | inferred from direct assay |GO:0005935//biological process| peptide pheromone maturation | inferre





ponent| plasma membrane | inferred from direct assay|GO:0005886//biological process| sodium ion transport | inferred from mutant phenotype|GO:00068





d from direct assay |GO:0005933//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| incipient bud site | inferred





ed from direct assay |GO:0000932//biological process| mRNA catabolism | traceable author statement|GO:0006402//biological process| deadenylation-de





| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:00

logical process| iron ion homeostasis | inferred from genetic interaction |GO:0006879





erred from genetic interaction |GO:0006006



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



n | inferred from direct assay |GO:0000267//biological process| mitotic spindle assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472//biol

ed from direct assay |GO:0046495





om physical interaction |GO:0005697//cellular component| telomerase holoenzyme complex | inferred from direct assay |GO:0005697//cellular component|





n complex (sensu Saccharomyces) | inferred from physical interaction |GO:0000928//biological process| mitotic spindle assembly (sensu Fungi) | inferred





ocess| pyrimidine salvage | inferred from genetic interaction |GO:0008655



traceable author statement |GO:0005842//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| protein biosynthes

35//cellular component| mitochondrial inner membrane | traceable author statement|GO:0005743//biological process| protein biosynthesis | traceable auth







| inferred from mutant phenotype|GO:0006850//biological process| transport | inferred from sequence similarity |GO:0006810

ex (UDP-forming) | inferred from physical interaction|GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming)

le author statement |GO:0000154





4//molecular function| histone-lysine N-methyltransferase activity | inferred from direct assay |GO:0018024//cellular component| nucleus | inferred from ph

| inferred from mutant phenotype|GO:0007093//biological process| negative regulation of exit from mitosis | inferred from mutant phenotype |GO:0001100

|GO:0006974//biological process| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process| DNA recombination | inferred fro

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









ed from direct assay |GO:0005634//biological process| N-acetylglucosamine biosynthesis | traceable author statement|GO:0006045

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

component| nucleus | inferred from direct assay |GO:0005634//biological process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//bio

0006740//biological process| gluconeogenesis | traceable author statement |GO:0006094

ar targeting | inferred from mutant phenotype |GO:0006623





ane | inferred from sequence similarity|GO:0016020//biological process| transport | inferred from sequence similarity|GO:0006810

ellular component| pre-replicative complex | inferred from direct assay |GO:0005656//cellular component| nucleus | inferred from direct assay |GO:0005634





bly | traceable author statement|GO:0000391









nent| exocyst | inferred from physical interaction |GO:0000145//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological



atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding

cess| cell growth and/or maintenance | inferred from mutant phenotype |GO:0008151//biological process| rRNA processing | inferred from physical interac



d from mutant phenotype |GO:0005886//biological process| allantoate transport | inferred from mutant phenotype|GO:0015719



ent|GO:0005634//cellular component| nucleus | inferred from physical interaction |GO:0005634//cellular component| nuclear chromatin | inferred from direc

, via spliceosome | inferred from physical interaction |GO:0000398

commitment complex | traceable author statement |GO:0000243//cellular component| commitment complex | inferred from physical interaction |GO:000024



cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| DNA recombination | inferred from mutant phenotype|GO:00063





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







m mutant phenotype|GO:0000086//biological process| G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000086//biological proces

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









from genetic interaction |GO:0007114//biological process| cellular morphogenesis | inferred from mutant phenotype |GO:0000902//biological process| cell

otype|GO:0000002//biological process| mitochondrion inheritance | inferred from mutant phenotype |GO:0000001



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





hin Golgi | inferred from mutant phenotype |GO:0000301

assay|GO:0006631









inferred from sequence similarity|GO:0016311//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//b



0005739//biological process| actin filament organization | inferred from mutant phenotype|GO:0007015



GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ferred from mutant phenotype |GO:0007076//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype |GO:0007064//biologic

odeling | traceable author statement|GO:0006338





red from direct assay |GO:0005886//cellular component| cytosol | inferred from direct assay |GO:0005829//biological process| endocytosis | inferred from m









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



biological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0006357//biological process| response to pherom







pre-rRNA | inferred from mutant phenotype |GO:0030490









(sensu Eukarya) | inferred from mutant phenotype |GO:0005756//biological process| ATP synthesis coupled proton transport | inferred from mutant phenot





ess | inferred from mutant phenotype|GO:0006979//biological process| ergosterol biosynthesis | inferred from direct assay |GO:0006696//biological process



pe |GO:0042273//biological process| ribosome assembly | traceable author statement |GO:0042255//biological process| cytokinesis, contractile ring forma

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



9//cellular component| mRNA cleavage and polyadenylation specificity factor complex | traceable author statement |GO:0005847//biological process| trans

nt| DNA-directed RNA polymerase II, core complex | traceable author statement |GO:0005665//biological process| transcription from Pol III promoter | trac

6406//biological process| RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| DNA recombination | inf

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





rt | inferred from sequence similarity|GO:0006828//biological process| manganese ion transport | inferred from genetic interaction |GO:0006828





|GO:0006287









tement |GO:0005739//biological process| acetyl-CoA biosynthesis from pyruvate | traceable author statement|GO:0006086

ocess| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114

author statement|GO:0045041//biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype |GO:0007005

ochondrial inner membrane protein import | inferred from physical interaction|GO:0045039//biological process| mitochondrial inner membrane protein impo

ferred from genetic interaction |GO:0001403

ment |GO:0006101//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099

vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| sphingolipid biosynthesis | inferred from mutant phenotype|GO:003014

dependent telomere maintenance | inferred from mutant phenotype |GO:0007004//biological process| response to DNA damage stimulus | traceable autho

arity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//molecular function| DNA-d



ng | traceable author statement|GO:0006364

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





ant phenotype|GO:0000027//biological process| ribosomal large subunit assembly and maintenance | inferred from genetic interaction |GO:0000027

| inferred from genetic interaction |GO:0003700//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| respons

r | inferred from direct assay|GO:0006357

say |GO:0005743//cellular component| mitochondrion | inferred from direct assay |GO:0005739//cellular component| cytoplasm | inferred from direct assay

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





iological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0006357//biological process| response to pheromo

nt|GO:0015720

bly | inferred from physical interaction|GO:0006461//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461



teraction |GO:0007094//biological process| conjugation with cellular fusion | inferred from mutant phenotype |GO:0000747



ological process| vacuolar acidification | traceable author statement|GO:0007035



m genetic interaction |GO:0000290



d from genetic interaction|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

rom direct assay|GO:0005737//biological process| regulation of cell redox homeostasis | inferred from mutant phenotype|GO:0030503//biological process|



e kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle checkpoint | inferred from mutant phenotype|GO:0007094



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ological process| signal transduction during conjugation with cellular fusion | traceable author statement|GO:0000750//biological process| signal transductio



ansport | inferred from mutant phenotype|GO:0015802//biological process| basic amino acid transport | inferred from genetic interaction |GO:0015802//bio



biological process| DNA replication initiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and mainten

gi) | inferred from mutant phenotype|GO:0030476//biological process| spore wall assembly (sensu Fungi) | inferred from direct assay |GO:0030476





direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab



uthor statement |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| hexose transpo

egulation of nitrogen utilization | inferred from mutant phenotype|GO:0006808//biological process| regulation of nitrogen utilization | inferred from genetic in



rya) | inferred from direct assay|GO:0005843//biological process| translational initiation | inferred from direct assay|GO:0006413

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

s| cellular respiration | inferred from genetic interaction|GO:0045333





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







x | traceable author statement |GO:0005782//cellular component| peroxisomal matrix | inferred from direct assay |GO:0005782//biological process| peroxiso



pre-rRNA | inferred from mutant phenotype |GO:0030490

m mutant phenotype|GO:0030433

|GO:0006355//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074//biological process| regulation of cell cycle | inferr





pe|GO:0030489//biological process| ribosomal large subunit assembly and maintenance | inferred from physical interaction |GO:0000027





m direct assay |GO:0005634//biological process| heme biosynthesis | inferred from mutant phenotype|GO:0006783





hase (glutamine-hydrolyzing) activity | inferred from sequence similarity |GO:0003952//molecular function| NAD+ synthase (glutamine-hydrolyzing) activity



ss| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from genetic interaction |GO:0000077



equence similarity|GO:0007015//biological process| endocytosis | inferred from sequence similarity |GO:0006897//biological process| Golgi to endosome t

aintenance | traceable author statement |GO:0000027

ukaryotic translation initiation factor 3 complex | inferred from direct assay |GO:0005852//cellular component| ribosome | traceable author statement |GO:0

mponent| nuclear membrane | inferred from direct assay |GO:0005635

us | inferred from direct assay |GO:0005634//biological process| RNA elongation from Pol II promoter | inferred from physical interaction|GO:0006368

nferred from sequence similarity |GO:0006487

ocess| bile acid transport | inferred from mutant phenotype|GO:0015721



al process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

nferred from mutant phenotype|GO:0006020//biological process| myo-inositol metabolism | inferred from genetic interaction |GO:0006020//biological proce

protein phosphatase type 2A complex | traceable author statement |GO:0000159//biological process| pseudohyphal growth | inferred from mutant phenoty

ment |GO:0000209

ogical process| tricarboxylic acid cycle | traceable author statement |GO:0006099

on|GO:0000722

e|GO:0006334

7096//biological process| S phase of mitotic cell cycle | inferred from direct assay |GO:0000084



tant phenotype |GO:0016575//biological process| chromatin silencing | inferred from mutant phenotype |GO:0006342//biological process| chromatin silenc



uitin-dependent protein catabolism | non-traceable author statement |GO:0006511//biological process| protein biosynthesis | traceable author statement |G









| traceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| prote





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



44//cellular component| transcription elongation factor complex | inferred from physical interaction|GO:0008023//cellular component| nucleus | inferred from



assay |GO:0005730//biological process| 35S primary transcript processing | traceable author statement|GO:0006365//biological process| 35S primary tran



onent| integral to endoplasmic reticulum membrane | inferred from mutant phenotype |GO:0030176//biological process| attachment of GPI anchor to prote





GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende



modification | inferred from direct assay|GO:0006464



on from Pol II promoter | inferred from physical interaction|GO:0006368//biological process| chromatin remodeling | inferred from direct assay |GO:0006338

atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding









d from mutant phenotype|GO:0006696







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

say|GO:0005634//biological process| thiamin biosynthesis | traceable author statement|GO:0009228



GO:0006355//biological process| galactose metabolism | traceable author statement |GO:0006012

|GO:0006365

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





onent| nucleus | inferred from direct assay |GO:0005634//biological process| tRNA modification | inferred from mutant phenotype|GO:0006400

| inferred from sequence similarity|GO:0007264



om direct assay |GO:0000122

nt| DNA-directed RNA polymerase II, core complex | traceable author statement |GO:0005665//biological process| transcription from Pol III promoter | trac

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









ement|GO:0042183//biological process| formate catabolism | inferred from genetic interaction |GO:0042183//biological process| NADH regeneration | trace

ay |GO:0005829//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype|GO:0000027



:0016125//biological process| sterol transport | inferred from mutant phenotype |GO:0015918







cess| meiosis | inferred from expression pattern|GO:0007126//biological process| DNA metabolism | inferred from genetic interaction |GO:0006259

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



nit | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from direct assay |GO:0005763//biologic

type |GO:0006597





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ype|GO:0007034//biological process| protein-vacuolar targeting | inferred from direct assay |GO:0006623//biological process| protein amino acid phosphory



inferred from sequence similarity|GO:0016311//biological process| cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047//b

pe|GO:0019483//biological process| response to stress | inferred from expression pattern |GO:0006950//biological process| polyamine catabolism | inferred



mitochondrial matrix protein import | inferred from physical interaction|GO:0030150//biological process| mitochondrial matrix protein import | inferred from m

phenotype|GO:0016050

nucleus export | inferred from mutant phenotype|GO:0016973//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378



plex | traceable author statement |GO:0000164//biological process| cell growth and/or maintenance | traceable author statement|GO:0008151//biological p

rocess| ubiquitin-dependent protein catabolism | inferred from sequence similarity|GO:0006511//biological process| ubiquitin-dependent protein catabolism

erred from mutant phenotype|GO:0007606//biological process| sensory perception of chemical stimulus | inferred from genetic interaction |GO:0007606

assay |GO:0005643//biological process| RNA-nucleus export | inferred from mutant phenotype|GO:0006405//biological process| RNA elongation from Pol

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







nent| mitochondrial intermembrane space | inferred from direct assay |GO:0005758//biological process| mitochondrial inner membrane protein import | infe

from mutant phenotype |GO:0006465//biological process| signal peptide processing | inferred from genetic interaction |GO:0006465





erred from mutant phenotype|GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochrome c | inferred from direct assay |GO:









ogical process| DNA repair | inferred from genetic interaction |GO:0006281

ar component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleoside catabolism | inferred from mutant phenotype|GO:0009164

interaction |GO:0000799//biological process| mitotic chromosome condensation | inferred from mutant phenotype|GO:0007076//biological process| mitotic

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



m mutant phenotype|GO:0045047//biological process| SRP-dependent cotranslational membrane targeting, signal sequence recognition | inferred from mu





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



plex | inferred from physical interaction |GO:0000118//cellular component| histone deacetylase complex | inferred from direct assay |GO:0000118//biologic



process| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription initia

atement |GO:0005634//biological process| U2-type catalytic spliceosome formation for first transesterification step | traceable author statement|GO:00003

process| polyamine transport | inferred from genetic interaction |GO:0015846//biological process| cell ion homeostasis | inferred from mutant phenotype |G

m genetic interaction |GO:0003704//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| positive regulation of transc

n modification | inferred from genetic interaction|GO:0006464//biological process| protein biosynthesis | inferred from physical interaction |GO:0006412

| inferred from direct assay |GO:0005634//biological process| chromatin remodeling | traceable author statement|GO:0006338



y |GO:0008614

atin | inferred from mutant phenotype |GO:0000790//biological process| histone methylation | inferred from direct assay|GO:0016571//biological process| c

trogen utilization | inferred from mutant phenotype|GO:0019740//biological process| regulation of transcription from Pol II promoter | inferred from sequenc

ect assay |GO:0005740//biological process| transport | inferred from sequence similarity|GO:0006810//biological process| transport | inferred from mutant

ogical process| actin cytoskeleton organization and biogenesis | inferred from mutant phenotype |GO:0030036

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ss| protein transport | inferred from direct assay |GO:0015031





able author statement |GO:0006275//biological process| DNA replication initiation | traceable author statement |GO:0006270



sm | inferred from mutant phenotype |GO:0006562

direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab

process| double-strand break repair via homologous recombination | inferred from direct assay |GO:0000724

is | inferred from mutant phenotype|GO:0030026//biological process| manganese ion homeostasis | inferred from genetic interaction |GO:0030026

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

o acid glycosylation | inferred from direct assay |GO:0006486

t| cytoplasm | traceable author statement |GO:0005737//biological process| cell ion homeostasis | inferred from mutant phenotype|GO:0006873//biological





m physical interaction |GO:0006465//biological process| signal peptide processing | inferred from mutant phenotype |GO:0006465//biological process| sign

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









n | inferred from direct assay |GO:0006378

assay|GO:0042144//biological process| regulation of proteolysis and peptidolysis | inferred from mutant phenotype |GO:0030162







ect assay|GO:0006517//biological process| misfolded or incompletely synthesized protein catabolism | inferred from mutant phenotype |GO:0006515

nization and biogenesis | inferred from mutant phenotype|GO:0030866//biological process| protein secretion | inferred from mutant phenotype |GO:000930

ment|GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological process| ribosomal protein-nucleus im

n biosynthesis | traceable author statement|GO:0006412

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

biological process| DNA replication initiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and mainten



rocess| regulation of mitosis | inferred from mutant phenotype|GO:0007088//biological process| ubiquitin-dependent protein catabolism | inferred from cura









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





cal process| tubulin folding | inferred from mutant phenotype|GO:0007021//biological process| tubulin folding | inferred from genetic interaction |GO:00070







/biological process| Rho protein signal transduction | inferred from physical interaction|GO:0007266//biological process| Rho protein signal transduction | i





ssay |GO:0005624//biological process| transport | inferred from sequence similarity|GO:0006810



biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



s| cytoskeleton organization and biogenesis | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







enotype|GO:0030488









28//biological process| transcription from Pol II promoter | inferred from mutant phenotype |GO:0006366



tant phenotype |GO:0000032

enotype|GO:0007131//biological process| chromatin assembly/disassembly | inferred from mutant phenotype |GO:0006333//biological process| DNA stran

8309//biological process| mRNA localization, intracellular | inferred from mutant phenotype |GO:0008298





nferred from sequence similarity |GO:0006487

arity |GO:0003848//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| folic acid and derivative biosynthesis | infer

|GO:0005792//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//biological process| FMN biosynthesis | inferre





nteraction |GO:0007046//biological process| ribosome biogenesis | inferred from genetic interaction |GO:0007046

m sequence similarity|GO:0007264//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| exocytos







9//cellular component| mRNA cleavage and polyadenylation specificity factor complex | traceable author statement |GO:0005847//biological process| mRN

83//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

m physical interaction|GO:0006444

m sequence similarity|GO:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of cell redox hom

or statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin



gical process| protein polyubiquitination | traceable author statement |GO:0000209



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





tatement|GO:0030472//biological process| mitotic anaphase B | traceable author statement |GO:0000092



e|GO:0019627//biological process| allantoin catabolism | traceable author statement |GO:0000256





tic interaction |GO:0000092

ect assay |GO:0030242//biological process| autophagy | inferred from mutant phenotype |GO:0006914//biological process| protein-vacuolar targeting | infer

from mutant phenotype |GO:0005353//cellular component| plasma membrane | inferred from direct assay|GO:0005886//biological process| hexose transp









unction| cyclin-dependent protein kinase activity | inferred from direct assay |GO:0004693//cellular component| nucleus | inferred from direct assay|GO:000



arity |GO:0004540//molecular function| RNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003964//molecular function| DNA-d



ological process| cytoskeleton organization and biogenesis | inferred from genetic interaction |GO:0007010//biological process| response to stress | inferre



rred from direct assay|GO:0005634//biological process| histone ubiquitination | inferred from mutant phenotype|GO:0016574//biological process| histone m

uthor statement |GO:0000155//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological process| response to hy

:0000123//biological process| histone acetylation | inferred from physical interaction|GO:0016573//biological process| chromatin modification | inferred from

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









| inferred from mutant phenotype |GO:0006164

m direct assay |GO:0000131//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological process| cell wall organization a

ellular component| pre-replicative complex | inferred from direct assay |GO:0005656//cellular component| nucleus | inferred from direct assay |GO:0005634





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





151//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511//biological process| G2/M transition of mitotic ce





| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| aerobic respiration | inferred from mutant phe

30508//molecular function| thiol-disulfide exchange intermediate activity | inferred from direct assay |GO:0030508//cellular component| mitochondrial matri

ed from direct assay|GO:0005829//cellular component| soluble fraction | inferred from direct assay |GO:0005625//biological process| vesicle-mediated tran



glycoprotein maturation | non-traceable author statement|GO:0006492







cal process| tubulin folding | inferred from sequence similarity|GO:0007021//biological process| tubulin folding | inferred from mutant phenotype |GO:00070

ort | inferred from mutant phenotype |GO:0006888//biological process| ER to Golgi transport | inferred from genetic interaction |GO:0006888









during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000754



y |GO:0005743//cellular component| mitochondrial inner membrane | inferred from direct assay |GO:0005743//cellular component| cytoplasm | inferred from

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ble author statement|GO:0007005//biological process| iron ion homeostasis | inferred from direct assay |GO:0006879









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







of transcription, DNA-dependent | inferred from physical interaction|GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred

ganization and biogenesis | traceable author statement|GO:0030036//biological process| response to heat | inferred from sequence similarity |GO:0009408



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





thionine metabolism | inferred from mutant phenotype|GO:0006555//biological process| transcription from Pol II promoter | inferred from mutant phenotype







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

e author statement |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | tra

utant phenotype|GO:0016074//biological process| RNA catabolism | inferred from mutant phenotype |GO:0006401//biological process| RNA catabolism | in

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

bud site | inferred from direct assay |GO:0000131//biological process| cellular morphogenesis during conjugation with cellular fusion | traceable author state





odeling | traceable author statement|GO:0006338

//biological process| iron ion homeostasis | inferred from genetic interaction |GO:0006879









tatement|GO:0006468//biological process| regulation of transcription from Pol II promoter | traceable author statement |GO:0006357

n | inferred from direct assay |GO:0000267//biological process| mitotic spindle assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472//biol





//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511





d from physical interaction |GO:0005847//biological process| mRNA cleavage | traceable author statement|GO:0006379//biological process| mRNA cleavag

pre-rRNA | inferred from mutant phenotype |GO:0030490

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

tant phenotype|GO:0006281



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ponent| plasma membrane | inferred from direct assay|GO:0005886//biological process| sodium ion transport | inferred from mutant phenotype|GO:00068









say |GO:0003677//cellular component| nucleus | traceable author statement|GO:0005634//biological process| positive regulation of transcription from Pol I

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







e|GO:0006364

mic reticulum membrane | inferred from genetic interaction |GO:0005789//biological process| ubiquitin-dependent protein catabolism | inferred from geneti







|GO:0045876//biological process| positive regulation of sister chromatid cohesion | inferred from genetic interaction |GO:0045876



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



thesis | inferred from mutant phenotype|GO:0009113//biological process| purine base biosynthesis | inferred from direct assay |GO:0009113//biological pro

s | inferred from genetic interaction |GO:0006950//biological process| proteolysis and peptidolysis | inferred from genetic interaction |GO:0006508//biologic

erred from mutant phenotype |GO:0000781//biological process| DNA recombination | traceable author statement|GO:0006310//biological process| double-s

otype|GO:0007001//biological process| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process| telomere maintenance | in





ssay |GO:0005634//biological process| response to salt stress | inferred from mutant phenotype|GO:0009651//biological process| signal transduction | infe









t |GO:0005730//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| rRNA processing | tra

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

mponent| cytosol | inferred from direct assay |GO:0005829//biological process| protein biosynthesis | inferred from physical interaction|GO:0006412//biolog



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





nt| incipient bud site | inferred from direct assay |GO:0000131//biological process| regulation of cell shape | inferred from genetic interaction|GO:0008360//b



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



y|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| positive regulation of transcription from Pol II pro



ferred from mutant phenotype |GO:0006303

biological process| chromatin remodeling | inferred from mutant phenotype |GO:0006338//biological process| chromatin remodeling | inferred from genetic









gral to endoplasmic reticulum membrane | inferred from direct assay|GO:0030176//biological process| protein-ER targeting | inferred from mutant phenoty

ferred from direct assay |GO:0006468//biological process| regulation of translational initiation | inferred from direct assay |GO:0006446

inferred from mutant phenotype|GO:0006783









GO:0007131//biological process| DNA repair | inferred from mutant phenotype |GO:0006281



type|GO:0007064//biological process| chromosome segregation | inferred from direct assay |GO:0007059



action |GO:0007266//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283



statement |GO:0006537

type|GO:0006449

d from mutant phenotype|GO:0000398

tant phenotype |GO:0000032

inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365



34//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| poly(A)+ mRNA-nucleus export | inferred from physical inter





m direct assay |GO:0030479//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological process| response to osmotic stre

5937//cellular component| integral to plasma membrane | traceable author statement |GO:0005887//biological process| peptide pheromone export | traceab

eable author statement|GO:0006357//biological process| glucose metabolism | traceable author statement |GO:0006006







sis (sensu Eukarya) | inferred from mutant phenotype |GO:0007001//biological process| DNA unwinding | inferred from direct assay |GO:0006268//biologica



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







erred from genetic interaction |GO:0009272

d from physical interaction |GO:0000059//biological process| protein-nucleus import, docking | inferred from mutant phenotype |GO:0000059

cle | inferred from mutant phenotype |GO:0007089



process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| meiosis | inferred from genetic interaction |GO:0007126//biological pro







n biosynthesis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from sequence

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









protein biosynthesis | inferred from physical interaction|GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:00064





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

process| mitotic recombination | inferred from mutant phenotype|GO:0006312//biological process| DNA recombination | inferred from mutant phenotype |G

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

05737//biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:0015940//biological process| polyamine catabolism | inferred fr







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





assay |GO:0005743//biological process| protein biosynthesis | inferred from mutant phenotype|GO:0006412//biological process| Group I intron splicing | in



ect assay|GO:0016567//biological process| cell cycle | traceable author statement |GO:0007049//biological process| ubiquitin-dependent protein catabolism

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

uitin-dependent protein catabolism | non-traceable author statement |GO:0006511//biological process| protein biosynthesis | traceable author statement |G

omplex | inferred from direct assay|GO:0042719//cellular component| mitochondrial intermembrane space | traceable author statement |GO:0005758//biolo









ss| sterol transport | inferred from mutant phenotype|GO:0015918//biological process| regulation of transcription from Pol II promoter | inferred from seque

mutant phenotype |GO:0005774//biological process| polyamine transport | inferred from mutant phenotype|GO:0015846

process| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription initia

nteraction|GO:0030162//biological process| regulation of proteolysis and peptidolysis | inferred from direct assay |GO:0030162

tion | inferred from physical interaction|GO:0007264//biological process| bud growth | inferred from physical interaction |GO:0007117//biological process| c

sequence similarity|GO:0005886//biological process| carbohydrate transport | inferred from sequence similarity|GO:0008643//biological process| carbohyd





assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| removal of tRNA 3'-trailer sequence | inferr



006338//biological process| chromatin remodeling | inferred from genetic interaction |GO:0006338//biological process| chromatin remodeling | inferred from

ation | inferred from mutant phenotype |GO:0007130

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

om mutant phenotype |GO:0016192

64//biological process| ribosomal large subunit assembly and maintenance | traceable author statement |GO:0000027//biological process| ribosomal large

0//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| processing of 27S pre-rRNA | inferred from mutant phenoty

s| multidrug transport | inferred from expression pattern |GO:0006855







utant phenotype|GO:0015893//biological process| monocarboxylic acid transport | inferred from mutant phenotype |GO:0015718

statement |GO:0000162



eus | inferred from direct assay |GO:0005634//biological process| ER-associated protein catabolism | inferred from mutant phenotype|GO:0030433//biologi



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





m mutant phenotype |GO:0007118//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process|

protein biosynthesis | inferred from physical interaction|GO:0006412







r statement |GO:0016579





6023//cellular component| endosome | traceable author statement |GO:0005768//biological process| iron-siderochrome transport | inferred from mutant ph







om direct assay|GO:0006749



of mitotic cell cycle | inferred from mutant phenotype |GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interactio

e|GO:0000226//biological process| nuclear migration (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000065



enotype |GO:0000256

tant phenotype|GO:0006882//biological process| zinc ion homeostasis | inferred from genetic interaction |GO:0006882//biological process| copper ion hom

su Saccharomyces) | inferred from mutant phenotype|GO:0007103//biological process| microtubule nucleation | inferred from physical interaction |GO:000









author statement|GO:0009229//biological process| thiamin diphosphate biosynthesis | inferred from mutant phenotype |GO:0009229







om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ement|GO:0042183//biological process| formate catabolism | inferred from genetic interaction |GO:0042183//biological process| NADH regeneration | trace



e|GO:0009060//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461

al interaction |GO:0006465//biological process| signal peptide processing | inferred from mutant phenotype |GO:0006465//biological process| signal peptid

henotype|GO:0009102//biological process| biotin biosynthesis | inferred from direct assay |GO:0009102





O:0007064//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| DNA repair | inferred from genetic interactio



tern |GO:0045026

osphoprotein phosphatase activity | inferred from genetic interaction |GO:0004721//cellular component| mRNA cleavage and polyadenylation specificity fa

:0006883//biological process| sodium ion homeostasis | inferred from genetic interaction |GO:0006883









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





ion |GO:0006333//biological process| DNA-dependent DNA replication | inferred from physical interaction |GO:0006261



repair | inferred from direct assay |GO:0006281

excision repair factor 3 complex | traceable author statement |GO:0000112//biological process| negative regulation of transcription from Pol II promoter, mi

e transport | inferred from direct assay|GO:0015847//biological process| transport | traceable author statement |GO:0006810

uence similarity |GO:0006468



on inheritance | traceable author statement |GO:0000001





d growth | inferred from genetic interaction |GO:0007117//biological process| nucleosome assembly | inferred from sequence similarity |GO:0006334//biolog



enotype|GO:0030447//biological process| cell aging | inferred from mutant phenotype |GO:0007569//biological process| signal transduction | inferred from m



pre-rRNA | inferred from mutant phenotype |GO:0030490

mponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634

protein-vacuolar targeting | inferred from physical interaction|GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype



nt| cytoplasm | inferred from direct assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| poly(A)+

sm | traceable author statement|GO:0006511

raction | inferred from sequence similarity |GO:0005624//biological process| actin cytoskeleton organization and biogenesis | traceable author statement|G

atid segregation | inferred from mutant phenotype |GO:0000070//biological process| nuclear migration (sensu Saccharomyces) | inferred from mutant phen







mutant phenotype |GO:0006873//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| regu

um ion homeostasis | inferred from mutant phenotype|GO:0006874//biological process| calcium ion transport | inferred from sequence similarity |GO:00068

inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of cell redox

cal process| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050//biological process| vesicle organization and biogenesis



rred from sequence similarity|GO:0006468//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082

nt| plasma membrane | inferred from direct assay |GO:0005886//biological process| small GTPase mediated signal transduction | traceable author stateme



al process| sporulation (sensu Fungi) | traceable author statement|GO:0030437//biological process| response to stress | traceable author statement |GO:00

GO:0000086//biological process| regulation of cyclin dependent protein kinase activity | inferred from mutant phenotype |GO:0000079//biological process|

or statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin





ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S pre-rRNA | inferred from physical intera

ological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| G2/M transition of mitotic cell cycle | t





O:0005847//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biologi

ctivity, rotational mechanism | inferred from mutant phenotype |GO:0046933//cellular component| proton-transporting ATP synthase, central stalk (sensu E

m mutant phenotype |GO:0006950





D-ribose metabolism | inferred from sequence similarity|GO:0006014





odeling | traceable author statement|GO:0006338

inferred from genetic interaction |GO:0006511

nt phenotype|GO:0007532//biological process| regulation of transcription, mating-type specific | inferred from direct assay |GO:0007532







from physical interaction|GO:0006888

s| cytoskeleton organization and biogenesis | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO









ssay |GO:0005634//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from sequence similarity|GO:0006609//biological process

05724//cellular component| chromatin silencing complex | inferred from direct assay |GO:0005677//cellular component| nuclear telomere cap complex | inf







translation initiation factor 3 complex | inferred from physical interaction|GO:0005852//cellular component| eukaryotic translation initiation factor 3 complex





biological process| regulation of glycogen biosynthesis | inferred from genetic interaction |GO:0005979





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ungi) | inferred from direct assay|GO:0009277//biological process| agglutination during conjugation with cellular fusion | inferred from mutant phenotype|G



exadecanal biosynthesis | inferred from sequence similarity|GO:0006634//biological process| hexadecanal biosynthesis | inferred from mutant phenotype |



05819//cellular component| spindle pole body | inferred from direct assay |GO:0005816//cellular component| condensed nuclear chromosome kinetochore









biological process| response to stress | inferred from genetic interaction |GO:0006950



0005935//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| incipient bud site | inferred from direct assay |GO:00







n from Pol II promoter | inferred from mutant phenotype|GO:0000122//biological process| negative regulation of transcription from Pol II promoter | inferred



latory particle (sensu Eukarya) | traceable author statement |GO:0005838//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica



//biological process| ribosomal large subunit assembly and maintenance | inferred from sequence similarity |GO:0000027//biological process| ribosomal la

outer membrane | inferred from direct assay |GO:0005741//cellular component| nuclear inner membrane | traceable author statement |GO:0005637//cellu









54//biological process| ribosome-nucleus export | inferred from physical interaction |GO:0000054//biological process| ribosome-nucleus export | inferred fr









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









latory particle (sensu Eukarya) | traceable author statement |GO:0005838//biological process| ubiquitin-dependent protein catabolism | traceable author st

rred from mutant phenotype|GO:0010044//biological process| regulation of nitrogen utilization | inferred from physical interaction |GO:0006808//biological p



ar component| nucleus | inferred from direct assay |GO:0005634//biological process| nucleoside catabolism | inferred from mutant phenotype|GO:0009164

O:0016591//cellular component| nucleus | inferred from physical interaction |GO:0005634//biological process| mRNA capping | inferred from direct assay|GO





ent|GO:0006365

rect assay |GO:0000324//biological process| homotypic vacuole fusion, non-autophagic | inferred from mutant phenotype|GO:0042145//biological process

, via spliceosome | inferred from physical interaction |GO:0000398





742//biological process| mitochondrial outer membrane protein import | inferred from mutant phenotype|GO:0045040//biological process| mitochondrial ma

| re-entry into mitotic cell cycle after pheromone arrest | inferred from genetic interaction |GO:0000321

| traceable author statement |GO:0006270//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269

ase activity | inferred from expression pattern |GO:0004410//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| lysin

nteraction|GO:0009966//biological process| regulation of signal transduction | inferred from mutant phenotype |GO:0009966

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

d from physical interaction|GO:0007062//biological process| mismatch repair | traceable author statement |GO:0006298//biological process| leading strand









e kinetochore | inferred from direct assay |GO:0000778//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059





tant phenotype|GO:0009231

al initiation | inferred from physical interaction |GO:0006413

r component| membrane | inferred from sequence similarity|GO:0016020//biological process| phosphate transport | inferred from sequence similarity|GO:0

erred from mutant phenotype |GO:0007064

statement|GO:0005634//biological process| response to xenobiotic stimulus | inferred from mutant phenotype|GO:0009410







bly | traceable author statement|GO:0000391



phorylation | inferred from physical interaction|GO:0006468//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:000646



73//biological process| ribosomal large subunit biogenesis | inferred from mutant phenotype |GO:0042273//biological process| mRNA localization, intracellu









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









tein processing | inferred from genetic interaction |GO:0016485//biological process| protein processing | inferred from direct assay |GO:0016485//biologica





(sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| sporulation (sensu Fungi) | inferred from expression pattern |GO:003043

pre-rRNA | inferred from mutant phenotype |GO:0030490

GO:0006296//biological process| double-strand break repair via single-strand annealing, removal of nonhomologous ends | traceable author statement |G

rom direct assay|GO:0005737//biological process| vitamin B2 biosynthesis | inferred from mutant phenotype|GO:0009231





glycoprotein maturation | inferred from mutant phenotype |GO:0006492//biological process| protein folding | inferred from mutant phenotype |GO:0006457

direct assay |GO:0000306//biological process| late endosome to vacuole transport | inferred from genetic interaction|GO:0045324//biological process| hom



nt| plasma membrane | inferred from direct assay |GO:0005886//biological process| small GTPase mediated signal transduction | traceable author stateme

nent| site of polarized growth (sensu Saccharomyces) | inferred from direct assay |GO:0000134//biological process| polar budding | inferred from mutant p

nferred from direct assay |GO:0005774//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| membrane fraction |

atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding









ant phenotype |GO:0006425

ptidase activity | inferred from direct assay |GO:0008234//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| chromo



ytoplasm | traceable author statement |GO:0005737//biological process| pseudohyphal growth | inferred from mutant phenotype|GO:0007124//biological p

plex, coupling factor F(o) (sensu Eukarya) | inferred from physical interaction|GO:0000276//cellular component| proton-transporting ATP synthase complex









ay|GO:0006797

able author statement|GO:0006412

on|GO:0000722







mutant phenotype |GO:0006334//biological process| DNA repair | inferred from mutant phenotype |GO:0006281



t organization | traceable author statement |GO:0007015



from direct assay |GO:0005783//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| zinc ion homeostasis | inferred





m direct assay|GO:0006412

l interaction|GO:0006397//biological process| mRNA processing | inferred from mutant phenotype |GO:0006397//biological process| postreplication repair









0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| regulation of transcription | traceable author statemen









7165//biological process| M phase of mitotic cell cycle | inferred from mutant phenotype |GO:0000087





raction|GO:0007034//biological process| vacuolar transport | inferred from mutant phenotype |GO:0007034//biological process| protein-vacuolar targeting |





on | traceable author statement|GO:0007265//biological process| chromatin silencing | inferred from mutant phenotype |GO:0006342//biological process| n









mutant phenotype |GO:0000398



| cell growth and/or maintenance | inferred from mutant phenotype|GO:0008151//biological process| negative regulation of transcription from Pol II promote



om physical interaction |GO:0000398





gical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

ment complex | traceable author statement |GO:0000243//cellular component| commitment complex | inferred from physical interaction |GO:0000243//biolo

| traceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| prote









ct assay |GO:0005737//biological process| regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0006357//biological proce



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



cal process| peroxisome organization and biogenesis | inferred from mutant phenotype|GO:0007031//biological process| regulation of transcription from Po









0000276//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from physical interaction |GO:000



outer membrane | inferred from direct assay |GO:0005741//cellular component| nuclear inner membrane | traceable author statement |GO:0005637//cellu





9//cellular component| mRNA cleavage and polyadenylation specificity factor complex | traceable author statement |GO:0005847//biological process| mRN



nt|GO:0005743//biological process| ubiquinone metabolism | inferred from mutant phenotype|GO:0006743



exocyst | inferred from physical interaction |GO:0000145//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological proce

assay |GO:0019915//biological process| triacylglycerol biosynthesis | inferred from mutant phenotype |GO:0019432//biological process| triacylglycerol bios

yme complex | inferred from direct assay |GO:0005697//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| telome

| inferred from curator |GO:0005737//cellular component| nucleus | inferred from physical interaction |GO:0005634//cellular component| nucleus | inferred

ed from physical interaction|GO:0006357//biological process| poly(A) tail shortening | inferred from mutant phenotype |GO:0000289//biological process| po









raction|GO:0006950//biological process| response to stress | inferred from mutant phenotype |GO:0006950//biological process| response to stress | inferre

| protein folding | inferred from genetic interaction |GO:0006457



me remodeling complex | traceable author statement |GO:0005679//cellular component| transcription factor TFIIF complex | traceable author statement |GO





9//biological process| mitochondrial electron transport, succinate to ubiquinone | traceable author statement|GO:0006121//biological process| tricarboxylic a



/biological process| ER to Golgi transport | inferred from mutant phenotype|GO:0006888

0005635//cellular component| nuclear chromatin | traceable author statement |GO:0000790//biological process| chromatin silencing | inferred from mutant





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





cretion | inferred from mutant phenotype |GO:0009306//biological process| phosphatidylethanolamine biosynthesis | inferred from mutant phenotype |GO:0



| inferred from direct assay|GO:0005779//biological process| fatty acid transport | inferred from mutant phenotype|GO:0015908





erase activity | inferred from direct assay |GO:0004161//cellular component| cytosol | traceable author statement|GO:0005829//biological process| farnesyl

ding | inferred from mutant phenotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0006906//biological process| vesic



m mutant phenotype|GO:0030476//biological process| meiosis | traceable author statement |GO:0007126



/biological process| sister chromatid cohesion | inferred from physical interaction|GO:0007062//biological process| mismatch repair | traceable author state

phagic | inferred from mutant phenotype|GO:0042145//biological process| homotypic vacuole fusion, non-autophagic | inferred from direct assay |GO:0042





ological process| transcription from mitochondrial promoter | inferred from mutant phenotype |GO:0006390//biological process| transcription from Pol II pro









cess| gluconeogenesis | traceable author statement |GO:0006094



esis | inferred from curator |GO:0006412

mutant phenotype |GO:0007035//biological process| vacuolar acidification | inferred from genetic interaction |GO:0007035

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu









y|GO:0005737//biological process| biotin biosynthesis | inferred from mutant phenotype|GO:0009102//biological process| biotin biosynthesis | inferred from



inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

cleus | inferred from direct assay |GO:0005634//biological process| signal transduction | inferred from mutant phenotype|GO:0007165//biological process| c





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



ort | inferred from mutant phenotype|GO:0015680//biological process| copper ion transport | traceable author statement |GO:0006825

9541//biological process| glutamate biosynthesis | traceable author statement |GO:0006537//biological process| citrate metabolism | traceable author state



action|GO:0016575





O:0005576//biological process| cytokinesis, completion of separation | inferred from sequence similarity|GO:0007109//biological process| cytokinesis, comp



e |GO:0005977//biological process| glycogen metabolism | inferred from genetic interaction |GO:0005977



eable author statement |GO:0006189//biological process| purine ribonucleoside salvage | traceable author statement |GO:0006166//biological process| try





mponent| polarisome | traceable author statement |GO:0000133//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biologica

| traceable author statement |GO:0006270//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269//biolog

assay |GO:0005634//biological process| transcription from Pol III promoter | traceable author statement|GO:0006383

n biosynthesis | traceable author statement|GO:0006412



ess| cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0007010//biological process| protein folding | inferred from sequence s

mbrane | inferred from direct assay |GO:0005635//biological process| ergosterol biosynthesis | traceable author statement|GO:0006696

ctivator activity | inferred from direct assay |GO:0005097//cellular component| Golgi apparatus | inferred from direct assay|GO:0005794//biological process|



7124//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| signal transduction during conju





interaction |GO:0006808//biological process| transcription | traceable author statement |GO:0006350



0006396//biological process| DNA replication | traceable author statement |GO:0006260



inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365







r component| cytosol | inferred from direct assay|GO:0005829//cellular component| peroxisome | inferred from direct assay |GO:0005777//biological proce

ction |GO:0009651//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| actin filament organizatio

7136//molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay |GO:0017136//cellular component| histone deacetylase



/biological process| conjugation with cellular fusion | inferred from genetic interaction|GO:0000747

iological process| processing of 20S pre-rRNA | inferred from sequence similarity|GO:0030490//biological process| processing of 20S pre-rRNA | inferred f

GO:0001405//biological process| mitochondrial matrix protein import | inferred from mutant phenotype|GO:0030150



mating-type cassette (sensu Fungi) | traceable author statement|GO:0030466//biological process| DNA replication initiation | traceable author statement |G



ed from physical interaction |GO:0005634//biological process| sterol biosynthesis | inferred from mutant phenotype|GO:0016126//biological process| steroid

cation | inferred from mutant phenotype|GO:0000154

ype |GO:0008053//biological process| mitochondrion organization and biogenesis | traceable author statement |GO:0007005



ocess| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114





gical process| transport | inferred from mutant phenotype |GO:0006810







pe |GO:0000747//biological process| ribosome-nucleus export | inferred from physical interaction |GO:0000054//biological process| ribosome-nucleus expo

gical process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype |GO:0000398





physical interaction |GO:0007015//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| cytokinesis | inferre







enotype|GO:0030488



ological process| MAPKKK cascade during cell wall biogenesis | inferred from mutant phenotype |GO:0000196//biological process| MAPKKK cascade duri







007103//biological process| spindle pole body duplication (sensu Saccharomyces) | inferred from genetic interaction |GO:0007103//biological process| reg



teraction |GO:0000123//biological process| histone acetylation | inferred from direct assay|GO:0016573//biological process| chromatin silencing at telomer

all ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biologic





n from Pol II promoter | traceable author statement |GO:0006357





m genetic interaction|GO:0006457





rom genetic interaction |GO:0006279//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological pr



cessing | traceable author statement|GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154



e (sensu Eukarya) | inferred from direct assay |GO:0005838//biological process| ubiquitin-dependent protein catabolism | inferred from physical interaction|









ment|GO:0045910//biological process| DNA replication | traceable author statement |GO:0006260//biological process| telomere maintenance | traceable au









ay |GO:0000794//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological process| meiosis | inferred from muta

0000276//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from physical interaction |GO:000

hysical interaction |GO:0006873//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| reg





ferred from curator |GO:0000784//biological process| chromatin silencing at telomere | inferred from direct assay|GO:0006348



utant phenotype |GO:0005737//biological process| acetate biosynthesis | inferred from mutant phenotype|GO:0019413





rred from mutant phenotype|GO:0019318//biological process| hexose metabolism | inferred from genetic interaction |GO:0019318//biological process| prot









| traceable author statement |GO:0006270//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269//biolog

m | inferred from genetic interaction |GO:0006259



assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| calcium-mediated signaling | inferred from

component| nucleus | inferred from direct assay |GO:0005634//cellular component| cytoplasmic mRNA processing body | inferred from direct assay |GO:00

on | inferred from mutant phenotype |GO:0009267//biological process| sphingolipid metabolism | inferred from mutant phenotype |GO:0006665//biological p

ing | inferred from mutant phenotype |GO:0006623

2//biological process| snoRNA metabolism | inferred from mutant phenotype|GO:0016074//biological process| 35S primary transcript processing | inferred f



biological process| DNA replication initiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and mainten







red from mutant phenotype|GO:0006281//biological process| DNA repair | inferred from genetic interaction |GO:0006281//biological process| lagging stran









n biosynthesis | traceable author statement|GO:0006412

770//biological process| vacuolar transport | inferred from mutant phenotype|GO:0007034//biological process| vacuolar transport | inferred from genetic inte



68//biological process| Golgi to vacuole transport | inferred from mutant phenotype|GO:0006896

437//biological process| RAS protein signal transduction | traceable author statement |GO:0007265//biological process| adenylate cyclase activation | trace







68//cellular component| mitochondrion | inferred from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from mutant phenotyp

7//cellular component| integral to plasma membrane | inferred from direct assay |GO:0005887//biological process| signal transduction during conjugation w







rocess| vacuolar transport | inferred from sequence similarity|GO:0007034//biological process| vacuolar transport | inferred from genetic interaction |GO:00







, via spliceosome | inferred from physical interaction |GO:0000398

Golgi to plasma membrane transport | traceable author statement |GO:0006893







ellular component| pre-replicative complex | inferred from direct assay |GO:0005656//cellular component| nucleus | inferred from direct assay |GO:0005634





ess| mitochondrial inner membrane protein import | inferred from physical interaction|GO:0045039//biological process| mitochondrial inner membrane prote

pre-rRNA | inferred from mutant phenotype |GO:0030490

essing | inferred from direct assay|GO:0006364//biological process| DNA replication initiation | inferred from direct assay |GO:0006270

ed from physical interaction |GO:0006365//biological process| 35S primary transcript processing | inferred from mutant phenotype |GO:0006365//biological



ly | inferred from mutant phenotype |GO:0006461



ein-peroxisome targeting | inferred from physical interaction|GO:0006625//biological process| protein-peroxisome targeting | inferred from mutant phenotyp

cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| pre-replicative complex | inferred from direct assay |GO:0005

chromatid segregation | inferred from mutant phenotype |GO:0000070

7136//molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay |GO:0017136//cellular component| histone deacetylase



esis | inferred from mutant phenotype |GO:0006038//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910

quence similarity |GO:0005993//biological process| trehalose catabolism | inferred from mutant phenotype |GO:0005993//biological process| trehalose cat

t |GO:0006464



nferred from mutant phenotype |GO:0006448

id segregation | inferred from mutant phenotype|GO:0000070



pre-rRNA | inferred from mutant phenotype |GO:0030490









enotype|GO:0006646

mponent| DNA-directed RNA polymerase II, holoenzyme | inferred from direct assay|GO:0016591//cellular component| transcription elongation factor comp

ay |GO:0005634//biological process| sporulation (sensu Fungi) | inferred from mutant phenotype|GO:0030437//biological process| ultradian rhythm | inferre



l process| tRNA modification | inferred from direct assay |GO:0006400









ribosomal large subunit-nucleus export | inferred from mutant phenotype|GO:0000055







etabolism | traceable author statement|GO:0019674





gical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

mutant phenotype |GO:0006508//biological process| replicative cell aging | inferred from mutant phenotype |GO:0001302









by glucose | inferred from mutant phenotype |GO:0045014//biological process| protein-vacuolar targeting | inferred from physical interaction |GO:0006623

om mutant phenotype|GO:0015892//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879//biological process| iron ion h

ogical process| protein-lipoylation | inferred from mutant phenotype |GO:0009249

enotype|GO:0006747//biological process| FAD biosynthesis | inferred from direct assay |GO:0006747

esponse to heat | inferred from physical interaction|GO:0009408//biological process| response to heat | inferred from mutant phenotype |GO:0009408//biolo



er | inferred from direct assay|GO:0045944//biological process| multidrug transport | inferred from mutant phenotype |GO:0006855





pre-rRNA | inferred from mutant phenotype |GO:0030490





ological process| mRNA metabolism | inferred from mutant phenotype|GO:0016071





d from mutant phenotype|GO:0019915//biological process| triacylglycerol biosynthesis | inferred from mutant phenotype |GO:0019432//biological process|



aintenance | traceable author statement |GO:0000027

nent| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | traceable author statement|GO:0000274//cellular component| proton-transporting A









cal process| tubulin folding | inferred from sequence similarity|GO:0007021//biological process| tubulin folding | inferred from mutant phenotype |GO:00070









me maintenance | inferred from mutant phenotype |GO:0000002

O:0006338//biological process| chromatin remodeling | inferred from genetic interaction |GO:0006338//biological process| chromatin remodeling | inferred fr

ctivity | inferred from genetic interaction |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological p





ological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511





ansport | inferred from genetic interaction |GO:0006893//biological process| exocytosis | inferred from genetic interaction |GO:0006887







e similarity|GO:0006430//biological process| lysyl-tRNA aminoacylation | inferred from mutant phenotype |GO:0006430





d from physical interaction |GO:0005847//biological process| mRNA cleavage | traceable author statement|GO:0006379//biological process| mRNA cleavag







om physical interaction|GO:0007266//biological process| polar budding | traceable author statement |GO:0007121//biological process| actin filament organi





