ISTANBUL UNIVERSITY FACULTY OF VETERINARY MEDICINE UNDERGRADUATE LIST OF COURSES

ISTANBUL UNIVERSITY FACULTY OF VETERINARY MEDICINE UNDERGRADUATE LIST OF COURSES Medical Physics Content Year 1 WS Medical physic’s subjects, history, branches, concepts, it’s use in veterinary medicine, scientific researches’ methods, basic principles, symbols, units, constants, system theory, behavioral equations, cybernetics (logic), dual calculation systems, feed back mechanism and hormones as a model; important physical concepts in medical physics; biomechanics; characteristics of the matter; wave movement and imaging techniques; optic; warmth and heat. Lecturers Teaching mode E. Or Lectures Hours per Semester: 28 Chemistry Content Fundamental principle and theories organic chemistry,classificatin of organic compounds, the characteristic reactions of various functional groups. Also this course includes a basic discussion of function of constituents of living cells,with special attension to enzymatic catalysis, role of nucleic acids, lipids, carbohydretes. It is designed to fit the needs of students who are taking biological sciences, pharmacology, toxicology, foot sciences and public health. N. Uzunoren Lectures and pactical course (2 + 1 per week) Hours per Semester: 42 Hours Per Week: 3 ECTS: 5 Medical Biology Content Year 1 WS Hours Per Week: 2 Year 1 ECTS: 5 WS Lecturers Teaching mode Structure of cell. Life functions in the cell. Metabolic reactions in a living system. Theories and principles of evolution. Relations between living things and environment, behaviors of the livings. Instinctive and learning behaviors H. Dogruman, T. Altug Lectures and practical course (3 + 2 per week) Hours per Semester: 70 Hours Per Week: 5 ECTS: 5 Lecturers Teaching mode Anatomy I Content Year 1 WS The topics are osteology, myology and arthrology in domestic animals. These topics are shown comparatively. During practical courses the main aim is to show the student what is given teoricaly. Make them inspect the bones of domestic animals and to recognize the bones and the species they belong to. In myology and arthrology courses students themselves makes the dissections in custody of a research assistant. O. Kahvecioglu, R. Mutus, H. Alpak, V.Onar Lectures and practical course (4 + 4 per week) Hours per Semester: 112 Hours Per Week: 8 Anatomy II Year 1 ECTS: 9 SS Lecturers Teaching mode Content The topics are the digestive system, respiratory system, urogenital system, vessels and circulatory system, lymphatic system, nervous system, skin and cutaneous organs, sensory organs and avian anatomy. Students should acquire the basic knowledge to understand functional connections. Defined regions in eight preparations (head, neck, trunk, forelimb, hindlimb, thoracic cavity, abdominal cavity, pelvic cavity) have to be dissected and explored. O. Kahvecioglu, R. Mutus, H. Alpak, V.Onar Lectures and practical course (6 + 4 per week) Hours per Semester: 140 Hours Per Week: 10 ECTS: 14 Lecturers Teaching mode Biometry Content Year 1 SS Introduction to statistics, basic statistical concepts, variation and distributions, population parameters and sample statistics, experimental designs, control of hypothesis, comparison of two groups (t-test), comparison of more than two groups (x²- test and analyses of variance), correlation, regression, the use of computer programs in statistics. H. Demir Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 4 Lecturers Teaching mode Genetics Content Year 1 SS Introduction to genetics, chromosome and gene, mutations, chromosome structure and chromosome number changes, immunogenetics and the heritage of blood groups in animals, sex determination in animals and the heritage of sex related factors in animals, genetic basis of inherited diseases and lethal factors, composition and genetic maps. H. Cerit Lectures Hours per Semester: 28 Embryology Hours Per Week: 2 Year 2 ECTS : 4 WS Lecturers Teaching mode Content These lectures comprise early embriyonic devolepment (including gametogenesis, fertilization and gastrulation), placentation and development of organs. S. Daglıoglu, H. Bozkurt Lectures Hours per Semester: 28 Histology I Hours Per Week: 2 Year 2 ECTS: 2 WS Lecturers Teaching mode Content The topic of course covers cell functional morphology and basic