5828//biological process| microtubule/kinetochore interaction | inferred from mutant phenotype|GO:0008608//biological process| chromosome segregation

|GO:0006412









e similarity |GO:0000209//biological process| protein polyubiquitination | inferred from mutant phenotype |GO:0000209

cess| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| protein amino acid ph

on | inferred from mutant phenotype|GO:0006470//biological process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470

005634//biological process| RNA processing | inferred from direct assay|GO:0006396

005737//cellular component| cytoplasmic mRNA processing body | inferred from mutant phenotype |GO:0000932//cellular component| cytoplasmic mRNA

biological process| regulation of glycogen biosynthesis | inferred from mutant phenotype |GO:0005979//biological process| regulation of glycogen biosynth







atement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| transcription from Pol II pr

n biosynthesis | traceable author statement|GO:0006412

hin Golgi | inferred from mutant phenotype |GO:0000301









omoter | inferred from sequence similarity|GO:0045944//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant p

0//biological process| regulation of S phase of mitotic cell cycle | inferred from genetic interaction |GO:0007090//biological process| protein amino acid deph









is | inferred from mutant phenotype |GO:0006094









direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab









nt| cytoplasm | inferred from direct assay |GO:0005737//biological process| cytoskeleton organization and biogenesis | traceable author statement|GO:000









raceable author statement |GO:0000144//biological process| spore wall assembly (sensu Fungi) | traceable author statement|GO:0030476//biological proc









ed from physical interaction|GO:0006357//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289



GO:0006827//biological process| copper ion transport | inferred from mutant phenotype |GO:0006825

O:0005687//cellular component| snRNP U5 | inferred from direct assay |GO:0005682//biological process| nuclear mRNA splicing, via spliceosome | tracea









sequence similarity|GO:0016021//biological process| water transport | inferred from sequence similarity|GO:0006833

ical interaction |GO:0042147

say|GO:0042147//biological process| vesicle organization and biogenesis | inferred from mutant phenotype |GO:0016050//biological process| apical bud g

ical interaction |GO:0042147









| inferred from mutant phenotype |GO:0007047//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological p



ment|GO:0006298//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| lagging strand elongation |

/biological process| intracellular signaling cascade | inferred from mutant phenotype|GO:0007242



nt|GO:0042147//biological process| retrograde transport, endosome to Golgi | inferred from mutant phenotype |GO:0042147//biological process| intracellula

om expression pattern |GO:0009060//biological process| protein biosynthesis | inferred from direct assay |GO:0006412

cotinate nucleotide salvage | inferred from sequence similarity|GO:0019358//biological process| cell aging | inferred from mutant phenotype |GO:0007569//









0300//biological process| protein folding | inferred from genetic interaction|GO:0006457//biological process| karyogamy during conjugation with cellular fusi





enesis | inferred from mutant phenotype |GO:0007047//biological process| cell wall organization and biogenesis | inferred from genetic interaction |GO:000





statement|GO:0006110//biological process| fructose 2,6-bisphosphate metabolism | non-traceable author statement |GO:0006003









enetic interaction|GO:0045324//biological process| homotypic vacuole fusion, non-autophagic | inferred from direct assay |GO:0042145//biological process







etic interaction |GO:0006839

rred from direct assay|GO:0000118//biological process| chromatin silencing at silent mating-type cassette (sensu Fungi) | inferred from mutant phenotype|



proteasome regulatory particle (sensu Eukarya) | inferred from physical interaction |GO:0005838//biological process| ubiquitin-dependent protein catabolis

traceable author statement|GO:0000370

d from physical interaction|GO:0005839//cellular component| proteasome core complex (sensu Eukarya) | inferred from genetic interaction |GO:0005839//b





n biosynthesis | traceable author statement|GO:0006412//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:00





otype |GO:0006310//biological process| mismatch repair | inferred from mutant phenotype |GO:0006298//biological process| removal of nonhomologous en

ype |GO:0016973

ferred from direct assay|GO:0016573//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357//b





raction |GO:0030121//biological process| vesicle-mediated transport | inferred from sequence similarity|GO:0016192//biological process| vesicle-mediated



r ion | inferred from mutant phenotype|GO:0046688//biological process| transcription initiation from Pol II promoter | inferred from sequence similarity |GO:

m physical interaction |GO:0008623//cellular component| nucleus | inferred from physical interaction |GO:0005634//biological process| negative regulation o



atement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding

say |GO:0000108//biological process| nucleotide-excision repair, DNA damage recognition | traceable author statement|GO:0000715

ent| nuclear ubiquitin ligase complex | traceable author statement |GO:0000152//cellular component| contractile ring (sensu Saccharomyces) | inferred fro



06397//biological process| mRNA processing | inferred from direct assay |GO:0006397









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

000131//biological process| actin filament organization | traceable author statement|GO:0007015//biological process| exocytosis | traceable author stateme

m direct assay |GO:0005739//biological process| methionyl-tRNA aminoacylation | inferred from sequence similarity|GO:0006431//biological process| methi







ss| sterol transport | inferred from mutant phenotype|GO:0015918//biological process| regulation of transcription from Pol II promoter | inferred from seque

le author statement|GO:0006413









all ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biologic

ctivity | inferred from genetic interaction |GO:0005353//cellular component| plasma membrane | inferred from sequence similarity|GO:0005886//biological p



during osmolarity sensing | traceable author statement |GO:0000168

n biosynthesis | traceable author statement|GO:0006412

nferred from direct assay |GO:0006468



pe |GO:0006364





ment |GO:0006890







Fungi) | inferred from genetic interaction|GO:0030466//biological process| establishment of chromatin silencing | inferred from mutant phenotype |GO:0006

om direct assay|GO:0005743//biological process| RNA catabolism | inferred from direct assay|GO:0006401//biological process| DNA recombination | inferr



m direct assay |GO:0005774//biological process| polyphosphate metabolism | inferred from mutant phenotype|GO:0006797//biological process| polyphosp

hondrion inheritance | inferred from genetic interaction|GO:0000001



equence similarity|GO:0000910//biological process| cytokinesis | inferred from physical interaction |GO:0000910//biological process| cytokinesis | inferred

rom physical interaction|GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355//biolo

ponent| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| he





ant phenotype |GO:0005886//biological process| urea transport | inferred from sequence similarity|GO:0015840//biological process| urea transport | inferre



enotype |GO:0006623



nferred from direct assay |GO:0005634//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological proces





omplex | inferred from direct assay |GO:0005663//biological process| sister chromatid cohesion | inferred from physical interaction|GO:0007062//biologica

maintenance | inferred from mutant phenotype |GO:0000027



s | inferred from genetic interaction |GO:0006950//biological process| proteolysis and peptidolysis | inferred from genetic interaction |GO:0006508//biologic



erred from direct assay |GO:0000244



pe|GO:0045184//biological process| establishment of protein localization | inferred from direct assay |GO:0045184//biological process| telomerase-depend



pre-rRNA | inferred from mutant phenotype |GO:0030490

inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

gical process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin silencing at ribosomal DNA |

17//biological process| microtubule-based process | inferred from genetic interaction |GO:0007017//biological process| microtubule cytoskeleton organizatio



pe|GO:0015875//biological process| vitamin/cofactor transport | inferred from direct assay |GO:0015875//biological process| biotin biosynthesis | inferred fro









ype |GO:0007131



tant phenotype|GO:0006828









plex, coupling factor F(o) (sensu Eukarya) | inferred from physical interaction|GO:0000276//cellular component| proton-transporting ATP synthase complex







biological process| chromatin remodeling | inferred from genetic interaction |GO:0006338//biological process| chromatin remodeling | inferred from direct a







nferred from direct assay |GO:0005739//biological process| carbohydrate metabolism | inferred from mutant phenotype|GO:0005975

direct assay|GO:0051085//biological process| response to stress | inferred from direct assay |GO:0006950

s| protein-vacuolar targeting | inferred from physical interaction |GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotyp

or statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin

/biological process| pantothenate biosynthesis | inferred from mutant phenotype|GO:0015940

inferred from physical interaction|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

sette (sensu Fungi) | inferred from mutant phenotype|GO:0030466//biological process| chromatin modification | inferred from mutant phenotype |GO:00165









mutant phenotype |GO:0006407//biological process| mRNA-nucleus export | inferred from mutant phenotype |GO:0006406//biological process| ribosome-n

ism | inferred from mutant phenotype |GO:0000096



acuolar acidification | inferred from mutant phenotype|GO:0007035//biological process| protein complex assembly | inferred from mutant phenotype |GO:00







romoter | inferred from direct assay |GO:0045944



eraction|GO:0000228//biological process| meiotic DNA double-strand break formation | traceable author statement|GO:0042138



inferred from mutant phenotype|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

ty | inferred from direct assay |GO:0000703//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| base-excision repai



romoter | inferred from direct assay |GO:0045944

ptor protein signaling pathway | inferred from physical interaction|GO:0008277//biological process| regulation of G-protein coupled receptor protein signalin

cal process| regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357









eable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568



henotype|GO:0006486//biological process| protein amino acid glycosylation | inferred from direct assay |GO:0006486

5886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0005886//biological process| response to glucose stimulus | inferred f

hondrion inheritance | inferred from genetic interaction|GO:0000001



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

m direct assay|GO:0000096



O:0005681//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| nuclear mRNA splicing, via spliceosome | inferred fro



of mitotic cell cycle | inferred from mutant phenotype |GO:0000082//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interactio







utant phenotype |GO:0000118//biological process| histone deacetylation | inferred from direct assay|GO:0016575//biological process| regulation of transcr





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



henotype |GO:0006904//biological process| Golgi to vacuole transport | inferred from physical interaction |GO:0006896//biological process| Golgi to vacuo

ype|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction |GO:0000398//biological process| spliceos

n | inferred from mutant phenotype|GO:0009060









nction| glutathione transferase activity | inferred from direct assay |GO:0004364//cellular component| cytosol | inferred from direct assay|GO:0005829//cellu

ter | traceable author statement|GO:0045944//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| mitosis | trac

factor complex | inferred from physical interaction |GO:0008023//biological process| RNA elongation from Pol II promoter | inferred from physical interactio





50//biological process| regulation of carbohydrate metabolism | traceable author statement |GO:0006109







interaction|GO:0007059









om genetic interaction|GO:0006999





erred from direct assay|GO:0005634//biological process| protein sumoylation | inferred from mutant phenotype|GO:0016925//biological process| protein su

mutant phenotype|GO:0006518

rion | inferred from mutant phenotype |GO:0005739//biological process| ethanol metabolism | inferred from mutant phenotype|GO:0006067

m | inferred from curator|GO:0005737//biological process| protein biosynthesis | inferred from curator|GO:0006412









ical process| regulation of cell size | inferred from direct assay|GO:0008361//biological process| cyclin catabolism | traceable author statement |GO:00080

004366//cellular component| endoplasmic reticulum | inferred from direct assay|GO:0005783//cellular component| cytoplasm | inferred from direct assay |G





006906//biological process| retrograde transport, Golgi to ER | traceable author statement |GO:0006890









| traceable author statement|GO:0006592//biological process| arginine biosynthesis | traceable author statement |GO:0006526

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



05634//biological process| mismatch repair | inferred from mutant phenotype|GO:0006298









ptidase activity | inferred from direct assay |GO:0008234//cellular component| nuclear pore | inferred from direct assay|GO:0005643//cellular component| n



notype|GO:0007131//biological process| nucleotide-excision repair | inferred from mutant phenotype |GO:0006289//biological process| DNA damage respo

process| transcription from Pol I promoter | traceable author statement|GO:0006360

direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab



etic interaction |GO:0006616

men | traceable author statement|GO:0005788//cellular component| endoplasmic reticulum lumen | inferred from sequence similarity |GO:0005788//cellular

) | inferred from mutant phenotype|GO:0030437//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| nuclear o



om direct assay|GO:0000228//biological process| meiosis | inferred from mutant phenotype|GO:0007126//biological process| meiosis | inferred from genet





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



| commitment complex | traceable author statement |GO:0000243//cellular component| commitment complex | inferred from physical interaction |GO:0000

007097//biological process| mitochondrion organization and biogenesis | traceable author statement |GO:0007005//biological process| mitochondrion inher









assay |GO:0005576//biological process| phosphoinositide metabolism | inferred from mutant phenotype|GO:0030384//biological process| phosphoinositid





atin | inferred from mutant phenotype |GO:0000790//biological process| histone methylation | inferred from direct assay|GO:0016571//biological process| c







erred from mutant phenotype|GO:0007569//biological process| chromatin silencing | inferred from mutant phenotype |GO:0006342//biological process| est





direct assay|GO:0006048

enotype|GO:0006387

on | inferred from expression pattern |GO:0009060//biological process| protein biosynthesis | inferred from curator |GO:0006412



A | inferred from mutant phenotype |GO:0000183





m direct assay |GO:0003690//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| meiotic DNA double-strand break fo

om physical interaction|GO:0005847//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| transcription termination fr









cessing | inferred from mutant phenotype |GO:0006364









ssay |GO:0000217//cellular component| nuclear cohesin complex | inferred from direct assay|GO:0000798//biological process| mitotic sister chromatid coh





electron transport, ubiquinol to cytochrome c | inferred from mutant phenotype |GO:0006122

O:0016192//biological process| vesicle-mediated transport | inferred from genetic interaction |GO:0016192//biological process| exocytosis | inferred from m

|GO:0019933//biological process| protein ubiquitination | traceable author statement |GO:0016567//biological process| protein complex assembly | inferred

assay |GO:0006281

nthesis | traceable author statement|GO:0006412

0019563//biological process| response to stress | inferred from mutant phenotype |GO:0006950

al process| trehalose catabolism | traceable author statement |GO:0005993



| UDP-N-acetylglucosamine transport | inferred from mutant phenotype|GO:0015788//biological process| cell wall chitin biosynthesis | inferred from mutan





process| regulation of exit from mitosis | inferred from physical interaction|GO:0007096//biological process| regulation of exit from mitosis | inferred from g

n |GO:0007007//biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype |GO:0007005

ocess| mRNA polyadenylation | inferred from mutant phenotype|GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:



tion |GO:0006825//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461



n |GO:0016192//biological process| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:0006511

mutant phenotype |GO:0005739//biological process| protein biosynthesis | inferred from sequence similarity|GO:0006412//biological process| protein biosyn





olysis | inferred from mutant phenotype |GO:0045821



teraction |GO:0030437//biological process| vesicle docking during exocytosis | inferred from physical interaction |GO:0006904//biological process| vesicle



ferred from curator |GO:0005737//biological process| N-terminal peptidyl-methionine acetylation | inferred from mutant phenotype|GO:0017196

y |GO:0006338





n biosynthesis | traceable author statement|GO:0006412



phenotype |GO:0030437//biological process| glycogen metabolism | inferred from mutant phenotype |GO:0005977

flavin-adenine dinucleotide transport | inferred from mutant phenotype|GO:0015883

4//biological process| tRNA modification | inferred from direct assay|GO:0006400









red from sequence similarity |GO:0005777//cellular component| mitochondrion | inferred from sequence similarity |GO:0005739//biological process| carnitin





raction |GO:0005634//biological process| positive regulation of transcription from Pol II promoter | inferred from physical interaction|GO:0045944//biologica



ay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| protein catabolism | inferred from direct assay|

ed from genetic interaction|GO:0006950

om mutant phenotype |GO:0006412



erred from mutant phenotype |GO:0000076

otype |GO:0006066//biological process| alcohol metabolism | inferred from genetic interaction |GO:0006066









process| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription initia

to plasma membrane | inferred from direct assay|GO:0005887//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|

O:0009277//biological process| flocculation (sensu Saccharomyces) | inferred from mutant phenotype|GO:0000501//biological process| flocculation (sensu



nferred from mutant phenotype |GO:0006406



on|GO:0000722

raceable author statement |GO:0008298



m | inferred from mutant phenotype|GO:0006743







e author statement |GO:0006109

ome | inferred from genetic interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct assay |GO:0000398

h site recognition | traceable author statement|GO:0000370

gical process| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from genetic interaction |GO:0006139//biological process| DNA da

nferred from direct assay |GO:0005634//cellular component| vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological proces

ological process| protein folding | inferred from direct assay |GO:0006457

pre-rRNA | inferred from mutant phenotype |GO:0030490

ogical process| negative regulation of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription

om direct assay|GO:0000122//biological process| DNA damage response, signal transduction resulting in cell cycle arrest | traceable author statement |GO

oteolysis and peptidolysis | inferred from physical interaction |GO:0006508//biological process| proteolysis and peptidolysis | inferred from mutant phenotyp







d from mutant phenotype |GO:0000002

m mutant phenotype|GO:0006467//biological process| protein folding | inferred from mutant phenotype |GO:0006457

phenotype |GO:0008654//biological process| inner mitochondrial membrane organization and biogenesis | inferred from mutant phenotype |GO:0007007





biological process| protein-nucleus export | inferred from mutant phenotype |GO:0006611//biological process| protein-nucleus export | inferred from genetic

physical interaction |GO:0006625//biological process| protein-peroxisome targeting | inferred from genetic interaction |GO:0006625

l process| aerobic respiration | inferred from mutant phenotype |GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochrome





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

O:0006401//biological process| RNA catabolism | inferred from direct assay |GO:0006401









eable author statement |GO:0006412

ck | inferred from direct assay|GO:0005935//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| small GTP



to pheromone during conjugation with cellular fusion | inferred from genetic interaction |GO:0000754//biological process| protein deneddylation | inferred f





| inferred from sequence similarity|GO:0007264//biological process| pseudohyphal growth | inferred from sequence similarity |GO:0007124//biological pro







milarity|GO:0006833

uence similarity|GO:0015937





5737//cellular component| nucleus | inferred from sequence similarity |GO:0005634//cellular component| nucleus | inferred from mutant phenotype |GO:000



able author statement |GO:0006275//biological process| DNA replication initiation | traceable author statement |GO:0006270

t | inferred from mutant phenotype|GO:0015888





O:0000217//cellular component| nuclear condensin complex | traceable author statement|GO:0000799//cellular component| nuclear condensin complex | i

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

direct assay |GO:0005262//molecular function| voltage-gated ion channel activity | inferred from direct assay |GO:0005244//molecular function| calcium act

erred from mutant phenotype |GO:0005886//biological process| iron-siderochrome transport | inferred from mutant phenotype|GO:0015892









henotype |GO:0015809//biological process| L-arginine transport | inferred from genetic interaction |GO:0015809





ological process| cytochrome c oxidase biogenesis | inferred from mutant phenotype |GO:0008535



e author statement |GO:0005682//biological process| U2-type spliceosome conformational change to release U4 and U1 | traceable author statement|GO:





0000790//biological process| chromatin silencing | inferred from mutant phenotype|GO:0006342//biological process| chromatin silencing | inferred from dir

raceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568





pre-rRNA | inferred from mutant phenotype |GO:0030490



from sequence similarity |GO:0000703//molecular function| pyrimidine-specific oxidized base lesion DNA N-glycosylase activity | inferred from direct assa



n biosynthesis | traceable author statement|GO:0006412

ement |GO:0006468//biological process| signal transduction during conjugation with cellular fusion | traceable author statement |GO:0000750

rred from genetic interaction |GO:0006006

assay|GO:0019236//biological process| signal transduction during filamentous growth | inferred from physical interaction |GO:0001402//biological process|









ant phenotype|GO:0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from genetic interaction |GO:0000750

ype |GO:0006261









n | traceable author statement|GO:0045026//biological process| regulation of cell shape | inferred from mutant phenotype |GO:0008360//biological process





mic reticulum membrane | inferred from genetic interaction |GO:0005789//biological process| ubiquitin-dependent protein catabolism | inferred from geneti

hrome c-heme linkage | inferred from sequence similarity|GO:0018063//biological process| cytochrome c-heme linkage | inferred from mutant phenotype |G

say |GO:0005816//biological process| sporulation | inferred from mutant phenotype|GO:0030435//biological process| sporulation | inferred from expression

benzoic acid metabolism | inferred from mutant phenotype|GO:0046482

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

from direct assay|GO:0006120



olded protein | traceable author statement |GO:0006986//biological process| response to stress | traceable author statement |GO:0006950//biological proce





odeling | traceable author statement|GO:0006338



direct assay |GO:0000172//biological process| tRNA processing | traceable author statement|GO:0008033//biological process| rRNA processing | traceab







drion | inferred from direct assay |GO:0005739//biological process| ubiquinone biosynthesis | inferred from direct assay|GO:0006744//biological process| u









ay|GO:0016925

ane organization and biogenesis | inferred from mutant phenotype |GO:0007006









s| protein complex assembly | inferred from mutant phenotype |GO:0006461

sis | traceable author statement|GO:0006412//biological process| ribosomal large subunit assembly and maintenance | inferred from sequence similarity |G

latory particle (sensu Eukarya) | traceable author statement |GO:0005838//cellular component| nucleus | inferred from direct assay |GO:0005634//biologica



nt|GO:0008151//biological process| meiosis | traceable author statement |GO:0007126//biological process| mitosis | traceable author statement |GO:00070





quence similarity |GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412



ication | inferred from direct assay|GO:0006464

1//cellular component| transcription elongation factor complex | inferred from direct assay |GO:0008023//biological process| regulation of transcription from



ed from physical interaction |GO:0000751//biological process| cell cycle arrest in response to pheromone | inferred from mutant phenotype |GO:0000751

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





u Fungi) | inferred from direct assay|GO:0000329//biological process| bilirubin transport | inferred from mutant phenotype|GO:0015723//biological process|

lation | inferred from direct assay|GO:0006470//biological process| transcription | inferred from mutant phenotype |GO:0006350

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

cal process| DNA replication initiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and maintenance |

ed from physical interaction|GO:0007020









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

cell cycle arrest | inferred from mutant phenotype |GO:0000077

catalytic spliceosome | traceable author statement|GO:0000360

m Pol II promoter by pheromones | inferred from mutant phenotype|GO:0046020//biological process| chromatin silencing at telomere | inferred from mutan





om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu



| inferred from direct assay|GO:0042255//biological process| 35S primary transcript processing | inferred from direct assay |GO:0006365//biological proces









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

positive regulation of transcription from Pol II promoter by pheromones | inferred from mutant phenotype |GO:0007329//biological process| beta-tubulin fol









:0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| DNA replication | inferred from physical interaction|G

sm | traceable author statement|GO:0006511



notype |GO:0007533

c respiration | inferred from mutant phenotype |GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochrome c | inferred from









| meiosis | traceable author statement|GO:0007126//biological process| mismatch repair | traceable author statement |GO:0006298

|GO:0007126//biological process| sister chromatid cohesion | traceable author statement |GO:0007062

mponent| nucleus | inferred from direct assay |GO:0005634

utant phenotype |GO:0045324

cal process| protein-nucleus import | inferred from sequence similarity|GO:0006606//biological process| protein-nucleus import | inferred from mutant phen





author statement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

cess| bud growth | inferred from genetic interaction |GO:0007117//biological process| protein amino acid phosphorylation | inferred from sequence similarit

nal transduction | inferred from physical interaction|GO:0007264//biological process| bud growth | inferred from physical interaction |GO:0007117//biologica









m physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490//biological process| cy



9//biological process| NADH catabolism | inferred from physical interaction|GO:0006737

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu







statement |GO:0006102//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099









phenotype |GO:0005886//biological process| lactate transport | inferred from mutant phenotype|GO:0015727//biological process| lactate transport | inferre

06429//biological process| Group I intron splicing | inferred from mutant phenotype |GO:0000372

red from sequence similarity|GO:0005739//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| regulation of c



component| nucleus | inferred from direct assay |GO:0005634//biological process| signal transduction during conjugation with cellular fusion | inferred from





nse | inferred from genetic interaction |GO:0006972//biological process| regulation of transcription from Pol II promoter | traceable author statement |GO:00



neddylation | inferred from mutant phenotype |GO:0000338







biological process| meiotic recombination | inferred from mutant phenotype |GO:0007131//biological process| meiotic recombination | inferred from genetic

statement|GO:0006537//biological process| isocitrate metabolism | traceable author statement |GO:0006102//biological process| tricarboxylic acid cycle | t







nteraction |GO:0000398





all ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biologic



cess| trehalose catabolism | traceable author statement |GO:0005993



pe|GO:0019483//biological process| polyamine catabolism | inferred from mutant phenotype |GO:0006598//biological process| polyamine catabolism | infer



ntenance | inferred from mutant phenotype |GO:0000027



m mutant phenotype |GO:0007130//biological process| mitotic sister chromatid cohesion | traceable author statement |GO:0007064//biological process| m

n biosynthesis | traceable author statement|GO:0006412

thor statement|GO:0006508









970//biological process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470//biological process| tRNA splicing | inferred from m

GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende

plex, coupling factor F(o) (sensu Eukarya) | inferred from physical interaction|GO:0000276//cellular component| proton-transporting ATP synthase complex

logical process| retrograde transport, endosome to Golgi | inferred from direct assay|GO:0042147//biological process| actin filament-based process | inferr



57//cellular component| pre-replicative complex | inferred from direct assay |GO:0005656//biological process| establishment of chromatin silencing | inferred

| mitochondrial large ribosomal subunit | inferred from physical interaction |GO:0005762//biological process| aerobic respiration | inferred from mutant phe

etabolism | traceable author statement|GO:0019674

ribonucleoprotein complex | inferred from physical interaction |GO:0005732//biological process| processing of 20S pre-rRNA | inferred from physical intera

hysical interaction |GO:0006827



pe |GO:0042273



O:0016568//biological process| chromatin modification | inferred from physical interaction |GO:0016568//biological process| chromatin modification | inferre







phenotype |GO:0006289//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| DNA repair | inferred from ge



direct assay |GO:0005739//biological process| manganese ion transport | inferred from mutant phenotype|GO:0006828//biological process| transport | infe

agnesium ion transporter activity | inferred from direct assay |GO:0015095//cellular component| mitochondrial inner membrane | inferred from direct assay|







om physical interaction |GO:0005697//cellular component| telomerase holoenzyme complex | inferred from direct assay |GO:0005697//cellular component|



GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende









nt phenotype|GO:0030470//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype |GO:0007064//biological process| cytog







enotype |GO:0006897//biological process| actin cortical patch assembly | inferred from mutant phenotype |GO:0000147

06740//biological process| fatty acid beta-oxidation | inferred from mutant phenotype |GO:0006635//biological process| isocitrate metabolism | traceable au



6579//biological process| response to stress | traceable author statement |GO:0006950//biological process| protein monoubiquitination | traceable author s

phenotype|GO:0006364

from mutant phenotype |GO:0006784//biological process| heme a biosynthesis | inferred from genetic interaction |GO:0006784

| traceable author statement|GO:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| prote

red from direct assay |GO:0005737//biological process| protein biosynthesis | inferred from sequence similarity|GO:0006412





on|GO:0000722

tin accessibility complex | inferred from physical interaction |GO:0008623//cellular component| epsilon DNA polymerase complex | inferred from direct assa









d from direct assay |GO:0006412



direct assay|GO:0008156//biological process| extrachromosomal circular DNA accumulation during cell aging | inferred from mutant phenotype |GO:00075

Golgi to plasma membrane transport | traceable author statement |GO:0006893



rocess| actin cytoskeleton organization and biogenesis | inferred from mutant phenotype|GO:0030036//biological process| actin cortical patch assembly | tr







GO:0005768//biological process| protein-Golgi retention | inferred from mutant phenotype|GO:0045053//biological process| retrograde transport, endosome









ant phenotype|GO:0006364//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398



onjugation with cellular fusion | inferred from mutant phenotype |GO:0000742//biological process| karyogamy during conjugation with cellular fusion | inferr









0005634//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| processing of 20S pre-rRNA









nse to oxidative stress | inferred from expression pattern |GO:0006979









nt phenotype |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin

ecular function| transcription factor activity | traceable author statement |GO:0003700//molecular function| DNA binding | inferred from direct assay |GO:00





catabolism, nonsense-mediated | traceable author statement |GO:0000184





00139//biological process| intra-Golgi transport | inferred from sequence similarity|GO:0006891//biological process| intra-Golgi transport | inferred from mut



c interaction |GO:0006950//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| protein amino acid dephosp

ay |GO:0000794//biological process| meiotic recombination | inferred from mutant phenotype|GO:0007131//biological process| meiosis | inferred from muta





O:0016763//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| charged-tRNA modification | inferred from mutant

tion | traceable author statement |GO:0000209

tic interaction |GO:0000266//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002//biological process| m



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

neddylation | inferred from mutant phenotype |GO:0000338

097//biological process| mitotic chromosome condensation | inferred from mutant phenotype |GO:0007076//biological process| mitotic chromosome conde

uthor statement |GO:0006525



ion |GO:0008565//cellular component| mitochondrial intermembrane space protein transporter complex | inferred from direct assay|GO:0042719//cellular c

ble author statement |GO:0005886//cellular component| Golgi membrane | inferred from direct assay |GO:0000139//biological process| processing of 20S



cess| meiotic recombination | traceable author statement|GO:0007131





045324//biological process| late endosome to vacuole transport | inferred from mutant phenotype |GO:0045324//biological process| protein-Golgi retention



ological process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype|GO:0000750



6//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| cytokinesis | inferred from mutant p



mutant phenotype |GO:0000196//biological process| MAPKKK cascade during cell wall biogenesis | inferred from genetic interaction |GO:0000196



from expression pattern |GO:0004392//molecular function| heme oxygenase (decyclizing) activity | inferred from direct assay |GO:0004392//cellular compo

ement |GO:0006298//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| base-excision repair | tra

rocess| cell cycle | traceable author statement |GO:0007049//biological process| DNA replication | inferred from mutant phenotype |GO:0006260//biologica



or statement |GO:0000209

olism | inferred from mutant phenotype|GO:0005977

ment complex | traceable author statement |GO:0000243//cellular component| commitment complex | inferred from physical interaction |GO:0000243//biolo





irect assay |GO:0005634//biological process| myo-inositol metabolism | inferred from direct assay|GO:0006020

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

from genetic interaction |GO:0007094

ss| secondary metabolism | inferred from mutant phenotype |GO:0019748

aratus | inferred from direct assay |GO:0005794//cellular component| nucleus | inferred from sequence similarity |GO:0005634//biological process| intracel



n |GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623





ype |GO:0006808









d from direct assay |GO:0006412







| inferred from sequence similarity|GO:0006428//biological process| isoleucyl-tRNA aminoacylation | inferred from mutant phenotype |GO:0006428//biologi

utant phenotype |GO:0045324

ssay |GO:0005876//cellular component| spindle | inferred from physical interaction |GO:0005819//cellular component| spindle pole body | inferred from dire









nt|GO:0005739//biological process| Group I intron splicing | inferred from direct assay|GO:0000372

from mutant phenotype|GO:0006348//biological process| mismatch repair | traceable author statement |GO:0006298//biological process| nucleotide-excis

| inferred from mutant phenotype|GO:0006436

nferred from direct assay|GO:0005622//biological process| vesicle-mediated transport | inferred from genetic interaction|GO:0016192







ogical process| response to stress | inferred from direct assay |GO:0006950//biological process| protein folding | inferred from direct assay |GO:0006457//









O:0006511//biological process| mRNA processing | traceable author statement |GO:0006397



with cellular fusion | inferred from mutant phenotype|GO:0000754//biological process| protein deneddylation | inferred from mutant phenotype |GO:000033





biological process| autophagy | inferred from mutant phenotype|GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotyp

me organization and biogenesis | inferred from direct assay |GO:0007031





on | inferred from expression pattern |GO:0009060//biological process| protein biosynthesis | inferred from physical interaction |GO:0006412







port | inferred from mutant phenotype|GO:0015880









38//biological process| double-strand break repair via nonhomologous end-joining | inferred from mutant phenotype |GO:0006303//biological process| dou



ant phenotype|GO:0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from genetic interaction |GO:0000750



nt phenotype |GO:0008535

rand annealing | traceable author statement|GO:0045003//biological process| double-strand break repair via single-strand annealing | inferred from mutant

7136//molecular function| NAD-dependent histone deacetylase activity | inferred from direct assay |GO:0017136//cellular component| histone deacetylase

|GO:0006338//biological process| chromatin remodeling | inferred from genetic interaction |GO:0006338//biological process| chromatin remodeling | inferr



O:0016573//biological process| chromatin modification | traceable author statement |GO:0016568//biological process| protein complex assembly | inferred f









from mutant phenotype|GO:0050821//biological process| protein stabilization | inferred from direct assay |GO:0050821//biological process| protein comple





biological process| RNA processing | inferred from mutant phenotype|GO:0006396

inferred from physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:00003









m genetic interaction|GO:0006633







|GO:0006289//biological process| lagging strand elongation | traceable author statement |GO:0006273//biological process| leading strand elongation | trac









protein biosynthesis | inferred from curator|GO:0006412

otype |GO:0006461









pre-rRNA | inferred from mutant phenotype |GO:0030490

n biosynthesis | traceable author statement|GO:0006412//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:00





r protein transport | inferred from physical interaction|GO:0006886//biological process| intracellular protein transport | inferred from genetic interaction |GO

interaction|GO:0000398

all ribosomal subunit | inferred from direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biologic







ter | inferred from physical interaction|GO:0006366





ocess| vesicle docking during exocytosis | traceable author statement |GO:0006904//biological process| Golgi to plasma membrane transport | traceable a

ess| DNA repair | inferred from mutant phenotype|GO:0006281//biological process| mutagenesis | inferred from mutant phenotype |GO:0006280//biologica

m direct assay |GO:0005634//biological process| mRNA cleavage | inferred from direct assay|GO:0006379//biological process| mRNA polyadenylation | inf

al process| nuclear organization and biogenesis | inferred from sequence similarity|GO:0006997//biological process| nuclear organization and biogenesis

4//biological process| nucleocytoplasmic transport | inferred from physical interaction |GO:0006913//biological process| nucleocytoplasmic transport | inferr





| aerobic respiration | inferred from mutant phenotype |GO:0009060

ant phenotype|GO:0006624

d from direct assay|GO:0000398





tion |GO:0016763//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| purine nucleotide biosynthesis | traceable a









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





sequence similarity|GO:0005886//biological process| carbohydrate transport | inferred from sequence similarity|GO:0008643//biological process| carbohyd









assay |GO:0008650//molecular function| rRNA methyltransferase activity | inferred from mutant phenotype |GO:0008649//cellular component| nucleolus | i





O:0006625//biological process| protein-peroxisome targeting | inferred from physical interaction |GO:0006625//biological process| protein-peroxisome targ

n | inferred from mutant phenotype|GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochrome c | inferred from mutant phe









promoter | traceable author statement |GO:0006357





similarity|GO:0006470//biological process| glycogen metabolism | inferred from mutant phenotype |GO:0005977

factor complex | inferred from physical interaction |GO:0008023//biological process| RNA elongation from Pol II promoter | inferred from physical interactio

rect assay |GO:0003723//cellular component| mitochondrion | inferred from mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred f









| inferred from genetic interaction |GO:0007035









erred from direct assay|GO:0005743//biological process| iron ion homeostasis | inferred from mutant phenotype|GO:0006879









on | inferred from mutant phenotype|GO:0000750

ay|GO:0009408//biological process| cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047





gi) | inferred from mutant phenotype|GO:0030476//biological process| spore wall assembly (sensu Fungi) | inferred from direct assay |GO:0030476



om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu





nt phenotype |GO:0006412//biological process| tRNA 5'-leader removal | inferred from direct assay |GO:0001682

/cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle assembly (

ocess| response to dessication | inferred from expression pattern |GO:0009269

d from mutant phenotype|GO:0009060





biological process| RNA catabolism | inferred from direct assay |GO:0006401









MPASS complex | inferred from physical interaction|GO:0048188//cellular component| nuclear chromatin | inferred from mutant phenotype |GO:0000790//bi

ay |GO:0005774//biological process| cell cycle-dependent actin filament reorganization | traceable author statement|GO:0030037//biological process| Rho







rom physical interaction |GO:0007094//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| protei









ssay |GO:0005739//biological process| ethanol fermentation | inferred from mutant phenotype|GO:0019655//biological process| NADH oxidation | inferred





bly and maintenance | inferred from sequence similarity |GO:0000027



author statement |GO:0007015//biological process| response to osmotic stress | inferred from genetic interaction |GO:0006970

Pol II promoter | traceable author statement|GO:0006367//biological process| G1-specific transcription in mitotic cell cycle | inferred from physical interact









O:0016571//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348



via spliceosome | inferred from mutant phenotype |GO:0000398

it | traceable author statement|GO:0005763//cellular component| mitochondrial small ribosomal subunit | inferred from direct assay |GO:0005763//biologic



rred from mutant phenotype |GO:0006616//biological process| protein folding | inferred from direct assay |GO:0006457

n biosynthesis | traceable author statement|GO:0006412



ed from mutant phenotype|GO:0006424//biological process| protein biosynthesis | inferred from sequence similarity |GO:0006412//biological process| prote

similarity|GO:0019655//biological process| ethanol fermentation | inferred from mutant phenotype |GO:0019655//biological process| ethanol fermentation |

000092//biological process| mitotic anaphase B | inferred from genetic interaction |GO:0000092



rred from mutant phenotype|GO:0009410

GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende

se to dessication | inferred from sequence similarity |GO:0009269//biological process| response to dessication | inferred from expression pattern |GO:0009









interaction|GO:0000398









ane organization and biogenesis | inferred from mutant phenotype|GO:0007008//biological process| outer mitochondrial membrane organization and bioge

otype|GO:0000196//biological process| MAPKKK cascade during cell wall biogenesis | inferred from genetic interaction |GO:0000196

G1/S transition of mitotic cell cycle | traceable author statement|GO:0000082//biological process| regulation of cyclin dependent protein kinase activity | in



I promoter | traceable author statement |GO:0006357







0//biological process| DNA replication initiation | inferred from mutant phenotype |GO:0006270



e ammonia-lyase activity | inferred from mutant phenotype |GO:0003941//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biol

translocase complex | inferred from direct assay|GO:0005744//cellular component| mitochondrion | inferred from direct assay |GO:0005739//cellular comp







orylation | inferred from sequence similarity |GO:0006468







ositive regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0045944//biological process| aromatic amino acid family catabo





age recognition | traceable author statement|GO:0000715

eraction |GO:0000118//biological process| histone deacetylation | inferred from direct assay|GO:0016575//biological process| regulation of transcription, D









enotype|GO:0015846



om direct assay |GO:0005739//biological process| translational termination | inferred from sequence similarity|GO:0006415//biological process| translationa

GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from genetic interaction |GO:0000398

ype |GO:0006623//biological process| protein-membrane targeting | inferred from physical interaction |GO:0006612//biological process| protein-membrane









n | inferred from mutant phenotype |GO:0045053









cal process| vesicle organization and biogenesis | inferred from physical interaction|GO:0016050//biological process| vesicle organization and biogenesis

om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

m direct assay |GO:0008418//cellular component| mitochondrion | inferred from direct assay|GO:0005739//biological process| protein catabolism | inferred



t| mitochondrial small ribosomal subunit | inferred from physical interaction |GO:0005763//biological process| protein biosynthesis | inferred from curator|G







ome complex (sensu Eukarya) | inferred from direct assay |GO:0000502//biological process| protein catabolism | inferred from curator|GO:0030163





itochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| mitochondrial magnesium ion transport | inferred from sequence









notype|GO:0006644









avage | inferred from genetic interaction |GO:0006379//biological process| mRNA cleavage | inferred from direct assay |GO:0006379//biological process| m





atement|GO:0030437//biological process| histone acetylation | traceable author statement |GO:0016573//biological process| chromatin modification | tracea

GO:0009269//biological process| response to osmotic stress | inferred from expression pattern |GO:0006970



sensu Fungi) | inferred from expression pattern |GO:0030476

ar component| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | traceable author statement|GO:0000274//cellular component| proton-trans

338//biological process| chromatin remodeling | inferred from direct assay |GO:0006338



d from direct assay|GO:0000790//biological process| DNA repair | inferred from mutant phenotype|GO:0006281

bly | inferred from mutant phenotype |GO:0006461



promoter | traceable author statement |GO:0006357







ferred from mutant phenotype|GO:0030472





sis | traceable author statement|GO:0006412

inferred from direct assay|GO:0006635



protein biosynthesis | inferred from curator|GO:0006412









rom direct assay|GO:0016571



O:0008608//biological process| microtubule/kinetochore interaction | inferred from direct assay |GO:0008608









GO:0006296//biological process| double-strand break repair via single-strand annealing, removal of nonhomologous ends | traceable author statement |G









mitochondrial intermembrane space | traceable author statement |GO:0005758//biological process| mitochondrial inner membrane protein import | inferred f









y |GO:0006281//biological process| DNA replication | inferred from mutant phenotype |GO:0006260





meostasis | inferred from mutant phenotype|GO:0030004

ogical process| response to oxidative stress | inferred from mutant phenotype|GO:0006979//biological process| response to oxidative stress | inferred from









ferred from mutant phenotype|GO:0006412

ex maturation | traceable author statement|GO:0000069









PASS complex | inferred from physical interaction|GO:0048188//cellular component| nuclear chromatin | inferred from mutant phenotype |GO:0000790//bi

nction| transcription cofactor activity | inferred from genetic interaction |GO:0003712//cellular component| mitochondrial matrix | traceable author statement

ceable author statement |GO:0006283

erred from direct assay|GO:0000124//biological process| histone acetylation | traceable author statement|GO:0016573//biological process| chromatin mod









d from genetic interaction |GO:0007062



t| mitochondrial small ribosomal subunit | inferred from physical interaction |GO:0005763//biological process| aerobic respiration | inferred from mutant phe





t |GO:0006102





from direct assay |GO:0005634//biological process| protein amino acid phosphorylation | inferred from sequence similarity|GO:0006468//biological proces

om mutant phenotype |GO:0007130//biological process| DNA replication and chromosome cycle | traceable author statement |GO:0000067







nt phenotype |GO:0006633









hor statement |GO:0000398





biosynthesis | inferred from genetic interaction |GO:0006545









phenotype|GO:0006979









n biosynthesis | traceable author statement|GO:0006412









action |GO:0045045

e author statement |GO:0006109

ct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| D-xylose metabolism | inferred from dire





inferred from mutant phenotype|GO:0001522//biological process| rRNA modification | inferred from mutant phenotype |GO:0000154



rocess| protein amino acid dephosphorylation | inferred from physical interaction|GO:0006470









ed from mutant phenotype|GO:0006979//biological process| glutamate catabolism | inferred from sequence similarity |GO:0006538//biological process| glu

rred from direct assay|GO:0006379//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378//biological process| transcription

milarity |GO:0016568//biological process| chromatin modification | inferred from physical interaction |GO:0016568//biological process| chromatin modificati

n biosynthesis | traceable author statement|GO:0006412



ycle | inferred from mutant phenotype |GO:0007049//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

m | inferred from sequence similarity|GO:0008152









asm | inferred from direct assay|GO:0005737//biological process| histone acetylation | non-traceable author statement|GO:0016573







mutant phenotype |GO:0006412

on | inferred from sequence similarity|GO:0006414//biological process| translational elongation | inferred from mutant phenotype |GO:0006414







biological process| DNA replication initiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and mainten

mponent| transcription factor TFIID complex | traceable author statement|GO:0005669//biological process| protein amino acid phosphorylation | inferred fro



ption corepressor activity | traceable author statement |GO:0003714//cellular component| bud neck | inferred from direct assay|GO:0005935//cellular comp

ological process| D-xylose metabolism | inferred from direct assay|GO:0042732//biological process| arabinose metabolism | inferred from direct assay |GO

itive regulation of gluconeogenesis | inferred from physical interaction|GO:0045722//biological process| positive regulation of gluconeogenesis | inferred fro

gical process| chromatin silencing at telomere | inferred from genetic interaction |GO:0006348

growth | inferred from mutant phenotype |GO:0007124//biological process| pseudohyphal growth | inferred from direct assay |GO:0007124

GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-depende

nition | traceable author statement|GO:0000715

type |GO:0005628//biological process| spore wall assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030476//biological process| vesicle fusio







nthesis | traceable author statement|GO:0006412

ction |GO:0006271

6406//biological process| RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| DNA recombination | inf



6406//biological process| RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| DNA recombination | inf









phenotype|GO:0016070//biological process| aerobic respiration | inferred from mutant phenotype |GO:0009060//biological process| protein biosynthesis |

tic interaction |GO:0000092









erred from genetic interaction|GO:0009060//biological process| mitochondrial electron transport, ubiquinol to cytochrome c | inferred from mutant phenotyp





complex | inferred from physical interaction |GO:0000118//biological process| chromatin silencing | inferred from physical interaction|GO:0006342//biologic









e |GO:0006885//biological process| regulation of pH | inferred from genetic interaction |GO:0006885









action|GO:0016575





from direct assay |GO:0006457





polymerization | traceable author statement|GO:0008154//biological process| polar budding | inferred from mutant phenotype |GO:0007121//biological proc









om mutant phenotype|GO:0005739//cellular component| mitochondrion | inferred from genetic interaction |GO:0005739//cellular component| cytoplasm | in





ocess| G1-specific transcription in mitotic cell cycle | inferred from mutant phenotype |GO:0000114







biological process| response to glucose stimulus | inferred from mutant phenotype|GO:0009749//biological process| signal transduction | traceable author s





direct assay |GO:0005634//biological process| aromatic amino acid family metabolism | inferred from mutant phenotype|GO:0009072//biological process|









om sequence similarity |GO:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecu

ss | inferred from direct assay |GO:0006950//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from mutant

//biological process| ribosomal large subunit assembly and maintenance | inferred from sequence similarity |GO:0000027//biological process| ribosomal la



ed from physical interaction |GO:0000027//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:00



307//biological process| DNA dealkylation | inferred from expression pattern |GO:0006307

ression pattern |GO:0006950//biological process| polyamine catabolism | inferred from mutant phenotype |GO:0006598//biological process| polyamine cat







irect assay |GO:0005758//biological process| intracellular copper ion transport | inferred from physical interaction|GO:0015680//biological process| intracel









biological process| translational initiation | inferred from mutant phenotype|GO:0006413//biological process| histidine biosynthesis | traceable author statem





| inferred from sequence similarity |GO:0004737//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| phenylalani

ynthesis | traceable author statement|GO:0006488//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486

logical process| hexose transport | traceable author statement|GO:0008645









:0015992//biological process| regulation of pH | inferred from expression pattern |GO:0006885









|GO:0045910//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355

n of meiosis | inferred from expression pattern |GO:0040020//biological process| negative regulation of transcription from Pol II promoter | inferred from ph

author statement|GO:0006555





statement |GO:0006075









biological process| cell cycle checkpoint | inferred from mutant phenotype |GO:0000075//biological process| cell cycle checkpoint | inferred from expressio





ment|GO:0008652//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//biological process| sulfate ass





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









al process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0045944//biological process| phospholipid biosyn

phenotype |GO:0007047





t|GO:0000105

osynthesis | inferred from mutant phenotype |GO:0006694//biological process| steroid biosynthesis | inferred from genetic interaction |GO:0006694





ein metabolism | inferred from direct assay|GO:0019538//biological process| vacuolar acidification | traceable author statement |GO:0007035//biological pr

| traceable author statement|GO:0019344//biological process| methionine metabolism | inferred from mutant phenotype |GO:0006555









ynthesis | traceable author statement|GO:0006488//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486



ological process| beta-1,6 glucan biosynthesis | inferred from sequence similarity |GO:0006078//biological process| beta-1,6 glucan biosynthesis | inferred



erred from mutant phenotype|GO:0015804//biological process| neutral amino acid transport | inferred from genetic interaction |GO:0015804



d from physical interaction |GO:0000055//biological process| ribosomal large subunit-nucleus export | inferred from mutant phenotype |GO:0000055

otype |GO:0015780//biological process| nucleotide-sugar transport | inferred from direct assay |GO:0015780//biological process| N-linked glycosylation | in

on from Pol II promoter | traceable author statement |GO:0006357





phenotype|GO:0009082//biological process| branched chain family amino acid biosynthesis | inferred from direct assay |GO:0009082

ess| GPI anchor biosynthesis | inferred from mutant phenotype|GO:0006506//biological process| O-linked glycosylation | inferred from mutant phenotype |G







s| regulation of sulfur metabolism | inferred from direct assay|GO:0042762//biological process| regulation of transcription from Pol II promoter | traceable a



mutant phenotype |GO:0016020//biological process| iron ion homeostasis | inferred from mutant phenotype|GO:0006879//biological process| copper ion h





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





al process| glycerophospholipid metabolism | inferred from mutant phenotype|GO:0006650//biological process| glycerophospholipid metabolism | inferred f





ogical process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype |GO:0000032





eraction |GO:0006073



racellular | inferred from direct assay |GO:0005576//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047







protein signal transduction | inferred from physical interaction|GO:0007266//biological process| axial budding | inferred from mutant phenotype |GO:000712





|GO:0006526

/biological process| protein biosynthesis | traceable author statement|GO:0006412

047//biological process| SRP-dependent cotranslational membrane targeting, translocation | traceable author statement |GO:0006616









039//biological process| vacuolar protein catabolism | inferred from mutant phenotype |GO:0007039

l process| fermentation | traceable author statement |GO:0006113



lular component| nucleus | inferred from direct assay |GO:0005634//biological process| RNA elongation from Pol II promoter | inferred from physical interac



ular component| spindle pole body | inferred from direct assay |GO:0005816//biological process| homologous chromosome segregation | traceable author s





process| nicotinamide mononucleotide transport | inferred from expression pattern |GO:0015890



utant phenotype|GO:0006446//biological process| regulation of translational initiation | inferred from direct assay |GO:0006446



etabolism | inferred from mutant phenotype |GO:0006011







irect assay |GO:0006189//biological process| purine nucleotide biosynthesis | inferred from mutant phenotype |GO:0006164//biological process| purine nuc

|GO:0006525







inferred from direct assay |GO:0005634//biological process| DNA replication | traceable author statement|GO:0006260





om genetic interaction |GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biologic









40//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and b









ement|GO:0030148//biological process| sphingolipid biosynthesis | inferred from mutant phenotype |GO:0030148//biological process| mannose inositol ph

rred from physical interaction |GO:0006357//biological process| poly(A) tail shortening | inferred from mutant phenotype |GO:0000289//biological process| p

ess| glycerol catabolism | inferred from genetic interaction |GO:0019563//biological process| glycerol transport | inferred from mutant phenotype |GO:0015

ological process| phosphate metabolism | traceable author statement |GO:0006796



o Golgi transport | traceable author statement |GO:0006888//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888

ed from mutant phenotype |GO:0000028

ion homeostasis | inferred from mutant phenotype |GO:0006882//biological process| lipid metabolism | traceable author statement |GO:0006629









ment|GO:0006406//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406

56//biological process| purine transport | inferred from direct assay |GO:0006863

sport | inferred from mutant phenotype|GO:0015680//biological process| copper ion import | inferred from genetic interaction |GO:0015677









embrane transport | traceable author statement |GO:0006893









ological process| transcription initiation from Pol II promoter | inferred from sequence similarity|GO:0006367//biological process| transcription initiation from

ent |GO:0006796



//biological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| nucleotide-excision repair |

with cellular fusion | inferred from mutant phenotype |GO:0000754



phal growth | inferred from genetic interaction |GO:0007124//biological process| glycogen metabolism | inferred from genetic interaction |GO:0005977//biolo



ction |GO:0008250//biological process| N-linked glycosylation | inferred from physical interaction|GO:0006487//biological process| protein amino acid glyco









042147//biological process| intracellular protein transport | traceable author statement |GO:0006886//biological process| intracellular protein transport | infe



279//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461

030497//biological process| sphingolipid biosynthesis | inferred from mutant phenotype |GO:0030148//biological process| post-Golgi transport | inferred fro









s| vesicle budding | inferred from mutant phenotype |GO:0006900//biological process| ER to Golgi transport | traceable author statement |GO:0006888



ed from mutant phenotype |GO:0008315//biological process| meiotic G2/MI transition | inferred from expression pattern |GO:0008315//biological process| G

II promoter | traceable author statement |GO:0006357



direct assay |GO:0042145//biological process| vacuole organization and biogenesis | inferred from mutant phenotype |GO:0007033//biological process| G1

methionine metabolism | traceable author statement |GO:0006555









utant phenotype |GO:0007265









statement |GO:0006075





n |GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from mutant phenotype |GO:0000778//biological process| chro









030497//biological process| sphingolipid biosynthesis | inferred from mutant phenotype |GO:0030148//biological process| vesicle-mediated transport | infer



from mutant phenotype|GO:0030036//biological process| response to heat | inferred from mutant phenotype |GO:0009408//biological process| Rho protein

bolism | inferred from genetic interaction |GO:0009072

cid glycosylation | inferred from sequence similarity |GO:0006486//biological process| protein amino acid glycosylation | inferred from mutant phenotype |G









enotype |GO:0007033//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| iron ion homeostasis | inferred f



pattern|GO:0006790









direct assay |GO:0005634//biological process| tRNA methylation | inferred from sequence similarity|GO:0030488//biological process| tRNA methylation | i

98//biological process| telomerase-dependent telomere maintenance | inferred from physical interaction |GO:0007004//biological process| telomerase-depe







rect assay |GO:0005730//cellular component| protein phosphatase type 1 complex | inferred from direct assay |GO:0000164//biological process| transcript

pe |GO:0006491//biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype |GO:0000032

:0005886//biological process| ammonium transport | inferred from sequence similarity|GO:0015696//biological process| ammonium transport | inferred from

//biological process| proline biosynthesis | inferred from direct assay|GO:0006561





e author statement |GO:0000243//cellular component| commitment complex | inferred from physical interaction |GO:0000243//biological process| mRNA sp









gical process| mitotic spindle orientation (sensu Fungi) | inferred from genetic interaction |GO:0030607//biological process| mitotic sister chromatid segrega









06888//biological process| ER to Golgi transport | inferred from genetic interaction |GO:0006888//biological process| amino acid transport | inferred from mu

ort | inferred from sequence similarity |GO:0006810



m Pol I promoter | traceable author statement |GO:0006360



:0006817//biological process| phosphate transport | inferred from mutant phenotype |GO:0006817//biological process| phosphate transport | inferred from

hosphorylation | inferred from direct assay|GO:0042326//biological process| mRNA processing | inferred from mutant phenotype |GO:0006397//biological p









inity zinc ion transport | inferred from mutant phenotype|GO:0006830

mbly and maintenance | traceable author statement |GO:0000028







process| loss of chromatin silencing | inferred from direct assay|GO:0006345









nthesis | traceable author statement |GO:0006412

/biological process| protein biosynthesis | traceable author statement|GO:0006412









hospholipid biosynthesis | inferred from mutant phenotype|GO:0008654//biological process| phospholipid biosynthesis | inferred from genetic interaction |G

nal termination | traceable author statement|GO:0006449//biological process| mRNA catabolism | traceable author statement |GO:0006402//biological pro



gical process| vacuolar acidification | traceable author statement|GO:0007035//biological process| vacuolar transport | inferred from mutant phenotype |GO









om genetic interaction |GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biologic



slational initiation | inferred from mutant phenotype |GO:0006446//biological process| regulation of translational initiation | inferred from genetic interaction







ription termination from Pol II promoter, poly(A)-independent | inferred from genetic interaction |GO:0030847





O:0030148//biological process| sphingolipid biosynthesis | inferred from direct assay |GO:0030148//biological process| 3-keto-sphinganine metabolism | inf



ay |GO:0007070







assay |GO:0005634//biological process| negative regulation of transcription | inferred from physical interaction|GO:0016481//biological process| negative r







GO:0015817//biological process| manganese ion transport | inferred from mutant phenotype |GO:0006828



nt depolymerization | inferred from genetic interaction |GO:0030042//biological process| response to osmotic stress | inferred from mutant phenotype |GO:



from mutant phenotype |GO:0006886

ed from direct assay|GO:0008361//biological process| G1/S transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000082





7109//biological process| cytokinesis, completion of separation | inferred from expression pattern |GO:0007109//biological process| cell wall organization a









ological process| G2/M transition of mitotic cell cycle | inferred from expression pattern |GO:0000086//biological process| regulation of cyclin dependent pro

author statement |GO:0006144









0006807//biological process| glutamine biosynthesis | traceable author statement |GO:0006542



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme



phospholipid metabolism | inferred from genetic interaction |GO:0006644//biological process| vacuole inheritance | inferred from mutant phenotype |GO:00





ment|GO:0006406//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406





y |GO:0006078//biological process| beta-1,6 glucan biosynthesis | inferred from mutant phenotype |GO:0006078



otein catabolism | inferred from genetic interaction|GO:0006511









omplex | traceable author statement |GO:0000159//biological process| protein amino acid dephosphorylation | traceable author statement|GO:0006470//bi

| protein amino acid phosphorylation | traceable author statement |GO:0006468









m mutant phenotype |GO:0000002//biological process| mitochondrial genome maintenance | inferred from genetic interaction |GO:0000002





ction |GO:0006979//biological process| transcription | inferred from physical interaction |GO:0006350//biological process| transcription | inferred from gene







nthesis | non-traceable author statement |GO:0006780//biological process| methionine metabolism | inferred from mutant phenotype |GO:0006555//biologi



0000173//biological process| regulation of cyclin dependent protein kinase activity | inferred from physical interaction |GO:0000079//biological process| reg



meostasis | inferred from sequence similarity |GO:0006882//biological process| zinc ion homeostasis | inferred from mutant phenotype |GO:0006882//biolo

ar component| nuclear chromatin | inferred from direct assay |GO:0000790//biological process| chromatin silencing at silent mating-type cassette (sensu Fu









GO:0006298//biological process| leading strand elongation | inferred from direct assay |GO:0006272





21//biological process| positive regulation of glycolysis | inferred from genetic interaction |GO:0045821//biological process| transcription | inferred from phys





direct assay |GO:0006470





nferred from expression pattern |GO:0040020//biological process| G2/M transition of mitotic cell cycle | inferred from sequence similarity |GO:0000086//biol









or statement|GO:0030036//biological process| response to heat | inferred from sequence similarity |GO:0009408//biological process| response to heat | inf

t phenotype |GO:0006950//biological process| regulation of transcription, DNA-dependent | traceable author statement |GO:0006355



O:0005884//biological process| actin cytoskeleton organization and biogenesis | inferred from direct assay|GO:0030036

8//biological process| chromatin assembly/disassembly | inferred from direct assay |GO:0006333









al process| rRNA processing | traceable author statement |GO:0006364

biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493



192//biological process| mRNA localization, intracellular | traceable author statement |GO:0008298//biological process| actin polymerization and/or depoly





ed from mutant phenotype |GO:0000027

O:0015440//cellular component| mitochondrial inner membrane | inferred from direct assay|GO:0005743//biological process| oligopeptide transport | inferr







nferred from direct assay |GO:0005789//biological process| very-long-chain fatty acid metabolism | inferred from physical interaction|GO:0000038//biologic





on of translational elongation | inferred from genetic interaction |GO:0006448



from direct assay |GO:0009082





process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470//biological process| inactivation of MAPK during osmolarity sensin







e nucleation | traceable author statement|GO:0007020

tatement |GO:0006829//biological process| cobalt ion transport | non-traceable author statement |GO:0006824//biological process| glutathione metabolism





rowth (sensu Saccharomyces) | traceable author statement |GO:0001403//biological process| flocculation (sensu Saccharomyces) | inferred from mutant p

| inferred from direct assay |GO:0009298//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486//biological p

sical interaction |GO:0015937//biological process| response to salt stress | inferred from genetic interaction |GO:0009651





O:0005884//biological process| actin cytoskeleton organization and biogenesis | inferred from direct assay|GO:0030036

biogenesis | inferred from mutant phenotype |GO:0006999



r statement |GO:0006097//biological process| gluconeogenesis | traceable author statement |GO:0006094

rom mutant phenotype |GO:0006997//biological process| nuclear organization and biogenesis | inferred from genetic interaction |GO:0006997









ocess| mitotic anaphase B | traceable author statement |GO:0000092



al process| regulation of cell redox homeostasis | inferred from mutant phenotype|GO:0030503//biological process| regulation of cell redox homeostasis | i









imilarity |GO:0006665//biological process| sphingolipid metabolism | inferred from mutant phenotype |GO:0006665



ocess| vesicle fusion | traceable author statement |GO:0006906//biological process| Golgi to plasma membrane transport | traceable author statement |GO





cation | inferred from sequence similarity|GO:0018195//biological process| peptidyl-arginine modification | inferred from direct assay |GO:0018195//biologic



:0007243//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//biological process| protein amino acid



ein sumoylation | inferred from mutant phenotype |GO:0016925

from mutant phenotype|GO:0006413//biological process| translational initiation | inferred from genetic interaction |GO:0006413//biological process| transla





ion | inferred from physical interaction|GO:0006350//biological process| transcription | inferred from mutant phenotype |GO:0006350//biological process| tr



ocess| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511//biological process| G2/M transition of mitotic cell cycle | inferred f





ic cation transport | inferred from sequence similarity |GO:0015674//biological process| di-, tri-valent inorganic cation transport | inferred from mutant phen



3//biological process| bilirubin transport | inferred from genetic interaction |GO:0015723//biological process| response to metal ion | traceable author statem









llular fusion | inferred from mutant phenotype |GO:0000743



from direct assay|GO:0007049//biological process| N-linked glycosylation | inferred from physical interaction |GO:0006487

plex | inferred from physical interaction |GO:0005732//cellular component| nucleolus | inferred from direct assay |GO:0005730//biological process| processi

ess| double-strand break repair via nonhomologous end-joining | inferred from mutant phenotype |GO:0006303//biological process| DNA repair | inferred fr

007004//biological process| regulation of DNA recombination | inferred from mutant phenotype |GO:0000018









enotype |GO:0009060

GO:0006468//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation o



rocess| nuclear migration (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000065







|GO:0019538//biological process| protein metabolism | inferred from direct assay |GO:0019538



matin | inferred from sequence similarity |GO:0000790//biological process| plasmid maintenance | inferred from mutant phenotype|GO:0006276

rred from physical interaction |GO:0007264





henotype |GO:0007015//biological process| actin filament organization | inferred from direct assay |GO:0007015



ype |GO:0006010//biological process| glucose 1-phosphate utilization | inferred from sequence similarity |GO:0006008//biological process| glucose 1-phos

erred from direct assay |GO:0005634//biological process| negative regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:000

cess| endocytosis | inferred from genetic interaction |GO:0006897//biological process| protein amino acid phosphorylation | inferred from sequence similari

cess| regulation of transcription from Pol III promoter | inferred from genetic interaction |GO:0006359//biological process| regulation of transcription from Po

7264//biological process| small GTPase mediated signal transduction | inferred from curator |GO:0007264

om genetic interaction |GO:0006359//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biologic









cal process| N-linked glycosylation | inferred from direct assay |GO:0006487



ess| mRNA cleavage | inferred from direct assay|GO:0006379//biological process| mRNA polyadenylation | inferred from mutant phenotype |GO:0006378/



gical process| endocytosis | inferred from mutant phenotype |GO:0006897





transition of mitotic cell cycle | inferred from expression pattern |GO:0000082





al process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological process| G2/M transition of mitotic cell cycle | infe





s| vesicle organization and biogenesis | inferred from genetic interaction |GO:0016050









ype |GO:0006970//biological process| endocytosis | inferred from mutant phenotype |GO:0006897

erred from direct assay |GO:0016311





4329//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo

| inferred from mutant phenotype|GO:0006817



rred from mutant phenotype |GO:0007021



biogenesis | inferred from genetic interaction |GO:0007047









etate transport | inferred from mutant phenotype |GO:0006846//biological process| transport | inferred from mutant phenotype |GO:0006810//biological pro

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

m direct assay |GO:0000131//biological process| Rho protein signal transduction | inferred from physical interaction|GO:0007266//biological process| pseu



llular fusion | inferred from mutant phenotype |GO:0000743



ceable author statement|GO:0006488//biological process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486



0006487//biological process| N-linked glycosylation | inferred from physical interaction |GO:0006487





cess| N-linked glycosylation | inferred from direct assay |GO:0006487









vate metabolism | inferred from mutant phenotype |GO:0006090









lar component| nucleus | inferred from direct assay |GO:0005634//biological process| transcription termination from Pol II promoter, poly(A)-independent |





phenotype|GO:0042493//biological process| response to drug | inferred from genetic interaction |GO:0042493//biological process| cation homeostasis | infe

matin silencing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin silencing at telomere | inferred from direct assay



0007015//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| es

192//biological process| mRNA localization, intracellular | traceable author statement |GO:0008298//biological process| actin polymerization and/or depoly



ement|GO:0007035





process| unfolded protein response, activation of signaling protein kinase/endonuclease | traceable author statement |GO:0006987//biological process| pro

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



6890//biological process| ER to Golgi transport | inferred from physical interaction |GO:0006888

embrane disassembly | inferred from mutant phenotype|GO:0030397//biological process| membrane disassembly | inferred from direct assay |GO:003039

e regulation of transcription from Pol II promoter | inferred from direct assay |GO:0000122



|GO:0005634//biological process| lysine biosynthesis, aminoadipic pathway | traceable author statement|GO:0019878

sequence similarity|GO:0005774//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological process| calcium ion hom

| iron ion homeostasis | inferred from sequence similarity |GO:0006879//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:000

raceable author statement |GO:0006891//biological process| retrograde transport, Golgi to ER | traceable author statement |GO:0006890//biological proce









notype |GO:0006561

ment |GO:0006412

author statement|GO:0045003//biological process| double-strand break repair via single-strand annealing | inferred from mutant phenotype |GO:0045002



mitosis | inferred from mutant phenotype |GO:0007088//biological process| spindle assembly | inferred from mutant phenotype |GO:0007051//biological pro





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

biological process| actin filament organization | inferred from direct assay |GO:0007015//biological process| response to osmotic stress | inferred from muta









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ceable author statement |GO:0019878









/biological process| uridine transport | inferred from genetic interaction |GO:0015862



ical process| mRNA splice site selection | inferred from genetic interaction |GO:0006376









organization and biogenesis | inferred from genetic interaction |GO:0006997//biological process| nucleocytoplasmic transport | traceable author statement



ss| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| response to stress | inferred from mutant phenotype |GO:000







bolism | traceable author statement|GO:0006104//biological process| succinyl-CoA metabolism | inferred from direct assay |GO:0006104//biological proces





m mutant phenotype |GO:0009070//biological process| L-serine biosynthesis | inferred from sequence similarity |GO:0006564//biological process| L-serine b



o ER | inferred from direct assay |GO:0006890//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888//biological process







/biological process| establishment and/or maintenance of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype|GO:0030012//biological p



| pseudohyphal growth | inferred from genetic interaction |GO:0007124//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0

ed from mutant phenotype |GO:0000028

from direct assay |GO:0006835

rect assay |GO:0005730//cellular component| protein phosphatase type 1 complex | inferred from direct assay |GO:0000164//biological process| transcript

on | inferred from mutant phenotype|GO:0006413//biological process| translational initiation | inferred from direct assay |GO:0006413

on pattern |GO:0009051//biological process| tRNA processing | inferred from mutant phenotype |GO:0008033//biological process| tRNA processing | inferr



| traceable author statement|GO:0006555//biological process| methionine metabolism | inferred from mutant phenotype |GO:0006555//biological process|









notype|GO:0009636//biological process| response to toxin | inferred from genetic interaction |GO:0009636









al process| peptide pheromone maturation | traceable author statement|GO:0007323

omeostasis | inferred from mutant phenotype |GO:0006882//biological process| lipid metabolism | traceable author statement |GO:0006629









ein metabolism | inferred from direct assay|GO:0019538//biological process| vacuolar acidification | traceable author statement |GO:0007035//biological pr





anization and biogenesis | inferred from mutant phenotype|GO:0007031//biological process| transcription | traceable author statement |GO:0006350//biolo



ane targeting | inferred from physical interaction |GO:0006612//biological process| protein-membrane targeting | inferred from genetic interaction |GO:0006









tivity | inferred from direct assay |GO:0000156//cellular component| nucleus | inferred from physical interaction|GO:0005634//cellular component| nucleus









ment |GO:0006412

008298//biological process| chromosome segregation | inferred from mutant phenotype |GO:0007059



cess| mitotic spindle assembly (sensu Fungi) | traceable author statement|GO:0030472//biological process| DNA replication | traceable author statement |

1//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding (hnRNP) protein-nuc

onent| plasma membrane | inferred from sequence similarity|GO:0005886//cellular component| plasma membrane | inferred from mutant phenotype |GO:0





3//biological process| O-linked glycosylation | inferred from direct assay |GO:0006493



notype|GO:0015887//biological process| pantothenate transport | inferred from genetic interaction |GO:0015887//biological process| endocytosis | inferred

|GO:0006468//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation

om genetic interaction |GO:0016478

NA | inferred from physical interaction|GO:0030490//biological process| ribosome biogenesis | traceable author statement |GO:0007046//biological process

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









oxidative stress | inferred from mutant phenotype|GO:0006979//biological process| response to oxidative stress | inferred from genetic interaction |GO:0006









llular fusion | inferred from mutant phenotype |GO:0000743

iological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888



ogical process| signal transduction | traceable author statement |GO:0007165//biological process| cell adhesion | inferred from mutant phenotype |GO:000









milarity|GO:0006468//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493









inferred from mutant phenotype|GO:0030490//biological process| protein biosynthesis | inferred from sequence similarity |GO:0006412//biological process

on homeostasis | inferred from sequence similarity |GO:0006882//biological process| zinc ion homeostasis | inferred from mutant phenotype |GO:0006882

ity|GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction |GO:0006891//biological process| ER to Golgi transport | inferre









000131//biological process| small GTPase mediated signal transduction | traceable author statement|GO:0007264//biological process| pseudohyphal grow





gical process| positive regulation of transcription | inferred from physical interaction|GO:0045941//biological process| positive regulation of transcription | in





ion of separation | inferred from mutant phenotype|GO:0007109

embrane disassembly | inferred from mutant phenotype|GO:0030397//biological process| membrane disassembly | inferred from direct assay |GO:003039









biological process| amino acid catabolism | inferred from genetic interaction |GO:0009063//biological process| regulation of transcription, DNA-dependent









|GO:0000147



enotype |GO:0006998//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological process| ribosomal protein-nucleus





e activity | inferred from direct assay |GO:0003855//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| aromatic a









NA cap complex | inferred from physical interaction |GO:0005845//cellular component| cytoplasmic mRNA processing body | inferred from mutant phenotyp









branched chain family amino acid biosynthesis | inferred from direct assay |GO:0009082//biological process| amino acid catabolism | traceable author state



n biosynthesis | inferred from mutant phenotype |GO:0000162

tatement|GO:0006696









hromatin silencing at silent mating-type cassette (sensu Fungi) | traceable author statement |GO:0030466//biological process| DNA replication | traceable









otic sister chromatid segregation | inferred from mutant phenotype |GO:0000070









protein signal transduction | inferred from physical interaction|GO:0007266//biological process| axial budding | inferred from mutant phenotype |GO:00071

y |GO:0007189





erred from mutant phenotype|GO:0015804//biological process| neutral amino acid transport | inferred from genetic interaction |GO:0015804





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

sing | traceable author statement|GO:0006491//biological process| mannan metabolism | traceable author statement |GO:0006080//biological process| cell







onent| condensed nuclear chromosome kinetochore | inferred from physical interaction |GO:0000778//biological process| mitotic spindle assembly (sensu









phenotype|GO:0006865//biological process| amino acid transport | inferred from genetic interaction |GO:0006865







//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg

on from Pol II promoter | traceable author statement |GO:0006357







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



lgi transport | inferred from direct assay |GO:0006888

lular component| nucleus | inferred from direct assay |GO:0005634//biological process| RNA elongation from Pol II promoter | inferred from physical interac

from mutant phenotype |GO:0006636//biological process| mitochondrion inheritance | traceable author statement |GO:0000001









quence similarity|GO:0006810



phenotype |GO:0006491//biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype |GO:0000032









nsport | traceable author statement |GO:0006888









ome organization and biogenesis | inferred from mutant phenotype |GO:0007031//biological process| peroxisome organization and biogenesis | inferred fr









GO:0016568//biological process| protein amino acid acetylation | inferred from physical interaction |GO:0006473//biological process| transcription initiation



ocess| fatty acid metabolism | inferred from mutant phenotype |GO:0006631//biological process| fatty acid metabolism | inferred from direct assay |GO:000



netic interaction |GO:0006508//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process|



cess| regulation of transcription from Pol III promoter | inferred from genetic interaction |GO:0006359//biological process| regulation of transcription from Po





d from direct assay |GO:0005934//cellular component| 1,3-beta-glucan synthase complex | inferred from direct assay |GO:0000148//biological process| sm



process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094







transport | inferred from mutant phenotype |GO:0006810

nce similarity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from genetic interaction |GO:0006468//biological process| age

protein import | inferred from mutant phenotype |GO:0045039



78//biological process| microtubule/kinetochore interaction | inferred from mutant phenotype|GO:0008608//biological process| microtubule/kinetochore inte







ylation | inferred from direct assay|GO:0006468

005783//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| cell surface receptor linked signal transduction | infer







n | traceable author statement |GO:0000154





eus | inferred from direct assay |GO:0005634//cellular component| nuclear ubiquitin ligase complex | traceable author statement |GO:0000152//biological p









//biological process| potassium ion homeostasis | inferred from mutant phenotype|GO:0030007//biological process| potassium ion homeostasis | inferred f









ment|GO:0006406//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406

m direct assay |GO:0030503









activity | inferred from mutant phenotype |GO:0004077//molecular function| biotin-[acetyl-CoA-carboxylase] ligase activity | inferred from direct assay |GO:0







of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription initiation from Pol II promoter | trace









e author statement|GO:0007265//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| protein amin



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



000321//biological process| regulation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079





| inferred from sequence similarity|GO:0006979//biological process| response to oxidative stress | inferred from mutant phenotype |GO:0006979//biologic









81//biological process| regulation of glycogen biosynthesis | inferred from mutant phenotype |GO:0005979//biological process| regulation of glycogen biosy



m genetic interaction |GO:0007606

ological process| postreplication repair | traceable author statement |GO:0006301//biological process| nucleotide-excision repair | traceable author stateme

acuolar transport | traceable author statement |GO:0007034//biological process| vacuolar transport | inferred from mutant phenotype |GO:0007034//biologic





tion from Pol II promoter | inferred from direct assay |GO:0006367







mutant phenotype |GO:0006281//biological process| conjugation with cellular fusion | traceable author statement |GO:0000747









7264//biological process| polar budding | traceable author statement |GO:0007121//biological process| axial budding | traceable author statement |GO:0007

ed from physical interaction|GO:0000398



s| glucose metabolism | inferred from mutant phenotype |GO:0006006//biological process| invasive growth (sensu Saccharomyces) | inferred from direct a

ss | traceable author statement |GO:0006950//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511

llular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| negative regulation of meiosis | inferre

2//biological process| vesicle-mediated transport | inferred from physical interaction |GO:0016192









nt |GO:0006166//biological process| tryptophan biosynthesis | traceable author statement |GO:0000162//biological process| histidine biosynthesis | traceab







610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc



tant phenotype |GO:0006493//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487



ansport | inferred from genetic interaction |GO:0006895





d from physical interaction |GO:0000055//biological process| ribosomal large subunit-nucleus export | inferred from mutant phenotype |GO:0000055

06897//biological process| phosphatidylinositol biosynthesis | inferred from direct assay |GO:0006661







cal process| regulation of nitrogen utilization | inferred from mutant phenotype |GO:0006808//biological process| regulation of nitrogen utilization | inferred









ription coactivator activity | inferred from mutant phenotype |GO:0003713//molecular function| transcription coactivator activity | inferred from genetic intera

cess| chromosome segregation | inferred from genetic interaction |GO:0007059//biological process| protein targeting | inferred from physical interaction |GO









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









al process| chromatin silencing at telomere | inferred from genetic interaction |GO:0006348//biological process| chromatin silencing at ribosomal DNA | inf









intenance | inferred from mutant phenotype |GO:0000027

interaction |GO:0007020





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



mponent| septin ring (sensu Saccharomyces) | traceable author statement |GO:0000144//biological process| axial budding | traceable author statement|GO



type|GO:0009231

ess| protein-cofactor linkage | traceable author statement|GO:0018065//biological process| fatty acid biosynthesis | traceable author statement |GO:00066



outer membrane protein import | inferred from curator|GO:0045040

ceable author statement |GO:0000750//biological process| inactivation of MAPK during osmolarity sensing | traceable author statement |GO:0000173





myces) | inferred from mutant phenotype |GO:0001403//biological process| conjugation with cellular fusion | traceable author statement |GO:0000747

mutant phenotype|GO:0006882//biological process| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357

inferred from physical interaction |GO:0003677//cellular component| transcription factor TFIID complex | traceable author statement|GO:0005669//cellular

eraction |GO:0003700//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| cellular response to phosphate starvation

from genetic interaction |GO:0001308//biological process| mRNA catabolism, deadenylation-dependent | inferred from genetic interaction |GO:0000288



synapsis | inferred from direct assay |GO:0007129





scription from Pol II promoter | traceable author statement |GO:0006357



ay |GO:0005634

//biological process| sulfate transport | inferred from genetic interaction |GO:0008272





| inferred from genetic interaction |GO:0005946//biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological process|









tion |GO:0006885

sembly/disassembly | inferred from direct assay |GO:0006333



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





867//biological process| peroxisome organization and biogenesis | inferred from mutant phenotype |GO:0007031//biological process| fatty acid beta-oxidat









ement |GO:0030503//biological process| response to oxidative stress | inferred from sequence similarity |GO:0006979//biological process| DNA-dependent

nt phenotype |GO:0007089//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074









olding | traceable author statement |GO:0006457



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

coneogenesis | traceable author statement |GO:0006094





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









rred from direct assay |GO:0005625//biological process| ATP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biologica

eraction|GO:0000502//biological process| protein deubiquitination | traceable author statement|GO:0016579//biological process| endocytosis | inferred from

abolism | inferred from mutant phenotype |GO:0005975









osome cycle | inferred from mutant phenotype |GO:0000067









RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| DNA recombination | inferred from mutant pheno









nt |GO:0006412//biological process| ribosomal small subunit assembly and maintenance | inferred from mutant phenotype |GO:0000028









cess| CTP biosynthesis | traceable author statement |GO:0006241

ological process| multidrug transport | inferred from physical interaction |GO:0006855//biological process| multidrug transport | inferred from mutant phenot

red from mutant phenotype|GO:0006814





mino acid dephosphorylation | inferred from direct assay |GO:0006470









omponent| mitochondrion | inferred from direct assay |GO:0005739//biological process| aerobic respiration | inferred from mutant phenotype|GO:0009060/



vacuolar targeting | inferred from mutant phenotype|GO:0006623

negative regulation of transcription, mitotic | inferred from mutant phenotype |GO:0007068





process| glutamate metabolism | non-traceable author statement |GO:0006536//biological process| aspartate catabolism | traceable author statement |GO









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ation | inferred from physical interaction |GO:0006487







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ed from mutant phenotype|GO:0009060//biological process| fatty acid metabolism | inferred from sequence similarity |GO:0006631//biological process| fatt

nitiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and maintenance | traceable author statement |G

ent| nuclear chromatin | traceable author statement |GO:0000790//biological process| RNA elongation from Pol II promoter | inferred from physical interact

physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398





roteasome complex (sensu Eukarya) | inferred from physical interaction |GO:0000502//biological process| histone ubiquitination | inferred from mutant phe









physical interaction |GO:0006357

action |GO:0016050//biological process| ER to Golgi transport | inferred from physical interaction |GO:0006888



|GO:0005886//cellular component| soluble fraction | inferred from direct assay |GO:0005625//biological process| Rho protein signal transduction | traceab





e to antibiotic | inferred from direct assay|GO:0046677









s| vesicle organization and biogenesis | inferred from genetic interaction |GO:0016050

component| peripheral to membrane of membrane fraction | inferred from physical interaction |GO:0000300//cellular component| peripheral to membrane o



binase assembly | traceable author statement |GO:0000730//biological process| DNA recombinase assembly | inferred from direct assay |GO:0000730//bio

ranscription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol II promoter | traceable author statem



t | inferred from mutant phenotype|GO:0006406

610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

gical process| isoleucine metabolism | traceable author statement |GO:0006549





enesis | inferred from mutant phenotype|GO:0007047//biological process| ornithine biosynthesis | traceable author statement |GO:0006592//biological proc

tatement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding

al initiation | traceable author statement|GO:0006413//biological process| translational initiation | inferred from sequence similarity |GO:0006413//biological









raction|GO:0006260//biological process| DNA replication | inferred from mutant phenotype |GO:0006260//biological process| DNA replication | inferred from

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

l process| base-excision repair | traceable author statement |GO:0006284//biological process| mutagenesis | traceable author statement |GO:0006280//bio





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



statement|GO:0006613









ess| spermidine biosynthesis | inferred from mutant phenotype |GO:0008295



ral to plasma membrane | inferred from sequence similarity|GO:0005887//cellular component| integral to plasma membrane | inferred from direct assay |G

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





onent| Golgi membrane | inferred from direct assay |GO:0000139//biological process| signal transduction | traceable author statement|GO:0007165//biolog



ation | inferred from sequence similarity |GO:0006468//biological process| septin ring assembly | inferred from mutant phenotype |GO:0000921//biological

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









nteraction |GO:0007606









us | traceable author statement|GO:0005794//biological process| secretory pathway | inferred from mutant phenotype|GO:0045045//biological process| ma

ocess| threonine metabolism | traceable author statement |GO:0006566//biological process| methionine metabolism | traceable author statement |GO:0006







GO:0001308//biological process| loss of chromatin silencing during replicative cell aging | inferred from genetic interaction |GO:0001308//biological proces









phal growth | inferred from genetic interaction |GO:0007124//biological process| glycogen metabolism | inferred from genetic interaction |GO:0005977//biolo



ndle assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472//biological process| microtubule nucleation | inferred from physical interaction

logical process| glutamate biosynthesis | inferred from genetic interaction |GO:0006537



ssay |GO:0005634//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary trans



rocess| polyamine transport | inferred from mutant phenotype|GO:0015846









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









-linked oligosaccharide biosynthesis | traceable author statement |GO:0006488









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



inferred from mutant phenotype |GO:0006743

author statement |GO:0006269



nt |GO:0000090

hor statement |GO:0006468//biological process| signal transduction during conjugation with cellular fusion | inferred from direct assay |GO:0000750









gical process| regulation of glucose import | inferred from expression pattern|GO:0046324//biological process| glucose metabolism | traceable author state









ological process| actin filament organization | inferred from mutant phenotype |GO:0007015









hionine acetylation | inferred from genetic interaction |GO:0017196//biological process| cytoskeleton organization and biogenesis | inferred from mutant ph



ocess| vacuole organization and biogenesis | inferred from mutant phenotype |GO:0007033//biological process| autophagy | inferred from mutant phenotyp









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





hondrial inner membrane | inferred from direct assay |GO:0005743//biological process| intracellular copper ion transport | inferred from sequence similarity



geting | inferred from mutant phenotype |GO:0006623//biological process| protein-membrane targeting | inferred from physical interaction |GO:0006612//bio

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ess | traceable author statement |GO:0006950//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511









:0006561//biological process| proline biosynthesis | inferred from direct assay |GO:0006561









rom sequence similarity|GO:0006811//biological process| ion transport | inferred from genetic interaction |GO:0006811









gical process| mitotic sister chromatid segregation | traceable author statement |GO:0000070

GO:0005975//biological process| carbohydrate metabolism | inferred from direct assay |GO:0005975





ponse to oxidative stress | inferred from genetic interaction |GO:0006979//biological process| response to oxidative stress | inferred from expression pattern



process| processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490

phenotype |GO:0000183





ss | traceable author statement |GO:0006950//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511



red from mutant phenotype|GO:0015806

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

cal process| microtubule nucleation | inferred from physical interaction|GO:0007020//biological process| mitotic anaphase B | inferred from mutant phenoty









arity|GO:0006810





6121//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099

ignal transduction during conjugation with cellular fusion | traceable author statement |GO:0000750



006144//biological process| purine base metabolism | inferred from mutant phenotype |GO:0006144







y|GO:0006476//biological process| regulation of transcription, DNA-dependent | traceable author statement |GO:0006355//biological process| establishmen







n |GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from mutant phenotype |GO:0000778//biological process| chro

e similarity |GO:0007047//biological process| microtubule-based process | inferred from mutant phenotype |GO:0007017//biological process| actin filamen









al process| Rho protein signal transduction | inferred from genetic interaction |GO:0007266//biological process| establishment of cell polarity (sensu Sacch



n | traceable author statement |GO:0000154

ylation | inferred from direct assay|GO:0006468





henotype |GO:0007121//biological process| axial budding | inferred from mutant phenotype |GO:0007120//biological process| response to osmotic stress |









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







ed from mutant phenotype |GO:0000027



| inferred from mutant phenotype |GO:0006646









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

nteraction |GO:0006338



phenotype |GO:0000747

tenance | inferred from mutant phenotype |GO:0000027









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



//cellular component| contractile ring (sensu Saccharomyces) | inferred from direct assay |GO:0000142//cellular component| histone acetyltransferase com









thor statement |GO:0006365



rocess| rRNA processing | inferred from mutant phenotype |GO:0006364







eable author statement|GO:0006616







GO:0006950//biological process| endocytosis | inferred from mutant phenotype |GO:0006897

ocess| cytochrome c oxidase biogenesis | inferred from sequence similarity |GO:0008535//biological process| cytochrome c oxidase biogenesis | inferred fr







iological process| actin filament organization | inferred from physical interaction |GO:0007015//biological process| response to osmotic stress | traceable a



otype |GO:0000910



cal process| ubiquitin-dependent protein catabolism | inferred from physical interaction |GO:0006511//biological process| ubiquitin-dependent protein cata









|GO:0000780//cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction |GO:0000778//cellular component| co



mutant phenotype |GO:0006797









hesis | traceable author statement |GO:0006412//biological process| ribosomal small subunit assembly and maintenance | inferred from sequence similarit

ment |GO:0000282

llular component| nucleus | inferred from physical interaction|GO:0005634//cellular component| histone deacetylase complex | inferred from physical intera





|GO:0005739//biological process| transport | inferred from sequence similarity|GO:0006810



GO:0005829//cellular component| endoplasmic reticulum membrane | inferred from direct assay |GO:0005789//biological process| nuclear membrane orga







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







yces) | inferred from genetic interaction |GO:0000283

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



thor statement|GO:0006432









|GO:0006810









05244//molecular function| calcium activated cation channel activity | inferred from direct assay |GO:0005227//cellular component| vacuole (sensu Fungi) |

ent| ER-Golgi intermediate compartment | inferred from physical interaction |GO:0005793//biological process| cell cycle-dependent actin filament reorganiz







0030490//biological process| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceab



on |GO:0007124//biological process| isotropic bud growth | inferred from physical interaction |GO:0007119//biological process| apical bud growth | inferred







05244//molecular function| calcium activated cation channel activity | inferred from direct assay |GO:0005227//cellular component| vacuole (sensu Fungi) |

e author statement |GO:0005637//cellular component| tRNA-intron endonuclease complex | traceable author statement |GO:0000214//biological process| tR

GO:0008645







ferred from physical interaction|GO:0006611//biological process| protein-nucleus export | inferred from genetic interaction |GO:0006611





dent DNA replication | traceable author statement |GO:0006261//biological process| DNA-dependent DNA replication | inferred from mutant phenotype |G



DP-forming) | inferred from genetic interaction |GO:0005946//biological process| response to stress | inferred from direct assay|GO:0006950//biological pro



9//biological process| zinc ion transport | inferred from mutant phenotype |GO:0006829







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

e|GO:0007121//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//biological process| actin filament



om mutant phenotype |GO:0016050//biological process| vesicle organization and biogenesis | inferred from genetic interaction |GO:0016050//biological pro





from mitosis | inferred from genetic interaction |GO:0007096

biological process| asparaginyl-tRNA aminoacylation | inferred from genetic interaction |GO:0006421//biological process| asparaginyl-tRNA aminoacylation



131//biological process| cell wall organization and biogenesis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

nteraction |GO:0006499



olding | traceable author statement |GO:0006457



ylation | inferred from direct assay|GO:0006468

secretory pathway | inferred from genetic interaction |GO:0045045



c spindle checkpoint | traceable author statement|GO:0007094//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:000







g ATP synthase, central stalk (sensu Eukarya) | inferred from sequence similarity|GO:0005756//cellular component| proton-transporting ATP synthase, cen

:0005886//biological process| ammonium transport | inferred from sequence similarity|GO:0015696//biological process| ammonium transport | inferred from



cold | inferred from mutant phenotype |GO:0009409//biological process| response to cold | inferred from expression pattern |GO:0009409//biological proce

ant phenotype |GO:0006644//biological process| phospholipid metabolism | inferred from genetic interaction |GO:0006644



omal large subunit assembly and maintenance | inferred from genetic interaction |GO:0000027

tant phenotype |GO:0006625

om genetic interaction|GO:0006414









GO:0005774//biological process| carnitine transport | inferred from direct assay|GO:0015879//biological process| response to osmotic stress | inferred from

GO:0006890//biological process| retrograde transport, Golgi to ER | inferred from genetic interaction |GO:0006890



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







al process| axial budding | traceable author statement |GO:0007120//biological process| cell wall organization and biogenesis | traceable author statement







ylation | inferred from direct assay|GO:0006468





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









component| mannosyltransferase complex | inferred from physical interaction |GO:0000136//biological process| N-linked glycosylation | inferred from muta





6189//biological process| purine ribonucleoside salvage | traceable author statement |GO:0006166//biological process| tryptophan biosynthesis | traceable







notype |GO:0007000//biological process| chromatin silencing at ribosomal DNA | inferred from physical interaction |GO:0000183//biological process| chrom

rect assay |GO:0006388

biological process| endocytosis | inferred from genetic interaction |GO:0006897//biological process| protein amino acid phosphorylation | inferred from sequ









0006616//biological process| karyogamy during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000742//biological process| karyoga









cal process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype |GO:0001403









c interaction |GO:0007126//biological process| transcription | traceable author statement |GO:0006350//biological process| G1/S-specific transcription in m









n |GO:0000750





n |GO:0000116//biological process| G2-specific transcription in mitotic cell cycle | inferred from mutant phenotype |GO:0000116//biological process| regulat

irect assay|GO:0005935//cellular component| nucleus | traceable author statement |GO:0005634//cellular component| incipient bud site | inferred from dire





rred from expression pattern |GO:0009269//biological process| response to dessication | inferred from direct assay |GO:0009269//biological process| cell a

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









nt| transcription elongation factor complex | inferred from direct assay |GO:0008023//biological process| regulation of transcription from Pol II promoter | inf

om mutant phenotype|GO:0006882//biological process| zinc ion transport | inferred from genetic interaction |GO:0006829//biological process| cobalt ion tra









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

43//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355//biological process| regulation of transcr









rom mutant phenotype|GO:0030476//biological process| amine/polyamine transport | inferred from mutant phenotype |GO:0015837







aling | inferred from genetic interaction |GO:0045002//biological process| DNA recombinase assembly | traceable author statement |GO:0000730//biologica





eraction |GO:0030846









nucleotide-excision repair | traceable author statement |GO:0006289//biological process| base-excision repair | traceable author statement |GO:0006284//

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ed from genetic interaction |GO:0008361









cess| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910//biologic





ic interaction|GO:0006621







intracellular protein transport | inferred from direct assay |GO:0006886









ction|GO:0048188//cellular component| nucleus | inferred from sequence similarity |GO:0005634//biological process| histone methylation | inferred from m



610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

rt | inferred from mutant phenotype|GO:0015805





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



process| mitochondrial membrane organization and biogenesis | inferred from mutant phenotype |GO:0007006





otype |GO:0006461//biological process| 35S primary transcript processing | inferred from mutant phenotype |GO:0006365//biological process| rRNA proce





nsed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle assembly (sensu Fungi) | inferred from

otype |GO:0000184





on | traceable author statement|GO:0005624//biological process| trehalose transport | inferred from direct assay|GO:0015771//biological process| alpha-glu





ment |GO:0000282





action |GO:0045449//biological process| establishment and/or maintenance of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:







assay |GO:0000502//biological process| protein catabolism | inferred from physical interaction|GO:0030163//biological process| protein catabolism | inferre





oin catabolism | inferred from genetic interaction |GO:0000256







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc









143//biological process| meiotic chromosome segregation | inferred from mutant phenotype |GO:0045132//biological process| DNA replication | inferred fro



886//biological process| hexose transport | traceable author statement|GO:0008645





red from sequence similarity|GO:0045944//biological process| positive regulation of transcription from Pol II promoter | inferred from physical interaction |G

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









006080//biological process| cell wall mannoprotein biosynthesis | traceable author statement |GO:0000032









gical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468





able author statement|GO:0030433//biological process| ER-associated protein catabolism | inferred from physical interaction |GO:0030433//biological proc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





d from expression pattern |GO:0009409//biological process| fatty acid metabolism | inferred from mutant phenotype |GO:0006631









rect assay |GO:0006388







cription | inferred from mutant phenotype |GO:0006350//biological process| transcription | inferred from genetic interaction |GO:0006350

0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from physical interaction |GO:0000750//biological proces

uconeogenesis | traceable author statement |GO:0006094







author statement |GO:0006350









ogical process| actin filament organization | inferred from physical interaction |GO:0007015//biological process| actin filament organization | inferred from m

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







ome, telomeric region | inferred from direct assay |GO:0000784//cellular component| kinetochore | inferred from direct assay |GO:0000776//biological proc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

|GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

GO:0005847//biological process| mRNA cleavage | traceable author statement|GO:0006379//biological process| mRNA cleavage | inferred from direct ass





oxidative stress | inferred from mutant phenotype|GO:0006979//biological process| response to oxidative stress | inferred from genetic interaction |GO:0006

cessing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | traceable author stateme



compound metabolism | inferred from genetic interaction |GO:0006730//biological process| glycine metabolism | inferred from mutant phenotype |GO:0006









assay |GO:0000329//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from direct assay|GO:0006616//biolo





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ed from mutant phenotype |GO:0000027



tant phenotype |GO:0006493//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487





m | inferred from mutant phenotype |GO:0006629//biological process| lipid metabolism | inferred from genetic interaction |GO:0006629//biological process







compound metabolism | inferred from genetic interaction |GO:0006730









om mutant phenotype |GO:0004313//cellular component| fatty-acid synthase complex | inferred from direct assay|GO:0005835//cellular component| cytoso



ment |GO:0006099

tabolism | inferred from direct assay|GO:0042732//biological process| arabinose metabolism | inferred from mutant phenotype |GO:0019566//biological pro

biological process| transport | inferred from sequence similarity |GO:0006810









ment |GO:0006412









ding | inferred from mutant phenotype |GO:0007024//biological process| post-chaperonin tubulin folding pathway | inferred from physical interaction |GO:0

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ranscription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol II promoter | traceable author statem









hor statement |GO:0006906//biological process| vesicle docking during exocytosis | traceable author statement |GO:0006904//biological process| Golgi to p









38//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| DNA repair | inferred from direct assay |GO:0006281







cytoplasm | inferred from direct assay|GO:0005737//biological process| tryptophan biosynthesis | traceable author statement|GO:0000162

O:0000783//biological process| chromatin silencing | traceable author statement|GO:0006342//biological process| double-strand break repair via nonhomolo





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

GO:0006950//biological process| response to stress | inferred from genetic interaction |GO:0006950//biological process| proteolysis and peptidolysis | infer

O:0006891//biological process| intra-Golgi transport | inferred from genetic interaction |GO:0006891//biological process| ER to Golgi transport | inferred fro









mponent| septin ring (sensu Saccharomyces) | traceable author statement |GO:0000144//biological process| axial budding | traceable author statement|GO

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

GO:0006508//biological process| proteolysis and peptidolysis | inferred from mutant phenotype |GO:0006508









essing | inferred from genetic interaction |GO:0006364









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









nferred from sequence similarity |GO:0006355//biological process| establishment and/or maintenance of chromatin architecture | inferred from sequence s









sensu Saccharomyces) | inferred from mutant phenotype|GO:0030012//biological process| regulation of exit from mitosis | inferred from mutant phenotype

erred from mutant phenotype|GO:0015804//biological process| neutral amino acid transport | inferred from genetic interaction |GO:0015804