tissue histology. This lecture is accompanied by the practical in Histology. The content of the lectures perfectly correspond with the objectives of practicals in the same week and provide the students with all theoretical knowledge necessary for practical work. S. Daglıoglu, H. Bozkurt Lectures and practical course (2+1 hours per week) Hours per Semester: 42 Hours Per Week: 3 ECTS: 5 Lecturers Teaching mode Histology II Content Lecturers Teaching mode Year 2 SS The lecture comprises the microscopic anatomy of the organs. S. Daglıoglu, H. Bozkurt Lectures and practical course (3 + 2 hours per week) Hours per Semester: 70 Physiology I Hours Per Week: 5 Year 2 ECTS: 4 WS Content The lecture course in Physiology I starts with molecular and cellular basis of physiologic regulations. Afterwards physiology of blood, circulation, the nervous system, the sense, the muscle and movement and respiratory system are taught in detailed. Students should take at least four quizzes and a written examination during the term and an oral practice examination and a written final examination at the end of the semester. U. Cotelioglu, M. Ozcan, M. Arslan, V. Altuncul Lectures and practical course (4 + 2 per week) Hours per Semester: 84 Hours Per Week: 6 ECTS: 5 Lecturers Teaching mode Physiology II Content Year 2 SS The lecture starts with body fluids and urinary physiology. It continues with digestion physiology, endocrinology, reproduction and lactation. Physiology of the metabolism, the temperature and adaptation to environment conclude the lectures. Students should take at least four quizzes and a written examination during the term and an oral practice examination and a written final examination at the end of the semester. U. Cotelioglu, M. Ozcan, M. Arslan, V. Altuncul Lectures and practical course (3 + 2 per week) Hours per Semester: 70 Hours Per Week: 5 ECTS: 4 Lecturers Teaching mode Biochemistry I Content Year 2 WS The main sections are: Biophysical Chemical, Minerals, Carbonhydrates, Lipids, Proteins, Nucleic Acids, Enzymes, Vitamins A. Mengi, A. Ozpinar, S.Korkut, G.Turkmen, A.Firat, N. Toker Lectures and practical course (3 + 2 per week) Hours per Semester: 70 Biochemistry II Hours Per Week: 5 Year 2 ECTS: 4 SS Lecturers Teaching mode Content The main sections are: Hormones, Carbonhydrat Metabolism, Lipid Metabolism, Metabolism of Protein, Peptides and Amino Acids, Biochemistry of tissue and organs A. Mengi, A. Ozpinar, S.Korkut, G.Turkmen, A.Firat, N. Toker Lectures and practical course (3 + 2 per week) Hours per Semester: 70 General Microbiology Hours Per Week: 5 Year 2 ECTS: 4 WS Lecturers Teaching mode Content History of microbiology, Microbiology and microorganisms, Classification and Nomenclature of Bacteria, Morphology of Bacteria, Bacterial anatomy : External structure (cell wall, capsule, flagella, fimbria), Internal structure (cytoplasmic membrane, cytoplasma, nucleus, ribosomes, mesosomes, cytoplasmic granulles, endospor), Chemical Structure of Bacteria, Nutrition, Growth of Bacteria, Aerobiosis, Enzymes, Metabolism, Genetic of bacteria, Variations in bacteria (Modification, Mutation), Bacteriophages, Genetic Exchange in Bacteria , Extrachrosomal Genetic Elements A. İlgaz, H. Yilmaz, S. Ak, Y.Ozgur, N.Turan Lectures and practical course (2+2 per week) Hours per Semester: 56 Hours Per Week: 4 ECTS: 6 Lecturers Teaching mode Immunology and Serology Content Year 2 SS Introduction,history and general immunological items. The immun system. Antibodies and their structures. Functions of antibodies. The humoral, mucosal, primary and secondary immun response. The complement and acute phase of proteins. B and T cell receptors and MHC. Cytocines and the adhesion receptors. Innate immunity, phagoytosis, intracellular and eextracellular killing. Host defence and cellular immunity. The adaptive immun response. Immun response to infectious agents. Hypersensitivites and mechanisms. Immunodeficiencies, Immunosupression, Tolerans, Autoimmunity and autoimmun disease. A. İlgaz, H. Yilmaz, S. Ak, Y.Ozgur, N.Turan Lectures and practical course (2+2 per week) Hours per Semester: 56 Hours Per Week: 4 ECTS: 4 Lecturers Teaching mode Animal Breeding and Husbandry I Content Year 2 SS The content and aim of animal breeding and husbandry, production of animals and human