2//biological process| vesicle-mediated transport | inferred from physical interaction |GO:0016192









atement |GO:0005737//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| budding | inferred from mutant p



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme









physical interaction|GO:0007264//biological process| pseudohyphal growth | inferred from physical interaction |GO:0007124//biological process| isotropic b





complex assembly | inferred from physical interaction |GO:0006461//biological process| protein complex assembly | inferred from mutant phenotype |GO:0







rred from mutant phenotype |GO:0007021







|GO:0006468







ic cation transport | inferred from sequence similarity |GO:0015674//biological process| di-, tri-valent inorganic cation transport | inferred from mutant phen







otein import | inferred from mutant phenotype |GO:0030150



replication | inferred from mutant phenotype |GO:0006260//biological process| DNA replication | inferred from genetic interaction |GO:0006260





ment |GO:0000282

metabolism | inferred from direct assay |GO:0042732//biological process| arabinose metabolism | inferred from mutant phenotype |GO:0019566//biologica



rom physical interaction|GO:0005744//cellular component| presequence translocase-associated import motor | inferred from physical interaction |GO:0001

arity|GO:0005886//biological process| hexose transport | inferred from genetic interaction|GO:0008645







al process| exocytosis | inferred from mutant phenotype |GO:0006887



ical process| chromatin silencing at ribosomal DNA | inferred from direct assay |GO:0000183

l cycle | inferred from genetic interaction |GO:0000082



88//biological process| ER to Golgi transport | inferred from mutant phenotype |GO:0006888





rom mutant phenotype|GO:0006098





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

on-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from mutant phenotype |GO:0000276//biological process| ATP synth







t |GO:0006412









al process| rRNA processing | traceable author statement |GO:0006364



ed from mutant phenotype |GO:0000027



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







ement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

assay |GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| protein phosphatase type 2A complex | tra

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

phenotype |GO:0007076//biological process| mitotic sister chromatid segregation | traceable author statement |GO:0000070









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ological process| signal peptide processing | inferred from sequence similarity|GO:0006465//biological process| signal peptide processing | inferred from p

component| transcription export complex | inferred from physical interaction |GO:0000346//biological process| mRNA-nucleus export | inferred from physica



07026//biological process| microtubule nucleation | inferred from physical interaction |GO:0007020//biological process| microtubule depolymerization | infer









usion | inferred from physical interaction |GO:0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from mutan









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





um-mediated signaling | inferred from mutant phenotype|GO:0019722//biological process| sphingolipid metabolism | inferred from direct assay |GO:00066









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



inferred from mutant phenotype |GO:0016126//biological process| phospholipid transport | inferred from direct assay |GO:0015914

d from sequence similarity|GO:0006831//biological process| low-affinity zinc ion transport | inferred from mutant phenotype |GO:0006831

biological process| tryptophan biosynthesis | inferred from mutant phenotype |GO:0000162







on | inferred from direct assay |GO:0018347//biological process| peptide pheromone maturation | inferred from direct assay |GO:0007323







cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle assembly (s









ical process| DNA metabolism | inferred from direct assay |GO:0006259//biological process| purine nucleotide biosynthesis | traceable author statement |G

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



rocess| actin filament organization | inferred from physical interaction |GO:0007015//biological process| actin filament organization | inferred from mutant p



anotransferase activity | inferred from mutant phenotype |GO:0004134//molecular function| 4-alpha-glucanotransferase activity | inferred from direct assay

| signal transduction during conjugation with cellular fusion | traceable author statement |GO:0000750









x protein import | traceable author statement |GO:0030150

olgi transport | inferred from mutant phenotype |GO:0006888









process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

n | inferred from mutant phenotype |GO:0007015//biological process| actin filament organization | inferred from genetic interaction |GO:0007015//biologica

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









nscription from Pol II promoter | inferred from genetic interaction |GO:0000122









ar response to starvation | inferred from mutant phenotype |GO:0009267//biological process| vacuolar protein catabolism | traceable author statement |GO







abolism | inferred from mutant phenotype |GO:0006644//biological process| phospholipid metabolism | inferred from direct assay |GO:0006644



phenotype |GO:0005983









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





//biological process| mRNA cleavage | traceable author statement|GO:0006379//biological process| mRNA cleavage | inferred from mutant phenotype |GO

016192//biological process| isotropic bud growth | inferred from physical interaction |GO:0007119//biological process| isotropic bud growth | inferred from m



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









/biological process| protein biosynthesis | traceable author statement|GO:0006412







ochondrion | inferred from direct assay |GO:0005739//biological process| S-adenosylmethionine transport | inferred from mutant phenotype|GO:0015805//







ranscription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol II promoter | traceable author statem

ll cycle | inferred from physical interaction |GO:0000114







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

process| DNA repair | inferred from genetic interaction |GO:0006281



00921//biological process| septin ring assembly | inferred from genetic interaction |GO:0000921//biological process| cytokinesis | inferred from genetic inter

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



logical process| meiosis I | inferred from expression pattern |GO:0007127









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ent inorganic cation homeostasis | inferred from mutant phenotype|GO:0030004//biological process| endosome transport | inferred from mutant phenotype





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







GO:0005737//biological process| vesicle-mediated transport | inferred from direct assay|GO:0016192



raction|GO:0000398

on from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation of transcription from Pol II promoter | inferred from sequen



on from Pol II promoter | traceable author statement |GO:0006357

nt| nucleus | inferred from direct assay |GO:0005634//biological process| phosphatidylethanolamine biosynthesis | traceable author statement|GO:0006646

direct assay |GO:0005634//biological process| response to drug | traceable author statement|GO:0042493//biological process| regulation of transcription f









embrane disassembly | inferred from mutant phenotype|GO:0030397//biological process| membrane disassembly | inferred from direct assay |GO:003039









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ATP synthase, catalytic core (sensu Eukarya) | inferred from mutant phenotype |GO:0005754//biological process| ATP synthesis coupled proton transport









ssay |GO:0005737//biological process| tRNA aminoacylation for protein translation | inferred from mutant phenotype|GO:0006418//biological process| tRN







ype |GO:0006468//biological process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from mutant phenotype |GO:00000









d from expression pattern |GO:0000278





07126//biological process| response to stress | inferred from mutant phenotype |GO:0006950//biological process| response to stress | inferred from genetic

aging | inferred from mutant phenotype |GO:0001302//biological process| DNA synthesis during DNA repair | inferred from mutant phenotype |GO:0000731

GO:0016568//biological process| protein amino acid acetylation | inferred from physical interaction |GO:0006473//biological process| transcription initiation





|GO:0000778//biological process| mitotic spindle assembly (sensu Fungi) | inferred from physical interaction|GO:0030472

om direct assay |GO:0004081//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct a





09//biological process| protein polyubiquitination | inferred from mutant phenotype |GO:0000209//biological process| mitochondrion inheritance | inferred fr









tic interaction |GO:0006950









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



tion|GO:0005622//biological process| response to oxidative stress | inferred from mutant phenotype|GO:0006979

d from mutant phenotype |GO:0019722









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





teraction|GO:0009098

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ransferase complex | inferred from direct assay |GO:0000123//biological process| histone acetylation | inferred from direct assay|GO:0016573//biological p

rom mutant phenotype|GO:0007265//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| protein







ological process| N-terminal protein myristoylation | inferred from genetic interaction |GO:0006499



t phenotype|GO:0030488









om mutant phenotype |GO:0007131//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| meiosis | inferred from



829//biological process| protein-mitochondrial targeting | inferred from mutant phenotype|GO:0006626

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

osomal large subunit-nucleus export | inferred from genetic interaction |GO:0000055





/biological process| protein biosynthesis | traceable author statement|GO:0006412





nferred from direct assay |GO:0005634//biological process| DNA replication initiation | traceable author statement|GO:0006270//biological process| DNA u





|GO:0007118//biological process| endocytosis | inferred from physical interaction |GO:0006897//biological process| cytokinesis | inferred from mutant phen







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









m Pol II promoter | inferred from mutant phenotype|GO:0006357



mponent| mitochondrial electron transport chain | traceable author statement |GO:0005746//cellular component| mitochondrial inner membrane | traceable



compound metabolism | inferred from genetic interaction |GO:0006730



nt |GO:0006166//biological process| tryptophan biosynthesis | traceable author statement |GO:0000162//biological process| histidine biosynthesis | traceab









e author statement |GO:0005637//cellular component| tRNA-intron endonuclease complex | traceable author statement |GO:0000214//biological process| tR









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg









886//biological process| hexose transport | traceable author statement|GO:0008645

te cycle | traceable author statement |GO:0006097









tement |GO:0006468//biological process| activation of MAPKK during osmolarity sensing | traceable author statement |GO:0000168

871//biological process| choline transport | inferred from mutant phenotype |GO:0015871





ment |GO:0006412





is | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO:0006457





d from mutant phenotype |GO:0006333//biological process| chromatin assembly/disassembly | inferred from genetic interaction |GO:0006333



thor statement |GO:0006365









d from mutant phenotype |GO:0019722









cal process| transcription initiation from Pol III promoter | inferred from physical interaction |GO:0006384









0007059//biological process| protein amino acid phosphorylation | inferred from physical interaction |GO:0006468//biological process| protein amino acid p

s | inferred from direct assay |GO:0005634//biological process| base-excision repair | inferred from direct assay|GO:0006284//biological process| DNA rep





ed from mutant phenotype|GO:0030466//biological process| regulation of mitosis | inferred from physical interaction |GO:0007088//biological process| regu









hor statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



n pattern |GO:0009060//biological process| 'de novo' IMP biosynthesis | inferred from mutant phenotype |GO:0006189//biological process| 'de novo' IMP b



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ence similarity |GO:0006357





n transport | inferred from mutant phenotype |GO:0015672





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





spindle pole body | inferred from direct assay |GO:0005816//biological process| mitotic spindle orientation (sensu Fungi) | traceable author statement|GO:0









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









n, DNA-dependent | inferred from mutant phenotype |GO:0006355//biological process| nucleosome assembly | inferred from direct assay |GO:0006334//bio

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

biological process| O-linked glycosylation | inferred from mutant phenotype |GO:0006493

or statement |GO:0007264//biological process| calcium ion homeostasis | inferred from mutant phenotype |GO:0006874//biological process| establishment







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme

4//cellular component| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | inferred from sequence similarity |GO:0000274//cellular componen









ess| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047





ical process| protein-membrane targeting | inferred from mutant phenotype |GO:0006612

e holoenzyme complex | traceable author statement |GO:0005697//cellular component| telomerase holoenzyme complex | inferred from physical interaction



nt |GO:0006166//biological process| tryptophan biosynthesis | traceable author statement |GO:0000162//biological process| histidine biosynthesis | traceab









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ment |GO:0006511//biological process| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle e



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









is | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO:0006457



traceable author statement |GO:0007234//biological process| osmosensory signaling pathway via two-component system | inferred from direct assay |GO



anscription initiation from Pol III promoter | inferred from direct assay |GO:0006384

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

e similarity|GO:0005977//biological process| glycogen metabolism | inferred from mutant phenotype |GO:0005977//biological process| glycogen metabolis

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

al process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological process| ubiquitin-dependent protein catabolism |









019318//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468//biological process| protein amino acid pho

ess| sphingolipid metabolism | inferred from direct assay |GO:0006665









nce similarity|GO:0005886//biological process| hexose transport | inferred from genetic interaction|GO:0008645

utant phenotype |GO:0000075

RNA polymerase I upstream activating factor complex | traceable author statement|GO:0000500//cellular component| RNA polymerase I upstream activa

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

a spliceosome | inferred from mutant phenotype|GO:0048025//biological process| negative regulation of translation | traceable author statement |GO:0016

6274//molecular function| protein-arginine N-methyltransferase activity | inferred from direct assay |GO:0016274//cellular component| bud neck | inferred fr







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





olding | traceable author statement |GO:0006457

ess| telomere maintenance | inferred from mutant phenotype |GO:0000723

006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein

ransduction | traceable author statement|GO:0007264//biological process| polar budding | traceable author statement |GO:0007121//biological process| ax









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ulation | inferred from mutant phenotype |GO:0030435//biological process| sporulation | inferred from expression pattern |GO:0030435//biological process|





e assembly | inferred from mutant phenotype|GO:0042256//biological process| regulation of translational initiation | inferred from physical interaction |GO:0





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





author statement|GO:0006412//biological process| protein biosynthesis | inferred from direct assay |GO:0006412



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ological process| postreplication repair | traceable author statement |GO:0006301//biological process| nucleotide-excision repair | traceable author stateme



ess| mitochondrial matrix protein import | inferred from physical interaction|GO:0030150//biological process| mitochondrial matrix protein import | inferred f

on from Pol II promoter | traceable author statement |GO:0006357





26//biological process| glycyl-tRNA aminoacylation | inferred from mutant phenotype |GO:0006426//biological process| transcription termination | inferred fr





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









erred from mutant phenotype|GO:0009060//biological process| fatty acid metabolism | inferred from sequence similarity |GO:0006631//biological process| f







e |GO:0006412//biological process| protein biosynthesis | inferred from genetic interaction |GO:0006412



on |GO:0003677//molecular function| DNA binding | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from physical interactio



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

telomerase-dependent telomere maintenance | inferred from mutant phenotype|GO:0007004//biological process| transcription from Pol III promoter | infer







2//biological process| vesicle-mediated transport | inferred from physical interaction |GO:0016192

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ort | inferred from sequence similarity |GO:0006810









GO:0030503//biological process| regulation of cell redox homeostasis | inferred from direct assay |GO:0030503//biological process| response to oxidative









microtubule nucleation | inferred from physical interaction |GO:0007020









otype |GO:0007126









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ogical process| chromatin modification | inferred from mutant phenotype |GO:0016568





:0006412//biological process| ribosomal small subunit assembly and maintenance | inferred from mutant phenotype |GO:0000028









ation | inferred from mutant phenotype |GO:0006487

otein catabolism | inferred from genetic interaction|GO:0006511









erred from sequence similarity |GO:0006468





Fungi) | inferred from genetic interaction |GO:0030466//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348

from physical interaction|GO:0030490//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398









al interaction |GO:0007020//biological process| protein-nucleus import | inferred from physical interaction |GO:0006606//biological process| RNA-nucleus e









rom physical interaction |GO:0006609//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from mutant phenotype |GO:0006609/









cal process| protein folding | inferred from physical interaction |GO:0006457//biological process| protein folding | inferred from mutant phenotype |GO:0006









-nucleus export | inferred from mutant phenotype |GO:0006405//biological process| G1/S transition of mitotic cell cycle | inferred from mutant phenotype |G







inesis | inferred from mutant phenotype |GO:0000910





l process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468







to DNA damage stimulus | inferred from physical interaction|GO:0006974//biological process| response to DNA damage stimulus | inferred from mutant p

zation | inferred from mutant phenotype |GO:0008154//biological process| polar budding | inferred from mutant phenotype |GO:0007121









e-phosphate synthase complex (UDP-forming) | inferred from mutant phenotype |GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synth





erred from mutant phenotype |GO:0006407//biological process| ribosome-nucleus export | inferred from mutant phenotype |GO:0000054

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ocess| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511

raction |GO:0007094//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| protein amino acid dep





biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









bolism | traceable author statement|GO:0006104//biological process| succinyl-CoA metabolism | inferred from direct assay |GO:0006104//biological proces









utant phenotype |GO:0006623





t phenotype |GO:0016556//biological process| meiosis | inferred from mutant phenotype |GO:0007126







ferred from mutant phenotype|GO:0006376//biological process| mRNA splice site selection | inferred from genetic interaction |GO:0006376



omponent| nuclear telomere cap complex | inferred from direct assay |GO:0000783//biological process| chromatin silencing | traceable author statement|G

I promoter | inferred from mutant phenotype |GO:0000122









ed from physical interaction |GO:0007264//biological process| bud growth | inferred from physical interaction |GO:0007117//biological process| cell wall org







otype |GO:0007015//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| endocytosis | inferr



eplication repair | inferred from genetic interaction |GO:0006301//biological process| protein polyubiquitination | traceable author statement |GO:0000209

om mutant phenotype |GO:0000790//biological process| histone methylation | inferred from direct assay|GO:0016571//biological process| chromatin silenci



n | inferred from physical interaction |GO:0006445//biological process| regulation of translation | inferred from mutant phenotype |GO:0006445//biological p

610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







erred from mutant phenotype|GO:0030476









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







erred from mutant phenotype |GO:0007124





16021//cellular component| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| fatty acid elongation | inferred from seque

nferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047//bio

modeling | inferred from genetic interaction |GO:0006338//biological process| chromatin remodeling | inferred from direct assay |GO:0006338

phenotype |GO:0007126//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074





eling | inferred from direct assay |GO:0006338

92//biological process| autophagy | inferred from mutant phenotype |GO:0006914









biosynthesis | inferred from direct assay |GO:0009113//biological process| one-carbon compound metabolism | inferred from mutant phenotype |GO:0006





biological process| mitotic spindle orientation (sensu Fungi) | inferred from genetic interaction |GO:0030607//biological process| mitotic spindle assembly (s









6114//biological process| terpenoid biosynthesis | inferred from direct assay |GO:0016114









biological process| response to osmotic stress | traceable author statement |GO:0006970







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

GO:0000086//biological process| S phase of mitotic cell cycle | inferred from mutant phenotype |GO:0000084//biological process| S phase of mitotic cell c









intracellular protein transport | inferred from direct assay |GO:0006886









vacuole transport | inferred from mutant phenotype |GO:0006896









leus | inferred from direct assay |GO:0005634//biological process| purine nucleotide biosynthesis | traceable author statement|GO:0006164









mic vesicle | traceable author statement|GO:0016023//cellular component| plasma membrane | inferred from sequence similarity |GO:0005886//cellular co





o stress | inferred from mutant phenotype |GO:0006950//biological process| response to stress | inferred from expression pattern |GO:0006950//biological

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

romatin modification | traceable author statement |GO:0016568





0006220//biological process| pyrimidine nucleotide metabolism | inferred from genetic interaction |GO:0006220

117//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| protein amino acid phosphorylatio

nt| presequence translocase-associated import motor | inferred from physical interaction |GO:0001405//biological process| mitochondrial matrix protein im









ed from mutant phenotype |GO:0007033//biological process| Golgi to vacuole transport | inferred from mutant phenotype |GO:0006896//biological process|









ysical interaction |GO:0008023//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| chromosome segregation | infer

ortical patch assembly | inferred from mutant phenotype |GO:0000147









erred from mutant phenotype |GO:0000135//biological process| septin checkpoint | inferred from genetic interaction |GO:0000135//biological process| G2/



erred from direct assay |GO:0005884//cellular component| polarisome | traceable author statement |GO:0000133//cellular component| incipient bud site | in

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

erred from mutant phenotype|GO:0009060//biological process| fatty acid metabolism | inferred from sequence similarity |GO:0006631//biological process| f







610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc









ion | traceable author statement |GO:0000727//biological process| telomerase-independent telomere maintenance | inferred from mutant phenotype |GO:0









| inferred from mutant phenotype |GO:0006876









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ferred from direct assay |GO:0000398



targeting | inferred from mutant phenotype |GO:0006623



biological process| base-excision repair | traceable author statement |GO:0006284//biological process| mutagenesis | traceable author statement |GO:0006

21//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//biological process| response to osmotic stres









sphatidylcholine biosynthesis | inferred from direct assay |GO:0006656





etic interaction |GO:0007001

statement|GO:0006094









rowth (sensu Saccharomyces) | traceable author statement |GO:0001403//biological process| flocculation (sensu Saccharomyces) | inferred from mutant p



891//biological process| intra-Golgi transport | inferred from genetic interaction |GO:0006891//biological process| ER to Golgi transport | inferred from sequ



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







assay |GO:0003905//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecular function| RNA





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





rom direct assay |GO:0018065

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









nt|GO:0045041//biological process| proteolysis and peptidolysis | inferred from mutant phenotype |GO:0006508//biological process| protein complex assem







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





849//biological process| transport | traceable author statement |GO:0006810

gical process| DNA recombination | inferred from mutant phenotype |GO:0006310









886//biological process| hexose transport | traceable author statement|GO:0008645





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ocess| phospholipid biosynthesis | traceable author statement |GO:0008654









tion | inferred from mutant phenotype |GO:0045449//biological process| meiosis | traceable author statement |GO:0007126//biological process| protein am

98//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| lagging strand elongation | traceable autho







ble author statement|GO:0006906

biological process| chromatin remodeling | inferred from physical interaction |GO:0006338//biological process| chromatin remodeling | inferred from direct







ble author statement|GO:0006906









n | traceable author statement |GO:0000154



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

signaling pathway | inferred from physical interaction|GO:0007186//biological process| G-protein coupled receptor protein signaling pathway | inferred from

|GO:0006810





nferred from mutant phenotype|GO:0006515



iological process| positive regulation of transcription from Pol II promoter | inferred from sequence similarity|GO:0045944//biological process| positive regu

ation | inferred from sequence similarity |GO:0006468//biological process| septin ring assembly | inferred from mutant phenotype |GO:0000921//biological

assay |GO:0006048



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

eus import | inferred from mutant phenotype |GO:0006606

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



raceable author statement |GO:0000105









ocess| positive regulation of transcription from Pol II promoter | inferred from sequence similarity|GO:0045944//biological process| positive regulation of tra

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

assay |GO:0000329//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from direct assay|GO:0006616//biolo

otype |GO:0007015//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| endocytosis | inferr

xylic acid cycle | traceable author statement |GO:0006099









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





biquitination | inferred from mutant phenotype |GO:0006513



mutant phenotype |GO:0000288







GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

ferred from direct assay |GO:0000134//cellular component| incipient bud site | traceable author statement |GO:0000131//biological process| polar budding









logical process| transport | inferred from mutant phenotype |GO:0006810









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









GO:0007005//biological process| mitochondrial genome maintenance | inferred from mutant phenotype |GO:0000002

6//biological process| ribosome biogenesis | inferred from direct assay |GO:0007046





007243//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| establishment of cell polarit







binase assembly | traceable author statement |GO:0000730//biological process| DNA recombinase assembly | inferred from direct assay |GO:0000730//bio









inferred from genetic interaction |GO:0006999//biological process| protein-nucleus export | traceable author statement |GO:0006611//biological process| ri









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

| inferred from mutant phenotype |GO:0006415



assay |GO:0005783//biological process| fatty acid transport | inferred from direct assay|GO:0015908



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

hor statement |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-bin









|GO:0000780//cellular component| condensed nuclear chromosome kinetochore | inferred from physical interaction |GO:0000778//cellular component| co





O:0018283//biological process| iron incorporation into metallo-sulfur cluster | inferred from genetic interaction |GO:0018283//biological process| iron ion hom

07015//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| activation of MAPK during os

esis | inferred from direct assay|GO:0046656//biological process| purine fermentation | inferred from direct assay |GO:0019653//biological process| acetate









GO:0008645







hor statement|GO:0006511//biological process| G2/M transition of mitotic cell cycle | inferred from physical interaction |GO:0000086//biological process| G









ucleus export | inferred from genetic interaction |GO:0006406



006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

m Pol I promoter | traceable author statement |GO:0006360

process| gluconeogenesis | traceable author statement |GO:0006094

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

016050//biological process| conjugation with cellular fusion | inferred from expression pattern |GO:0000747









vacuolar membrane (sensu Fungi) | inferred from direct assay |GO:0000329//biological process| signal transduction | traceable author statement|GO:0007

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ement |GO:0030503//biological process| response to oxidative stress | inferred from sequence similarity |GO:0006979//biological process| DNA-dependent



process| glycolysis | traceable author statement|GO:0006096//biological process| gluconeogenesis | traceable author statement |GO:0006094







assay |GO:0003905//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecular function| RNA







kpoint | traceable author statement |GO:0007094







//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









ent |GO:0006511//biological process| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle el

nt phenotype |GO:0007165//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme

transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082//biological process| regulation of cyclin dependent protein kinase activity | tra



protein catabolism | traceable author statement|GO:0006511





pendent | traceable author statement |GO:0006355

n|GO:0006887//biological process| exocytosis | inferred from mutant phenotype |GO:0006887//biological process| exocytosis | inferred from genetic interac

erred from direct assay |GO:0006367

06891//biological process| intra-Golgi transport | inferred from genetic interaction |GO:0006891//biological process| ER to Golgi transport | inferred from gen





86//biological process| positive regulation of transcription from Pol II promoter | inferred from direct assay |GO:0045944//biological process| signal transduc

|GO:0005634//biological process| lysine biosynthesis, aminoadipic pathway | traceable author statement|GO:0019878

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme









lasmic transport | inferred from mutant phenotype |GO:0006913//biological process| protein monoubiquitination | traceable author statement |GO:0006513

ocess| iron ion homeostasis | inferred from genetic interaction |GO:0006879//biological process| mitochondrial processing | inferred from mutant phenotype

ype |GO:0000077









m physical interaction |GO:0006887//biological process| exocytosis | inferred from mutant phenotype |GO:0006887

ect assay|GO:0005758//cellular component| cytoplasm | traceable author statement |GO:0005737//cellular component| cytoplasm | inferred from direct ass









scription from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred f









nt |GO:0007121//biological process| axial budding | traceable author statement |GO:0007120//biological process| cell wall organization and biogenesis | tra

ype |GO:0006010//biological process| glucose 1-phosphate utilization | inferred from sequence similarity |GO:0006008//biological process| glucose 1-phos



cytoplasm | inferred from direct assay |GO:0005737//cellular component| vacuole (sensu Fungi) | inferred from direct assay |GO:0000324//biological proces

ement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

d from mutant phenotype|GO:0009164









peptide pheromone maturation | inferred from sequence similarity|GO:0007323//biological process| peptide pheromone maturation | inferred from mutant p





red from mutant phenotype|GO:0006814





component| incipient bud site | inferred from direct assay |GO:0000131//biological process| maintenance of cell polarity (sensu Fungi) | inferred from mutan





//biological process| deadenylation-dependent decapping | inferred from direct assay |GO:0000290





n | traceable author statement |GO:0000154









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



m mutant phenotype|GO:0030472//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| resp







say |GO:0005697//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| telomerase-dependent telomere maintenance





ndle assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472//biological process| microtubule nucleation | inferred from physical interaction









/biological process| protein biosynthesis | traceable author statement|GO:0006412

s| protein biosynthesis | traceable author statement|GO:0006412









hate synthase complex (UDP-forming) | inferred from mutant phenotype |GO:0005946//cellular component| alpha,alpha-trehalose-phosphate synthase com







component| nucleus | inferred from physical interaction|GO:0005634//biological process| histone methylation | inferred from mutant phenotype|GO:001657

d from mutant phenotype |GO:0001100//biological process| negative regulation of exit from mitosis | inferred from genetic interaction |GO:0001100

ocess| DNA recombination | inferred from genetic interaction |GO:0006310

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









ent|GO:0006045

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ble author statement|GO:0030437//biological process| response to stress | traceable author statement |GO:0006950//biological process| ubiquitin-depend









|GO:0006810

nferred from direct assay |GO:0005634//biological process| DNA replication initiation | traceable author statement|GO:0006270//biological process| DNA re









ant phenotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0006906//biological process| vesicle docking during exocy



610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

cessing | inferred from physical interaction |GO:0006364







| nuclear chromatin | inferred from direct assay |GO:0000790//biological process| regulation of transcription from Pol II promoter | traceable author stateme



d from physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype|GO:0000398



red from mutant phenotype|GO:0006310//biological process| nucleotide-excision repair | inferred from mutant phenotype |GO:0006289//biological process





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme







raction |GO:0000086//biological process| S phase of mitotic cell cycle | inferred from mutant phenotype |GO:0000084//biological process| S phase of mitot

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









|GO:0000902//biological process| cellular morphogenesis | inferred from genetic interaction |GO:0000902

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









om mutant phenotype |GO:0007047//biological process| endocytosis | inferred from genetic interaction |GO:0006897







//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

tant phenotype |GO:0007064//biological process| sister chromatid cohesion | traceable author statement |GO:0007062//biological process| DNA topologic







l process| endocytosis | inferred from mutant phenotype|GO:0006897//biological process| sphingolipid metabolism | inferred from mutant phenotype |GO:0









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



biological process| response to pheromone during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000749//biological process| poly(









ransport | inferred from mutant phenotype|GO:0015986





assay |GO:0006696//biological process| electron transport | inferred from direct assay |GO:0006118



ess| cytokinesis, contractile ring formation | inferred from mutant phenotype |GO:0000915

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



GO:0005847//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biolo

ranscription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol II promoter | traceable author statem

gical process| DNA recombination | inferred from mutant phenotype |GO:0006310

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





etic interaction |GO:0006828









nt phenotype |GO:0007005

hondrial inner membrane protein import | inferred from genetic interaction |GO:0045039





red from mutant phenotype|GO:0030148

NA damage stimulus | traceable author statement |GO:0006974

O:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecular function| mRNA bindin





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





genetic interaction |GO:0000027

O:0005634//biological process| response to xenobiotic stimulus | inferred from mutant phenotype|GO:0009410



cytoplasm | inferred from direct assay |GO:0005737//biological process| mitochondrial intermembrane space protein import | traceable author statement|G

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ological process| response to pheromone during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000749//biological process| poly(A



utant phenotype |GO:0006461









ype |GO:0006623

otype|GO:0030503//biological process| regulation of cell redox homeostasis | inferred from direct assay |GO:0030503//biological process| response to met



m mutant phenotype|GO:0007094



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

0//biological process| signal transduction during conjugation with cellular fusion | inferred from physical interaction |GO:0000750//biological process| signa



m genetic interaction |GO:0015802//biological process| intracellular protein transport | inferred from mutant phenotype |GO:0006886//biological process| re



icative complex formation and maintenance | traceable author statement |GO:0006267

rom direct assay |GO:0030476





al process| rRNA processing | traceable author statement |GO:0006364



886//biological process| hexose transport | traceable author statement|GO:0008645

gen utilization | inferred from genetic interaction |GO:0006808//biological process| nitrogen metabolism | traceable author statement |GO:0006807//biologic





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







O:0005782//biological process| peroxisome organization and biogenesis | traceable author statement|GO:0007031//biological process| protein-peroxisome







process| regulation of cell cycle | inferred from genetic interaction |GO:0000074





raction |GO:0000027









nthase (glutamine-hydrolyzing) activity | inferred from mutant phenotype |GO:0003952//molecular function| NAD+ synthase (glutamine-hydrolyzing) activity







iological process| Golgi to endosome transport | inferred from mutant phenotype |GO:0006895//biological process| actin cortical patch assembly | inferred



me | traceable author statement |GO:0005840//cellular component| cytoplasm | inferred from direct assay |GO:0005737//cellular component| incipient bud



physical interaction|GO:0006368









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

eraction |GO:0006020//biological process| myo-inositol metabolism | inferred from direct assay |GO:0006020

l growth | inferred from mutant phenotype|GO:0007124//biological process| bud growth | traceable author statement |GO:0007117//biological process| mito

2//biological process| chromatin silencing | inferred from genetic interaction |GO:0006342



nthesis | traceable author statement |GO:0006412









GO:0016568//biological process| protein amino acid acetylation | inferred from physical interaction |GO:0006473//biological process| transcription initiation





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



lular component| nucleus | inferred from direct assay |GO:0005634//biological process| RNA elongation from Pol II promoter | inferred from physical interac



65//biological process| 35S primary transcript processing | inferred from mutant phenotype |GO:0006365



ess| attachment of GPI anchor to protein | inferred from sequence similarity|GO:0016255//biological process| attachment of GPI anchor to protein | inferred





//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg







nferred from direct assay |GO:0006338

610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





nt phenotype|GO:0006400







ranscription from Pol III promoter | traceable author statement|GO:0006383//biological process| transcription from Pol II promoter | traceable author statem

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









cal process| NADH regeneration | traceable author statement |GO:0006735

notype|GO:0000027









netic interaction |GO:0006259

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme



om direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biological process| protein biosynthesis







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| vacuole inheritance | inferred from mutant phen



om genetic interaction |GO:0007047//biological process| endocytosis | inferred from genetic interaction |GO:0006897

rocess| polyamine catabolism | inferred from mutant phenotype |GO:0006598//biological process| polyamine catabolism | inferred from genetic interaction



l matrix protein import | inferred from mutant phenotype |GO:0030150



from direct assay |GO:0006378



or statement|GO:0008151//biological process| regulation of carbohydrate metabolism | traceable author statement |GO:0006109//biological process| regul

ubiquitin-dependent protein catabolism | inferred from curator |GO:0006511

m genetic interaction |GO:0007606

ical process| RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| DNA recombination | inferred from m

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







al inner membrane protein import | inferred from physical interaction|GO:0045039//biological process| mitochondrial inner membrane protein import | inferr

on |GO:0006465





ome c | inferred from direct assay |GO:0006122

d from mutant phenotype|GO:0009164

O:0007076//biological process| mitotic chromosome condensation | inferred from genetic interaction |GO:0007076//biological process| mitotic sister chrom

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



equence recognition | inferred from mutant phenotype |GO:0006617





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



om direct assay |GO:0000118//biological process| chromatin silencing | inferred from mutant phenotype|GO:0006342//biological process| chromatin silenc



//biological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| nucleotide-excision repair |

traceable author statement|GO:0000356

sis | inferred from mutant phenotype |GO:0006873//biological process| cell ion homeostasis | inferred from genetic interaction |GO:0006873//biological pro

al process| positive regulation of transcription from Pol II promoter | inferred from sequence similarity|GO:0045944//biological process| positive regulation o

m physical interaction |GO:0006412







say|GO:0016571//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348

Pol II promoter | inferred from sequence similarity |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from mutant p

ocess| transport | inferred from mutant phenotype |GO:0006810//biological process| transport | inferred from direct assay |GO:0006810



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









al process| rRNA processing | traceable author statement |GO:0006364



enetic interaction |GO:0030026

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ant phenotype|GO:0006873//biological process| adaptation to pheromone during conjugation with cellular fusion | inferred from mutant phenotype |GO:000





|GO:0006465//biological process| signal peptide processing | inferred from genetic interaction |GO:0006465//biological process| signal peptide processing

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









mutant phenotype |GO:0006515

ed from mutant phenotype |GO:0009306//biological process| protein secretion | inferred from genetic interaction |GO:0009306//biological process| actin fila

process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding (hnRNP) protein-nucleus import

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

icative complex formation and maintenance | traceable author statement |GO:0006267



protein catabolism | inferred from curator |GO:0006511//biological process| negative regulation of DNA transposition | inferred from mutant phenotype |GO









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ed from genetic interaction |GO:0007021







ess| Rho protein signal transduction | inferred from genetic interaction |GO:0007266//biological process| establishment of cell polarity (sensu Saccharomyc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



olding | traceable author statement |GO:0006457







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









006333//biological process| DNA strand elongation | inferred from mutant phenotype |GO:0006271//biological process| DNA topological change | inferred f









acid and derivative biosynthesis | inferred from mutant phenotype|GO:0009396

cal process| FMN biosynthesis | inferred from mutant phenotype|GO:0009398//biological process| FMN biosynthesis | inferred from direct assay |GO:0009

0007015//biological process| exocytosis | inferred from mutant phenotype |GO:0006887//biological process| establishment of cell polarity (sensu Saccharo







GO:0005847//biological process| mRNA cleavage | traceable author statement|GO:0006379//biological process| mRNA cleavage | inferred from direct ass





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme



al process| regulation of cell redox homeostasis | inferred from mutant phenotype|GO:0030503//biological process| regulation of cell redox homeostasis | i

006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









ocess| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623//biological process| protein-vacuolar targeting | inferred from expression p

886//biological process| hexose transport | traceable author statement|GO:0008645









us | inferred from direct assay|GO:0005634//biological process| cell cycle | inferred from mutant phenotype|GO:0007049//biological process| cell cycle | in



O:0003964//molecular function| DNA-directed DNA polymerase activity | inferred from sequence similarity |GO:0003887//molecular function| mRNA bindin



cal process| response to stress | inferred from expression pattern |GO:0006950



0016574//biological process| histone methylation | inferred from mutant phenotype |GO:0016571//biological process| protein monoubiquitination | inferred

886//biological process| response to hydrogen peroxide | inferred from mutant phenotype|GO:0042542//biological process| osmosensory signaling pathway

s| chromatin modification | inferred from physical interaction |GO:0016568//biological process| chromatin remodeling | inferred from physical interaction |G

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









ogical process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//biological process| actin filament organization | inferr

nferred from direct assay |GO:0005634//biological process| DNA replication initiation | traceable author statement|GO:0006270//biological process| DNA u





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//molecular function| specific RNA polyme





al process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological process| G2/M transition of mitotic cell cycle | infe





c respiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060//biologi

ellular component| mitochondrial matrix | traceable author statement|GO:0005759//biological process| response to oxidative stress | inferred from mutant p

ological process| vesicle-mediated transport | inferred from genetic interaction|GO:0016192









rred from mutant phenotype |GO:0007021

nteraction |GO:0006888









ar component| cytoplasm | inferred from direct assay |GO:0005737//biological process| mitochondrial processing | inferred from mutant phenotype|GO:000

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







ranscription, DNA-dependent | inferred from mutant phenotype |GO:0006355

from sequence similarity |GO:0009408//biological process| response to heat | inferred from genetic interaction |GO:0009408//biological process| Rho prote



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





moter | inferred from mutant phenotype |GO:0006366//biological process| transcription from Pol II promoter | inferred from genetic interaction |GO:0006366







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ological process| rRNA processing | traceable author statement |GO:0006364

biological process| RNA catabolism | inferred from direct assay |GO:0006401//biological process| Ty3 element transposition | inferred from mutant phenoty

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

h cellular fusion | traceable author statement|GO:0000753//biological process| cellular morphogenesis during conjugation with cellular fusion | inferred from

ent |GO:0006357

m mutant phenotype|GO:0030472//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| resp









379//biological process| mRNA cleavage | inferred from mutant phenotype |GO:0006379//biological process| mRNA cleavage | inferred from direct assay |



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

red from mutant phenotype|GO:0006814









ve regulation of transcription from Pol II promoter | inferred from direct assay|GO:0045944//biological process| signal transduction | inferred from mutant p

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









otein catabolism | inferred from genetic interaction|GO:0006511







|GO:0045876



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



rect assay |GO:0009113//biological process| transcription from Pol II promoter | inferred from sequence similarity |GO:0006366//biological process| transc

netic interaction |GO:0006508//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process|

:0006310//biological process| double-strand break repair | traceable author statement |GO:0006302//biological process| postreplication repair | traceable a

cal process| telomere maintenance | inferred from mutant phenotype |GO:0000723





gical process| signal transduction | inferred from mutant phenotype |GO:0007165//biological process| regulation of transcription from Pol II promoter | infer









ological process| rRNA processing | traceable author statement |GO:0006364

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

hysical interaction|GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





rom genetic interaction|GO:0008360//biological process| cytokinesis, completion of separation | inferred from mutant phenotype |GO:0007109



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



egulation of transcription from Pol II promoter | inferred from sequence similarity|GO:0045944//biological process| positive regulation of transcription from P





matin remodeling | inferred from genetic interaction |GO:0006338









argeting | inferred from mutant phenotype|GO:0045047

ssay |GO:0006446









nt phenotype |GO:0000283









thor statement |GO:0006365



eus export | inferred from physical interaction|GO:0016973//biological process| poly(A)+ mRNA-nucleus export | inferred from genetic interaction |GO:0016





gical process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| endocytosis | inferred from mutant phenotype

ss| peptide pheromone export | traceable author statement|GO:0000770

m direct assay |GO:0006268//biological process| mitotic sister chromatid segregation | inferred from mutant phenotype |GO:0000070



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









phenotype |GO:0000059





interaction |GO:0007126//biological process| negative regulation of transcription from Pol II promoter | traceable author statement |GO:0000122







maintenance | inferred from sequence similarity |GO:0000027

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









red from mutant phenotype |GO:0006412





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

on | inferred from mutant phenotype |GO:0006310//biological process| mismatch repair | inferred from mutant phenotype |GO:0006298//biological process|

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

cess| polyamine catabolism | inferred from mutant phenotype |GO:0006598//biological process| polyamine catabolism | inferred from genetic interaction |G







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





cal process| Group I intron splicing | inferred from genetic interaction |GO:0000372



| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

nthesis | traceable author statement |GO:0006412

e author statement |GO:0005758//biological process| mitochondrial inner membrane protein import | inferred from physical interaction|GO:0045039//biolog









m Pol II promoter | inferred from sequence similarity |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from mutan



//biological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| nucleotide-excision repair |

on |GO:0007117//biological process| cell wall organization and biogenesis | inferred from physical interaction |GO:0007047//biological process| actin filam

0008643//biological process| carbohydrate transport | inferred from direct assay |GO:0008643





oval of tRNA 3'-trailer sequence | inferred from direct assay|GO:0042779



ss| chromatin remodeling | inferred from direct assay |GO:0006338



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



27//biological process| ribosomal large subunit assembly and maintenance | inferred from physical interaction |GO:0000027

e-rRNA | inferred from mutant phenotype|GO:0030489//biological process| ribosomal large subunit assembly and maintenance | inferred from physical inte









mutant phenotype|GO:0030433//biological process| protein transport | inferred from direct assay |GO:0015031//biological process| cell cycle | inferred from



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





ment |GO:0006468//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910//biological process| establishment of cell polarity (sensu









ome transport | inferred from mutant phenotype|GO:0015892//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879//bio









l cycle | inferred from genetic interaction |GO:0000082







82//biological process| copper ion homeostasis | inferred from genetic interaction |GO:0006878//biological process| superoxide metabolism | inferred from

rred from physical interaction |GO:0007020









ype |GO:0009229







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

cal process| NADH regeneration | traceable author statement |GO:0006735





6465//biological process| signal peptide processing | inferred from genetic interaction |GO:0006465







repair | inferred from genetic interaction |GO:0006281//biological process| DNA-dependent DNA replication | inferred from physical interaction |GO:00062





vage and polyadenylation specificity factor complex | inferred from physical interaction|GO:0005847//cellular component| nucleus | inferred from physical in









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









of transcription from Pol II promoter, mitotic | traceable author statement|GO:0007070//biological process| transcription initiation from Pol II promoter | trace









equence similarity |GO:0006334//biological process| nucleosome assembly | inferred from direct assay |GO:0006334//biological process| M phase of mitot



ss| signal transduction | inferred from mutant phenotype |GO:0007165//biological process| protein amino acid phosphorylation | inferred from mutant phen





ay |GO:0005634

geting | inferred from mutant phenotype |GO:0006623//biological process| protein-membrane targeting | inferred from physical interaction |GO:0006612//bio



:0005634//biological process| poly(A)+ mRNA-nucleus export | inferred from physical interaction|GO:0016973

genesis | traceable author statement|GO:0030036//biological process| response to heat | inferred from sequence similarity |GO:0009408//biological proces

haromyces) | inferred from mutant phenotype |GO:0000065//biological process| mitotic spindle elongation | inferred from mutant phenotype |GO:0000022







GO:0006468//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation o

ed from sequence similarity |GO:0006816//biological process| calcium ion transport | inferred from mutant phenotype |GO:0006816

ogical process| regulation of cell redox homeostasis | traceable author statement|GO:0030503//biological process| regulation of cell redox homeostasis | in

s| vesicle organization and biogenesis | inferred from genetic interaction |GO:0016050



netic interaction |GO:0000082

ransduction | traceable author statement|GO:0007264//biological process| polar budding | traceable author statement |GO:0007121//biological process| ax



ss | traceable author statement |GO:0006950//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511

ype |GO:0000079//biological process| regulation of cyclin dependent protein kinase activity | inferred from genetic interaction |GO:0000079

006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein





pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | traceable author statement |GO:000636

G2/M transition of mitotic cell cycle | traceable author statement |GO:0000086//biological process| S phase of mitotic cell cycle | traceable author stateme





hysical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO:0

g ATP synthase, central stalk (sensu Eukarya) | inferred from sequence similarity|GO:0005756//cellular component| proton-transporting ATP synthase, cen









assay |GO:0007532









olding | traceable author statement |GO:0006457









milarity|GO:0006609//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from physical interaction |GO:0006609//biological proces

ent| nuclear telomere cap complex | inferred from direct assay |GO:0000783//biological process| chromatin silencing at silent mating-type cassette (sensu







ic translation initiation factor 3 complex | inferred from direct assay |GO:0005852//cellular component| cytoplasm | inferred from physical interaction |GO:0









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| nucleus | inferred fro

on | inferred from mutant phenotype|GO:0000752



esis | inferred from mutant phenotype |GO:0006634



nsed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| mitotic spindle assembly (sensu Fungi) | inferred from









site | inferred from direct assay |GO:0000131//biological process| small GTPase mediated signal transduction | traceable author statement|GO:0007264//b







nscription from Pol II promoter | inferred from genetic interaction |GO:0000122



m direct assay |GO:0005634//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



00027//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:0000027

e author statement |GO:0005637//cellular component| tRNA-intron endonuclease complex | traceable author statement |GO:0000214//biological process| tR









s| ribosome-nucleus export | inferred from mutant phenotype |GO:0000054









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









protein catabolism | traceable author statement|GO:0006511

al interaction |GO:0006808//biological process| regulation of nitrogen utilization | inferred from mutant phenotype |GO:0006808//biological process| regulati



d from mutant phenotype|GO:0009164

capping | inferred from direct assay|GO:0006370







otype|GO:0042145//biological process| homotypic vacuole fusion, non-autophagic | inferred from direct assay |GO:0042145//biological process| protein tra







0//biological process| mitochondrial matrix protein import | inferred from physical interaction |GO:0030150//biological process| mitochondrial matrix protein



author statement |GO:0006269

|GO:0005634//biological process| lysine biosynthesis, aminoadipic pathway | traceable author statement|GO:0019878



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

6298//biological process| leading strand elongation | inferred from direct assay |GO:0006272//biological process| cell cycle checkpoint | inferred from mutan









m mutant phenotype|GO:0007059









nferred from sequence similarity|GO:0006817//biological process| phosphate transport | inferred from mutant phenotype |GO:0006817//biological process









inferred from direct assay |GO:0006468//biological process| transcription | inferred from physical interaction |GO:0006350//biological process| transcriptio



process| mRNA localization, intracellular | inferred from mutant phenotype |GO:0008298









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









m direct assay |GO:0016485//biological process| proteolysis and peptidolysis | inferred from mutant phenotype |GO:0006508//biological process| invasive g





ed from expression pattern |GO:0030437//biological process| fatty acid catabolism | inferred from sequence similarity |GO:0009062//biological process| fatt



s ends | traceable author statement |GO:0000736//biological process| removal of nonhomologous ends | traceable author statement |GO:0000735







from mutant phenotype |GO:0006457

|GO:0045324//biological process| homotypic vacuole fusion, non-autophagic | inferred from direct assay |GO:0042145//biological process| vesicle docking



ransduction | traceable author statement|GO:0007264//biological process| polar budding | traceable author statement |GO:0007121//biological process| ax

polar budding | inferred from mutant phenotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0006906//biological proc

ellular component| membrane fraction | inferred from direct assay |GO:0005624//biological process| actin filament organization | inferred from physical inter

610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

O:0005634//biological process| chromosome condensation | inferred from mutant phenotype|GO:0030261//biological process| protein desumoylation | infe



nt phenotype|GO:0007124//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468

on-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from mutant phenotype |GO:0000276//biological process| ATP synth









rocess| zinc ion homeostasis | inferred from mutant phenotype|GO:0006882







ological process| postreplication repair | inferred from physical interaction |GO:0006301//biological process| postreplication repair | inferred from genetic int









anscription | traceable author statement|GO:0045449//biological process| regulation of transcription | inferred from direct assay |GO:0045449//biological pr









al process| protein-vacuolar targeting | inferred from physical interaction |GO:0006623//biological process| protein-vacuolar targeting | inferred from mutan





pe |GO:0006342//biological process| nucleosome assembly | inferred from mutant phenotype |GO:0006334//biological process| DNA repair | inferred from









tion of transcription from Pol II promoter | inferred from genetic interaction |GO:0000122

physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype|GO:0000398

GO:0016568//biological process| protein amino acid acetylation | inferred from physical interaction |GO:0006473//biological process| transcription initiation









eraction|GO:0006357//biological process| conjugation with cellular fusion | inferred from mutant phenotype |GO:0000747//biological process| poly(A) tail sh



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ess| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0006357









erred from physical interaction |GO:0000276//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferre



e author statement |GO:0005637//cellular component| tRNA-intron endonuclease complex | traceable author statement |GO:0000214//biological process| tR





GO:0005847//biological process| mRNA cleavage | traceable author statement|GO:0006379//biological process| mRNA cleavage | inferred from direct ass







henotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0006906//biological process| vesicle docking during exocytosis

/biological process| triacylglycerol biosynthesis | inferred from direct assay |GO:0019432

O:0005634//cellular component| telomerase catalytic core complex | traceable author statement |GO:0000333//biological process| telomerase-dependent t

cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| coenzyme A biosynthesis | inferred from sequence similarity|GO

pe |GO:0000289//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289









cal process| response to stress | inferred from expression pattern |GO:0006950//biological process| protein folding | inferred from physical interaction |GO:





mplex | traceable author statement |GO:0005674//cellular component| transcription factor TFIID complex | traceable author statement |GO:0005669//biolog





6121//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099





omatin silencing | inferred from mutant phenotype|GO:0006342//biological process| chromatin silencing | inferred from direct assay |GO:0006342//biologica





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





inferred from mutant phenotype |GO:0006646//biological process| MAPKKK cascade | inferred from mutant phenotype |GO:0000165//biological process| M









O:0005829//biological process| farnesyl diphosphate biosynthesis | inferred from direct assay|GO:0045337//biological process| isoprenoid biosynthesis | inf

|GO:0006906//biological process| vesicle docking during exocytosis | traceable author statement |GO:0006904//biological process| Golgi to plasma memb







mismatch repair | traceable author statement |GO:0006298//biological process| leading strand elongation | inferred from direct assay |GO:0006272

c | inferred from direct assay |GO:0042145//biological process| vacuole organization and biogenesis | inferred from mutant phenotype |GO:0007033





al process| transcription from Pol II promoter | inferred from mutant phenotype |GO:0006366









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









cess| biotin biosynthesis | inferred from direct assay |GO:0009102



thor statement |GO:0006365

type|GO:0007165//biological process| cell wall organization and biogenesis | traceable author statement |GO:0007047//biological process| protein amino a





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



ent |GO:0006825

te metabolism | traceable author statement |GO:0006101//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099









//biological process| cytokinesis, completion of separation | inferred from expression pattern |GO:0007109







nt |GO:0006166//biological process| tryptophan biosynthesis | traceable author statement |GO:0000162//biological process| histidine biosynthesis | traceab





m direct assay |GO:0000131//biological process| Rho protein signal transduction | inferred from physical interaction|GO:0007266//biological process| pseu

author statement |GO:0006269//biological process| DNA synthesis during DNA repair | inferred from mutant phenotype |GO:0000731

otein folding | inferred from sequence similarity |GO:0006457//biological process| protein folding | inferred from mutant phenotype |GO:0006457

ement|GO:0006696

assay|GO:0005794//biological process| vesicle-mediated transport | inferred from direct assay|GO:0016192



ocess| signal transduction during conjugation with cellular fusion | traceable author statement |GO:0000750//biological process| bud site selection | inferred









thor statement |GO:0006365







t assay |GO:0005777//biological process| peroxisome organization and biogenesis | traceable author statement|GO:0007031//biological process| protein-p

gical process| actin filament organization | inferred from physical interaction |GO:0007015

llular component| histone deacetylase complex | traceable author statement|GO:0000118//cellular component| histone deacetylase complex | inferred from





processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490





nitiation | traceable author statement |GO:0006270//biological process| pre-replicative complex formation and maintenance | traceable author statement |G



GO:0016126//biological process| steroid metabolism | inferred from mutant phenotype |GO:0008202









ogical process| ribosome-nucleus export | inferred from mutant phenotype |GO:0000054







/biological process| cytokinesis | inferred from mutant phenotype |GO:0000910//biological process| actin cortical patch assembly | traceable author statem









ogical process| MAPKKK cascade during cell wall biogenesis | inferred from genetic interaction |GO:0000196







n |GO:0007103//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074



process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348

author statement|GO:0006412//biological process| protein biosynthesis | inferred from direct assay |GO:0006412









phenotype |GO:0000086//biological process| G2/M transition of mitotic cell cycle | inferred from expression pattern |GO:0000086//biological process| G1/S



nt |GO:0000154



sm | inferred from physical interaction|GO:0006511//biological process| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:000









s| telomere maintenance | traceable author statement |GO:0000723//biological process| negative regulation of DNA transposition | inferred from mutant ph









al process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| meiotic joint molecule formation | inferred from mutant phenotype |G

erred from physical interaction |GO:0000276//cellular component| proton-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferre

|GO:0006468//biological process| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation









|GO:0019318//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process| protein amino a









author statement |GO:0006269//biological process| DNA synthesis during DNA repair | inferred from mutant phenotype |GO:0000731

um-mediated signaling | inferred from physical interaction|GO:0019722//biological process| calcium-mediated signaling | inferred from mutant phenotype |

ody | inferred from direct assay |GO:0000932//biological process| mRNA catabolism | traceable author statement|GO:0006402//biological process| deaden

nt phenotype |GO:0006665//biological process| sphingolipid metabolism | inferred from genetic interaction |GO:0006665



rimary transcript processing | inferred from mutant phenotype |GO:0006365//biological process| regulation of transcription from Pol II promoter | inferred fr



icative complex formation and maintenance | traceable author statement |GO:0006267







6281//biological process| lagging strand elongation | inferred from mutant phenotype |GO:0006273//biological process| lagging strand elongation | inferred









lar transport | inferred from genetic interaction |GO:0007034//biological process| autophagy | inferred from direct assay |GO:0006914//biological process| p





ess| adenylate cyclase activation | traceable author statement |GO:0007190//biological process| pseudohyphal growth | inferred from mutant phenotype |G







ndrion | inferred from mutant phenotype |GO:0005739//biological process| NADH oxidation | inferred from direct assay|GO:0006116//biological process| ca

gnal transduction during conjugation with cellular fusion | inferred from sequence similarity|GO:0000750//biological process| signal transduction during con







nferred from genetic interaction |GO:0007034









nferred from direct assay |GO:0005634//biological process| DNA replication initiation | traceable author statement|GO:0006270//biological process| DNA u





s| mitochondrial inner membrane protein import | inferred from mutant phenotype |GO:0045039//biological process| mitochondrial inner membrane protein



ssay |GO:0006270

ant phenotype |GO:0006365//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:0000027







rgeting | inferred from mutant phenotype |GO:0006625

x | inferred from direct assay |GO:0005656//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| DNA replication init



llular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| negative regulation of meiosis | inferre



e |GO:0000910

5993//biological process| trehalose catabolism | inferred from direct assay |GO:0005993









nt| transcription elongation factor complex | inferred from direct assay |GO:0008023//biological process| regulation of transcription from Pol II promoter | inf

gical process| ultradian rhythm | inferred from mutant phenotype |GO:0007624//biological process| multidrug transport | inferred from physical interaction |









from physical interaction |GO:0006623//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623

:0006879//biological process| iron ion homeostasis | inferred from expression pattern |GO:0006879

m mutant phenotype |GO:0009408//biological process| meiosis | inferred from physical interaction |GO:0007126//biological process| mitotic spindle checkpo



|GO:0006855









ype |GO:0019432//biological process| triacylglycerol biosynthesis | inferred from direct assay |GO:0019432





lular component| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | inferred from sequence similarity |GO:0000274//biological process| ATP









rred from mutant phenotype |GO:0007021//biological process| protein folding | inferred from sequence similarity |GO:0006457//biological process| protein f









cess| chromatin remodeling | inferred from direct assay |GO:0006338

nce similarity|GO:0005886//biological process| hexose transport | inferred from genetic interaction|GO:0008645









ction |GO:0006887









379//biological process| mRNA cleavage | inferred from direct assay |GO:0006379//biological process| mRNA polyadenylation | traceable author statemen







iological process| actin filament organization | inferred from physical interaction |GO:0007015//biological process| establishment of cell polarity (sensu Sac





ical process| chromosome segregation | traceable author statement |GO:0007059









logical process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| transcription initiation from Pol II promo

ed from direct assay |GO:0006470



ellular component| cytoplasmic mRNA processing body | inferred from direct assay |GO:0000932//biological process| filamentous growth | inferred from m

ocess| regulation of glycogen biosynthesis | inferred from genetic interaction |GO:0005979







cal process| transcription from Pol II promoter | inferred from mutant phenotype |GO:0006366









Pol II promoter | inferred from mutant phenotype |GO:0045944//biological process| thiamin biosynthesis | traceable author statement |GO:0009228

ogical process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470









al process| rRNA processing | traceable author statement |GO:0006364









is | traceable author statement|GO:0007010//biological process| protein folding | traceable author statement |GO:0006457









statement|GO:0030476//biological process| cell wall organization and biogenesis | traceable author statement |GO:0007047//biological process| cellular mo









mRNA splicing, via spliceosome | traceable author statement|GO:0000398

16050//biological process| apical bud growth | inferred from direct assay |GO:0007118//biological process| protein-vacuolar targeting | inferred from mutant









nt phenotype |GO:0006970//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| exocytosis | inferred from m



al process| lagging strand elongation | traceable author statement |GO:0006273//biological process| leading strand elongation | traceable author statemen





042147//biological process| intracellular protein transport | traceable author statement |GO:0006886//biological process| intracellular protein transport | infe



from mutant phenotype |GO:0007569//biological process| cell aging | inferred from expression pattern |GO:0007569//biological process| chromatin silencin









my during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000742//biological process| karyogamy during conjugation with cellular fu





ferred from genetic interaction |GO:0007047





|GO:0006003









assay |GO:0042145//biological process| vacuole organization and biogenesis | inferred from mutant phenotype |GO:0007033//biological process| Golgi to e









ungi) | inferred from mutant phenotype|GO:0030466//biological process| protein amino acid deacetylation | inferred from direct assay |GO:0006476//biolog



s| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511//biological process| G2/M transition of mitotic cell cycle | inferred from



rom genetic interaction |GO:0005839//biological process| protein catabolism | inferred from mutant phenotype|GO:0030163





nferred from mutant phenotype |GO:0000002





process| removal of nonhomologous ends | traceable author statement |GO:0000735



om mutant phenotype |GO:0006357//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074





2//biological process| vesicle-mediated transport | inferred from physical interaction |GO:0016192



inferred from sequence similarity |GO:0006367//biological process| transcription initiation from Pol II promoter | inferred from mutant phenotype |GO:0006

ological process| negative regulation of transcription from Pol II promoter by pheromones | inferred from mutant phenotype|GO:0046020//biological proces



610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

ment|GO:0000715

g (sensu Saccharomyces) | inferred from direct assay |GO:0000142//biological process| ubiquitin-dependent protein catabolism | traceable author statemen









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

s| exocytosis | traceable author statement |GO:0006887

GO:0006431//biological process| methionyl-tRNA aminoacylation | inferred from mutant phenotype |GO:0006431







m Pol II promoter | inferred from sequence similarity |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from mutan









author statement|GO:0006412//biological process| protein biosynthesis | inferred from direct assay |GO:0006412

nce similarity|GO:0005886//biological process| hexose transport | inferred from genetic interaction|GO:0008645









erred from mutant phenotype |GO:0006343

al process| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process| DNA catabolism | inferred from direct assay |GO:00063



006797//biological process| polyphosphate metabolism | inferred from direct assay |GO:0006797

ological process| cytokinesis | inferred from mutant phenotype |GO:0000910//biological process| cellular morphogenesis | inferred from sequence similarit

mutant phenotype |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from genetic interaction |GO:0006355

y |GO:0005634//biological process| heme biosynthesis | inferred from mutant phenotype|GO:0006783





logical process| urea transport | inferred from mutant phenotype |GO:0015840







assay |GO:0000329//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from direct assay|GO:0006616//biolo





ical interaction|GO:0007062//biological process| mismatch repair | traceable author statement |GO:0006298//biological process| leading strand elongation





netic interaction |GO:0006508//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process|







biological process| telomerase-dependent telomere maintenance | inferred from mutant phenotype |GO:0007004//biological process| DNA damage respon





thor statement |GO:0006365

hromatin silencing at ribosomal DNA | inferred from mutant phenotype |GO:0000183

s| microtubule cytoskeleton organization and biogenesis | inferred from mutant phenotype |GO:0000226//biological process| microtubule cytoskeleton orga



rocess| biotin biosynthesis | inferred from mutant phenotype |GO:0009102









on-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from mutant phenotype |GO:0000276//biological process| ATP synth







matin remodeling | inferred from direct assay |GO:0006338







ype|GO:0005975



rgeting | inferred from mutant phenotype |GO:0006623

006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein

thor statement |GO:0006365

red from mutant phenotype |GO:0016568//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348









06406//biological process| ribosome-nucleus export | inferred from mutant phenotype |GO:0000054





inferred from mutant phenotype |GO:0006461//biological process| glycogen metabolism | inferred from direct assay |GO:0005977









hor statement |GO:0006365

biological process| base-excision repair, AP site formation | inferred from direct assay|GO:0006285//biological process| base-excision repair | inferred from





rotein coupled receptor protein signaling pathway | inferred from mutant phenotype |GO:0008277//biological process| signal transduction during conjugatio









sponse to glucose stimulus | inferred from mutant phenotype|GO:0009749//biological process| signal transduction | traceable author statement |GO:00071





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





A splicing, via spliceosome | inferred from genetic interaction|GO:0000398//biological process| nuclear mRNA splicing, via spliceosome | inferred from dire



l cycle | inferred from genetic interaction |GO:0000082







iological process| regulation of transcription, DNA-dependent | inferred from direct assay |GO:0006355





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



896//biological process| Golgi to vacuole transport | inferred from genetic interaction |GO:0006896

O:0000398//biological process| spliceosome assembly | inferred from direct assay |GO:0000245









ed from direct assay|GO:0005829//cellular component| mitochondrion | inferred from direct assay |GO:0005739//biological process| regulation of cell redox

07126//biological process| mitosis | traceable author statement |GO:0007067//biological process| karyogamy during conjugation with cellular fusion | inferre

moter | inferred from physical interaction|GO:0006368//biological process| transcription from Pol II promoter | inferred from mutant phenotype |GO:000636









0016925//biological process| protein sumoylation | inferred from direct assay |GO:0016925



phenotype|GO:0006067









raceable author statement |GO:0008054//biological process| mitotic metaphase/anaphase transition | traceable author statement |GO:0007091//biological

ytoplasm | inferred from direct assay |GO:0005737//biological process| phospholipid biosynthesis | inferred from mutant phenotype|GO:0008654//biologica









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









ay|GO:0005643//cellular component| nuclear membrane | inferred from direct assay |GO:0005635//biological process| protein desumoylation | inferred from



biological process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from mutant phenotype |GO:0000077



al process| rRNA processing | traceable author statement |GO:0006364





uence similarity |GO:0005788//cellular component| endoplasmic reticulum lumen | inferred from direct assay |GO:0005788//biological process| protein tran

0007126//biological process| nuclear organization and biogenesis | inferred from mutant phenotype |GO:0006997//biological process| nuclear organization



process| meiosis | inferred from genetic interaction |GO:0007126//biological process| meiosis | inferred from expression pattern |GO:0007126//biological p





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



red from physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction|GO:0000398

biological process| mitochondrion inheritance | inferred from direct assay |GO:0000001









84//biological process| phosphoinositide metabolism | inferred from direct assay |GO:0030384//biological process| phosphatidylserine catabolism | inferred





say|GO:0016571//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348







e |GO:0006342//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction |GO:0000283









ss| meiotic DNA double-strand break formation | traceable author statement|GO:0042138//biological process| double-strand break repair via nonhomologo

cal process| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biological process| transc









al process| mitotic sister chromatid cohesion | inferred from mutant phenotype|GO:0007064//biological process| mitotic sister chromatid segregation | inferr







al process| exocytosis | inferred from mutant phenotype |GO:0006887

ss| protein complex assembly | inferred from sequence similarity |GO:0006461//biological process| protein complex assembly | inferred from genetic interac

hitin biosynthesis | inferred from mutant phenotype |GO:0006038





on of exit from mitosis | inferred from genetic interaction |GO:0007096//biological process| protein amino acid dephosphorylation | inferred from direct assa



lation | inferred from direct assay |GO:0006378









6412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412









O:0006904//biological process| vesicle docking during exocytosis | inferred from mutant phenotype |GO:0006904//biological process| vesicle docking during



ant phenotype|GO:0017196









GO:0005739//biological process| carnitine metabolism | inferred from mutant phenotype|GO:0009437





sical interaction|GO:0045944//biological process| positive regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0045944//b



catabolism | inferred from direct assay|GO:0030163//biological process| lipid metabolism | inferred from mutant phenotype |GO:0006629//biological proces









//biological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| nucleotide-excision repair |

esis | inferred from mutant phenotype|GO:0007047//biological process| cell wall organization and biogenesis | inferred from genetic interaction |GO:00070

/biological process| flocculation (sensu Saccharomyces) | inferred from genetic interaction |GO:0000501

ferred from direct assay |GO:0000398



O:0006139//biological process| DNA damage response, signal transduction resulting in cell cycle arrest | traceable author statement |GO:0000077//biologi

assay |GO:0000329//biological process| SRP-dependent cotranslational membrane targeting, translocation | inferred from direct assay|GO:0006616//biolo





07070//biological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367

arrest | traceable author statement |GO:0000077

dolysis | inferred from mutant phenotype |GO:0006508//biological process| proteolysis and peptidolysis | inferred from genetic interaction |GO:0006508









rom mutant phenotype |GO:0007007





n-nucleus export | inferred from genetic interaction |GO:0006611//biological process| mRNA-nucleus export | inferred from physical interaction |GO:000640

n |GO:0006625

tron transport, ubiquinol to cytochrome c | inferred from mutant phenotype |GO:0006122





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









000131//biological process| small GTPase mediated signal transduction | traceable author statement|GO:0007264//biological process| pseudohyphal grow



cess| protein deneddylation | inferred from mutant phenotype |GO:0000338





similarity |GO:0007124//biological process| isotropic bud growth | inferred from sequence similarity |GO:0007119//biological process| apical bud growth | i









nferred from mutant phenotype |GO:0005634









ponent| nuclear condensin complex | inferred from sequence similarity |GO:0000799//cellular component| nuclear condensin complex | inferred from phys

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

05244//molecular function| calcium activated cation channel activity | inferred from direct assay |GO:0005227//cellular component| vacuole (sensu Fungi) |

phenotype|GO:0015892









nd U1 | traceable author statement|GO:0000396





| chromatin silencing | inferred from direct assay |GO:0006342//biological process| chromatin assembly/disassembly | inferred from direct assay |GO:0006









ylase activity | inferred from direct assay |GO:0000703//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component| nu





r statement |GO:0000750



ction |GO:0001402//biological process| signal transduction during filamentous growth | inferred from mutant phenotype |GO:0001402//biological process| s









rom genetic interaction |GO:0000750









otype |GO:0008360//biological process| cellular morphogenesis | traceable author statement |GO:0000902//biological process| cytogamy | inferred from ph





otein catabolism | inferred from genetic interaction|GO:0006511

ge | inferred from mutant phenotype |GO:0018063

| sporulation | inferred from expression pattern |GO:0030435

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





atement |GO:0006950//biological process| endocytosis | traceable author statement |GO:0006897//biological process| protein monoubiquitination | traceab









al process| rRNA processing | traceable author statement |GO:0006364







say|GO:0006744//biological process| ubiquinone metabolism | inferred from mutant phenotype |GO:0006743









e | inferred from sequence similarity |GO:0000027

m direct assay |GO:0005634//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511



traceable author statement |GO:0007067//biological process| chromosome segregation | traceable author statement |GO:0007059//biological process| DN









process| regulation of transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357



from mutant phenotype |GO:0000751

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





otype|GO:0015723//biological process| bilirubin transport | inferred from genetic interaction |GO:0015723//biological process| cadmium ion transport | infer



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

complex formation and maintenance | inferred from physical interaction |GO:0006267









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

ncing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin remodeling | traceable author statement |GO:0006338





uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



assay |GO:0006365//biological process| rRNA processing | inferred from direct assay |GO:0006364









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

329//biological process| beta-tubulin folding | inferred from genetic interaction |GO:0007025









n | inferred from physical interaction|GO:0006260//biological process| DNA replication | inferred from mutant phenotype |GO:0006260//biological process|







biquinol to cytochrome c | inferred from mutant phenotype |GO:0006122









nt |GO:0006298







leus import | inferred from mutant phenotype |GO:0006606







ation | inferred from sequence similarity |GO:0006468//biological process| septin ring assembly | inferred from mutant phenotype |GO:0000921//biological

sical interaction |GO:0007117//biological process| cell wall organization and biogenesis | inferred from physical interaction |GO:0007047//biological process









e |GO:0030490//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910//biological process| establishment of cell polarity (sensu S

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc









gical process| lactate transport | inferred from direct assay |GO:0015727



739//biological process| regulation of cell redox homeostasis | inferred from mutant phenotype|GO:0030503//biological process| regulation of cell redox ho



gation with cellular fusion | inferred from physical interaction|GO:0000750//biological process| signal transduction during conjugation with cellular fusion | in





er | traceable author statement |GO:0006357









c recombination | inferred from genetic interaction |GO:0007131//biological process| double-strand break repair via break-induced replication | traceable a

ical process| tricarboxylic acid cycle | traceable author statement |GO:0006099









author statement|GO:0006412//biological process| protein biosynthesis | inferred from direct assay |GO:0006412







l process| polyamine catabolism | inferred from genetic interaction |GO:0006598//biological process| aldehyde metabolism | inferred from sequence simila







nt |GO:0007064//biological process| mitotic sister chromatid cohesion | inferred from mutant phenotype |GO:0007064









process| tRNA splicing | inferred from mutant phenotype |GO:0006388//biological process| mitochondrion inheritance | inferred from mutant phenotype |GO

//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg

on-transporting ATP synthase complex, coupling factor F(o) (sensu Eukarya) | inferred from mutant phenotype |GO:0000276//biological process| ATP synth

s| actin filament-based process | inferred from genetic interaction |GO:0030029//biological process| Golgi to vacuole transport | inferred from mutant phen



shment of chromatin silencing | inferred from mutant phenotype|GO:0006343//biological process| DNA replication initiation | traceable author statement |G

c respiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060//biologi



pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript processing | traceable author statement |GO:000636









rocess| chromatin modification | inferred from mutant phenotype |GO:0016568







process| DNA repair | inferred from genetic interaction |GO:0006281//biological process| DNA damage response, signal transduction resulting in cell cycle



828//biological process| transport | inferred from sequence similarity |GO:0006810

membrane | inferred from direct assay|GO:0005743//biological process| mitochondrial magnesium ion transport | inferred from sequence similarity|GO:004







say |GO:0005697//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| telomerase-dependent telomere maintenance



//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| chromatin assembly/disassemb









GO:0007064//biological process| cytogamy | inferred from mutant phenotype |GO:0000755









ss| isocitrate metabolism | traceable author statement |GO:0006102



monoubiquitination | traceable author statement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209





GO:0016568//biological process| protein amino acid acetylation | inferred from physical interaction |GO:0006473//biological process| transcription initiation









rase complex | inferred from direct assay |GO:0008622//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348/









rred from mutant phenotype |GO:0007580//biological process| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process| chro

ocess| actin cortical patch assembly | traceable author statement |GO:0000147







ocess| retrograde transport, endosome to Golgi | inferred from physical interaction |GO:0042147









eraction |GO:0000398



conjugation with cellular fusion | inferred from genetic interaction |GO:0000742









process| processing of 20S pre-rRNA | inferred from mutant phenotype |GO:0030490









006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein

ing | inferred from direct assay |GO:0003677//cellular component| nucleus | inferred from direct assay|GO:0005634//biological process| response to DNA d









ntra-Golgi transport | inferred from mutant phenotype |GO:0006891//biological process| intra-Golgi transport | inferred from genetic interaction |GO:000689



al process| protein amino acid dephosphorylation | inferred from sequence similarity |GO:0006470

al process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| meiotic joint molecule formation | inferred from mutant phenotype |G





NA modification | inferred from mutant phenotype|GO:0019988//biological process| charged-tRNA modification | inferred from genetic interaction |GO:0019



pe |GO:0000002//biological process| mitochondrial genome maintenance | inferred from genetic interaction |GO:0000002



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc



al process| mitotic chromosome condensation | inferred from genetic interaction |GO:0007076//biological process| RNA elongation from Pol II promoter | in





om direct assay|GO:0042719//cellular component| mitochondrial intermembrane space | inferred from direct assay |GO:0005758//biological process| mitoc

/biological process| processing of 20S pre-rRNA | traceable author statement|GO:0030490//biological process| post-Golgi transport | inferred from mutant









ogical process| protein-Golgi retention | inferred from mutant phenotype |GO:0045053







ss| cytokinesis | inferred from mutant phenotype |GO:0000910



netic interaction |GO:0000196



ect assay |GO:0004392//cellular component| membrane | inferred from direct assay|GO:0016020//cellular component| endoplasmic reticulum | inferred from

gical process| base-excision repair | traceable author statement |GO:0006284//biological process| mutagenesis | traceable author statement |GO:0006280

ant phenotype |GO:0006260//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype |GO:0000398







physical interaction |GO:0000243//biological process| nuclear mRNA splicing, via spliceosome | inferred from direct assay|GO:0000398







uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





O:0005634//biological process| intracellular protein transport | inferred from physical interaction|GO:0006886//biological process| intracellular protein transp









utant phenotype |GO:0006428//biological process| protein biosynthesis | inferred from sequence similarity |GO:0006412//biological process| protein biosyn

nt| spindle pole body | inferred from direct assay |GO:0005816//cellular component| condensed nuclear chromosome kinetochore | inferred from physical in









98//biological process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| lagging strand elongation | traceable autho



tion|GO:0016192







erred from direct assay |GO:0006457//biological process| mitochondrial genome maintenance | inferred from direct assay |GO:0000002









ed from mutant phenotype |GO:0000338





rgeting | inferred from mutant phenotype |GO:0006623//biological process| autophagic vacuole formation | inferred from mutant phenotype |GO:0000045







nteraction |GO:0006412









|GO:0006303//biological process| double-strand break repair via break-induced replication | traceable author statement |GO:0000727



rom genetic interaction |GO:0000750





strand annealing | inferred from mutant phenotype |GO:0045002//biological process| heteroduplex formation | inferred from direct assay |GO:0030491//biol

llular component| histone deacetylase complex | inferred from physical interaction|GO:0000118//biological process| negative regulation of meiosis | inferre

process| chromatin remodeling | inferred from direct assay |GO:0006338



| protein complex assembly | inferred from mutant phenotype |GO:0006461//biological process| conjugation with cellular fusion | inferred from mutant phen









821//biological process| protein complex assembly | inferred from physical interaction |GO:0006461//biological process| protein complex assembly | inferre

ed from physical interaction|GO:0000398









rocess| leading strand elongation | traceable author statement |GO:0006272//biological process| DNA replication initiation | traceable author statement |G









nferred from mutant phenotype |GO:0000002





| inferred from genetic interaction |GO:0006886



author statement|GO:0006412//biological process| protein biosynthesis | inferred from direct assay |GO:0006412









sma membrane transport | traceable author statement |GO:0006893//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910

ant phenotype |GO:0006280//biological process| plasmid maintenance | inferred from mutant phenotype |GO:0006276//biological process| DNA-dependen

al process| mRNA polyadenylation | inferred from direct assay |GO:0006378

| nuclear organization and biogenesis | inferred from genetic interaction |GO:0006997

ss| nucleocytoplasmic transport | inferred from genetic interaction |GO:0006913

ne nucleotide biosynthesis | traceable author statement|GO:0006164









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc





0008643//biological process| carbohydrate transport | inferred from direct assay |GO:0008643









8649//cellular component| nucleolus | inferred from direct assay|GO:0005730//cellular component| nucleus | inferred from direct assay |GO:0005634//biolo





gical process| protein-peroxisome targeting | inferred from mutant phenotype |GO:0006625

ytochrome c | inferred from mutant phenotype |GO:0006122









moter | inferred from physical interaction|GO:0006368//biological process| transcription from Pol II promoter | inferred from mutant phenotype |GO:000636

r component| mitochondrion | inferred from direct assay |GO:0005739//biological process| translational initiation | inferred from sequence similarity|GO:000

rom direct assay |GO:0030476



uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc







cal process| mitotic spindle assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472









om mutant phenotype |GO:0000790//biological process| histone methylation | inferred from direct assay|GO:0016571//biological process| regulation of tran

GO:0030037//biological process| Rho protein signal transduction | inferred from mutant phenotype |GO:0007266//biological process| signal transduction |







GO:0007015//biological process| protein amino acid dephosphorylation | traceable author statement |GO:0006470//biological process| protein biosynthesis









cal process| NADH oxidation | inferred from direct assay |GO:0006116









ll cycle | inferred from physical interaction |GO:0000114









om direct assay |GO:0005763//biological process| protein biosynthesis | traceable author statement|GO:0006412//biological process| protein biosynthesis |









|GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412

ological process| ethanol fermentation | inferred from genetic interaction |GO:0019655//biological process| NADH oxidation | inferred from direct assay |GO







//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg

rred from expression pattern |GO:0009269//biological process| response to dessication | inferred from direct assay |GO:0009269//biological process| cell a









drial membrane organization and biogenesis | inferred from direct assay |GO:0007008

ion |GO:0000196

n dependent protein kinase activity | inferred from physical interaction |GO:0000079//biological process| regulation of cyclin dependent protein kinase activ









ed from direct assay|GO:0005739//biological process| serine family amino acid catabolism | inferred from mutant phenotype|GO:0009071//biological proce

rect assay |GO:0005739//cellular component| presequence translocase-associated import motor | inferred from direct assay |GO:0001405//biological proce









ess| aromatic amino acid family catabolism | inferred from mutant phenotype |GO:0009074







l process| regulation of transcription, DNA-dependent | inferred from direct assay |GO:0006355









006415//biological process| translational termination | inferred from mutant phenotype |GO:0006415//biological process| protein biosynthesis | inferred from

//biological process| protein-membrane targeting | inferred from mutant phenotype |GO:0006612









s| vesicle organization and biogenesis | inferred from genetic interaction |GO:0016050

uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

al process| protein catabolism | inferred from mutant phenotype|GO:0030163//biological process| protein modification | inferred from mutant phenotype |GO



n biosynthesis | inferred from curator|GO:0006412







erred from curator|GO:0030163





m ion transport | inferred from sequence similarity|GO:0045016//biological process| mitochondrial magnesium ion transport | inferred from mutant phenotyp









say |GO:0006379//biological process| mRNA polyadenylation | inferred from physical interaction |GO:0006378//biological process| mRNA polyadenylation |





process| chromatin modification | traceable author statement |GO:0016568//biological process| pseudohyphal growth | inferred from direct assay |GO:0007







0274//cellular component| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | inferred from sequence similarity |GO:0000274//cellular compo

s ends | traceable author statement |GO:0000736//biological process| removal of nonhomologous ends | traceable author statement |GO:0000735









er membrane protein import | inferred from physical interaction|GO:0045039//biological process| mitochondrial inner membrane protein import | inferred fro









ponse to oxidative stress | inferred from genetic interaction |GO:0006979//biological process| response to oxidative stress | inferred from expression pattern









om mutant phenotype |GO:0000790//biological process| histone methylation | inferred from direct assay|GO:0016571//biological process| transcription | infe

rial matrix | traceable author statement|GO:0005759//biological process| transcription from mitochondrial promoter | traceable author statement|GO:00063

573//biological process| chromatin modification | traceable author statement |GO:0016568









c respiration | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060//biolog









milarity|GO:0006468//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

statement |GO:0000067

-xylose metabolism | inferred from direct assay|GO:0042732//biological process| arabinose metabolism | inferred from mutant phenotype |GO:0019566//bio





pe |GO:0000154









y |GO:0006538//biological process| glutamate catabolism | inferred from physical interaction |GO:0006538

6378//biological process| transcription termination from Pol II promoter | inferred from direct assay |GO:0006369

iological process| chromatin modification | inferred from mutant phenotype |GO:0016568





ed from direct assay |GO:0006468









ent|GO:0016573









t phenotype |GO:0006414







icative complex formation and maintenance | traceable author statement |GO:0006267

mino acid phosphorylation | inferred from sequence similarity|GO:0006468//biological process| transcription initiation from Pol II promoter | traceable autho



irect assay|GO:0005935//cellular component| nucleus | traceable author statement |GO:0005634//cellular component| incipient bud site | inferred from dire

abolism | inferred from direct assay |GO:0019566//biological process| response to salt stress | inferred from expression pattern |GO:0009651

ulation of gluconeogenesis | inferred from mutant phenotype |GO:0045722//biological process| regulation of transcription from Pol II promoter | inferred from



ct assay |GO:0007124

//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segreg



30476//biological process| vesicle fusion | traceable author statement |GO:0006906









gical process| DNA recombination | inferred from mutant phenotype |GO:0006310



gical process| DNA recombination | inferred from mutant phenotype |GO:0006310









ological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412

ome c | inferred from mutant phenotype |GO:0006122





ysical interaction|GO:0006342//biological process| chromatin silencing | inferred from mutant phenotype |GO:0006342//biological process| chromatin silenc









henotype |GO:0007121//biological process| axial budding | inferred from mutant phenotype |GO:0007120//biological process| response to osmotic stress |









739//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| aerobic respiration | inferred from mutant phenotype|GO









signal transduction | traceable author statement |GO:0007165





type|GO:0009072//biological process| aromatic amino acid family metabolism | inferred from genetic interaction |GO:0009072









uence similarity |GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| retrotransposon nuc

g, translocation | inferred from mutant phenotype |GO:0006616//biological process| protein folding | traceable author statement |GO:0006457

00027//biological process| ribosomal large subunit assembly and maintenance | inferred from mutant phenotype |GO:0000027



inferred from mutant phenotype |GO:0000027





598//biological process| polyamine catabolism | inferred from genetic interaction |GO:0006598







O:0015680//biological process| intracellular copper ion transport | inferred from mutant phenotype |GO:0015680//biological process| cytochrome c oxidase









e biosynthesis | traceable author statement |GO:0000105





05737//biological process| phenylalanine catabolism | inferred from direct assay|GO:0006559//biological process| leucine catabolism | inferred from mutan

om mutant phenotype |GO:0006486









from Pol II promoter | inferred from physical interaction |GO:0000122//biological process| negative regulation of transcription from Pol II promoter | inferre









le checkpoint | inferred from expression pattern |GO:0000075





007047//biological process| sulfate assimilation | non-traceable author statement |GO:0000103





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









biological process| phospholipid biosynthesis | inferred from mutant phenotype |GO:0008654

enetic interaction |GO:0006694





statement |GO:0007035//biological process| intron homing | traceable author statement |GO:0006314

type |GO:0006555









om mutant phenotype |GO:0006486



beta-1,6 glucan biosynthesis | inferred from mutant phenotype |GO:0006078



nteraction |GO:0015804



mutant phenotype |GO:0000055

cal process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487







ssay |GO:0009082

ion | inferred from mutant phenotype |GO:0006493//biological process| N-linked glycosylation | inferred from mutant phenotype |GO:0006487







ption from Pol II promoter | traceable author statement |GO:0006357//biological process| sulfur amino acid biosynthesis | traceable author statement |GO:0



06879//biological process| copper ion homeostasis | traceable author statement |GO:0006878





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





erophospholipid metabolism | inferred from genetic interaction |GO:0006650//biological process| glycerophospholipid metabolism | inferred from direct assa









ed from mutant phenotype|GO:0007047







ed from mutant phenotype |GO:0007120//biological process| establishment of cell polarity (sensu Saccharomyces) | traceable author statement |GO:00002

ment |GO:0006616









promoter | inferred from physical interaction|GO:0006368//biological process| regulation of transcription, DNA-dependent | inferred from physical interaction



osome segregation | traceable author statement|GO:0045143//biological process| nuclear migration during conjugation with cellular fusion | traceable auth









0006164//biological process| purine nucleotide biosynthesis | inferred from direct assay |GO:0006164









om direct assay |GO:0006359//biological process| regulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0006357//biologic









cal process| cell wall organization and biogenesis | inferred from expression pattern |GO:0007047









biological process| mannose inositol phosphoceramide metabolism | inferred from mutant phenotype |GO:0006675

ype |GO:0000289//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289//biological process| mRNA catabolism, deadenylatio

rred from mutant phenotype |GO:0015793//biological process| glycerol transport | inferred from genetic interaction |GO:0015793





mutant phenotype |GO:0006888

thor statement |GO:0006629









eraction |GO:0015677









cal process| transcription initiation from Pol II promoter | inferred from physical interaction |GO:0006367//biological process| transcription initiation from Po





al process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| nucleotide-excision repair, DNA duplex unwinding | tra





genetic interaction |GO:0005977//biological process| signal transduction during filamentous growth | inferred from genetic interaction |GO:0001402



gical process| protein amino acid glycosylation | inferred from mutant phenotype |GO:0006486//biological process| protein complex assembly | inferred fro









ess| intracellular protein transport | inferred from genetic interaction |GO:0006886





cess| post-Golgi transport | inferred from genetic interaction |GO:0006892//biological process| fatty acid biosynthesis | inferred from mutant phenotype |GO









ble author statement |GO:0006888



ern |GO:0008315//biological process| G2/M transition of mitotic cell cycle | inferred from sequence similarity |GO:0000086//biological process| G2/M transi

e |GO:0007033//biological process| G1/S transition of mitotic cell cycle | traceable author statement |GO:0000082//biological process| regulation of cyclin d









|GO:0000778//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| chromosome segregation









cess| vesicle-mediated transport | inferred from mutant phenotype |GO:0016192



09408//biological process| Rho protein signal transduction | inferred from mutant phenotype |GO:0007266//biological process| Rho protein signal transduc

on | inferred from mutant phenotype |GO:0006486









ocess| iron ion homeostasis | inferred from mutant phenotype |GO:0006879//biological process| copper ion homeostasis | inferred from mutant phenotype









iological process| tRNA methylation | inferred from mutant phenotype |GO:0030488//biological process| tRNA methylation | inferred from genetic interactio

04//biological process| telomerase-dependent telomere maintenance | inferred from mutant phenotype |GO:0007004







0000164//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biologica



ess| ammonium transport | inferred from mutant phenotype |GO:0015696







:0000243//biological process| mRNA splice site selection | inferred from mutant phenotype|GO:0006376//biological process| nuclear mRNA splicing, via sp









ocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| nuclear migration (sensu Saccharomyces) | trac









amino acid transport | inferred from mutant phenotype |GO:0006865









ss| phosphate transport | inferred from genetic interaction |GO:0006817

t phenotype |GO:0006397//biological process| transcription termination from Pol II promoter | inferred from mutant phenotype |GO:0006369//biological pro

is | inferred from genetic interaction |GO:0008654

statement |GO:0006402//biological process| mRNA catabolism, nonsense-mediated | traceable author statement |GO:0000184



t | inferred from mutant phenotype |GO:0007034//biological process| vacuolar transport | inferred from direct assay |GO:0007034









om direct assay |GO:0006359//biological process| regulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0006357//biologic



ation | inferred from genetic interaction |GO:0006446









ss| 3-keto-sphinganine metabolism | inferred from direct assay |GO:0006666









0016481//biological process| negative regulation of transcription | inferred from mutant phenotype |GO:0016481//biological process| negative regulation of









| inferred from mutant phenotype |GO:0006970

enotype |GO:0000082





ogical process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:0007047









ess| regulation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079









olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr



inferred from mutant phenotype |GO:0000011









able author statement|GO:0006470//biological process| protein biosynthesis | inferred from sequence similarity |GO:0006412









nteraction |GO:0000002





cess| transcription | inferred from genetic interaction |GO:0006350







utant phenotype |GO:0006555//biological process| sulfate assimilation | non-traceable author statement |GO:0000103



n |GO:0000079//biological process| regulation of cyclin dependent protein kinase activity | inferred from mutant phenotype |GO:0000079



mutant phenotype |GO:0006882//biological process| lipid metabolism | traceable author statement |GO:0006629

at silent mating-type cassette (sensu Fungi) | inferred from physical interaction|GO:0030466//biological process| chromatin silencing at silent mating-type c









ocess| transcription | inferred from physical interaction |GO:0006350//biological process| transcription | inferred from genetic interaction |GO:0006350









sequence similarity |GO:0000086//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological proce









ological process| response to heat | inferred from genetic interaction |GO:0009408//biological process| Rho protein signal transduction | inferred from sequ

ent |GO:0006355









ess| actin polymerization and/or depolymerization | inferred from physical interaction |GO:0008154//biological process| actin polymerization and/or depolym







process| oligopeptide transport | inferred from sequence similarity|GO:0006857//biological process| oligopeptide transport | inferred from mutant phenotyp







ysical interaction|GO:0000038//biological process| very-long-chain fatty acid metabolism | inferred from mutant phenotype |GO:0000038//biological proces









ation of MAPK during osmolarity sensing | inferred from genetic interaction |GO:0000173//biological process| G1/S transition of mitotic cell cycle | inferred f

ogical process| glutathione metabolism | non-traceable author statement |GO:0006749





accharomyces) | inferred from mutant phenotype |GO:0000501

t phenotype |GO:0006486//biological process| cell wall mannoprotein biosynthesis | inferred from mutant phenotype |GO:0000032









c interaction |GO:0006997









regulation of cell redox homeostasis | inferred from direct assay |GO:0030503









sport | traceable author statement |GO:0006893//biological process| exocytosis | traceable author statement |GO:0006887//biological process| cytokinesis





om direct assay |GO:0018195//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406



biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| G1/S transition of mitotic cell cycle |

O:0006413//biological process| translational initiation | inferred from direct assay |GO:0006413





pe |GO:0006350//biological process| transcription | inferred from direct assay |GO:0006350//biological process| mitotic sister chromatid segregation | inferr



ransition of mitotic cell cycle | inferred from physical interaction |GO:0000086//biological process| G1/S transition of mitotic cell cycle | traceable author sta





n transport | inferred from mutant phenotype |GO:0015674



e to metal ion | traceable author statement |GO:0010038//biological process| response to metal ion | inferred from direct assay |GO:0010038









:0005730//biological process| processing of 20S pre-rRNA | inferred from physical interaction|GO:0030490//biological process| 35S primary transcript proc

ogical process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| double-strand break repair via break-induced replication | t









006359//biological process| regulation of transcription from Pol I promoter | inferred from direct assay |GO:0006356//biological process| flocculation (sensu









tant phenotype|GO:0006276









08//biological process| glucose 1-phosphate utilization | inferred from mutant phenotype |GO:0006008

nferred from mutant phenotype|GO:0000122

lation | inferred from sequence similarity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006

cess| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation of transcription from Pol II pro



om direct assay |GO:0006359//biological process| regulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0006357//biologic









from mutant phenotype |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378









G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000086//biological process| G1/S transition of mitotic cell cycle | inferred from m









d from direct assay |GO:0005634//biological process| purine base biosynthesis | inferred from mutant phenotype|GO:0009113//biological process| folic acid









henotype |GO:0006810//biological process| DNA metabolism | inferred from genetic interaction |GO:0006259

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

|GO:0007266//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| polar budding | traceable auth







enotype |GO:0006486









Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, po





gical process| cation homeostasis | inferred from mutant phenotype |GO:0030003//biological process| cation homeostasis | inferred from genetic interactio

at telomere | inferred from direct assay |GO:0006348//biological process| myo-inositol metabolism | inferred from mutant phenotype |GO:0006020



on |GO:0000283//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283//biological proce

ess| actin polymerization and/or depolymerization | inferred from physical interaction |GO:0008154//biological process| actin polymerization and/or depolym









t |GO:0006987//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| myo-inositol metaboli

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





inferred from direct assay |GO:0030397//biological process| autophagy | inferred from mutant phenotype |GO:0006914//biological process| autophagy | inf







24//biological process| calcium ion homeostasis | inferred from mutant phenotype|GO:0006874//biological process| calcium ion transport | inferred from mu

ferred from mutant phenotype |GO:0006879

atement |GO:0006890//biological process| ER to Golgi transport | traceable author statement |GO:0006888

from mutant phenotype |GO:0045002//biological process| strand invasion | traceable author statement |GO:0042148//biological process| heteroduplex for



henotype |GO:0007051//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

e to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biolog









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









transport | traceable author statement |GO:0006913//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364



ferred from mutant phenotype |GO:0006950







assay |GO:0006104//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099





0006564//biological process| L-serine biosynthesis | inferred from mutant phenotype |GO:0006564



otype |GO:0006888//biological process| ER to Golgi transport | inferred from genetic interaction |GO:0006888







nt phenotype|GO:0030012//biological process| regulation of exit from mitosis | inferred from mutant phenotype |GO:0007096//biological process| cellular m



inferred from mutant phenotype |GO:0000074//biological process| regulation of cell cycle | inferred from genetic interaction |GO:0000074

0000164//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:0030847//biologica

ay |GO:0006413

gical process| tRNA processing | inferred from genetic interaction |GO:0008033



type |GO:0006555//biological process| sulfur amino acid biosynthesis | traceable author statement |GO:0000097









tatement |GO:0006629









statement |GO:0007035//biological process| intron homing | traceable author statement |GO:0006314





author statement |GO:0006350//biological process| transcription | inferred from physical interaction |GO:0006350//biological process| transcription | inferr



rred from genetic interaction |GO:0006612









0005634//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| response to oxidative stress | traceable author statem









plication | traceable author statement |GO:0006260//biological process| nuclear mRNA splicing, via spliceosome | inferred from mutant phenotype |GO:000

s| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nucleus import | traceable

inferred from mutant phenotype |GO:0005886//cellular component| lipid particle | inferred from direct assay |GO:0005811//cellular component| microsome









logical process| endocytosis | inferred from mutant phenotype |GO:0006897

006359//biological process| regulation of transcription from Pol I promoter | inferred from direct assay |GO:0006356//biological process| flocculation (sens



ment |GO:0007046//biological process| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modificatio

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









erred from genetic interaction |GO:0006979









ferred from mutant phenotype |GO:0007155//biological process| cellular response to nitrogen starvation | inferred from direct assay |GO:0006995//biologic









milarity |GO:0006412//biological process| protein biosynthesis | inferred from physical interaction |GO:0006412

d from mutant phenotype |GO:0006882//biological process| lipid metabolism | traceable author statement |GO:0006629

process| ER to Golgi transport | inferred from sequence similarity |GO:0006888//biological process| ER to Golgi transport | inferred from genetic interactio









/biological process| pseudohyphal growth | traceable author statement |GO:0007124//biological process| polar budding | traceable author statement |GO:0





positive regulation of transcription | inferred from mutant phenotype |GO:0045941//biological process| peroxisome organization and biogenesis | inferred f







inferred from direct assay |GO:0030397//biological process| autophagy | inferred from mutant phenotype |GO:0006914//biological process| autophagy | inf









ation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355









cal process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding (hnRNP) protein-nucleus impo





005737//biological process| aromatic amino acid family biosynthesis | traceable author statement|GO:0009073









g body | inferred from mutant phenotype |GO:0000932//cellular component| cytoplasmic mRNA processing body | inferred from direct assay |GO:0000932/









acid catabolism | traceable author statement |GO:0009063

al process| DNA replication | traceable author statement |GO:0006260









red from mutant phenotype |GO:0007120//biological process| establishment of cell polarity (sensu Saccharomyces) | traceable author statement |GO:0000







nteraction |GO:0015804





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

t |GO:0006080//biological process| cell wall mannoprotein biosynthesis | traceable author statement |GO:0000032







cess| mitotic spindle assembly (sensu Fungi) | inferred from genetic interaction|GO:0030472









rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

promoter | inferred from physical interaction|GO:0006368//biological process| regulation of transcription, DNA-dependent | inferred from physical interaction









rganization and biogenesis | inferred from genetic interaction |GO:0007031//biological process| peroxisome organization and biogenesis | inferred from dire









ological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| establishment and/or maintena



sm | inferred from direct assay |GO:0006631



arity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from genetic interaction |GO:0006468



cess| regulation of transcription from Pol III promoter | inferred from direct assay |GO:0006359//biological process| regulation of transcription from Pol II pro





y |GO:0000148//biological process| small GTPase mediated signal transduction | inferred from mutant phenotype|GO:0007264//biological process| bud gro



or statement |GO:0006094









n |GO:0006468//biological process| age-dependent response to oxidative stress during chronological cell aging | inferred from mutant phenotype |GO:0001





process| microtubule/kinetochore interaction | inferred from genetic interaction |GO:0008608//biological process| microtubule/kinetochore interaction | infe

ceptor linked signal transduction | inferred from mutant phenotype|GO:0007166









or statement |GO:0000152//biological process| ubiquitin-dependent protein catabolism | traceable author statement|GO:0006511//biological process| G2/M









potassium ion homeostasis | inferred from direct assay |GO:0030007









tivity | inferred from direct assay |GO:0004077//cellular component| cytoplasm | inferred from direct assay|GO:0005737//cellular component| intracellular |







on initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| nucleotide-excision repair, DNA duplex unwinding | tracea