nutrition, animal breeding in Turkey, the problems of animal breeding in Turkey and solutions, the domestication of animals, species, breeds, cell and heritage, the production characteristics which have economical value, the improvement of production characteristics, methods of mating, the care and feeding of farm animal herds, health controls in farm animals, environmental factors in animal breeding, animal welfare. H. Demir, A. Altinel, H. Gunes, S. F. Kaygisiz, H. Cerit, A. Yilmaz Lectures and practical course (3+1 per week) Hours per Semester: 56 Hours Per Week: 4 ECTS: 4 Lecturers Teaching mode Feeds and Feed Technology Content Year 2 SS The aim of the course is to provide basic knowledge of feedstuffs and their effects on the metabolism of different animal species. The goal is that the students after successful completion of the course will have acquired: Necessary skills to independently carry out the most important chemical analyses necessary to characterise the nutritional value and hygienic status of feeds; a knowledge of the components used in energy and protein evaluation systems; an understanding of the importance of the hygienic quality of feeds with respect to nutritional value, microbial flora and toxins and how these are affected by different handling and processing procedures, harvesting, conservation and storage practices; an understanding of the principles in ration formulation, including least cost analyses, based on the nutritional value of feeds for different animal groups and their specific requirements . N. Kocabagli, H. Ozpinar, M. Alp, R. Kahraman, T. Bilal, I. Abas Lectures and practical course (2 +2 per week) Hours per Semester: 56 Special Bacteriology and Mycology Hours Per Week: 4 Year 3 ECTS: 5 WS Lecturers Teaching mode Content Gram Positive Cocci (Streptococcus infections), Staphylococcus infections, Facultative Anaerobic Gram Negative Rods (Family I. Enterobacteriaceae: E.coli infections, Salmonella infections, Other Enterobacteria infections Family II . Vibrionacea : Aeromonas infections, Vibrio infections, Plesiomonas infections Family III . Pasteurellaceae : Pasteurella in fections, Haemophillus infections, Actinobacillus infections), Gram Negative Aerobic-Microaerobic Rods and Cocci (Pseudomonas infections, Bordetella infections, Francisella infections, Brucella infections, Campylobacter infections) Gram positive non-spore forming bacteria (Listeria infections, Erysipelothrix infections. Actinomyces infections, Corynebacteria infections, Rhodococcus infections), Asido-resistance bacteria (Tuberculosis, Paratuberculosis), Gram Positive Spor forming Bacteria (Anthrax, Clostridial infections), Spirochetal İnfections (Leptospirosis, Borreliosis), Mycoplasma infections, Rickettsia infections, Chlamydia infections, Prion (Scrapie, Bovine Spongiform Encephalopathy), Mycology (Cutan mycosis, Subcutan mycosis, Systemic mycosis), Mycotoxicosis. Y.Ozgur Lectures and practical course (3 + 2 per week) Hours per Semester: 70 Hours Per Week: 5 ECTS: 5 Lecturers Teaching mode Virology Content Year 3 SS Structure and composition of viruses (morphology, chemical composition), Classification and nomenclature of viruses, Viral replication, Viral genetics and evolution, Cultivation and assay of viruses, The immun response to viral infections, Viruses of domestic animals (Parvoviridae, Adenoviridae, Papovaviridae, Herpesviridae, Picornaviridae, Rhabdoviridae, Calisiviridae, Togaviridae, Flaviridae, Ortomyxoviridae, Coronaviridae, Reoviridae, Birnaviridae) S. Ak Lectures and practical course ( 2 + 1 per week) Hours per Semester: 42 Hours Per Week: 3 ECTS: 3 Lecturers Teaching mode Parasitology I Content Year 3 WS Introduction to Veterinary Parasitology deal with the position of parasitism in symbiotic relationships, phases of parasitism, the transmission and dissemination of parasitic infections, damaging effect of parasites, the host’s response, basic principles and concepts in parasite epizootiology and control, antiparasitic drugs and their effective mechanisms. In practicals students become familiar with the techniques for the detection of endo- and ectoparasites (flotation, sedimentation, staining and counting methods copro culture and, skin scrapes) and the identification of parasites in samples from animals Veterinary