07124//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









tant phenotype |GO:0006979//biological process| iron ion homeostasis | inferred from sequence similarity |GO:0006879//biological process| iron ion home









l process| regulation of glycogen biosynthesis | inferred from genetic interaction |GO:0005979

cision repair | traceable author statement |GO:0006289//biological process| DNA strand elongation | traceable author statement |GO:0006271//biological p

utant phenotype |GO:0007034//biological process| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:0006511









| traceable author statement |GO:0007120//biological process| bud site selection | traceable author statement |GO:0000282





Saccharomyces) | inferred from direct assay |GO:0001403

e author statement |GO:0006511

negative regulation of meiosis | inferred from physical interaction|GO:0045835//biological process| histone deacetylation | inferred from physical interactio









rocess| histidine biosynthesis | traceable author statement |GO:0000105







biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr









mutant phenotype |GO:0000055









ulation of nitrogen utilization | inferred from genetic interaction |GO:0006808//biological process| nitrogen metabolism | inferred from physical interaction |G









tor activity | inferred from genetic interaction |GO:0003713//molecular function| transcription coactivator activity | inferred from direct assay |GO:0003713//c

g | inferred from physical interaction |GO:0006605//biological process| protein targeting | inferred from mutant phenotype |GO:0006605//biological process|









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









omatin silencing at ribosomal DNA | inferred from genetic interaction |GO:0000183









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



udding | traceable author statement|GO:0007120//biological process| cell wall organization and biogenesis | traceable author statement |GO:0007047//bio





traceable author statement |GO:0006633





ble author statement |GO:0000173





ble author statement |GO:0000747

utant phenotype |GO:0006357

author statement|GO:0005669//cellular component| nucleus | inferred from direct assay |GO:0005634//cellular component| transcription factor TFIIIB comp

ellular response to phosphate starvation | traceable author statement|GO:0016036//biological process| purine base biosynthesis | inferred from direct assay

om genetic interaction |GO:0000288

otype|GO:0006950//biological process| trehalose biosynthesis | inferred from physical interaction |GO:0005992//biological process| trehalose biosynthesis









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ological process| fatty acid beta-oxidation | inferred from mutant phenotype |GO:0006635//biological process| fatty acid beta-oxidation | inferred from gene









79//biological process| DNA-dependent DNA replication | inferred from mutant phenotype |GO:0006261//biological process| vacuole inheritance | inferred fr









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









uence similarity|GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986//biological proce

cal process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| regulation of DNA replication | inferred from mutant phenotyp

mbination | inferred from mutant phenotype |GO:0006310









notype |GO:0000028









transport | inferred from mutant phenotype |GO:0006855









from mutant phenotype|GO:0009060//biological process| mitochondrion organization and biogenesis | inferred from mutant phenotype |GO:0007005//biol

bolism | traceable author statement |GO:0006533//biological process| aspartate biosynthesis | traceable author statement |GO:0006532









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

y |GO:0006631//biological process| fatty acid metabolism | inferred from mutant phenotype |GO:0006631

enance | traceable author statement |GO:0006267

omoter | inferred from physical interaction|GO:0006368//biological process| regulation of global transcription from Pol II promoter | traceable author statem

al interaction|GO:0000398





biquitination | inferred from mutant phenotype|GO:0016574//biological process| protein monoubiquitination | inferred from mutant phenotype |GO:0006513









ho protein signal transduction | traceable author statement|GO:0007266//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0









component| peripheral to membrane of membrane fraction | inferred from direct assay |GO:0000300//biological process| ER to Golgi transport | inferred fr



ed from direct assay |GO:0000730//biological process| meiotic DNA recombinase assembly | traceable author statement |GO:0000707

ol II promoter | traceable author statement |GO:0006366//biological process| transcription from Pol I promoter | traceable author statement |GO:0006360





biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr







tatement |GO:0006592//biological process| arginine biosynthesis | traceable author statement |GO:0006526

610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nuc

ence similarity |GO:0006413//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074









process| DNA replication | inferred from genetic interaction |GO:0006260

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ble author statement |GO:0006280//biological process| lagging strand elongation | traceable author statement |GO:0006273//biological process| leading st





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









mbrane | inferred from direct assay |GO:0005887//biological process| manganese ion transport | inferred from mutant phenotype|GO:0006828//biological p

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





e author statement|GO:0007165//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| ribosome biogenesis | infe



nt phenotype |GO:0000921//biological process| septin ring assembly | inferred from genetic interaction |GO:0000921//biological process| septin checkpoin

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









e|GO:0045045//biological process| manganese ion transport | inferred from direct assay |GO:0006828//biological process| calcium ion transport | inferred

| traceable author statement |GO:0006555







action |GO:0001308//biological process| loss of chromatin silencing during replicative cell aging | inferred from expression pattern |GO:0001308//biological









genetic interaction |GO:0005977//biological process| signal transduction during filamentous growth | inferred from genetic interaction |GO:0001402



tion | inferred from physical interaction |GO:0007020





0//biological process| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceable autho









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

from direct assay |GO:0000750









se metabolism | traceable author statement |GO:0006006









nd biogenesis | inferred from mutant phenotype |GO:0007010//biological process| mitochondrion inheritance | inferred from mutant phenotype |GO:000000



ophagy | inferred from mutant phenotype |GO:0006914//biological process| autophagy | inferred from direct assay |GO:0006914//biological process| vacuo









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





port | inferred from sequence similarity|GO:0015680//biological process| intracellular copper ion transport | inferred from mutant phenotype |GO:0015680



m physical interaction |GO:0006612//biological process| protein-membrane targeting | inferred from mutant phenotype |GO:0006612

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

le author statement |GO:0006511









tress | inferred from expression pattern |GO:0006979//biological process| glutamate catabolism | inferred from sequence similarity |GO:0006538//biologica









e author statement |GO:0006511





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

phase B | inferred from mutant phenotype |GO:0000092









6355//biological process| establishment and/or maintenance of chromatin architecture | traceable author statement |GO:0006325//biological process| loss







|GO:0000778//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| chromosome segregation

7017//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| establishment of cell polarity (sensu Sa









ablishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| establishment of cell polarity (sensu









process| response to osmotic stress | inferred from mutant phenotype |GO:0006970









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



mponent| histone acetyltransferase complex | inferred from direct assay |GO:0000123//biological process| mitotic spindle orientation (sensu Fungi) | traceab









hrome c oxidase biogenesis | inferred from direct assay |GO:0008535







esponse to osmotic stress | traceable author statement |GO:0006970//biological process| cytokinesis | traceable author statement |GO:0000910//biological







cess| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:0006511









n |GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from mutant phenotype |GO:0000778//cellular component| con









ance | inferred from sequence similarity |GO:0000028//biological process| ribosomal small subunit assembly and maintenance | inferred from mutant phen

complex | inferred from physical interaction |GO:0000118//biological process| negative regulation of meiosis | inferred from physical interaction|GO:00458









gical process| nuclear membrane organization and biogenesis | traceable author statement|GO:0006998//biological process| fatty acid biosynthesis | trace







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ar component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| cation homeostasis | inferred from mutant phenotype|G

ycle-dependent actin filament reorganization | inferred from physical interaction|GO:0030037//biological process| cell cycle-dependent actin filament reorga







al process| rRNA modification | traceable author statement |GO:0000154



al process| apical bud growth | inferred from physical interaction |GO:0007118//biological process| invasive growth (sensu Saccharomyces) | inferred from







ar component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| cation homeostasis | inferred from mutant phenotype|G

ent |GO:0000214//biological process| tRNA splicing | traceable author statement|GO:0006388

action |GO:0006611





on | inferred from mutant phenotype |GO:0006261//biological process| DNA-dependent DNA replication | inferred from direct assay |GO:0006261



irect assay|GO:0006950//biological process| carbohydrate metabolism | inferred from direct assay |GO:0005975









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

7047//biological process| actin filament organization | inferred from physical interaction |GO:0007015//biological process| actin filament organization | inferr



nteraction |GO:0016050//biological process| GPI anchor metabolism | inferred from genetic interaction |GO:0006505







cess| asparaginyl-tRNA aminoacylation | inferred from direct assay |GO:0006421



ical process| cell wall organization and biogenesis | inferred from genetic interaction |GO:0007047//biological process| cellular morphogenesis | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









on | inferred from direct assay |GO:0006468







proton-transporting ATP synthase, central stalk (sensu Eukarya) | inferred from physical interaction |GO:0005756//cellular component| proton-transporting

ess| ammonium transport | inferred from mutant phenotype |GO:0015696



pattern |GO:0009409//biological process| fatty acid metabolism | inferred from mutant phenotype |GO:0006631

ponse to osmotic stress | inferred from direct assay |GO:0006970//biological process| amino acid transport | inferred from mutant phenotype |GO:0006865





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







iogenesis | traceable author statement |GO:0007047//biological process| cytokinesis | traceable author statement |GO:0000910//biological process| cellula









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









nked glycosylation | inferred from mutant phenotype|GO:0006487//biological process| N-linked glycosylation | inferred from direct assay |GO:0006487





ss| tryptophan biosynthesis | traceable author statement |GO:0000162//biological process| histidine biosynthesis | traceable author statement |GO:000010







GO:0000183//biological process| chromatin silencing at ribosomal DNA | inferred from mutant phenotype |GO:0000183

cid phosphorylation | inferred from sequence similarity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from mutant phenoty









O:0000742//biological process| karyogamy during conjugation with cellular fusion | inferred from genetic interaction |GO:0000742









ocess| G1/S-specific transcription in mitotic cell cycle | traceable author statement |GO:0000083









O:0000116//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074//biological process| regulation of cell cycle | inferred

nt| incipient bud site | inferred from direct assay |GO:0000131//biological process| donor preference | traceable author statement|GO:0007535//biological p





GO:0009269//biological process| cell adhesion | inferred from direct assay |GO:0007155//biological process| response to oxidative stress | traceable autho

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









f transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357

06829//biological process| cobalt ion transport | inferred from mutant phenotype |GO:0006824









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

iological process| regulation of transcription, DNA-dependent | inferred from direct assay |GO:0006355









e |GO:0015837







uthor statement |GO:0000730//biological process| DNA recombinase assembly | inferred from direct assay |GO:0000730//biological process| double-strand









eable author statement |GO:0006284//biological process| mutagenesis | traceable author statement |GO:0006280//biological process| lagging strand elong

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









tant phenotype |GO:0000910//biological process| actin cortical patch assembly | traceable author statement |GO:0000147









s| histone methylation | inferred from mutant phenotype|GO:0016571//biological process| histone methylation | inferred from direct assay |GO:0016571//bio



biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









06365//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364





assembly (sensu Fungi) | inferred from physical interaction|GO:0030472//biological process| microtubule nucleation | inferred from physical interaction |GO







0015771//biological process| alpha-glucoside transport | traceable author statement |GO:0000017









| inferred from mutant phenotype |GO:0030012//biological process| G1 phase of mitotic cell cycle | inferred from mutant phenotype |GO:0000080//biologica







al process| protein catabolism | inferred from mutant phenotype |GO:0030163//biological process| protein catabolism | inferred from direct assay |GO:0030









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr









al process| DNA replication | inferred from physical interaction |GO:0006260//biological process| DNA replication | inferred from mutant phenotype |GO:000









er | inferred from physical interaction |GO:0045944//biological process| positive regulation of transcription from Pol II promoter | inferred from genetic intera

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









nteraction |GO:0030433//biological process| ER-associated protein catabolism | inferred from mutant phenotype |GO:0030433





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





GO:0006631









action |GO:0006350

action |GO:0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from genetic interaction |GO:0000750









n filament organization | inferred from mutant phenotype |GO:0007015

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ect assay |GO:0000776//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| RNA elongation f





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

RNA cleavage | inferred from direct assay |GO:0006379//biological process| mRNA polyadenylation | traceable author statement |GO:0006378//biological p





erred from genetic interaction |GO:0006979

processing | traceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154



erred from mutant phenotype |GO:0006544









ed from direct assay|GO:0006616//biological process| protein folding | inferred from direct assay |GO:0006457//biological process| protein-nucleus import,





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ction |GO:0006629//biological process| N-terminal protein myristoylation | inferred from mutant phenotype |GO:0006499//biological process| N-terminal pro









O:0005835//cellular component| cytosol | traceable author statement |GO:0005829//biological process| fatty acid biosynthesis | traceable author statement|

phenotype |GO:0019566//biological process| arabinose metabolism | inferred from direct assay |GO:0019566









nferred from physical interaction |GO:0007023//biological process| post-chaperonin tubulin folding pathway | inferred from mutant phenotype |GO:0007023

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ol II promoter | traceable author statement |GO:0006366//biological process| transcription from Pol I promoter | traceable author statement |GO:0006360









0006904//biological process| Golgi to plasma membrane transport | traceable author statement |GO:0006893//biological process| cytokinesis | inferred from









nferred from direct assay |GO:0006281







statement|GO:0000162

uble-strand break repair via nonhomologous end-joining | inferred from direct assay |GO:0006303//biological process| loss of chromatin silencing during re





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ess| proteolysis and peptidolysis | inferred from genetic interaction |GO:0006508//biological process| protein amino acid phosphorylation | inferred from se

ess| ER to Golgi transport | inferred from genetic interaction |GO:0006888//biological process| retrograde transport, vesicle recycling within Golgi | traceabl









udding | traceable author statement|GO:0007120//biological process| cell wall organization and biogenesis | traceable author statement |GO:0007047//bio

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









architecture | inferred from sequence similarity |GO:0006325









tosis | inferred from mutant phenotype |GO:0007096//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468

nteraction |GO:0015804









ocess| budding | inferred from mutant phenotype|GO:0007114//biological process| mitosis | traceable author statement |GO:0007067//biological process| c



olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr







olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr









007124//biological process| isotropic bud growth | inferred from physical interaction |GO:0007119//biological process| apical bud growth | inferred from phy





inferred from mutant phenotype |GO:0006461









n transport | inferred from mutant phenotype |GO:0015674









tic interaction |GO:0006260







ant phenotype |GO:0019566//biological process| arabinose metabolism | inferred from direct assay |GO:0019566//biological process| response to stress | i



red from physical interaction |GO:0001405//biological process| mitochondrial matrix protein import | inferred from physical interaction|GO:0030150//biologic

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

0000276//biological process| ATP synthesis coupled proton transport | inferred from physical interaction|GO:0015986//biological process| ATP synthesis c









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









tein phosphatase type 2A complex | traceable author statement |GO:0000159//biological process| bud growth | traceable author statement|GO:0007117//b

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

nal peptide processing | inferred from physical interaction |GO:0006465//biological process| signal peptide processing | inferred from mutant phenotype |G

A-nucleus export | inferred from physical interaction|GO:0006406//biological process| mRNA-nucleus export | inferred from mutant phenotype |GO:0006406



ss| microtubule depolymerization | inferred from mutant phenotype |GO:0007019//biological process| nuclear migration (sensu Saccharomyces) | inferred f









ith cellular fusion | inferred from mutant phenotype |GO:0000750//biological process| inactivation of MAPK during osmolarity sensing | inferred from physic









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





| inferred from direct assay |GO:0006665









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



y |GO:0015914

notype |GO:0006831









ct assay |GO:0007323







cal process| mitotic spindle assembly (sensu Fungi) | inferred from mutant phenotype|GO:0030472









nthesis | traceable author statement |GO:0006164

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



nt organization | inferred from mutant phenotype |GO:0007015//biological process| response to osmotic stress | inferred from mutant phenotype |GO:00069



ase activity | inferred from direct assay |GO:0004134//cellular component| cytoplasm | inferred from direct assay|GO:0005737//biological process| glycogen

or statement |GO:0006094

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

etic interaction |GO:0007015//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process|

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









olism | traceable author statement |GO:0007039//biological process| vacuolar protein catabolism | inferred from mutant phenotype |GO:0007039







direct assay |GO:0006644









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





e | inferred from mutant phenotype |GO:0006379//biological process| mRNA cleavage | inferred from direct assay |GO:0006379//biological process| mRNA

s| isotropic bud growth | inferred from mutant phenotype |GO:0007119//biological process| apical bud growth | inferred from physical interaction |GO:00071



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









from mutant phenotype|GO:0015805//biological process| S-adenosylmethionine transport | inferred from genetic interaction |GO:0015805//biological proce







ol II promoter | traceable author statement |GO:0006366//biological process| transcription from Pol I promoter | traceable author statement |GO:0006360









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





cytokinesis | inferred from genetic interaction |GO:0000910

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

nsport | inferred from mutant phenotype |GO:0016197//biological process| monovalent inorganic cation transport | inferred from sequence similarity |GO:00





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









m Pol II promoter | inferred from sequence similarity |GO:0006357//biological process| establishment and/or maintenance of chromatin architecture | inferre

aceable author statement|GO:0006646//biological process| phosphatidylethanolamine biosynthesis | inferred from mutant phenotype |GO:0006646

al process| regulation of transcription from Pol II promoter | traceable author statement |GO:0006357









inferred from direct assay |GO:0030397//biological process| autophagy | inferred from mutant phenotype |GO:0006914//biological process| autophagy | inf









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

TP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biological process| ATP synthesis coupled proton transport | inferre









e|GO:0006418//biological process| tRNA-nucleus export | inferred from mutant phenotype |GO:0006409







red from mutant phenotype |GO:0000077









sponse to stress | inferred from genetic interaction |GO:0006950//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0

d from mutant phenotype |GO:0000731

ological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| establishment and/or maintena







ponent| nucleus | inferred from direct assay |GO:0005634//biological process| nucleotide metabolism | inferred from mutant phenotype|GO:0009117//biolo





| mitochondrion inheritance | inferred from genetic interaction |GO:0000001









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





direct assay|GO:0016573//biological process| regulation of transcription from Pol II promoter | inferred from direct assay |GO:0006357//biological process

O:0007124//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468









ological process| meiosis | inferred from expression pattern |GO:0007126//biological process| premeiotic DNA synthesis | inferred from mutant phenotype |

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









O:0006270//biological process| DNA unwinding | traceable author statement |GO:0006268//biological process| pre-replicative complex formation and main





cytokinesis | inferred from mutant phenotype |GO:0000910//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physic







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









chondrial inner membrane | traceable author statement |GO:0005743//biological process| mitochondrial electron transport, ubiquinol to cytochrome c | trac







rocess| histidine biosynthesis | traceable author statement |GO:0000105









ent |GO:0000214//biological process| tRNA splicing | traceable author statement|GO:0006388









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta









nt |GO:0000168









interaction |GO:0006333









iological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468

0006284//biological process| DNA repair | traceable author statement |GO:0006281





|GO:0007088//biological process| regulation of mitosis | inferred from mutant phenotype |GO:0007088//biological process| chromatin silencing at telomere









0006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



89//biological process| 'de novo' IMP biosynthesis | inferred from direct assay |GO:0006189//biological process| purine nucleotide biosynthesis | inferred fr



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ungi) | traceable author statement|GO:0030607//biological process| mitotic spindle assembly (sensu Fungi) | traceable author statement |GO:0030472//biol









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ed from direct assay |GO:0006334//biological process| establishment and/or maintenance of chromatin architecture | traceable author statement |GO:0006

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



874//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283







olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr

arity |GO:0000274//cellular component| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | inferred from mutant phenotype |GO:0000274//bi









mplex | inferred from physical interaction |GO:0005697//cellular component| telomerase holoenzyme complex | inferred from direct assay |GO:0005697//cel



rocess| histidine biosynthesis | traceable author statement |GO:0000105









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

70//biological process| mitotic spindle elongation | traceable author statement |GO:0000022



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ystem | inferred from direct assay |GO:0007234





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

biological process| glycogen metabolism | inferred from genetic interaction |GO:0005977

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

biquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mitotic sister chromatid segregation | traceable autho









ogical process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468









nt| RNA polymerase I upstream activating factor complex | inferred from physical interaction |GO:0000500//cellular component| RNA polymerase I upstrea

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

| traceable author statement |GO:0016478//biological process| protein biosynthesis | traceable author statement |GO:0006412//biological process| rRNA p

llular component| bud neck | inferred from direct assay|GO:0005935//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenoty







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo

nt |GO:0007121//biological process| axial budding | traceable author statement |GO:0007120//biological process| bud site selection | traceable author state









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



tern |GO:0030435//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461





nferred from physical interaction |GO:0006446//biological process| regulation of translational initiation | inferred from mutant phenotype |GO:0006446





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





cision repair | traceable author statement |GO:0006289//biological process| DNA strand elongation | traceable author statement |GO:0006271//biological p



ondrial matrix protein import | inferred from mutant phenotype |GO:0030150







ss| transcription termination | inferred from mutant phenotype |GO:0006353





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









rity |GO:0006631//biological process| fatty acid metabolism | inferred from mutant phenotype |GO:0006631









cleus | inferred from physical interaction|GO:0005634//biological process| positive regulation of transcription | inferred from physical interaction|GO:004594



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

anscription from Pol III promoter | inferred from mutant phenotype |GO:0006383//biological process| chromatin silencing at telomere | inferred from mutant









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









logical process| response to oxidative stress | inferred from mutant phenotype |GO:0006979//biological process| response to oxidative stress | inferred from









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









|GO:0000028

d from mutant phenotype |GO:0006348//biological process| chromatin silencing at telomere | inferred from genetic interaction |GO:0006348//biological pro

physical interaction |GO:0000398









606//biological process| RNA-nucleus export | inferred from physical interaction |GO:0006405









from mutant phenotype |GO:0006609//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from direct assay |GO:0006609//biolog









erred from mutant phenotype |GO:0006457









cle | inferred from mutant phenotype |GO:0000082









mage stimulus | inferred from mutant phenotype |GO:0006974//biological process| ubiquitin-dependent protein catabolism | inferred from physical interactio

otype |GO:0007121









alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from genetic interaction |GO:0005946//biological process| response to stress





notype |GO:0000054

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



logical process| protein amino acid dephosphorylation | inferred from direct assay |GO:0006470//biological process| protein biosynthesis | inferred from ph









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









assay |GO:0006104//biological process| tricarboxylic acid cycle | traceable author statement |GO:0006099









nteraction |GO:0006376



lencing | traceable author statement|GO:0006342//biological process| double-strand break repair via nonhomologous end-joining | inferred from direct ass









07117//biological process| cell wall organization and biogenesis | inferred from physical interaction |GO:0007047//biological process| establishment of cell







/biological process| endocytosis | inferred from physical interaction |GO:0006897



eable author statement |GO:0000209

1//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348



t phenotype |GO:0006445//biological process| regulation of translation | inferred from genetic interaction |GO:0006445

biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









y acid elongation | inferred from sequence similarity|GO:0030497//biological process| fatty acid elongation | inferred from physical interaction |GO:0030497

m genetic interaction |GO:0007047//biological process| cell ion homeostasis | inferred from mutant phenotype |GO:0006873//biological process| adaptation

rect assay |GO:0006338









rred from mutant phenotype |GO:0006730//biological process| one-carbon compound metabolism | inferred from direct assay |GO:0006730





cal process| mitotic spindle assembly (sensu Fungi) | inferred from mutant phenotype |GO:0030472//biological process| mitotic spindle assembly (sensu Fu









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

gical process| S phase of mitotic cell cycle | inferred from genetic interaction |GO:0000084//biological process| regulation of cyclin dependent protein kinas









statement|GO:0006164









nce similarity |GO:0005886//cellular component| endosome | traceable author statement |GO:0005768//biological process| iron-siderochrome transport | in





ssion pattern |GO:0006950//biological process| protein folding | inferred from physical interaction |GO:0006457//biological process| protein folding | inferre

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ess| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| cytokinesis | inferred from mutant phenotype |GO:0

ocess| mitochondrial matrix protein import | inferred from direct assay|GO:0030150//biological process| protein folding | inferred from direct assay |GO:000









type |GO:0006896//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461









ocess| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| RNA elongation from Pol II promoter | inferred from ph









|GO:0000135//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological process| G2/M transition



ellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| actin nucleation | inferred from direct assay|GO:0045010

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

rity |GO:0006631//biological process| fatty acid metabolism | inferred from mutant phenotype |GO:0006631







biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr









inferred from mutant phenotype |GO:0000722









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









| traceable author statement |GO:0006280//biological process| lagging strand elongation | traceable author statement |GO:0006273//biological process| le

cal process| response to osmotic stress | inferred from mutant phenotype |GO:0006970//biological process| endocytosis | inferred from mutant phenotype









accharomyces) | inferred from mutant phenotype |GO:0000501



R to Golgi transport | inferred from sequence similarity |GO:0006888//biological process| ER to Golgi transport | inferred from genetic interaction |GO:00068



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







|GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| nucleus | inferred from curator|GO:0





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









logical process| protein complex assembly | inferred from mutant phenotype |GO:0006461







olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









007126//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//biological process| negative regulation of trans

ing strand elongation | traceable author statement |GO:0006273//biological process| leading strand elongation | traceable author statement |GO:0006272/









matin remodeling | inferred from direct assay |GO:0006338









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

otein signaling pathway | inferred from mutant phenotype |GO:0007186//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:00

5944//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0045944//biological process| positi

nt phenotype |GO:0000921//biological process| septin ring assembly | inferred from genetic interaction |GO:0000921//biological process| septin checkpoin





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









gical process| positive regulation of transcription from Pol II promoter | inferred from physical interaction |GO:0045944//biological process| positive regulati

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ed from direct assay|GO:0006616//biological process| protein folding | inferred from direct assay |GO:0006457//biological process| protein-nucleus import,

/biological process| endocytosis | inferred from physical interaction |GO:0006897









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

131//biological process| polar budding | inferred from mutant phenotype|GO:0007121//biological process| vesicle fusion | traceable author statement |GO:0









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









al process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283







ed from direct assay |GO:0000730//biological process| telomerase-independent telomere maintenance | inferred from mutant phenotype |GO:0000722//bio









ent |GO:0006611//biological process| ribosomal protein-nucleus import | traceable author statement |GO:0006610//biological process| mRNA-binding (hnR









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

0006610//biological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein









n |GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from mutant phenotype |GO:0000778//biological process| chro





018283//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879//biological process| iron ion homeostasis | inferred from g

process| activation of MAPK during osmolarity sensing | traceable author statement |GO:0000169

O:0019653//biological process| acetate biosynthesis from carbon monoxide | inferred from direct assay |GO:0019415//biological process| nucleobase, nuc









on |GO:0000086//biological process| G1/S transition of mitotic cell cycle | traceable author statement |GO:0000082









609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









n | traceable author statement|GO:0007165//biological process| phospholipid metabolism | inferred from mutant phenotype |GO:0006644

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





79//biological process| DNA-dependent DNA replication | inferred from mutant phenotype |GO:0006261//biological process| vacuole inheritance | inferred fr



or statement |GO:0006094







|GO:0003887//molecular function| RNA binding | inferred from sequence similarity |GO:0003723//cellular component| nucleus | inferred from curator|GO:0









rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









0//biological process| mitotic spindle elongation | traceable author statement |GO:0000022









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr

n dependent protein kinase activity | traceable author statement |GO:0000079









xocytosis | inferred from genetic interaction |GO:0006887//biological process| spliceosome assembly | inferred from physical interaction |GO:0000245//biol

ER to Golgi transport | inferred from genetic interaction |GO:0006888//biological process| retrograde transport, vesicle recycling within Golgi | traceable aut





44//biological process| signal transduction | inferred from mutant phenotype |GO:0007165//biological process| protein amino acid phosphorylation | inferre



olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr









ceable author statement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0000209

essing | inferred from mutant phenotype |GO:0006627









ent| cytoplasm | inferred from direct assay |GO:0005737//biological process| proteolysis and peptidolysis | inferred from mutant phenotype|GO:0006508//b









cription from Pol II promoter | inferred from genetic interaction |GO:0006357//biological process| chromatin silencing at telomere | inferred from mutant phe









ell wall organization and biogenesis | traceable author statement |GO:0007047//biological process| cytokinesis | traceable author statement |GO:0000910//

08//biological process| glucose 1-phosphate utilization | inferred from mutant phenotype |GO:0006008



t assay |GO:0000324//biological process| glycerol transport | inferred from direct assay|GO:0015793//biological process| transport | inferred from sequence









one maturation | inferred from mutant phenotype |GO:0007323//biological process| axial budding | traceable author statement |GO:0007120//biological pro









rity (sensu Fungi) | inferred from mutant phenotype|GO:0030469









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



|GO:0006970//biological process| response to osmotic stress | inferred from genetic interaction |GO:0006970//biological process| DNA repair | inferred from







rase-dependent telomere maintenance | traceable author statement|GO:0007004





tion | inferred from physical interaction |GO:0007020









pha-trehalose-phosphate synthase complex (UDP-forming) | inferred from genetic interaction |GO:0005946//cellular component| alpha,alpha-trehalose-ph







ed from mutant phenotype|GO:0016571//biological process| histone methylation | inferred from direct assay |GO:0016571//biological process| regulation o

netic interaction |GO:0001100



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

0//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511









O:0006270//biological process| DNA replication initiation | inferred from physical interaction |GO:0006270//biological process| DNA unwinding | traceable a









process| vesicle docking during exocytosis | traceable author statement |GO:0006904//biological process| Golgi to plasma membrane transport | traceable



biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr









II promoter | traceable author statement|GO:0006357//biological process| DNA replication initiation | traceable author statement |GO:0006270



m mutant phenotype|GO:0000398



otype |GO:0006289//biological process| base-excision repair | inferred from mutant phenotype |GO:0006284//biological process| lagging strand elongation





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr







4//biological process| S phase of mitotic cell cycle | inferred from genetic interaction |GO:0000084//biological process| regulation of cyclin dependent prote

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

062//biological process| DNA topological change | inferred from mutant phenotype |GO:0006265//biological process| DNA topological change | inferred from







inferred from mutant phenotype |GO:0006665//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468//b









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



GO:0000749//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289//biological process| mRNA catabolism, deadenylation-de









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



physical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO

ol II promoter | traceable author statement |GO:0006366//biological process| transcription from Pol I promoter | traceable author statement |GO:0006360

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









3887//molecular function| mRNA binding | inferred from physical interaction |GO:0003729//molecular function| RNA binding | inferred from sequence simila





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









n import | traceable author statement|GO:0045041//biological process| proteolysis and peptidolysis | inferred from mutant phenotype |GO:0006508//biolog

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





GO:0000749//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289//biological process| mRNA catabolism, deadenylation-dep









03//biological process| response to metal ion | inferred from mutant phenotype |GO:0010038







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

GO:0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from genetic interaction |GO:0000750



e |GO:0006886//biological process| regulation of pH | inferred from mutant phenotype |GO:0006885

uthor statement |GO:0006807//biological process| negative regulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0000122





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







biological process| protein-peroxisome targeting | traceable author statement |GO:0006625









nthase (glutamine-hydrolyzing) activity | inferred from direct assay |GO:0003952//cellular component| cytoplasm | inferred from direct assay|GO:0005737/







actin cortical patch assembly | inferred from sequence similarity |GO:0000147



737//cellular component| incipient bud site | inferred from direct assay |GO:0000131//biological process| translational initiation | traceable author statemen









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



t |GO:0007117//biological process| mitotic spindle checkpoint | inferred from mutant phenotype |GO:0007094//biological process| actin filament organizatio

ological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| establishment and/or maintena





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



promoter | inferred from physical interaction|GO:0006368//biological process| regulation of transcription, DNA-dependent | inferred from physical interaction







ment of GPI anchor to protein | inferred from mutant phenotype |GO:0016255





rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta









biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ol II promoter | traceable author statement |GO:0006366//biological process| transcription from Pol I promoter | traceable author statement |GO:0006360

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr



iological process| protein biosynthesis | inferred from direct assay |GO:0006412







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

inheritance | inferred from mutant phenotype |GO:0000011





lism | inferred from genetic interaction |GO:0006598//biological process| aldehyde metabolism | inferred from sequence similarity |GO:0006081









GO:0006109//biological process| regulation of carbohydrate metabolism | inferred from physical interaction |GO:0006109//biological process| regulation of





s| DNA recombination | inferred from mutant phenotype |GO:0006310//biological process| bud site selection | inferred from mutant phenotype |GO:000028

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







inner membrane protein import | inferred from mutant phenotype |GO:0045039

biological process| mitotic sister chromatid segregation | inferred from mutant phenotype |GO:0000070

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



2//biological process| chromatin silencing | inferred from genetic interaction |GO:0006342



al process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| nucleotide-excision repair, DNA duplex unwinding | tra



nteraction |GO:0006873//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082

biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0045944//biological process| positive regu









Pol II promoter | inferred from mutant phenotype |GO:0006357

ssay |GO:0006810



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ferred from mutant phenotype |GO:0000754





gical process| signal peptide processing | inferred from direct assay |GO:0006465

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









O:0009306//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| endocytosis | traceable author sta

nding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nucleus import | traceable author stat

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





n | inferred from mutant phenotype |GO:0000335









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ent of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| establishment of cell polarity (sensu Sacch









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ss| DNA topological change | inferred from direct assay |GO:0006265//biological process| regulation of mitotic recombination | inferred from mutant pheno









s | inferred from direct assay |GO:0009398

hment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| establishment of cell polarity (sensu Sa







RNA cleavage | inferred from direct assay |GO:0006379//biological process| mRNA polyadenylation | traceable author statement |GO:0006378//biological p





olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr



regulation of cell redox homeostasis | inferred from direct assay |GO:0030503

609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ar targeting | inferred from expression pattern |GO:0006623









7049//biological process| cell cycle | inferred from genetic interaction |GO:0007049//biological process| phosphate metabolism | traceable author statemen



3887//molecular function| mRNA binding | inferred from physical interaction |GO:0003729//molecular function| RNA binding | inferred from sequence simila







s| protein monoubiquitination | inferred from mutant phenotype |GO:0006513//biological process| chromatin silencing at telomere | inferred from mutant phe

ocess| osmosensory signaling pathway via two-component system | inferred from direct assay |GO:0007234//biological process| protein amino acid phosp

g | inferred from physical interaction |GO:0006338//biological process| chromatin remodeling | inferred from direct assay |GO:0006338

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ess| actin filament organization | inferred from mutant phenotype |GO:0007015//biological process| endocytosis | inferred from mutant phenotype |GO:000

O:0006270//biological process| DNA unwinding | traceable author statement |GO:0006268//biological process| pre-replicative complex formation and main





olecular function| specific RNA polymerase II transcription factor activity | inferred from direct assay |GO:0003704//cellular component| nucleus | inferred fr





G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000086//biological process| G1/S transition of mitotic cell cycle | inferred from m





pression pattern |GO:0009060//biological process| protein biosynthesis | inferred from curator |GO:0006412

oxidative stress | inferred from mutant phenotype|GO:0006979//biological process| response to oxidative stress | inferred from genetic interaction |GO:0006









ferred from mutant phenotype|GO:0006627

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









0009408//biological process| Rho protein signal transduction | inferred from sequence similarity |GO:0007266//biological process| Rho protein signal trans



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





d from genetic interaction |GO:0006366//biological process| nucleotide-excision repair | inferred from mutant phenotype |GO:0006289







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



sposition | inferred from mutant phenotype |GO:0006322//biological process| Ty1 element transposition | inferred from mutant phenotype |GO:0006320

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

gation with cellular fusion | inferred from mutant phenotype |GO:0000753//biological process| cellular morphogenesis during conjugation with cellular fusion

|GO:0006970//biological process| response to osmotic stress | inferred from genetic interaction |GO:0006970









cleavage | inferred from direct assay |GO:0006379//biological process| mRNA polyadenylation | traceable author statement |GO:0006378//biological proc



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









al transduction | inferred from mutant phenotype |GO:0007165//biological process| cell wall organization and biogenesis | traceable author statement |GO:0

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



GO:0006366//biological process| transcription from Pol II promoter | inferred from direct assay |GO:0006366//biological process| histidine biosynthesis | infe

arity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from genetic interaction |GO:0006468

ess| postreplication repair | traceable author statement |GO:0006301//biological process| nucleotide-excision repair | traceable author statement |GO:0006







ranscription from Pol II promoter | inferred from physical interaction |GO:0006357//biological process| regulation of transcription from Pol II promoter | infer









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





nt phenotype |GO:0007109



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



ositive regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0045944//biological process| positive regulation of transcription









rred from genetic interaction |GO:0016973//biological process| telomere maintenance | inferred from mutant phenotype |GO:0000723//biological process| t





ytosis | inferred from mutant phenotype |GO:0006897

ype |GO:0000070



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









hor statement |GO:0000122









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

type |GO:0006298//biological process| removal of nonhomologous ends | traceable author statement |GO:0000735

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

m | inferred from genetic interaction |GO:0006598







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



hysical interaction|GO:0045039//biological process| mitochondrial inner membrane protein import | inferred from mutant phenotype |GO:0045039









m Pol II promoter | inferred from mutant phenotype |GO:0006357



al process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| nucleotide-excision repair, DNA duplex unwinding | tra

007047//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| establishment of cell polarity (sensu









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





aintenance | inferred from physical interaction |GO:0000027//biological process| ribosomal large subunit assembly and maintenance | inferred from mutan









gical process| cell cycle | inferred from mutant phenotype |GO:0007049//biological process| apoptosis | traceable author statement |GO:0006915//biologic



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





s| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283









m mutant phenotype |GO:0006879//biological process| iron ion homeostasis | inferred from direct assay |GO:0006879









superoxide metabolism | inferred from mutant phenotype |GO:0006801









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ed from physical interaction |GO:0006261//biological process| DNA-dependent DNA replication | inferred from mutant phenotype |GO:0006261//biological p





nent| nucleus | inferred from physical interaction |GO:0005634//cellular component| nucleus | inferred from genetic interaction |GO:0005634//biological pro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









on initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| nucleotide-excision repair, DNA duplex unwinding | tracea









4//biological process| M phase of mitotic cell cycle | traceable author statement |GO:0000087



phorylation | inferred from mutant phenotype |GO:0006468







m physical interaction |GO:0006612//biological process| protein-membrane targeting | inferred from mutant phenotype |GO:0006612

milarity |GO:0009408//biological process| Rho protein signal transduction | inferred from sequence similarity |GO:0007266//biological process| cell wall orga

from mutant phenotype |GO:0000022







006359//biological process| regulation of transcription from Pol I promoter | inferred from direct assay |GO:0006356//biological process| flocculation (sensu

e |GO:0006816

egulation of cell redox homeostasis | inferred from mutant phenotype |GO:0030503//biological process| regulation of cell redox homeostasis | inferred from







nt |GO:0007121//biological process| axial budding | traceable author statement |GO:0007120//biological process| bud site selection | traceable author state



e author statement |GO:0006511

nteraction |GO:0000079

609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo





aceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154

ic cell cycle | traceable author statement |GO:0000084//biological process| G1/S transition of mitotic cell cycle | traceable author statement |GO:0000082//





nferred from physical interaction |GO:0030846//biological process| histone methylation | inferred from direct assay |GO:0016571

proton-transporting ATP synthase, central stalk (sensu Eukarya) | inferred from physical interaction |GO:0005756//cellular component| proton-transporting









raction |GO:0006609//biological process| mRNA-binding (hnRNP) protein-nucleus import | inferred from mutant phenotype |GO:0006609//biological proces

g at silent mating-type cassette (sensu Fungi) | inferred from mutant phenotype|GO:0030466//biological process| negative regulation of DNA replication | in







nferred from physical interaction |GO:0005737//biological process| translational initiation | inferred from mutant phenotype|GO:0006413//biological process









ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity |

assembly (sensu Fungi) | inferred from physical interaction|GO:0030472//biological process| microtubule nucleation | inferred from physical interaction |GO









eable author statement|GO:0007264//biological process| pseudohyphal growth | inferred from physical interaction |GO:0007124//biological process| isotrop









nt|GO:0006511





ent |GO:0000214//biological process| tRNA splicing | traceable author statement|GO:0006388









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









O:0006808//biological process| regulation of nitrogen utilization | inferred from genetic interaction |GO:0006808









0042145//biological process| protein transport | inferred from mutant phenotype |GO:0015031//biological process| vacuole organization and biogenesis | inf







l process| mitochondrial matrix protein import | inferred from mutant phenotype |GO:0030150

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

cycle checkpoint | inferred from mutant phenotype |GO:0000075









otype |GO:0006817//biological process| phosphate transport | inferred from genetic interaction |GO:0006817









006350//biological process| transcription | inferred from mutant phenotype |GO:0006350//biological process| transcription | inferred from direct assay |GO:0









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









0006508//biological process| invasive growth (sensu Saccharomyces) | inferred from mutant phenotype |GO:0001403





y |GO:0009062//biological process| fatty acid catabolism | inferred from direct assay |GO:0009062



author statement |GO:0000735









45//biological process| vesicle docking during exocytosis | inferred from mutant phenotype |GO:0006904//biological process| Golgi to endosome transport



nt |GO:0007121//biological process| axial budding | traceable author statement |GO:0007120//biological process| bud site selection | traceable author state

tatement |GO:0006906//biological process| vesicle docking during exocytosis | traceable author statement |GO:0006904//biological process| Golgi to plasm

ganization | inferred from physical interaction|GO:0007015

biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr

al process| protein desumoylation | inferred from mutant phenotype |GO:0016926//biological process| protein desumoylation | inferred from direct assay |G





0000276//biological process| ATP synthesis coupled proton transport | inferred from physical interaction|GO:0015986//biological process| ATP synthesis c









ication repair | inferred from genetic interaction |GO:0006301









irect assay |GO:0045449//biological process| sulfur amino acid metabolism | inferred from direct assay |GO:0000096









acuolar targeting | inferred from mutant phenotype |GO:0006623





cal process| DNA repair | inferred from mutant phenotype |GO:0006281

t phenotype|GO:0000398

ological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| establishment and/or maintena









0747//biological process| poly(A) tail shortening | inferred from direct assay |GO:0000289



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ng factor F(o) (sensu Eukarya) | inferred from mutant phenotype |GO:0000276//biological process| ATP synthesis coupled proton transport | inferred from



ent |GO:0000214//biological process| tRNA splicing | traceable author statement|GO:0006388





RNA cleavage | inferred from direct assay |GO:0006379//biological process| mRNA polyadenylation | traceable author statement |GO:0006378//biological p







ess| vesicle docking during exocytosis | traceable author statement |GO:0006904//biological process| Golgi to plasma membrane transport | traceable auth



gical process| telomerase-dependent telomere maintenance | traceable author statement|GO:0007004

s | inferred from sequence similarity|GO:0015937//biological process| response to salt stress | inferred from mutant phenotype |GO:0009651//biological pro









inferred from physical interaction |GO:0006457//biological process| protein folding | inferred from mutant phenotype |GO:0006457





author statement |GO:0005669//biological process| transcription initiation from Pol II promoter | traceable author statement|GO:0006367//biological proces









m direct assay |GO:0006342//biological process| chromatin assembly/disassembly | inferred from direct assay |GO:0006333//biological process| double-st





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ype |GO:0000165//biological process| MAPKKK cascade | inferred from direct assay |GO:0000165









l process| isoprenoid biosynthesis | inferred from direct assay |GO:0008299//biological process| ergosterol biosynthesis | traceable author statement |GO:

ogical process| Golgi to plasma membrane transport | traceable author statement |GO:0006893//biological process| cytokinesis | inferred from mutant phe







om direct assay |GO:0006272

mutant phenotype |GO:0007033









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









47//biological process| protein amino acid phosphorylation | inferred from sequence similarity |GO:0006468





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





hor statement |GO:0006099









rocess| histidine biosynthesis | traceable author statement |GO:0000105





|GO:0007266//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| polar budding | traceable auth

type |GO:0000731

nt phenotype |GO:0006457







cal process| bud site selection | inferred from mutant phenotype |GO:0000282









:0007031//biological process| protein-peroxisome targeting | inferred from physical interaction |GO:0006625



one deacetylase complex | inferred from physical interaction |GO:0000118//biological process| negative regulation of meiosis | inferred from mutant phenot









enance | traceable author statement |GO:0006267









ch assembly | traceable author statement |GO:0000147

GO:0000086//biological process| G1/S transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000082//biological process| G1/S transition of







erred from mutant phenotype |GO:0006511









transposition | inferred from mutant phenotype |GO:0000335









ion | inferred from mutant phenotype |GO:0000709

ng factor F(o) (sensu Eukarya) | inferred from mutant phenotype |GO:0000276//biological process| ATP synthesis coupled proton transport | inferred from

006359//biological process| regulation of transcription from Pol I promoter | inferred from direct assay |GO:0006356//biological process| flocculation (sens









468//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468









type |GO:0000731

ling | inferred from mutant phenotype |GO:0019722//biological process| calcium-mediated signaling | inferred from genetic interaction |GO:0019722//biolog

O:0006402//biological process| deadenylation-dependent decapping | inferred from mutant phenotype |GO:0000290//biological process| deadenylation-dep





ription from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| chromatin remodeling | inferred from physical interaction |G









ss| lagging strand elongation | inferred from genetic interaction |GO:0006273//biological process| DNA-dependent DNA replication | inferred from mutant p









say |GO:0006914//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623//biological process| autophagic vacuole fu





th | inferred from mutant phenotype |GO:0007124//biological process| replicative cell aging | inferred from mutant phenotype |GO:0001302







ay|GO:0006116//biological process| carbohydrate metabolism | inferred from mutant phenotype |GO:0005975

process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000750









O:0006270//biological process| DNA unwinding | traceable author statement |GO:0006268//biological process| pre-replicative complex formation and main





mitochondrial inner membrane protein import | inferred from genetic interaction |GO:0045039





mutant phenotype |GO:0000027

biological process| DNA replication initiation | traceable author statement|GO:0006270//biological process| DNA unwinding | traceable author statement |G



negative regulation of meiosis | inferred from mutant phenotype|GO:0045835//biological process| histone deacetylation | inferred from physical interaction









f transcription from Pol II promoter | inferred from mutant phenotype|GO:0006357

ort | inferred from physical interaction |GO:0006855//biological process| multidrug transport | inferred from mutant phenotype |GO:0006855//biological proc









pe |GO:0006623

ogical process| mitotic spindle checkpoint | inferred from mutant phenotype |GO:0007094//biological process| glycogen metabolism | inferred from physica









|GO:0000274//biological process| ATP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biological process| ATP synthe









O:0006457//biological process| protein folding | inferred from mutant phenotype |GO:0006457









denylation | traceable author statement |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378







stablishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| establishment of cell polarity (sen









transcription initiation from Pol II promoter | traceable author statement |GO:0006367





s| filamentous growth | inferred from mutant phenotype|GO:0030447//biological process| mRNA catabolism | traceable author statement |GO:0006402//bio

author statement |GO:0009228









007047//biological process| cellular morphogenesis | traceable author statement |GO:0000902//biological process| cellular morphogenesis during conjuga

acuolar targeting | inferred from mutant phenotype |GO:0006623









cal process| exocytosis | inferred from mutant phenotype |GO:0006887



elongation | traceable author statement |GO:0006272





ess| intracellular protein transport | inferred from genetic interaction |GO:0006886



//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin silencing at ribosomal D









gamy during conjugation with cellular fusion | inferred from genetic interaction |GO:0000742









0007033//biological process| Golgi to endosome transport | inferred from genetic interaction |GO:0006895//biological process| protein-vacuolar targeting |









rom direct assay |GO:0006476//biological process| regulation of transcription, DNA-dependent | traceable author statement |GO:0006355//biological proce



tion of mitotic cell cycle | inferred from mutant phenotype |GO:0000086









rred from mutant phenotype |GO:0006367

enotype|GO:0046020//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin re



biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tr



catabolism | traceable author statement|GO:0006511//biological process| G1/S transition of mitotic cell cycle | traceable author statement |GO:0000082









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









m Pol II promoter | inferred from mutant phenotype |GO:0006357









| inferred from direct assay |GO:0006308

nesis | inferred from sequence similarity |GO:0000902//biological process| cellular morphogenesis | inferred from physical interaction |GO:0000902//biologi

netic interaction |GO:0006355









ed from direct assay|GO:0006616//biological process| protein folding | inferred from direct assay |GO:0006457//biological process| protein-nucleus import,





cal process| leading strand elongation | inferred from direct assay |GO:0006272





arity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from genetic interaction |GO:0006468







iological process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from physical interaction |GO:0000077//biological proc









process| microtubule cytoskeleton organization and biogenesis | inferred from genetic interaction |GO:0000226









0000276//biological process| ATP synthesis coupled proton transport | inferred from physical interaction|GO:0015986//biological process| ATP synthesis c









609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo

phenotype |GO:0006348









|GO:0005977









ss| base-excision repair | inferred from direct assay |GO:0006284





s| signal transduction during conjugation with cellular fusion | inferred from physical interaction |GO:0000750//biological process| signal transduction during









traceable author statement |GO:0007165





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ng, via spliceosome | inferred from direct assay |GO:0000398









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ogical process| regulation of cell redox homeostasis | inferred from mutant phenotype|GO:0030503//biological process| regulation of cell redox homeostas

conjugation with cellular fusion | inferred from mutant phenotype |GO:0000742

ed from mutant phenotype |GO:0006366









hor statement |GO:0007091//biological process| ubiquitin-dependent protein catabolism | traceable author statement |GO:0006511//biological process| mit

tant phenotype|GO:0008654//biological process| phospholipid biosynthesis | inferred from genetic interaction |GO:0008654//biological process| phospholip









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ss| protein desumoylation | inferred from mutant phenotype|GO:0016926//biological process| protein desumoylation | inferred from direct assay |GO:00169



enotype |GO:0000077









005788//biological process| protein transport | inferred from mutant phenotype|GO:0015031//biological process| protein transport | inferred from genetic int

iological process| nuclear organization and biogenesis | inferred from genetic interaction |GO:0006997



sion pattern |GO:0007126//biological process| transcription | traceable author statement |GO:0006350//biological process| transcription | inferred from phy





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



om physical interaction|GO:0000398









hosphatidylserine catabolism | inferred from mutant phenotype |GO:0006660//biological process| phosphatidylserine catabolism | inferred from direct assa









eraction |GO:0000283









e-strand break repair via nonhomologous end-joining | inferred from mutant phenotype |GO:0006303//biological process| double-strand break repair via br

GO:0030847//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from mutant phenotype |GO:0030847//biolog









tic sister chromatid segregation | inferred from mutant phenotype |GO:0000070









assembly | inferred from genetic interaction |GO:0006461//biological process| regulation of cell cycle | traceable author statement |GO:0000074//biological

osphorylation | inferred from direct assay |GO:0006470









ological process| vesicle docking during exocytosis | inferred from direct assay |GO:0006904









om genetic interaction |GO:0045944//biological process| response to stress | inferred from genetic interaction |GO:0006950



notype |GO:0006629//biological process| lipid metabolism | inferred from direct assay |GO:0006629









al process| nucleotide-excision repair | traceable author statement |GO:0006289//biological process| nucleotide-excision repair, DNA duplex unwinding | tra

ed from genetic interaction |GO:0007047//biological process| cellular morphogenesis during conjugation | inferred from mutant phenotype |GO:0000767//b

author statement |GO:0000077//biological process| DNA replication checkpoint | inferred from mutant phenotype |GO:0000076

ed from direct assay|GO:0006616//biological process| protein folding | inferred from direct assay |GO:0006457//biological process| protein-nucleus import,









m genetic interaction |GO:0006508









d from physical interaction |GO:0006406//biological process| mRNA-nucleus export | inferred from mutant phenotype |GO:0006406//biological process| mR









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









/biological process| pseudohyphal growth | traceable author statement |GO:0007124//biological process| polar budding | traceable author statement |GO:0









biological process| apical bud growth | inferred from sequence similarity |GO:0007118//biological process| actin filament organization | inferred from sequen









ondensin complex | inferred from physical interaction |GO:0000799//biological process| mitotic chromosome condensation | traceable author statement|GO

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ar component| vacuole (sensu Fungi) | inferred from direct assay|GO:0000324//biological process| cation homeostasis | inferred from mutant phenotype|G









y | inferred from direct assay |GO:0006333//biological process| double-strand break repair via nonhomologous end-joining | inferred from direct assay |GO:









ay|GO:0005739//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| base-excision repair, AP site formation | inferre









pe |GO:0001402//biological process| signal transduction during conjugation with cellular fusion | inferred from physical interaction |GO:0000750//biologica









al process| cytogamy | inferred from physical interaction |GO:0000755//biological process| cytogamy | inferred from mutant phenotype |GO:0000755//biolo

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ss| protein monoubiquitination | traceable author statement |GO:0006513//biological process| protein polyubiquitination | traceable author statement |GO:0









nt|GO:0006511



t |GO:0007059//biological process| DNA repair | inferred from mutant phenotype |GO:0006281//biological process| nuclear division | traceable author state









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





process| cadmium ion transport | inferred from direct assay |GO:0015691



ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

ble author statement |GO:0006338





ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









type |GO:0006260//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074//biological process| regulation of cell cycle | i









nt phenotype |GO:0000921//biological process| septin ring assembly | inferred from genetic interaction |GO:0000921//biological process| septin checkpoin

action |GO:0007047//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| establishment of cell po









establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









cal process| regulation of cell redox homeostasis | inferred from direct assay |GO:0030503



uring conjugation with cellular fusion | inferred from direct assay |GO:0000750









break-induced replication | traceable author statement |GO:0000727









bolism | inferred from sequence similarity |GO:0006081









e | inferred from mutant phenotype |GO:0000001

rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta

0000276//biological process| ATP synthesis coupled proton transport | inferred from physical interaction|GO:0015986//biological process| ATP synthesis c

e transport | inferred from mutant phenotype |GO:0006896



itiation | traceable author statement |GO:0006270//biological process| DNA unwinding | traceable author statement |GO:0006268//biological process| pre-r

pression pattern |GO:0009060//biological process| protein biosynthesis | inferred from curator |GO:0006412



aceable author statement |GO:0006365//biological process| rRNA modification | traceable author statement |GO:0000154









gnal transduction resulting in cell cycle arrest | inferred from mutant phenotype |GO:0000077//biological process| regulation of cell cycle | inferred from mu





erred from sequence similarity|GO:0045016//biological process| mitochondrial magnesium ion transport | inferred from mutant phenotype |GO:0045016//b







rase-dependent telomere maintenance | traceable author statement|GO:0007004



rocess| chromatin assembly/disassembly | inferred from mutant phenotype |GO:0006333//biological process| mitotic sister chromatid segregation | traceab









ble author statement |GO:0000209





ological process| transcription initiation from Pol II promoter | traceable author statement |GO:0006367//biological process| establishment and/or maintena









d from mutant phenotype|GO:0006348//biological process| lagging strand elongation | inferred from physical interaction |GO:0006273//biological process| l









|GO:0006310//biological process| chromatin silencing at ribosomal DNA | inferred from direct assay |GO:0000183

609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo

/biological process| response to DNA damage stimulus | inferred from genetic interaction|GO:0006974//biological process| transcription initiation | traceab









ed from genetic interaction |GO:0006891

ion | inferred from mutant phenotype |GO:0000709





erred from genetic interaction |GO:0019988







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro



RNA elongation from Pol II promoter | inferred from mutant phenotype |GO:0006368//biological process| regulation of transcription from Pol II promoter | inf





GO:0005758//biological process| mitochondrial inner membrane protein import | inferred from sequence similarity|GO:0045039//biological process| mitoch

-Golgi transport | inferred from mutant phenotype |GO:0006892//biological process| post-Golgi transport | inferred from genetic interaction |GO:0006892//b









nt| endoplasmic reticulum | inferred from direct assay |GO:0005783//biological process| heme catabolism | inferred from mutant phenotype|GO:0042167//b

ceable author statement |GO:0006280//biological process| lagging strand elongation | traceable author statement |GO:0006273//biological process| leadin

enotype |GO:0000398







assay|GO:0000398







ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro





ical process| intracellular protein transport | inferred from genetic interaction |GO:0006886









6412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0006412

e kinetochore | inferred from physical interaction |GO:0000778//biological process| mitotic spindle assembly (sensu Fungi) | inferred from physical interacti









ing strand elongation | traceable author statement |GO:0006273//biological process| leading strand elongation | traceable author statement |GO:0006272









assay |GO:0000002









rom mutant phenotype |GO:0000045









ment |GO:0000727









ed from direct assay |GO:0030491//biological process| chromatin remodeling | inferred from direct assay |GO:0006338//biological process| telomerase-inde

negative regulation of meiosis | inferred from physical interaction|GO:0045835//biological process| histone deacetylation | inferred from physical interactio





lular fusion | inferred from mutant phenotype |GO:0000747









ess| protein complex assembly | inferred from mutant phenotype |GO:0006461//biological process| protein complex assembly | inferred from direct assay |G

tiation | traceable author statement |GO:0006270









mutant phenotype |GO:0000910

276//biological process| DNA-dependent DNA replication | inferred from mutant phenotype |GO:0006261//biological process| DNA-dependent DNA replicat

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









from direct assay |GO:0005634//biological process| processing of 27S pre-rRNA | inferred from mutant phenotype|GO:0030489









ed from mutant phenotype |GO:0006366

erred from sequence similarity|GO:0006413//biological process| translational initiation | inferred from mutant phenotype |GO:0006413

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro









1//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355//biological process| chromatin silencing a

ological process| signal transduction | traceable author statement |GO:0007165//biological process| ribosome biogenesis | inferred from mutant phenotype







biological process| protein biosynthesis | inferred from physical interaction |GO:0006412//biological process| G1/S transition of mitotic cell cycle | inferred fr









ological process| protein biosynthesis | inferred from direct assay |GO:0006412//biological process| ribosomal small subunit assembly and maintenance | i

idation | inferred from direct assay |GO:0006116







rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta

GO:0009269//biological process| cell adhesion | inferred from direct assay |GO:0007155//biological process| response to oxidative stress | traceable autho









of cyclin dependent protein kinase activity | inferred from mutant phenotype |GO:0000079//biological process| regulation of cyclin dependent protein kinase









enotype|GO:0009071//biological process| threonine catabolism | inferred from mutant phenotype |GO:0006567

ct assay |GO:0001405//biological process| mitochondrial matrix protein import | inferred from physical interaction|GO:0030150//biological process| mitocho









ess| protein biosynthesis | inferred from sequence similarity |GO:0006412//biological process| protein biosynthesis | inferred from mutant phenotype |GO:0

ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

n | inferred from mutant phenotype |GO:0006464









ansport | inferred from mutant phenotype |GO:0045016//biological process| mitochondrial magnesium ion transport | inferred from genetic interaction |GO:0









gical process| mRNA polyadenylation | inferred from mutant phenotype |GO:0006378//biological process| mRNA polyadenylation | inferred from genetic in





h | inferred from direct assay |GO:0007124//biological process| invasive growth (sensu Saccharomyces) | inferred from direct assay |GO:0001403//biologic







similarity |GO:0000274//cellular component| proton-transporting ATP synthase, stator stalk (sensu Eukarya) | inferred from mutant phenotype |GO:000027

author statement |GO:0000735









membrane protein import | inferred from mutant phenotype |GO:0045039









tress | inferred from expression pattern |GO:0006979//biological process| glutamate catabolism | inferred from sequence similarity |GO:0006538//biologica









1//biological process| transcription | inferred from sequence similarity |GO:0006350//biological process| chromatin silencing at telomere | inferred from mut

traceable author statement|GO:0006390

xpression pattern |GO:0009060//biological process| protein biosynthesis | inferred from curator |GO:0006412

m mutant phenotype |GO:0019566//biological process| arabinose metabolism | inferred from direct assay |GO:0019566









n from Pol II promoter | traceable author statement |GO:0006367//biological process| G1-specific transcription in mitotic cell cycle | inferred from mutant ph



nt| incipient bud site | inferred from direct assay |GO:0000131//biological process| donor preference | traceable author statement|GO:0007535//biological p

on pattern |GO:0009651

ption from Pol II promoter | inferred from physical interaction |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred fro





rocess| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author sta

42//biological process| chromatin silencing | inferred from genetic interaction |GO:0006342









process| response to osmotic stress | inferred from mutant phenotype |GO:0006970









n | inferred from mutant phenotype|GO:0009060//biological process| aerobic respiration | inferred from expression pattern |GO:0009060//biological process









ellular component| retrotransposon nucleocapsid | inferred from sequence similarity|GO:0000943//biological process| Ty element transposition | inferred fro

r statement |GO:0006457

logical process| cytochrome c oxidase biogenesis | inferred from mutant phenotype |GO:0008535









ucine catabolism | inferred from mutant phenotype |GO:0006552

nscription from Pol II promoter | inferred from expression pattern |GO:0000122









| Ty element transposition | inferred from sequence similarity|GO:0006319

phenotype |GO:0006487







esis | traceable author statement |GO:0000097









| Ty element transposition | inferred from sequence similarity|GO:0006319





d metabolism | inferred from direct assay |GO:0006650









traceable author statement |GO:0000283

dent | inferred from physical interaction |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO



ion with cellular fusion | traceable author statement |GO:0000743//biological process| mitotic sister chromatid segregation | traceable author statement |GO









uence similarity |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0006357//biologica









ocess| mRNA catabolism, deadenylation-dependent | inferred from mutant phenotype |GO:0000288//biological process| mRNA catabolism, deadenylation-

process| transcription initiation from Pol II promoter | inferred from direct assay |GO:0006367





sion repair, DNA duplex unwinding | traceable author statement |GO:0000717





genetic interaction |GO:0001402



protein complex assembly | inferred from mutant phenotype |GO:0006461









s | inferred from mutant phenotype |GO:0006633









00086//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological process| G2/M transition of mitotic

iological process| regulation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079









cal process| chromosome segregation | inferred from genetic interaction |GO:0007059//biological process| microtubule nucleation | inferred from physical i









al process| Rho protein signal transduction | inferred from genetic interaction |GO:0007266//biological process| cell wall organization and biogenesis | infer

asis | inferred from mutant phenotype |GO:0006878//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623









ylation | inferred from genetic interaction |GO:0030488









sical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO:003









process| nuclear mRNA splicing, via spliceosome | inferred from physical interaction |GO:0000398









migration (sensu Saccharomyces) | traceable author statement |GO:0000065//biological process| mitotic spindle elongation | traceable author statement |G









phenotype |GO:0006369//biological process| negative regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0000122

GO:0007034









uence similarity |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0006357//biologica









logical process| negative regulation of transcription | inferred from direct assay |GO:0016481

ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity









otype |GO:0000079

omatin silencing at silent mating-type cassette (sensu Fungi) | inferred from genetic interaction |GO:0030466//biological process| regulation of transcription









genetic interaction |GO:0006350









enotype |GO:0000086//biological process| G2/M transition of mitotic cell cycle | inferred from direct assay |GO:0000086//biological process| regulation of cy









signal transduction | inferred from sequence similarity |GO:0007266//biological process| Rho protein signal transduction | inferred from genetic interaction |









ss| actin polymerization and/or depolymerization | inferred from mutant phenotype |GO:0008154//biological process| actin polymerization and/or depolymer







nsport | inferred from mutant phenotype |GO:0006857







notype |GO:0000038//biological process| very-long-chain fatty acid metabolism | inferred from genetic interaction |GO:0000038









ansition of mitotic cell cycle | inferred from genetic interaction |GO:0000082//biological process| regulation of cyclin dependent protein kinase activity | infe

e |GO:0000032









006887//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910









s| G1/S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082

tic sister chromatid segregation | inferred from genetic interaction |GO:0000070



mitotic cell cycle | traceable author statement |GO:0000082









irect assay |GO:0010038









al process| 35S primary transcript processing | traceable author statement |GO:0006365//biological process| RNA methylation | inferred from sequence sim

repair via break-induced replication | traceable author statement |GO:0000727//biological process| meiotic DNA double-strand break processing | traceab









biological process| flocculation (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000501//biological process| establishment of cell polarity (

rred from mutant phenotype |GO:0006468//biological process| cytokinesis | inferred from genetic interaction |GO:0000910//biological process| cellular mor

egulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0006357//biological process| establishment and/or maintenance of ch



uence similarity |GO:0006357//biological process| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0006357//biologica









n of mitotic cell cycle | inferred from mutant phenotype |GO:0000082









O:0009113//biological process| folic acid and derivative metabolism | traceable author statement |GO:0006760

| Ty element transposition | inferred from sequence similarity|GO:0006319

process| polar budding | traceable author statement |GO:0007121//biological process| actin filament organization | inferred from physical interaction |GO:00









on termination from Pol II promoter, poly(A)-independent | inferred from mutant phenotype |GO:0030847//biological process| transcription termination from





stasis | inferred from genetic interaction |GO:0030003

utant phenotype |GO:0006020



enotype |GO:0000283//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction |GO:0000283

ss| actin polymerization and/or depolymerization | inferred from mutant phenotype |GO:0008154//biological process| actin polymerization and/or depolymer









ological process| myo-inositol metabolism | traceable author statement |GO:0006020

| Ty element transposition | inferred from sequence similarity|GO:0006319





914//biological process| autophagy | inferred from direct assay |GO:0006914//biological process| vacuolar protein processing/maturation | inferred from mu







calcium ion transport | inferred from mutant phenotype |GO:0006816//biological process| calcium ion transport | inferred from direct assay |GO:0006816

48//biological process| heteroduplex formation | inferred from direct assay |GO:0030491//biological process| telomerase-independent telomere maintenanc









| Ty element transposition | inferred from sequence similarity|GO:0006319

mutant phenotype |GO:0006897//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910









| Ty element transposition | inferred from sequence similarity|GO:0006319









enotype |GO:0006364









0007096//biological process| cellular morphogenesis during conjugation with cellular fusion | inferred from direct assay |GO:0000753//biological process| re



eraction |GO:0000074

sical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO:003









biological process| transcription | inferred from genetic interaction |GO:0006350//biological process| regulation of carbohydrate metabolism | traceable auth









dative stress | traceable author statement|GO:0006979//biological process| response to osmotic stress | traceable author statement |GO:0006970//biologic









ferred from mutant phenotype |GO:0000398//biological process| S phase of mitotic cell cycle | inferred from direct assay |GO:0000084

RNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | traceable author statem

05811//cellular component| microsome | inferred from direct assay |GO:0005792//cellular component| peroxisome | inferred from direct assay |GO:000577









//biological process| flocculation (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000501//biological process| establishment of cell polarity



5//biological process| rRNA modification | traceable author statement |GO:0000154

| Ty element transposition | inferred from sequence similarity|GO:0006319









om direct assay |GO:0006995//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468//biological process| regula

nsport | inferred from genetic interaction |GO:0006888









ing | traceable author statement |GO:0007121//biological process| axial budding | traceable author statement |GO:0007120//biological process| bud site se





organization and biogenesis | inferred from mutant phenotype |GO:0007031//biological process| fatty acid metabolism | inferred from mutant phenotype |G







914//biological process| autophagy | inferred from direct assay |GO:0006914//biological process| vacuolar protein processing/maturation | inferred from mu









-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nucleus import | traceable author s









ferred from direct assay |GO:0000932//biological process| rRNA processing | inferred from mutant phenotype|GO:0006364//biological process| deadenyla

| traceable author statement |GO:0000283









| Ty element transposition | inferred from sequence similarity|GO:0006319









pindle elongation | traceable author statement |GO:0000022









| Ty element transposition | inferred from sequence similarity|GO:0006319

dent | inferred from physical interaction |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO









ation and biogenesis | inferred from direct assay |GO:0007031//biological process| protein-vacuolar targeting | inferred from mutant phenotype |GO:000662









rocess| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006325//biological process| G1-specific trans









egulation of transcription from Pol II promoter | inferred from sequence similarity |GO:0006357//biological process| establishment and/or maintenance of ch





O:0007264//biological process| bud growth | inferred from mutant phenotype |GO:0007117//biological process| cell wall organization and biogenesis | infer









erred from mutant phenotype |GO:0001324





icrotubule/kinetochore interaction | inferred from direct assay |GO:0008608//biological process| chromosome segregation | inferred from mutant phenotype

GO:0006511//biological process| G2/M transition of mitotic cell cycle | traceable author statement |GO:0000086//biological process| G1/S transition of mito









737//cellular component| intracellular | non-traceable author statement |GO:0005622//biological process| protein amino acid biotinylation | inferred from dir







repair, DNA duplex unwinding | traceable author statement |GO:0000717









| Ty element transposition | inferred from sequence similarity|GO:0006319









879//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879//biological process| transcription initiation from Pol II promote

or statement |GO:0006271//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269//biological process| DN

enotype |GO:0006511









ation | inferred from physical interaction |GO:0016575//biological process| histone deacetylation | inferred from direct assay |GO:0016575









LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| snRNA-nucleus export | traceable author statement |G









m | inferred from physical interaction |GO:0006807









erred from direct assay |GO:0003713//cellular component| nucleus | inferred from physical interaction|GO:0005634//biological process| negative regulation

type |GO:0006605//biological process| protein targeting | inferred from genetic interaction |GO:0006605









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



ble author statement |GO:0007047//biological process| cytokinesis | traceable author statement |GO:0000910//biological process| cellular morphogenesis |









onent| transcription factor TFIIIB complex | traceable author statement |GO:0000126//cellular component| RNA polymerase I transcription factor complex |

biosynthesis | inferred from direct assay |GO:0009113//biological process| transcription | traceable author statement |GO:0006350//biological process| tran

ogical process| trehalose biosynthesis | inferred from mutant phenotype |GO:0005992//biological process| trehalose biosynthesis | inferred from genetic in









| Ty element transposition | inferred from sequence similarity|GO:0006319





acid beta-oxidation | inferred from genetic interaction |GO:0006635









rocess| vacuole inheritance | inferred from mutant phenotype |GO:0000011









| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









notype |GO:0015986//biological process| age-dependent general metabolic decline during replicative cell aging | inferred from mutant phenotype |GO:000

cation | inferred from mutant phenotype |GO:0006275

m mutant phenotype |GO:0007005//biological process| ion transport | inferred from sequence similarity |GO:0006811//biological process| ion transport | infe

ment |GO:0006532









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319





ol II promoter | traceable author statement |GO:0006358//biological process| chromatin remodeling | traceable author statement |GO:0006338







d from mutant phenotype |GO:0006513//biological process| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:0006511//biologic









inferred from mutant phenotype |GO:0007124//biological process| isotropic bud growth | inferred from mutant phenotype |GO:0007119//biological process









cess| ER to Golgi transport | inferred from mutant phenotype|GO:0006888//biological process| ER to Golgi transport | inferred from genetic interaction |GO



ment |GO:0000707

eable author statement |GO:0006360





LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:









/biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | t

| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319

0006273//biological process| leading strand elongation | traceable author statement |GO:0006272





| Ty element transposition | inferred from sequence similarity|GO:0006319









nt phenotype|GO:0006828//biological process| phosphate transport | inferred from sequence similarity |GO:0006817//biological process| phosphate transp

| Ty element transposition | inferred from sequence similarity|GO:0006319





cal process| ribosome biogenesis | inferred from mutant phenotype |GO:0007046//biological process| G1 phase of mitotic cell cycle | inferred from mutant



1//biological process| septin checkpoint | inferred from mutant phenotype |GO:0000135//biological process| septin checkpoint | inferred from genetic intera

| Ty element transposition | inferred from sequence similarity|GO:0006319









ocess| calcium ion transport | inferred from direct assay |GO:0006816

ession pattern |GO:0001308//biological process| re-entry into mitotic cell cycle after pheromone arrest | inferred from mutant phenotype |GO:0000321//biol









genetic interaction |GO:0001402









ss| rRNA modification | traceable author statement |GO:0000154









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

d from mutant phenotype |GO:0000001//biological process| mitochondrion inheritance | inferred from genetic interaction |GO:0000001



GO:0006914//biological process| vacuolar protein processing/maturation | inferred from mutant phenotype |GO:0006624//biological process| vacuolar prote









| Ty element transposition | inferred from sequence similarity|GO:0006319





from mutant phenotype |GO:0015680



e |GO:0006612

| Ty element transposition | inferred from sequence similarity|GO:0006319

ence similarity |GO:0006538//biological process| glutamate catabolism | inferred from mutant phenotype |GO:0006538//biological process| glutamate cata









| Ty element transposition | inferred from sequence similarity|GO:0006319









|GO:0006325//biological process| loss of chromatin silencing during replicative cell aging | inferred from mutant phenotype |GO:0001308







cal process| chromosome segregation | inferred from genetic interaction |GO:0007059//biological process| microtubule nucleation | inferred from physical i

establishment of cell polarity (sensu Saccharomyces) | inferred from sequence similarity |GO:0000283









ss| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283//biological process| establishment of cell polarity









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319



ndle orientation (sensu Fungi) | traceable author statement|GO:0030607//biological process| sporulation (sensu Fungi) | traceable author statement |GO:0









hor statement |GO:0000910//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//bio









|GO:0000778//cellular component| condensed nuclear chromosome kinetochore | inferred from direct assay |GO:0000778//biological process| chromosom









aintenance | inferred from mutant phenotype |GO:0000028

ed from physical interaction|GO:0045835//biological process| histone deacetylation | inferred from physical interaction |GO:0016575//biological process| h









process| fatty acid biosynthesis | traceable author statement |GO:0006633//biological process| protein-nucleus import | inferred from mutant phenotype |G







| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









sis | inferred from mutant phenotype|GO:0030003//biological process| cation homeostasis | inferred from direct assay |GO:0030003

l cycle-dependent actin filament reorganization | inferred from mutant phenotype |GO:0030037//biological process| cell cycle-dependent actin filament reo









sensu Saccharomyces) | inferred from physical interaction |GO:0001403//biological process| establishment of cell polarity (sensu Saccharomyces) | inferre







sis | inferred from mutant phenotype|GO:0030003//biological process| cation homeostasis | inferred from direct assay |GO:0030003

m direct assay |GO:0006261









| Ty element transposition | inferred from sequence similarity|GO:0006319

cess| actin filament organization | inferred from mutant phenotype |GO:0007015//biological process| endocytosis | inferred from physical interaction |GO:00









ss| cellular morphogenesis | inferred from mutant phenotype |GO:0000902//biological process| cellular morphogenesis | inferred from genetic interaction |G









| Ty element transposition | inferred from sequence similarity|GO:0006319









cellular component| proton-transporting ATP synthase, central stalk (sensu Eukarya) | inferred from mutant phenotype |GO:0005756//biological process| A

d from mutant phenotype |GO:0006865//biological process| fatty acid metabolism | inferred from direct assay |GO:0006631





| Ty element transposition | inferred from sequence similarity|GO:0006319







GO:0000910//biological process| cellular morphogenesis | traceable author statement |GO:0000902//biological process| conjugation with cellular fusion | tra









| Ty element transposition | inferred from sequence similarity|GO:0006319









d from direct assay |GO:0006487





raceable author statement |GO:0000105

orylation | inferred from mutant phenotype |GO:0006468//biological process| cytokinesis | inferred from genetic interaction |GO:0000910//biological process









GO:0000742









ocess| regulation of cell cycle | inferred from genetic interaction |GO:0000074

or statement|GO:0007535//biological process| regulation of transcription, mating-type specific | traceable author statement |GO:0007532//biological proces





nse to oxidative stress | traceable author statement |GO:0006979//biological process| hyperosmotic response | traceable author statement |GO:0006972

| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319









0730//biological process| double-strand break repair via break-induced replication | traceable author statement |GO:0000727//biological process| telomeras









biological process| lagging strand elongation | traceable author statement |GO:0006273//biological process| leading strand elongation | traceable author st

| Ty element transposition | inferred from sequence similarity|GO:0006319









ed from direct assay |GO:0016571//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348



LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:

| Ty element transposition | inferred from sequence similarity|GO:0006319









n | inferred from physical interaction |GO:0007020









tant phenotype |GO:0000080//biological process| G1 phase of mitotic cell cycle | inferred from genetic interaction |GO:0000080//biological process| G1 ph







m | inferred from direct assay |GO:0030163









| Ty element transposition | inferred from sequence similarity|GO:0006319









LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phenotyp









ferred from mutant phenotype |GO:0006260









promoter | inferred from genetic interaction |GO:0045944//biological process| transcription termination from Pol II promoter | inferred from genetic interact

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









enetic interaction |GO:0000750









| Ty element transposition | inferred from sequence similarity|GO:0006319







9//biological process| RNA elongation from Pol II promoter | inferred from physical interaction |GO:0006368//biological process| regulation of transcription,





| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319

or statement |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378//biological process| transcription terminatio







tement |GO:0000154









gical process| protein-nucleus import, translocation | inferred from direct assay |GO:0000060





| Ty element transposition | inferred from sequence similarity|GO:0006319









6499//biological process| N-terminal protein myristoylation | inferred from genetic interaction |GO:0006499









synthesis | traceable author statement|GO:0006633

d from mutant phenotype |GO:0007023

| Ty element transposition | inferred from sequence similarity|GO:0006319





eable author statement |GO:0006360









gical process| cytokinesis | inferred from mutant phenotype |GO:0000910

s| loss of chromatin silencing during replicative cell aging | inferred from direct assay |GO:0001308





| Ty element transposition | inferred from sequence similarity|GO:0006319





LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:







| Ty element transposition | inferred from sequence similarity|GO:0006319

acid phosphorylation | inferred from sequence similarity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from genetic intera

vesicle recycling within Golgi | traceable author statement |GO:0000301//biological process| retrograde transport, vesicle recycling within Golgi | inferred fr









ble author statement |GO:0007047//biological process| cytokinesis | traceable author statement |GO:0000910//biological process| cellular morphogenesis |

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









ed from direct assay |GO:0006468

ent |GO:0007067//biological process| cytoskeleton organization and biogenesis | inferred from mutant phenotype |GO:0007010



ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity







ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity









s| apical bud growth | inferred from physical interaction |GO:0007118//biological process| actin filament organization | inferred from mutant phenotype |GO









ological process| response to stress | inferred from direct assay |GO:0006950



ysical interaction|GO:0030150//biological process| mitochondrial matrix protein import | inferred from mutant phenotype |GO:0030150

| Ty element transposition | inferred from sequence similarity|GO:0006319

6//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986









| Ty element transposition | inferred from sequence similarity|GO:0006319









eable author statement|GO:0007117//biological process| mitotic spindle checkpoint | inferred from mutant phenotype |GO:0007094//biological process| act

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319

ng | inferred from mutant phenotype |GO:0006465//biological process| signal peptide processing | inferred from direct assay |GO:0006465

d from mutant phenotype |GO:0006406//biological process| mRNA-nucleus export | inferred from direct assay |GO:0006406//biological process| U2-type n



on (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000065









molarity sensing | inferred from physical interaction |GO:0000173//biological process| inactivation of MAPK during osmolarity sensing | inferred from mutan









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



red from mutant phenotype |GO:0006970//biological process| endocytosis | inferred from mutant phenotype |GO:0006897



:0005737//biological process| glycogen catabolism | inferred from mutant phenotype|GO:0005980

| Ty element transposition | inferred from sequence similarity|GO:0006319

arity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468//biological process| cytokinesis |

| Ty element transposition | inferred from sequence similarity|GO:0006319









ant phenotype |GO:0007039









| Ty element transposition | inferred from sequence similarity|GO:0006319





O:0006379//biological process| mRNA polyadenylation | traceable author statement |GO:0006378//biological process| mRNA polyadenylation | inferred fro

ed from physical interaction |GO:0007118//biological process| apical bud growth | inferred from mutant phenotype |GO:0007118//biological process| endoc



| Ty element transposition | inferred from sequence similarity|GO:0006319









eraction |GO:0015805//biological process| S-adenosylmethionine transport | inferred from direct assay |GO:0015805







eable author statement |GO:0006360









| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

erred from sequence similarity |GO:0015672//biological process| monovalent inorganic cation transport | inferred from mutant phenotype |GO:0015672//bi





| Ty element transposition | inferred from sequence similarity|GO:0006319









ance of chromatin architecture | inferred from sequence similarity |GO:0006325

mutant phenotype |GO:0006646









914//biological process| autophagy | inferred from direct assay |GO:0006914//biological process| vacuolar protein processing/maturation | inferred from mu









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

thesis coupled proton transport | inferred from mutant phenotype |GO:0015986









ation | inferred from direct assay |GO:0006468//biological process| double-strand break repair via nonhomologous end-joining | inferred from mutant pheno

rocess| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006325//biological process| G1-specific trans







mutant phenotype|GO:0009117//biological process| nucleotide metabolism | inferred from genetic interaction |GO:0009117









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319





ssay |GO:0006357//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355//biological process| chr









esis | inferred from mutant phenotype |GO:0006279

| Ty element transposition | inferred from sequence similarity|GO:0006319









replicative complex formation and maintenance | inferred from physical interaction |GO:0006267





Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| vacuole inheritance | traceable author statement |GO:0000011//biol







| Ty element transposition | inferred from sequence similarity|GO:0006319









nsport, ubiquinol to cytochrome c | traceable author statement|GO:0006122//biological process| mitochondrial electron transport, ubiquinol to cytochrome









| Ty element transposition | inferred from sequence similarity|GO:0006319

pindle elongation | traceable author statement |GO:0000022

rocess| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348









609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo



| Ty element transposition | inferred from sequence similarity|GO:0006319



ne nucleotide biosynthesis | inferred from mutant phenotype |GO:0006164//biological process| purine nucleotide biosynthesis | inferred from direct assay |



| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319





le author statement |GO:0030472//biological process| meiosis | inferred from mutant phenotype |GO:0007126//biological process| meiosis | inferred from d









| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319









| traceable author statement |GO:0006325

| Ty element transposition | inferred from sequence similarity|GO:0006319









ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity

om mutant phenotype |GO:0000274//biological process| ATP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biologica









ed from direct assay |GO:0005697//cellular component| nucleus | inferred from direct assay |GO:0005634//biological process| telomerase-dependent telom









| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319

ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity







| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319

hromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author statement |GO:0000022









component| RNA polymerase I upstream activating factor complex | inferred from mutant phenotype |GO:0000500//biological process| transcription from P

| Ty element transposition | inferred from sequence similarity|GO:0006319

O:0006412//biological process| rRNA processing | inferred from mutant phenotype |GO:0006364

ell cycle | inferred from mutant phenotype|GO:0000086//biological process| G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000







| Ty element transposition | inferred from sequence similarity|GO:0006319









s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phen

d site selection | traceable author statement |GO:0000282









| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319









mutant phenotype |GO:0006446





| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319





or statement |GO:0006271//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269//biological process| DN









| Ty element transposition | inferred from sequence similarity|GO:0006319









ed from physical interaction|GO:0045941//biological process| positive regulation of transcription | inferred from mutant phenotype |GO:0045941//biological



| Ty element transposition | inferred from sequence similarity|GO:0006319

cing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin silencing | inferred from mutant phenotype |GO:0006342









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









sponse to oxidative stress | inferred from direct assay |GO:0006979









| Ty element transposition | inferred from sequence similarity|GO:0006319

nteraction |GO:0006348//biological process| DNA replication checkpoint | inferred from physical interaction |GO:0000076//biological process| DNA replicat









from direct assay |GO:0006609//biological process| protein-nucleus import | inferred from sequence similarity |GO:0006606//biological process| protein-nu









bolism | inferred from physical interaction |GO:0006511//biological process| ubiquitin-dependent protein catabolism | inferred from mutant phenotype |GO:0

biological process| response to stress | inferred from mutant phenotype|GO:0006950//biological process| trehalose biosynthesis | inferred from physical in







| Ty element transposition | inferred from sequence similarity|GO:0006319



protein biosynthesis | inferred from physical interaction |GO:0006412//biological process| G1/S transition of mitotic cell cycle | inferred from genetic interac









| Ty element transposition | inferred from sequence similarity|GO:0006319









s end-joining | inferred from direct assay |GO:0006303//biological process| loss of chromatin silencing during replicative cell aging | inferred from direct as









ological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| microtubule c

LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









from physical interaction |GO:0030497//biological process| fatty acid elongation | inferred from mutant phenotype |GO:0030497//biological process| fatty a

006873//biological process| adaptation to pheromone during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000754









ect assay |GO:0006730





ess| mitotic spindle assembly (sensu Fungi) | inferred from genetic interaction |GO:0030472//biological process| microtubule depolymerization | inferred fro









| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319

lation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079









ocess| iron-siderochrome transport | inferred from mutant phenotype|GO:0015892//biological process| iron-siderochrome transport | inferred from direct as





logical process| protein folding | inferred from mutant phenotype |GO:0006457//biological process| protein folding | inferred from genetic interaction |GO:00

| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









inferred from mutant phenotype |GO:0000910//biological process| cellular morphogenesis | traceable author statement |GO:0000902//biological process|

ng | inferred from direct assay |GO:0006457









from Pol II promoter | inferred from physical interaction |GO:0006368//biological process| transcription from Pol II promoter | inferred from physical interac









86//biological process| G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000086//biological process| cell morphogenesis checkpo



nferred from direct assay|GO:0045010//biological process| mitotic spindle orientation (sensu Fungi) | inferred from mutant phenotype |GO:0030607//biolog

| Ty element transposition | inferred from sequence similarity|GO:0006319









LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:









| Ty element transposition | inferred from sequence similarity|GO:0006319









nt |GO:0006273//biological process| leading strand elongation | traceable author statement |GO:0006272

tosis | inferred from mutant phenotype |GO:0006897//biological process| exocytosis | inferred from mutant phenotype |GO:0006887









red from genetic interaction |GO:0006888



| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319







nt| nucleus | inferred from curator|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity |GO:0000943//biologi





| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319









ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319









al process| negative regulation of transcription from Pol II promoter | traceable author statement |GO:0000122

ceable author statement |GO:0006272//biological process| DNA synthesis during DNA repair | inferred from mutant phenotype |GO:0000731









| Ty element transposition | inferred from sequence similarity|GO:0006319

nferred from mutant phenotype |GO:0007124

GO:0045944//biological process| positive regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0045944

1//biological process| septin checkpoint | inferred from mutant phenotype |GO:0000135//biological process| septin checkpoint | inferred from genetic intera





| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









44//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0045944//biological process| phospho

| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319

gical process| protein-nucleus import, translocation | inferred from direct assay |GO:0000060









| Ty element transposition | inferred from sequence similarity|GO:0006319

sion | traceable author statement |GO:0006906//biological process| vesicle docking during exocytosis | traceable author statement |GO:0006904//biologica









| Ty element transposition | inferred from sequence similarity|GO:0006319









m mutant phenotype |GO:0000722//biological process| meiotic DNA recombinase assembly | traceable author statement |GO:0000707









iological process| mRNA-binding (hnRNP) protein-nucleus import | traceable author statement |GO:0006609//biological process| snRNP protein-nucleus im









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

609//biological process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus impo









|GO:0000778//biological process| chromosome segregation | inferred from mutant phenotype|GO:0007059//biological process| chromosome segregation |





iron ion homeostasis | inferred from genetic interaction |GO:0006879//biological process| iron ion homeostasis | inferred from direct assay |GO:0006879//



5//biological process| nucleobase, nucleoside, nucleotide and nucleic acid metabolism | inferred from mutant phenotype |GO:0006139//biological process|









s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phen





| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319









notype |GO:0006644

| Ty element transposition | inferred from sequence similarity|GO:0006319





rocess| vacuole inheritance | inferred from mutant phenotype |GO:0000011









nt| nucleus | inferred from curator|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity |GO:0000943//biologi









pindle elongation | traceable author statement |GO:0000022



| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity









physical interaction |GO:0000245//biological process| spliceosome assembly | inferred from mutant phenotype |GO:0000245//biological process| spliceoso

e recycling within Golgi | traceable author statement |GO:0000301//biological process| retrograde transport, vesicle recycling within Golgi | inferred from m





in amino acid phosphorylation | inferred from mutant phenotype |GO:0006468



ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity









om mutant phenotype|GO:0006508//biological process| proteolysis and peptidolysis | inferred from direct assay |GO:0006508









g at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin silencing at ribosomal DNA | inferred from mutant phenotype |G









eable author statement |GO:0000910//biological process| cellular morphogenesis | traceable author statement |GO:0000902//biological process| cellular m

cess| transport | inferred from sequence similarity |GO:0006810//biological process| conjugation with cellular fusion | inferred from mutant phenotype |GO:0









statement |GO:0007120//biological process| conjugation with cellular fusion | non-traceable author statement |GO:0000747//biological process| bud site se









| Ty element transposition | inferred from sequence similarity|GO:0006319



gical process| DNA repair | inferred from direct assay |GO:0006281









component| alpha,alpha-trehalose-phosphate synthase complex (UDP-forming) | inferred from direct assay |GO:0005946//cellular component| cytoplasm







16571//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355//biological process| regulation of tra

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









l process| DNA unwinding | traceable author statement |GO:0006268









plasma membrane transport | traceable author statement |GO:0006893//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910//bio



LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:









or statement |GO:0006270







cal process| lagging strand elongation | inferred from mutant phenotype |GO:0006273//biological process| lagging strand elongation | inferred from direct a





| Ty element transposition | inferred from sequence similarity|GO:0006319



ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity







ss| regulation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079

| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319









pindle elongation | traceable author statement |GO:0000022









| Ty element transposition | inferred from sequence similarity|GO:0006319

DNA topological change | inferred from genetic interaction |GO:0006265







m sequence similarity |GO:0006468//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468









| Ty element transposition | inferred from sequence similarity|GO:0006319



s| mRNA catabolism, deadenylation-dependent | inferred from mutant phenotype |GO:0000288//biological process| mRNA catabolism, deadenylation-depe









| Ty element transposition | inferred from sequence similarity|GO:0006319



| inferred from physical interaction |GO:0030846//biological process| tRNA processing | inferred from mutant phenotype |GO:0008033//biological process|

eable author statement |GO:0006360

| Ty element transposition | inferred from sequence similarity|GO:0006319









binding | inferred from sequence similarity |GO:0003723//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component|





| Ty element transposition | inferred from sequence similarity|GO:0006319









mutant phenotype |GO:0006508//biological process| protein complex assembly | inferred from mutant phenotype |GO:0006461

| Ty element transposition | inferred from sequence similarity|GO:0006319





mRNA catabolism, deadenylation-dependent | inferred from mutant phenotype |GO:0000288//biological process| mRNA catabolism, deadenylation-depen









| Ty element transposition | inferred from sequence similarity|GO:0006319

teraction |GO:0000750

from sequence similarity |GO:0000122//biological process| negative regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:





| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319









ferred from direct assay|GO:0005737//cellular component| nucleus | inferred from direct assay |GO:0005634









al initiation | traceable author statement|GO:0006413//biological process| translational initiation | inferred from direct assay |GO:0006413









| Ty element transposition | inferred from sequence similarity|GO:0006319



gical process| actin filament organization | traceable author statement |GO:0007015//biological process| protein amino acid dephosphorylation | traceable a

rocess| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006325//biological process| G1-specific trans





| Ty element transposition | inferred from sequence similarity|GO:0006319



dent | inferred from physical interaction |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO









pindle elongation | traceable author statement |GO:0000022









LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:









| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









eable author statement |GO:0006360

| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity









| Ty element transposition | inferred from sequence similarity|GO:0006319







nce similarity |GO:0006081









6109//biological process| regulation of carbohydrate metabolism | inferred from genetic interaction |GO:0006109//biological process| glycogen metabolism





ed from mutant phenotype |GO:0000282

| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319







sion repair, DNA duplex unwinding | traceable author statement |GO:0000717





5944//biological process| positive regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0045944//biological process| tRNA









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









cess| endocytosis | traceable author statement |GO:0006897

n-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | traceable author statement |GO:00

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









ablishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283//biological process| establishment of cell polarity (sensu









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









mbination | inferred from mutant phenotype |GO:0000019

establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283//biological process| establishment of cell polarity (se







or statement |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378





ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity





s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement







| Ty element transposition | inferred from sequence similarity|GO:0006319









metabolism | traceable author statement |GO:0006796//biological process| protein amino acid phosphorylation | traceable author statement |GO:0006468//b



binding | inferred from sequence similarity |GO:0003723//cellular component| mitochondrion | inferred from direct assay|GO:0005739//cellular component|







g at telomere | inferred from mutant phenotype |GO:0006348

cal process| protein amino acid phosphorylation | traceable author statement |GO:0006468

ssay |GO:0006338

| Ty element transposition | inferred from sequence similarity|GO:0006319









ferred from mutant phenotype |GO:0006897//biological process| exocytosis | inferred from mutant phenotype |GO:0006887

replicative complex formation and maintenance | inferred from physical interaction |GO:0006267





ellular component| nucleus | inferred from direct assay|GO:0005634//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity





n of mitotic cell cycle | inferred from mutant phenotype |GO:0000082







erred from genetic interaction |GO:0006979//biological process| response to osmotic stress | inferred from mutant phenotype |GO:0006970









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









gical process| Rho protein signal transduction | inferred from genetic interaction |GO:0007266//biological process| cell wall organization and biogenesis | tr



| Ty element transposition | inferred from sequence similarity|GO:0006319





ype |GO:0006289







| Ty element transposition | inferred from sequence similarity|GO:0006319



m mutant phenotype |GO:0006320

| Ty element transposition | inferred from sequence similarity|GO:0006319

s during conjugation with cellular fusion | inferred from genetic interaction |GO:0000753//biological process| establishment of cell polarity (sensu Saccharo

atement |GO:0006378//biological process| mRNA polyadenylation | inferred from mutant phenotype |GO:0006378//biological process| mRNA polyadenylat



| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319









esis | traceable author statement |GO:0007047

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319







| Ty element transposition | inferred from sequence similarity|GO:0006319



al process| histidine biosynthesis | inferred from mutant phenotype |GO:0000105//biological process| histidine biosynthesis | inferred from direct assay |GO

| traceable author statement |GO:0006289//biological process| DNA strand elongation | traceable author statement |GO:0006271//biological process| DNA







ranscription from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| glucose metabolism | inferred from mutant phenotype









| Ty element transposition | inferred from sequence similarity|GO:0006319





| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



cess| positive regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0045944









ype |GO:0000723//biological process| telomere maintenance | inferred from genetic interaction |GO:0000723//biological process| telomere maintenance | in

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319



utant phenotype |GO:0045039









sion repair, DNA duplex unwinding | traceable author statement |GO:0000717

s| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283









| Ty element transposition | inferred from sequence similarity|GO:0006319





and maintenance | inferred from mutant phenotype |GO:0000027









uthor statement |GO:0006915//biological process| vesicle fusion | inferred from direct assay |GO:0006906//biological process| ubiquitin-dependent protein



| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

nt phenotype |GO:0006261//biological process| replicative cell aging | inferred from mutant phenotype |GO:0001302





nteraction |GO:0005634//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from physical interaction|GO:003









| Ty element transposition | inferred from sequence similarity|GO:0006319









repair, DNA duplex unwinding | traceable author statement |GO:0000717









e |GO:0006612

07266//biological process| cell wall organization and biogenesis | traceable author statement |GO:0007047









biological process| flocculation (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000501//biological process| establishment of cell polarity (



cell redox homeostasis | inferred from direct assay |GO:0030503//biological process| response to oxidative stress | inferred from mutant phenotype |GO:0







d site selection | traceable author statement |GO:0000282







s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement







eable author statement |GO:0000082//biological process| regulation of cell cycle | traceable author statement |GO:0000074





GO:0016571

cellular component| proton-transporting ATP synthase, central stalk (sensu Eukarya) | inferred from mutant phenotype |GO:0005756//biological process| A









notype |GO:0006609//biological process| protein-nucleus import | inferred from sequence similarity |GO:0006606//biological process| protein-nucleus impo

gative regulation of DNA replication | inferred from mutant phenotype |GO:0008156//biological process| chromatin silencing at telomere | inferred from phy







otype|GO:0006413//biological process| translational initiation | inferred from direct assay |GO:0006413









sid | inferred from sequence similarity |GO:0000943//cellular component| histone acetyltransferase complex | inferred from physical interaction |GO:00001

n | inferred from physical interaction |GO:0007020









O:0007124//biological process| isotropic bud growth | inferred from physical interaction |GO:0007119//biological process| apical bud growth | inferred from









| Ty element transposition | inferred from sequence similarity|GO:0006319









cuole organization and biogenesis | inferred from mutant phenotype |GO:0007033//biological process| high affinity iron ion transport | traceable author sta

| Ty element transposition | inferred from sequence similarity|GO:0006319









ption | inferred from direct assay |GO:0006350









| Ty element transposition | inferred from sequence similarity|GO:0006319









process| Golgi to endosome transport | inferred from genetic interaction |GO:0006895



d site selection | traceable author statement |GO:0000282

6904//biological process| Golgi to plasma membrane transport | traceable author statement |GO:0006893//biological process| cytokinesis | inferred from m



LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:

moylation | inferred from direct assay |GO:0016926//biological process| mitotic spindle checkpoint | inferred from mutant phenotype |GO:0007094//biologica





6//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986

rocess| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006325//biological process| G1-specific trans









| Ty element transposition | inferred from sequence similarity|GO:0006319









oupled proton transport | inferred from sequence similarity|GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from physica









or statement |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378







ma membrane transport | traceable author statement |GO:0006893//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910





phenotype |GO:0009651//biological process| response to salt stress | inferred from genetic interaction |GO:0009651//biological process| regulation of mitot









|GO:0006457





atement|GO:0006367//biological process| chromatin remodeling | traceable author statement |GO:0006338//biological process| G1-specific transcription in









0006333//biological process| double-strand break repair via nonhomologous end-joining | inferred from direct assay |GO:0006303//biological process| dou





| Ty element transposition | inferred from sequence similarity|GO:0006319









esis | traceable author statement |GO:0006696

cytokinesis | inferred from mutant phenotype |GO:0000910









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









process| polar budding | traceable author statement |GO:0007121//biological process| actin filament organization | inferred from physical interaction |GO:00

meiosis | inferred from mutant phenotype|GO:0045835//biological process| histone deacetylation | inferred from physical interaction |GO:0016575//biologi

2//biological process| G1/S transition of mitotic cell cycle | inferred from expression pattern |GO:0000082//biological process| regulation of cyclin dependen









oupled proton transport | inferred from sequence similarity|GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from physica

//biological process| flocculation (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000501//biological process| establishment of cell polarity

genetic interaction |GO:0019722//biological process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355

//biological process| deadenylation-dependent decapping | inferred from direct assay |GO:0000290





g | inferred from physical interaction |GO:0006338//biological process| chromatin remodeling | inferred from direct assay |GO:0006338









DNA replication | inferred from mutant phenotype |GO:0006261//biological process| DNA-dependent DNA replication | inferred from direct assay |GO:00062









logical process| autophagic vacuole fusion | inferred from direct assay |GO:0000046





henotype |GO:0001302









replicative complex formation and maintenance | inferred from physical interaction |GO:0006267

winding | traceable author statement |GO:0006268//biological process| pre-replicative complex formation and maintenance | inferred from physical interacti



tion | inferred from physical interaction |GO:0016575//biological process| histone deacetylation | inferred from direct assay |GO:0016575









henotype |GO:0006855//biological process| chronological cell aging | inferred from mutant phenotype |GO:0001300//biological process| cellular morphogen

gen metabolism | inferred from physical interaction |GO:0005977//biological process| negative regulation of transcription from Pol II promoter | traceable au









015986//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986









ect assay |GO:0006378







cess| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283









ble author statement |GO:0006402//biological process| 35S primary transcript processing | traceable author statement |GO:0006365

cellular morphogenesis during conjugation with cellular fusion | traceable author statement |GO:0000753

ess| chromatin silencing at ribosomal DNA | inferred from mutant phenotype |GO:0000183









al process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623









atement |GO:0006355//biological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348//biological process| chromatin s

6348//biological process| chromatin remodeling | inferred from physical interaction |GO:0006338//biological process| chromatin remodeling | inferred from



LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phenotyp



able author statement |GO:0000082









| Ty element transposition | inferred from sequence similarity|GO:0006319

ysical interaction |GO:0000902//biological process| cellular morphogenesis | inferred from mutant phenotype |GO:0000902//biological process| establishm









gical process| protein-nucleus import, translocation | inferred from direct assay |GO:0000060









teraction |GO:0000077//biological process| DNA damage response, signal transduction resulting in cell cycle arrest | inferred from mutant phenotype |GO:









6//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986









s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement

ical process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000750//biological process| signal transduc









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









ess| regulation of cell redox homeostasis | inferred from direct assay |GO:0030503//biological process| response to oxidative stress | inferred from mutant p

t |GO:0006511//biological process| mitotic sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elon

008654//biological process| phospholipid biosynthesis | inferred from direct assay |GO:0008654









| Ty element transposition | inferred from sequence similarity|GO:0006319









| inferred from direct assay |GO:0016926//biological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086









ein transport | inferred from genetic interaction |GO:0015031//biological process| response to unfolded protein | inferred from mutant phenotype |GO:00069

ocess| transcription | inferred from physical interaction |GO:0006350//biological process| transcription | inferred from mutant phenotype |GO:0006350//biol





| Ty element transposition | inferred from sequence similarity|GO:0006319









e catabolism | inferred from direct assay |GO:0006660









cess| double-strand break repair via break-induced replication | traceable author statement |GO:0000727//biological process| telomerase-independent telo

mutant phenotype |GO:0030847//biological process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO:0









hor statement |GO:0000074//biological process| centromere/kinetochore complex maturation | inferred from direct assay |GO:0000069

sion repair, DNA duplex unwinding | traceable author statement |GO:0000717

om mutant phenotype |GO:0000767//biological process| cellular morphogenesis during conjugation | inferred from genetic interaction |GO:0000767

gical process| protein-nucleus import, translocation | inferred from direct assay |GO:0000060









e |GO:0006406//biological process| mRNA-nucleus export | inferred from genetic interaction |GO:0006406









| Ty element transposition | inferred from sequence similarity|GO:0006319









ing | traceable author statement |GO:0007121//biological process| axial budding | traceable author statement |GO:0007120//biological process| bud site se









ent organization | inferred from sequence similarity |GO:0007015//biological process| invasive growth (sensu Saccharomyces) | inferred from sequence si









nsation | traceable author statement|GO:0007076//biological process| mitotic chromosome condensation | inferred from mutant phenotype |GO:0007076//b

| Ty element transposition | inferred from sequence similarity|GO:0006319

sis | inferred from mutant phenotype|GO:0030003//biological process| cation homeostasis | inferred from direct assay |GO:0030003









oining | inferred from direct assay |GO:0006303//biological process| double-strand break repair via homologous recombination | inferred from mutant phen









ision repair, AP site formation | inferred from direct assay|GO:0006285//biological process| base-excision repair | inferred from direct assay |GO:0006284/









cal interaction |GO:0000750//biological process| signal transduction during conjugation with cellular fusion | inferred from mutant phenotype |GO:0000750/









mutant phenotype |GO:0000755//biological process| cytogamy | inferred from genetic interaction |GO:0000755

| Ty element transposition | inferred from sequence similarity|GO:0006319





on | traceable author statement |GO:0000209









nuclear division | traceable author statement |GO:0000280









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319

| Ty element transposition | inferred from sequence similarity|GO:0006319









| Ty element transposition | inferred from sequence similarity|GO:0006319









gical process| regulation of cell cycle | inferred from genetic interaction |GO:0000074









1//biological process| septin checkpoint | inferred from mutant phenotype |GO:0000135//biological process| septin checkpoint | inferred from genetic intera

ogical process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283

| Ty element transposition | inferred from sequence similarity|GO:0006319









pindle elongation | traceable author statement |GO:0000022

6//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986





|GO:0006268//biological process| pre-replicative complex formation and maintenance | inferred from physical interaction |GO:0006267









gulation of cell cycle | inferred from mutant phenotype |GO:0000074//biological process| regulation of cell cycle | inferred from genetic interaction |GO:0000





om mutant phenotype |GO:0045016//biological process| mitochondrial magnesium ion transport | inferred from genetic interaction |GO:0045016//biologica









sister chromatid segregation | traceable author statement |GO:0000070//biological process| mitotic spindle elongation | traceable author statement |GO:0









rocess| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006325//biological process| G1-specific trans









ion |GO:0006273//biological process| lagging strand elongation | inferred from mutant phenotype |GO:0006273//biological process| lagging strand elongat

s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement

rocess| transcription initiation | traceable author statement |GO:0006352//biological process| negative regulation of transcription from Pol II promoter | infer

| Ty element transposition | inferred from sequence similarity|GO:0006319



f transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| chromatin assembly/disassembly | inferred from mu





O:0045039//biological process| mitochondrial inner membrane protein import | inferred from physical interaction |GO:0045039//biological process| mitocho

om genetic interaction |GO:0006892//biological process| intracellular protein transport | inferred from genetic interaction |GO:0006886









rom mutant phenotype|GO:0042167//biological process| heme catabolism | inferred from genetic interaction |GO:0042167//biological process| iron ion hom

GO:0006273//biological process| leading strand elongation | traceable author statement |GO:0006272









| Ty element transposition | inferred from sequence similarity|GO:0006319

Fungi) | inferred from physical interaction|GO:0030472









ceable author statement |GO:0006272









38//biological process| telomerase-independent telomere maintenance | inferred from mutant phenotype |GO:0000722

ation | inferred from physical interaction |GO:0016575//biological process| histone deacetylation | inferred from direct assay |GO:0016575









assembly | inferred from direct assay |GO:0006461

process| DNA-dependent DNA replication | inferred from direct assay |GO:0006261//biological process| dTTP biosynthesis | inferred from direct assay |GO

| Ty element transposition | inferred from sequence similarity|GO:0006319









ype |GO:0006413

| Ty element transposition | inferred from sequence similarity|GO:0006319









ological process| chromatin silencing at telomere | inferred from mutant phenotype |GO:0006348

nesis | inferred from mutant phenotype |GO:0007046//biological process| cytoskeleton organization and biogenesis | inferred from mutant phenotype |GO:







ansition of mitotic cell cycle | inferred from genetic interaction |GO:0000082









subunit assembly and maintenance | inferred from sequence similarity |GO:0000028

pindle elongation | traceable author statement |GO:0000022

nse to oxidative stress | traceable author statement |GO:0006979//biological process| hyperosmotic response | traceable author statement |GO:0006972









tion of cyclin dependent protein kinase activity | inferred from expression pattern |GO:0000079//biological process| regulation of cyclin dependent protein k









O:0030150//biological process| mitochondrial matrix protein import | inferred from mutant phenotype |GO:0030150









inferred from mutant phenotype |GO:0006412

| Ty element transposition | inferred from sequence similarity|GO:0006319









inferred from genetic interaction |GO:0045016









lyadenylation | inferred from genetic interaction |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378





om direct assay |GO:0001403//biological process| conjugation with cellular fusion | traceable author statement |GO:0000747







ed from mutant phenotype |GO:0000274//biological process| ATP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biolo

ence similarity |GO:0006538//biological process| glutamate catabolism | inferred from mutant phenotype |GO:0006538//biological process| glutamate cata









lencing at telomere | inferred from mutant phenotype |GO:0006348

otic cell cycle | inferred from mutant phenotype |GO:0000114//biological process| G1-specific transcription in mitotic cell cycle | inferred from genetic intera



or statement|GO:0007535//biological process| regulation of transcription, mating-type specific | traceable author statement |GO:0007532//biological proces



ption from Pol II promoter | inferred from mutant phenotype |GO:0006357





pindle elongation | traceable author statement |GO:0000022

attern |GO:0009060//biological process| pseudohyphal growth | inferred from mutant phenotype |GO:0007124//biological process| seryl-tRNA aminoacylati









| Ty element transposition | inferred from sequence similarity|GO:0006319

nt | inferred from mutant phenotype |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from genetic interaction |GO:00



gation | traceable author statement |GO:0000070//biological process| nuclear migration (sensu Saccharomyces) | traceable author statement |GO:000006









etic interaction |GO:0006357//biological process| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006









ess| mRNA catabolism, deadenylation-dependent | inferred from genetic interaction |GO:0000288//biological process| mRNA catabolism, deadenylation-de

gical process| G2/M transition of mitotic cell cycle | inferred from genetic interaction |GO:0000086//biological process| regulation of cyclin dependent protei

ule nucleation | inferred from physical interaction |GO:0007020









wall organization and biogenesis | inferred from mutant phenotype |GO:0007047//biological process| response to osmotic stress | inferred from mutant phe

utant phenotype |GO:0006623









erred from physical interaction |GO:0030846//biological process| response to heat | inferred from physical interaction |GO:0009408//biological process| res









ngation | traceable author statement |GO:0000022









genetic interaction |GO:0000122

etic interaction |GO:0006357//biological process| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006

psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe

ical process| regulation of transcription from Pol II promoter | inferred from mutant phenotype |GO:0006357//biological process| regulation of transcription









086//biological process| regulation of cyclin dependent protein kinase activity | inferred from direct assay |GO:0000079//biological process| cell morphogene









tion | inferred from genetic interaction |GO:0007266//biological process| cell wall organization and biogenesis | inferred from mutant phenotype |GO:00070









actin polymerization and/or depolymerization | inferred from genetic interaction |GO:0008154//biological process| isotropic bud growth | inferred from phys









dependent protein kinase activity | inferred from physical interaction |GO:0000079//biological process| regulation of cyclin dependent protein kinase activit

methylation | inferred from sequence similarity |GO:0001510//biological process| RNA methylation | inferred from physical interaction |GO:0001510//biologi

uble-strand break processing | traceable author statement |GO:0000706









process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| G2/M transition of mito

00910//biological process| cellular morphogenesis | inferred from genetic interaction |GO:0000902

stablishment and/or maintenance of chromatin architecture | inferred from sequence similarity |GO:0006325



etic interaction |GO:0006357//biological process| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006

ferred from physical interaction |GO:0007015//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction









process| transcription termination from Pol II promoter, poly(A) coupled | inferred from physical interaction |GO:0030846//biological process| mRNA cleava









etic interaction |GO:0000283

actin polymerization and/or depolymerization | inferred from genetic interaction |GO:0008154//biological process| isotropic bud growth | inferred from phys









ocessing/maturation | inferred from mutant phenotype |GO:0006624//biological process| vacuolar protein processing/maturation | inferred from direct assay







rred from direct assay |GO:0006816

ase-independent telomere maintenance | inferred from mutant phenotype |GO:0000722//biological process| meiotic joint molecule formation | inferred from









ay |GO:0000753//biological process| response to pheromone during conjugation with cellular fusion | inferred from direct assay |GO:0000749

erred from physical interaction |GO:0030846//biological process| response to heat | inferred from physical interaction |GO:0009408//biological process| res









rbohydrate metabolism | traceable author statement |GO:0006109//biological process| regulation of carbohydrate metabolism | inferred from physical inter









uthor statement |GO:0006970//biological process| transcription | inferred from mutant phenotype |GO:0006350//biological process| transcription | inferred









ssay |GO:0000084

nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO:0006409//biological p

nferred from direct assay |GO:0005777//biological process| lipid transport | inferred from sequence similarity|GO:0006869//biological process| lipid transpo









process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| G2/M transition of mit









GO:0006468//biological process| regulation of carbohydrate metabolism | traceable author statement |GO:0006109//biological process| regulation of carboh

007120//biological process| bud site selection | traceable author statement |GO:0000282





m | inferred from mutant phenotype |GO:0006631







ocessing/maturation | inferred from mutant phenotype |GO:0006624//biological process| vacuolar protein processing/maturation | inferred from direct assay









tein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | traceable author statement |GO









006364//biological process| deadenylation-dependent decapping | inferred from physical interaction |GO:0000290//biological process| deadenylation-depe

nt | inferred from mutant phenotype |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from genetic interaction |GO:00









ed from mutant phenotype |GO:0006623









5//biological process| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114









stablishment and/or maintenance of chromatin architecture | inferred from sequence similarity |GO:0006325





wall organization and biogenesis | inferred from physical interaction |GO:0007047//biological process| actin filament organization | traceable author statem









gation | inferred from mutant phenotype |GO:0007059//biological process| chromosome segregation | inferred from genetic interaction |GO:0007059

logical process| G1/S transition of mitotic cell cycle | traceable author statement |GO:0000082









ino acid biotinylation | inferred from direct assay|GO:0009305









anscription initiation from Pol II promoter | inferred from sequence similarity |GO:0006367//biological process| transcription initiation from Pol II promoter | i

nt |GO:0006269//biological process| DNA unwinding | traceable author statement |GO:0006268









ct assay |GO:0016575









export | traceable author statement |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process|









biological process| negative regulation of transcription | inferred from physical interaction|GO:0016481//biological process| negative regulation of transcript

gical process| cellular morphogenesis | traceable author statement |GO:0000902//biological process| conjugation with cellular fusion | traceable author stat









merase I transcription factor complex | traceable author statement |GO:0000120//biological process| transcription initiation from Pol III promoter | traceable

|GO:0006350//biological process| transcription | inferred from genetic interaction |GO:0006350//biological process| histidine biosynthesis | traceable autho

biosynthesis | inferred from genetic interaction |GO:0005992









erred from mutant phenotype |GO:0001321

//biological process| ion transport | inferred from genetic interaction |GO:0006811//biological process| ion transport | inferred from direct assay |GO:000681

r statement |GO:0006338







utant phenotype |GO:0006511//biological process| DNA repair | traceable author statement |GO:0006281









otype |GO:0007119//biological process| apical bud growth | inferred from mutant phenotype |GO:0007118//biological process| exocytosis | inferred from ge









| inferred from genetic interaction |GO:0006888









xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|









LS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement |GO

7//biological process| phosphate transport | inferred from mutant phenotype |GO:0006817//biological process| phosphate transport | inferred from direct as







mitotic cell cycle | inferred from mutant phenotype |GO:0000080//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074



heckpoint | inferred from genetic interaction |GO:0000135

m mutant phenotype |GO:0000321//biological process| mRNA catabolism, deadenylation-dependent | inferred from genetic interaction |GO:0000288

ction |GO:0000001



624//biological process| vacuolar protein processing/maturation | inferred from direct assay |GO:0006624//biological process| protein-vacuolar targeting | in

538//biological process| glutamate catabolism | inferred from expression pattern |GO:0006538









notype |GO:0001308







ule nucleation | inferred from physical interaction |GO:0007020

process| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction |GO:0000283

ngi) | traceable author statement |GO:0030437//biological process| vesicle transport along actin filament | traceable author statement |GO:0030050//biologi









m physical interaction |GO:0000283//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:00002









00778//biological process| chromosome segregation | inferred from genetic interaction|GO:0007059//biological process| microtubule nucleation | inferred f

on |GO:0016575//biological process| histone deacetylation | inferred from direct assay |GO:0016575//biological process| chromatin silencing at telomere |









ort | inferred from mutant phenotype |GO:0006606









ay |GO:0030003

cell cycle-dependent actin filament reorganization | inferred from genetic interaction |GO:0030037//biological process| retrograde transport, Golgi to ER | in









olarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283







ay |GO:0030003

ferred from physical interaction |GO:0006897//biological process| endocytosis | inferred from mutant phenotype |GO:0006897//biological process| actin co









sis | inferred from genetic interaction |GO:0000902









pe |GO:0005756//biological process| ATP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biological process| ATP syn

ess| conjugation with cellular fusion | traceable author statement |GO:0000747//biological process| establishment of cell polarity (sensu Saccharomyces) |

action |GO:0000910//biological process| cellular morphogenesis | inferred from genetic interaction |GO:0000902









tement |GO:0007532//biological process| small GTPase mediated signal transduction | traceable author statement |GO:0007264//biological process| pseu





able author statement |GO:0006972

0000727//biological process| telomerase-independent telomere maintenance | inferred from mutant phenotype |GO:0000722//biological process| meiotic D









strand elongation | traceable author statement |GO:0006272









otype |GO:0006348



xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|

GO:0000080//biological process| G1 phase of mitotic cell cycle | inferred from direct assay |GO:0000080









import | inferred from mutant phenotype |GO:0006606//biological process| tRNA-nucleus export | inferred from mutant phenotype |GO:0006409//biological









romoter | inferred from genetic interaction |GO:0006369

al process| regulation of transcription, DNA-dependent | inferred from sequence similarity |GO:0006355//biological process| regulation of transcription, DN

logical process| transcription termination from Pol II promoter | inferred from mutant phenotype |GO:0006369

xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|









horylation | inferred from genetic interaction |GO:0006468

esicle recycling within Golgi | inferred from mutant phenotype |GO:0000301









gical process| cellular morphogenesis | traceable author statement |GO:0000902//biological process| establishment of cell polarity (sensu Saccharomyces)

psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe







psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe









n | inferred from mutant phenotype |GO:0007015//biological process| invasive growth (sensu Saccharomyces) | inferred from physical interaction |GO:0001









ype |GO:0030150

e |GO:0007094//biological process| actin filament organization | traceable author statement |GO:0007015//biological process| protein amino acid dephosph









ct assay |GO:0006465

0006406//biological process| U2-type nuclear mRNA branch site recognition | traceable author statement |GO:0000370









smolarity sensing | inferred from mutant phenotype |GO:0000173

06468//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910//biological process| actin cortical patch assembly | traceable author s









ss| mRNA polyadenylation | inferred from mutant phenotype |GO:0006378//biological process| mRNA polyadenylation | inferred from direct assay |GO:0006

GO:0007118//biological process| endocytosis | inferred from physical interaction |GO:0006897//biological process| endocytosis | inferred from mutant pheno









om mutant phenotype |GO:0015672//biological process| vacuolar acidification | inferred from mutant phenotype |GO:0007035

ocessing/maturation | inferred from mutant phenotype |GO:0006624//biological process| vacuolar protein processing/maturation | inferred from direct assay









nd-joining | inferred from mutant phenotype |GO:0006303//biological process| mitotic sister chromatid segregation | inferred from mutant phenotype |GO:00

5//biological process| G1-specific transcription in mitotic cell cycle | inferred from mutant phenotype |GO:0000114









e |GO:0006355//biological process| chromatin remodeling | inferred from direct assay |GO:0006338//biological process| establishment and/or maintenance

le author statement |GO:0000011//biological process| mitochondrion inheritance | traceable author statement |GO:0000001









ron transport, ubiquinol to cytochrome c | inferred from mutant phenotype |GO:0006122//biological process| oxidative phosphorylation | traceable author st

s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| tRNA-nucleus export | traceable author statement







osynthesis | inferred from direct assay |GO:0006164









ogical process| meiosis | inferred from direct assay |GO:0007126//biological process| mitotic sister chromatid segregation | traceable author statement |GO









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe

uence similarity|GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986









l process| telomerase-dependent telomere maintenance | traceable author statement|GO:0007004









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe

eable author statement |GO:0000022









biological process| transcription from Pol I promoter | inferred from physical interaction|GO:0006360//biological process| transcription from Pol I promoter |





erred from genetic interaction |GO:0000086//biological process| regulation of cell cycle | inferred from mutant phenotype |GO:0000074









eus import | inferred from mutant phenotype |GO:0006606//biological process| tRNA-nucleus export | traceable author statement |GO:0006409//biological

nt |GO:0006269//biological process| DNA unwinding | traceable author statement |GO:0006268









nt phenotype |GO:0045941//biological process| positive regulation of transcription | inferred from genetic interaction |GO:0045941//biological process| pero

om mutant phenotype |GO:0006342

0076//biological process| DNA replication checkpoint | inferred from mutant phenotype |GO:0000076//biological process| DNA replication checkpoint | infe









006606//biological process| protein-nucleus import | inferred from physical interaction |GO:0006606//biological process| protein-nucleus import | inferred fr









inferred from mutant phenotype |GO:0006511

biosynthesis | inferred from physical interaction |GO:0005992//biological process| trehalose biosynthesis | inferred from mutant phenotype |GO:0005992//b









cell cycle | inferred from genetic interaction |GO:0000082









ative cell aging | inferred from direct assay |GO:0001308









0283//biological process| microtubule cytoskeleton organization and biogenesis | inferred from genetic interaction |GO:0000226

xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|









GO:0030497//biological process| fatty acid elongation | inferred from genetic interaction |GO:0030497

henotype |GO:0000754









rotubule depolymerization | inferred from mutant phenotype |GO:0007019//biological process| nuclear migration (sensu Saccharomyces) | inferred from mu

hrome transport | inferred from direct assay |GO:0015892//biological process| siderochrome metabolism | inferred from mutant phenotype |GO:0009237//bi





nferred from genetic interaction |GO:0006457









ment |GO:0000902//biological process| septin checkpoint | traceable author statement |GO:0000135

romoter | inferred from physical interaction |GO:0006366









l process| cell morphogenesis checkpoint | traceable author statement |GO:0000078//biological process| regulation of cell cycle | inferred from mutant phe



mutant phenotype |GO:0030607//biological process| mRNA localization, intracellular | inferred from mutant phenotype |GO:0008298//biological process| Rh









xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|

e |GO:0006887









quence similarity |GO:0000943//biological process| Ty element transposition | inferred from sequence similarity|GO:0006319//biological process| DNA dea









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe

phenotype |GO:0000731

action |GO:0045944

heckpoint | inferred from genetic interaction |GO:0000135









:0045944//biological process| phospholipid biosynthesis | inferred from mutant phenotype |GO:0008654

thor statement |GO:0006904//biological process| Golgi to plasma membrane transport | traceable author statement |GO:0006893//biological process| cytok









ement |GO:0000707









gical process| snRNP protein-nucleus import | traceable author statement |GO:0006608//biological process| NLS-bearing substrate-nucleus import | tracea

s| NLS-bearing substrate-nucleus import | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phen









al process| chromosome segregation | inferred from genetic interaction |GO:0007059//biological process| microtubule nucleation | inferred from physical in





erred from direct assay |GO:0006879//biological process| oxygen and reactive oxygen species metabolism | inferred from mutant phenotype |GO:0006800



type |GO:0006139//biological process| conversion of met-tRNAf to fmet-tRNA | inferred from mutant phenotype |GO:0001718









eus import | inferred from mutant phenotype |GO:0006606//biological process| tRNA-nucleus export | traceable author statement |GO:0006409//biological

quence similarity |GO:0000943//biological process| Ty element transposition | inferred from sequence similarity|GO:0006319//biological process| DNA dea









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe









0000245//biological process| spliceosome assembly | inferred from genetic interaction |GO:0000245

recycling within Golgi | inferred from mutant phenotype |GO:0000301









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe









NA | inferred from mutant phenotype |GO:0000183









0000902//biological process| cellular morphogenesis during conjugation with cellular fusion | traceable author statement |GO:0000753//biological process|

inferred from mutant phenotype |GO:0000747









000747//biological process| bud site selection | traceable author statement |GO:0000282









05946//cellular component| cytoplasm | inferred from direct assay |GO:0005737//biological process| response to stress | inferred from mutant phenotype|G







55//biological process| regulation of transcription, DNA-dependent | inferred from direct assay |GO:0006355//biological process| RNA elongation | inferred

m mutant phenotype |GO:0000910//biological process| establishment of cell polarity (sensu Saccharomyces) | traceable author statement |GO:0000283



xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|









trand elongation | inferred from direct assay |GO:0006273//biological process| DNA ligation | inferred from mutant phenotype |GO:0006266//biological proc









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe

henotype |GO:0006468









mRNA catabolism, deadenylation-dependent | inferred from genetic interaction |GO:0000288//biological process| mRNA catabolism, deadenylation-depen









ype |GO:0008033//biological process| mRNA cleavage | traceable author statement |GO:0006379//biological process| mRNA cleavage | inferred from dire

say|GO:0005739//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity |GO:0000943//biological process| leucyl-tRNA ami









mRNA catabolism, deadenylation-dependent | inferred from genetic interaction |GO:0000288//biological process| mRNA catabolism, deadenylation-depend

| inferred from mutant phenotype |GO:0000122









assay |GO:0006413









no acid dephosphorylation | traceable author statement |GO:0006470//biological process| protein biosynthesis | inferred from mutant phenotype |GO:00064

5//biological process| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114









nt | inferred from mutant phenotype |GO:0006355//biological process| regulation of transcription, DNA-dependent | inferred from genetic interaction |GO:00









xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|

psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe









ological process| glycogen metabolism | traceable author statement |GO:0005977//biological process| negative regulation of transcription from Pol II prom

GO:0045944//biological process| tRNA splicing | inferred from mutant phenotype |GO:0006388









ort | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phenotype |GO:0006606//biological proces

s| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction |GO:0000283

cess| establishment of cell polarity (sensu Saccharomyces) | inferred from genetic interaction |GO:0000283









psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe





us export | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological proc









eable author statement |GO:0006468//biological process| protein amino acid phosphorylation | inferred from mutant phenotype |GO:0006468//biological pro



say|GO:0005739//cellular component| retrotransposon nucleocapsid | inferred from sequence similarity |GO:0000943//biological process| leucyl-tRNA ami

psid | inferred from sequence similarity |GO:0000943//biological process| positive regulation of transcription from Pol II promoter | inferred from mutant phe









henotype |GO:0006970









ell wall organization and biogenesis | traceable author statement |GO:0007047









hment of cell polarity (sensu Saccharomyces) | traceable author statement |GO:0000283

biological process| mRNA polyadenylation | inferred from direct assay |GO:0006378









nthesis | inferred from direct assay |GO:0000105

|GO:0006271//biological process| DNA replication, synthesis of RNA primer | traceable author statement |GO:0006269//biological process| DNA unwinding







olism | inferred from mutant phenotype |GO:0006006









ical process| telomere maintenance | inferred from direct assay |GO:0000723

process| ubiquitin-dependent protein catabolism | inferred from physical interaction |GO:0006511//biological process| ubiquitin-dependent protein catabol

erred from physical interaction|GO:0030847//biological process| transcription termination from Pol II promoter, poly(A)-independent | inferred from mutant p

process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction |GO:0000283//biological process| G2/M transition of mito



inferred from mutant phenotype |GO:0006979









us export | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological proc









pe |GO:0005756//biological process| ATP synthesis coupled proton transport | inferred from sequence similarity|GO:0015986//biological process| ATP syn









ological process| protein-nucleus import | inferred from physical interaction |GO:0006606//biological process| protein-nucleus import | inferred from mutant

lencing at telomere | inferred from physical interaction |GO:0006348//biological process| chromatin silencing at telomere | inferred from mutant phenotype









ed from physical interaction |GO:0000123//biological process| chromatin silencing at telomere | inferred from mutant phenotype|GO:0006348//biological pro

cess| apical bud growth | inferred from physical interaction |GO:0007118//biological process| chitin localization | inferred from mutant phenotype |GO:0006









ron ion transport | traceable author statement |GO:0006827

process| cytokinesis | inferred from mutant phenotype |GO:0000910



xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process|

ant phenotype |GO:0007094//biological process| mitotic spindle checkpoint | inferred from genetic interaction |GO:0007094//biological process| plasmid m

5//biological process| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114









proton transport | inferred from physical interaction |GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from mutant pheno









utant phenotype |GO:0000910





//biological process| regulation of mitotic cell cycle | inferred from genetic interaction |GO:0007346//biological process| G1/S transition of mitotic cell cycle |









al process| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114









|GO:0006303//biological process| double-strand break repair via homologous recombination | inferred from mutant phenotype |GO:0000724//biological pr

ferred from physical interaction |GO:0007015//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical interaction

ysical interaction |GO:0016575//biological process| histone deacetylation | inferred from direct assay |GO:0016575//biological process| regulation of transc

process| regulation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079









proton transport | inferred from physical interaction |GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from mutant pheno

process| establishment of cell polarity (sensu Saccharomyces) | inferred from mutant phenotype |GO:0000283//biological process| G2/M transition of mito

nt phenotype |GO:0006355







ssay |GO:0006338









| inferred from direct assay |GO:0006261//biological process| replicative cell aging | inferred from mutant phenotype |GO:0001302

nance | inferred from physical interaction |GO:0006267



assay |GO:0016575









/biological process| cellular morphogenesis | inferred from mutant phenotype |GO:0000902//biological process| regulation of cell cycle | inferred from muta

ption from Pol II promoter | traceable author statement |GO:0000122









ent |GO:0006365

06348//biological process| chromatin silencing | inferred from direct assay |GO:0006342//biological process| establishment and/or maintenance of chroma

| chromatin remodeling | inferred from mutant phenotype |GO:0006338//biological process| chromatin remodeling | inferred from genetic interaction |GO:0



import | inferred from mutant phenotype |GO:0006606//biological process| tRNA-nucleus export | traceable author statement |GO:0006409//biological proc

000902//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from sequence similarity |GO:0000283//biological process| esta









| inferred from mutant phenotype |GO:0000077









us export | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological proc

50//biological process| signal transduction during conjugation with cellular fusion | inferred from genetic interaction |GO:0000750









oxidative stress | inferred from mutant phenotype |GO:0006979

biological process| mitotic spindle elongation | traceable author statement |GO:0000022









ant phenotype |GO:0000086









rred from mutant phenotype |GO:0006986//biological process| response to unfolded protein | inferred from genetic interaction |GO:0006986

m mutant phenotype |GO:0006350//biological process| transcription | inferred from genetic interaction |GO:0006350









process| telomerase-independent telomere maintenance | inferred from mutant phenotype |GO:0000722//biological process| meiotic DNA double-strand b

inferred from physical interaction |GO:0030846//biological process| mRNA processing | inferred from physical interaction |GO:0006397//biological process









ssay |GO:0000069

genetic interaction |GO:0000767

007120//biological process| bud site selection | traceable author statement |GO:0000282









aromyces) | inferred from sequence similarity |GO:0001403//biological process| signal transduction during conjugation with cellular fusion | traceable auth









om mutant phenotype |GO:0007076//biological process| mitotic sister chromatid segregation | traceable author statement |GO:0000070

ay |GO:0030003









ombination | inferred from mutant phenotype |GO:0000724//biological process| telomere maintenance | inferred from mutant phenotype |GO:0000723









ferred from direct assay |GO:0006284//biological process| DNA repair | inferred from direct assay |GO:0006281









from mutant phenotype |GO:0000750//biological process| MAPKKK cascade during osmolarity sensing | inferred from physical interaction |GO:0000161//b

heckpoint | inferred from genetic interaction |GO:0000135

ction |GO:0006267









erred from genetic interaction |GO:0000074





etic interaction |GO:0045016//biological process| mitochondrial magnesium ion transport | inferred from direct assay |GO:0045016//biological process| Grou









ion | traceable author statement |GO:0000022









5//biological process| G1-specific transcription in mitotic cell cycle | inferred from physical interaction |GO:0000114









logical process| lagging strand elongation | inferred from genetic interaction |GO:0006273//biological process| leading strand elongation | inferred from phy

us export | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological proc

ranscription from Pol II promoter | inferred from genetic interaction |GO:0000122

sembly/disassembly | inferred from mutant phenotype |GO:0006333//biological process| DNA strand elongation | inferred from mutant phenotype |GO:000





O:0045039//biological process| mitochondrial inner membrane protein import | inferred from genetic interaction |GO:0045039

tion |GO:0006886









42167//biological process| iron ion homeostasis | inferred from sequence similarity |GO:0006879//biological process| iron ion homeostasis | inferred from e

ct assay |GO:0016575

nthesis | inferred from direct assay |GO:0006235//biological process| dTDP biosynthesis | inferred from direct assay |GO:0006233//biological process| dUD

| inferred from mutant phenotype |GO:0007010//biological process| G1 phase of mitotic cell cycle | traceable author statement |GO:0000080//biological pro

able author statement |GO:0006972









egulation of cyclin dependent protein kinase activity | inferred from direct assay |GO:0000079

rom direct assay |GO:0006378









sequence similarity|GO:0015986//biological process| ATP synthesis coupled proton transport | inferred from mutant phenotype |GO:0015986//biological pr

538//biological process| glutamate catabolism | inferred from expression pattern |GO:0006538

cell cycle | inferred from genetic interaction |GO:0000114



tement |GO:0007532//biological process| small GTPase mediated signal transduction | traceable author statement |GO:0007264//biological process| pseu

gical process| seryl-tRNA aminoacylation | inferred from genetic interaction |GO:0006434//biological process| invasive growth (sensu Saccharomyces) | in

nferred from genetic interaction |GO:0006355//biological process| establishment and/or maintenance of ch



aceable author statement |GO:0000065









rred from physical interaction |GO:0006325









s| mRNA catabolism, deadenylation-dependent | inferred from direct assay |GO:0000288

s| regulation of cyclin dependent protein kinase activity | traceable author statement |GO:0000079

motic stress | inferred from mutant phenotype |GO:0006970//biological process| establishment of cell polarity (sensu Saccharom

n |GO:0009408//biological process| response to heat | inferred from mutant phenotype |GO:0009408//biological process

rred from physical interaction |GO:0006325

l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

cal process| regulation of transcription from Pol II promoter | inferred from genetic interaction |GO:0006357









79//biological process| cell morphogenesis checkpoint | inferred from direct assay |GO:0000078









red from mutant phenotype |GO:0007047//biological process| cell wall organization and biogenesis | inferred from genet









otropic bud growth | inferred from physical interaction |GO:0007119//biological process| isotropic bud growth | infer









cyclin dependent protein kinase activity | inferred from mutant phenotype |GO:0000079//biological process| DNA

ysical interaction |GO:0001510//biological process| RNA methylation | inferred from mutant phenotype |GO:0001510//biologica









ogical process| G2/M transition of mitotic cell cycle | inferred from physical interaction |GO:0000086//biological proce

rred from physical interaction |GO:0006325

ces) | inferred from physical interaction |GO:0000283//biological process| establishment of cell polarity (sensu Sacchar









0846//biological process| mRNA cleavage | inferred from physical interaction |GO:0006379//biological process| mRNA clea









otropic bud growth | inferred from physical interaction |GO:0007119//biological process| isotropic bud growth | infer









/maturation | inferred from direct assay |GO:0006624

joint molecule formation | inferred from mutant phenotype |GO:0000709









direct assay |GO:0000749

n |GO:0009408//biological process| response to heat | inferred from mutant phenotype |GO:0009408//biological process









etabolism | inferred from physical interaction |GO:0006109//biological process| regulation of carbohydrate metabol









ogical process| transcription | inferred from direct assay |GO:0006350









or statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process| rRNA-nuc

06869//biological process| lipid transport | inferred from mutant phenotype |GO:0006869//biological process| very-long-c









ological process| G2/M transition of mitotic cell cycle | inferred from mutant phenotype |GO:0000086//biological proce









biological process| regulation of carbohydrate metabolism | inferred from physical interaction |GO:0006109//biological proce

/maturation | inferred from direct assay |GO:0006624









mport | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred from mutant phenotype |GO:00066









iological process| deadenylation-dependent decapping | inferred from mutant phenotype |GO:0000290//biological process| deadenylation-dependent deca

nferred from genetic interaction |GO:0006355//biological process| establishment and/or maintenance of ch









organization | traceable author statement |GO:0007015//biological process| establishment of cell polarity (sensu Saccharomy









genetic interaction |GO:0007059

ription initiation from Pol II promoter | inferred from mutant phenotype |GO:0006367

ment |GO:0006407//biological process| mRNA-nucleus export | inferred from mutant phenotype |GO:0006406//biological process| protein-nuc









ocess| negative regulation of transcription | inferred from mutant phenotype |GO:0016481//biolo

h cellular fusion | traceable author statement |GO:0000747//biological process| establishment of cell polarity (sensu Saccharomyce









itiation from Pol III promoter | traceable author statement|GO:0006384//biological process| transcription initiation from P

histidine biosynthesis | traceable author statement |GO:0000105

inferred from direct assay |GO:0006811

process| exocytosis | inferred from genetic interaction |GO:0006887//biological process| invasive growth (sensu Saccharomyces) |









ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex









xport | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biolog

phate transport | inferred from direct assay |GO:0006817







d from mutant phenotype |GO:0000074

enetic interaction |GO:0000288

process| protein-vacuolar targeting | inferred from mutant phenotype |GO:0006623//biological process| protein-vacuolar targeting

author statement |GO:0030050//biological process| cell cycle-dependent actin filament reorganization | traceable author s









red from mutant phenotype |GO:0000283//biological process| bud site selection | inferred from physical interaction |









ess| microtubule nucleation | inferred from physical interaction |GO:0007020

cess| chromatin silencing at telomere | inferred from physical interaction |GO:0006348//biological process| chromatin si









s| retrograde transport, Golgi to ER | inferred from mutant phenotype |GO:0006890//biological process| retrograde trans

O:0006897//biological process| actin cortical patch assembly | traceable author statement |GO:0000147









:0015986//biological process| ATP synthesis coupled proton transport | inferred from physical interaction |GO:0015986//biological

cell polarity (sensu Saccharomyces) | traceable author statement |GO:0000283

GO:0007264//biological process| pseudohyphal growth | traceable author statement |GO:0007124//biological process| polar bu

0000722//biological process| meiotic DNA recombinase assembly | traceable author statement |GO:0000707









ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex

nt phenotype |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process| rRNA

process| regulation of transcription, DNA-dependent | inferred from mutant phenotype |GO:0006355//biological process|

ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex









of cell polarity (sensu Saccharomyces) | traceable author statement |GO:0000283

l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut







l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut









red from physical interaction |GO:0001403//biological process| signal transduction during conjugation with cellular

l process| protein amino acid dephosphorylation | traceable author statement |GO:0006470//biological process| protein biosynthesis

cal patch assembly | traceable author statement |GO:0000147









n | inferred from direct assay |GO:0006378

ndocytosis | inferred from mutant phenotype |GO:0006897//biological process| establishment of cell polarity (sensu Sacc

/maturation | inferred from direct assay |GO:0006624









nferred from mutant phenotype |GO:0000070//biological process| mitotic sister chromatid segregation | inferred from gen

ess| establishment and/or maintenance of chromatin architecture | inferred from physical interaction |GO:0006325//biologi

e phosphorylation | traceable author statement |GO:0006119

eus export | traceable author statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//bi









ation | traceable author statement |GO:0000070









l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

notype |GO:0015986









l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

ess| transcription from Pol I promoter | inferred from mutant phenotype |GO:0006360





ype |GO:0000074









hor statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process| rRNA

|GO:0045941//biological process| peroxisome organization and biogenesis | inferred from mutant phen

cess| DNA replication checkpoint | inferred from genetic interaction |GO:0000076









ess| protein-nucleus import | inferred from mutant phenotype |GO:0006606//biological process| protein-nucleus import | inferred f

rom mutant phenotype |GO:0005992//biological process| trehalose biosynthesis | inferred from genetic interaction |GO:0005992

ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex









nsu Saccharomyces) | inferred from mutant phenotype |GO:0000065

om mutant phenotype |GO:0009237//biological process| iron ion homeostasis | inferred from mutant phenotype |GO:0006879

of cell cycle | inferred from mutant phenotype |GO:0000074



e |GO:0008298//biological process| Rho protein signal transduction | inferred from physical interaction |GO:0007266/









ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex

0006319//biological process| DNA dealkylation | inferred from sequence similarity |GO:0006307//biological process| DNA deal









l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

|GO:0006893//biological process| cytokinesis | inferred from mutant phenotype |GO:0000910









aring substrate-nucleus import | traceable author statement |GO:0006607//biological process| protein-nucleus import | inferred fro

leus import | inferred from mutant phenotype |GO:0006606//biological process| tRNA-nucleus export | traceable author statement |GO:00064









ule nucleation | inferred from physical interaction |GO:0007020





d from mutant phenotype |GO:0006800









hor statement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process| rRNA

0006319//biological process| DNA dealkylation | inferred from sequence similarity |GO:0006307//biological process| DNA deal









l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut









ment |GO:0000753//biological process| conjugation with cellular fusion | traceable author statement |GO:0000747//biological p

ess | inferred from mutant phenotype|GO:0006950//biological process| response to stress | inferred from genetic interaction |GO:0006950//biologi







cal process| RNA elongation | inferred from physical interaction |GO:0006354//biological process| RNA elongation | in

eable author statement |GO:0000283



ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex









henotype |GO:0006266//biological process| DNA ligation | inferred from direct assay |GO:0006266









l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

RNA catabolism, deadenylation-dependent | inferred from direct assay |GO:0000288//biological process| negative regulation of tran









ss| mRNA cleavage | inferred from direct assay |GO:0006379//biological process| mRNA polyadenylation | traceable author s

3//biological process| leucyl-tRNA aminoacylation | inferred from direct assay|GO:0006429//biological process| Ty element tr









NA catabolism, deadenylation-dependent | inferred from direct assay |GO:0000288//biological process| negative regulation of tran

rred from mutant phenotype |GO:0006412

nferred from genetic interaction |GO:0006355//biological process| establishment and/or maintenance of ch









ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex

l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut









ulation of transcription from Pol II promoter | traceable author statement |GO:0000122

notype |GO:0006606//biological process| tRNA-nucleus export | traceable author statement |GO:0006409//biological process| snRNA-nucleu

l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut





tatement |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleu









phenotype |GO:0006468//biological process| protein amino acid phosphorylation | inferred from direct assay |GO:0006468



3//biological process| leucyl-tRNA aminoacylation | inferred from direct assay|GO:0006429//biological process| Ty element tr

l II promoter | inferred from mutant phenotype|GO:0045944//biological process| aerobic respiration | inferred from mut

269//biological process| DNA unwinding | traceable author statement |GO:0006268

ss| ubiquitin-dependent protein catabolism | inferred from direct assay |GO:0006511

A)-independent | inferred from mutant phenotype |GO:0030847//biological process| transcription termination from Po

ogical process| G2/M transition of mitotic cell cycle | inferred from physical interaction |GO:0000086//biological proce









tatement |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleu









:0015986//biological process| ATP synthesis coupled proton transport | inferred from physical interaction |GO:0015986//biological









n-nucleus import | inferred from mutant phenotype |GO:0006606//biological process| RNA localization | inferred from mutant phenot

mere | inferred from mutant phenotype |GO:0006348//biological process| chromatin assembly/disassembly | inferred from direct









phenotype|GO:0006348//biological process| Ty element transposition | inferred from sequence similarity |GO:0006319

rred from mutant phenotype |GO:0006033//biological process| invasive growth (sensu Saccharomyces) | inferred from ph

ment |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleus ex

007094//biological process| plasmid maintenance | inferred from mutant phenotype |GO:0006276

transport | inferred from mutant phenotype |GO:0015986









ss| G1/S transition of mitotic cell cycle | inferred from genetic interaction |GO:0000082









phenotype |GO:0000724//biological process| telomere maintenance | inferred from mutant phenotype |GO:0000723

ces) | inferred from physical interaction |GO:0000283//biological process| establishment of cell polarity (sensu Sacchar

biological process| regulation of transcription, DNA-dependent | inferred from sequence similarity |GO:0006355//biological pro

transport | inferred from mutant phenotype |GO:0015986

ogical process| G2/M transition of mitotic cell cycle | inferred from physical interaction |GO:0000086//biological proce

e |GO:0001302

ulation of cell cycle | inferred from mutant phenotype |GO:0000074

shment and/or maintenance of chromatin architecture | traceable author statement |GO:0006325//biological process| mitotic

nferred from genetic interaction |GO:0006338



tatement |GO:0006409//biological process| snRNA-nucleus export | traceable author statement |GO:0006408//biological process| rRNA-nuc

|GO:0000283//biological process| establishment of cell polarity (sensu Saccharomyces) | inferred from physical i









tatement |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleu

GO:0000750

nteraction |GO:0006986

process| meiotic DNA double-strand break processing | traceable author statement |GO:0000706

ction |GO:0006397//biological process| mRNA processing | inferred from mutant phenotype |GO:0006397//biological

on with cellular fusion | traceable author statement |GO:0000750//biological process| establishment of cell polarity (s









ement |GO:0000070

m mutant phenotype |GO:0000723









om physical interaction |GO:0000161//biological process| MAPKKK cascade during osmolarity sensing | inferred from

|GO:0045016//biological process| Group II intron splicing | inferred from mutant phenotype |GO:0000373









ng strand elongation | inferred from physical interaction |GO:0006272//biological process| leading strand elongation | inferr

tatement |GO:0006408//biological process| rRNA-nucleus export | traceable author statement |GO:0006407//biological process| mRNA-nucleu

ferred from mutant phenotype |GO:0006271//biological process| DNA topological change | inferred from direct assay |GO:0006265//biol









| iron ion homeostasis | inferred from expression pattern |GO:0006879

|GO:0006233//biological process| dUDP biosynthesis | inferred from direct assay |GO:0006227

statement |GO:0000080//biological process| regulation of cell cycle | traceable author statement |GO:0000074

phenotype |GO:0015986//biological process| protein complex assembly | inferred from physical interaction |GO:0006461//biologi

GO:0007264//biological process| pseudohyphal growth | traceable author statement |GO:0007124//biological process| polar bu

ve growth (sensu Saccharomyces) | inferred from genetic interaction |GO:0001403

u Saccharom

ological process| rRNA-nuc

henotype |GO:00066









rocess| deadenylation-dependent decapp

gical process| protein-nuc

Saccharomyce

ccharomyces) |









rocess| mRNA-nucleus ex









ment |GO:0006408//biolog

uolar targeting

86//biological

rocess| mRNA-nucleus ex

biological process| rRNA

rocess| mRNA-nucleus ex

ein biosynthesis

statement |GO:0006408//bi

biological process| rRNA

ort | inferred f

rocess| mRNA-nucleus ex

rocess| mRNA-nucleus ex

t | inferred fro

hor statement |GO:00064









biological process| rRNA

eraction |GO:0006950//biologi

rocess| mRNA-nucleus ex

egulation of tran

gulation of tran

rocess| mRNA-nucleus ex

process| snRNA-nucleu

cal process| mRNA-nucleu

cal process| mRNA-nucleu









86//biological









mutant phenot

rocess| mRNA-nucleus ex

gical process| rRNA-nuc

cal process| mRNA-nucleu

cal process| mRNA-nucleu

y |GO:0006265//biol

06461//biologi