Protozoology cover morphology, distribution, biology (life cycle), pathogenesis, clinical signs, epizootiology, diagnosis, treatment and control of protozoal infections in commercial and companion animals. In practicals; parasites are demonstrated with slides, museum preparations E. Tuzer, M. Toparlak, A. Gargili, H. Akkaya, C. Vurusaner Lectures and practical course (3 + 3 per week) Hours per Semester: 84 Hours Per Week: 6 ECTS: 6 Lecturers Teaching mode Parasitology II Content Year 3 SS The lectures in Veterinary Helminthology focus on the morphology, distribution, biology (life cycle), pathogenesis, clinical signs, epizootiology, diagnosis, treatment and control of helminthic infections in commercial (cattle, sheep, goat, pig and poultry except bees and farmed fish) and companion animals (dog, cat and horse, except aviary birds and aquarium fish.). In practicals; parasites are demonstrated with slides, museum preparations and fresh organs from slaughterhouse. Veterinary Entomology covers morphology, distribution, biology (life cycle), pathogenesis, clinical signs, epizootiology, diagnosis, treatment and control of insect, tick and mite infestations in commercial and companion animals. In practicals; parasites are demonstrated with slides, museum preparations E. Tuzer, M. Toparlak, A. Gargili, H. Akkaya, C. Vurusaner Lectures and practical course (3 + 3 per week) Hours per Semester: 84 Pharmacology I Hours Per Week: 6 Year 3 ECTS: 5 WS Lecturers Teaching mode Content General Pharmacology deals with the laws of pharmaceutical interactions with biological systems, especially the mechanisms of pharmaceutical actions on the organisms (pharmacodynamics) as well as the actions of the organism on the pharmaceutical (pharmacokinetics). S. Sener, N. Uzunoren, O. Keles, M. Yildirim, T. Bakirel Lectures and practical course (3 + 2 per week) Hours per Semester: 70 Pharmacology II Hours Per Week: 5 Year 3 ECTS: 5 SS Lecturers Teaching mode Content Deals with drugs acting at synaptic and neuroeffector junctional sites, drugs acting on the central nervous system, autacoids, locally acting drugs, nutritional pharmacology, endocrine pharmacology, drugs acting on the cardiovascular system, drugs acting on fluid and electrolyte balance, drugs acting on the central nervous system. S. Sener, N. Uzunoren, O. Keles, M. Yildirim, T. Bakirel Lectures Hours per Semester: 42 Hours Per Week: 3 ECTS: 4 Lecturers Teaching mode Topographic Anatomy Content Year 3 WS The topics are the regions of the body and the topographic anatomy of the body’s cavities in domestic mammals. The study of the anatomy of the surface of the body of living animals should prepare the student for the clinical examination and medical and surgical intervention. Students should pass a written test at the end of semester V. Onar Lectures and practical course.(1 + 1 per week) Hours per Semester: 28 General Pathology Hours Per Week: 2 Year 3 ECTS: 2 WS Lecturers Teaching mode Content In lectures basic subjects such as postmortal autolytic changes, cellular changes, inflammation, degeneration, necrosis, intracellular accumulations in tissues, fluid and hemodynamic derangements and general informations about neoplasia are thought. These classes enable the students to understand the basic pathophysiological principles of disease, to learn about pathological alterations and to have some general neoplasia and necropsy knowledge. The subjects thought in lectures are supported with histopathologic slide examination in practical classes. After these classes the students reach to a level in which they can understand the basic principles of the disease and be able to understand the special pathology classes. A. Gurel, S.S. Arun, I. Firat Lectures and practical course (2 + 1 per week) Hours per Semester: 42 Hours Per Week: 3 ECTS: 4 Lecturers Teaching mode Content Radiology Year 3 WS I. General Veterinary Radıology Fundemantal Terms and Definitions in Radıology, General Radiation Safety Rules, X- Rays Apparatus Characteristic of X- Rays, X- Ray Film, Accessory Equıpment of X-Ray Machine, The X- Ray Beam and İmage Formation, The Dark Room and Darkroom Techniques, Film Processıng Techiques, Radıographic Artifacts and Erros, Evaluation of Radiographic Technique and Films, Radiographic Positioning, Positional Terminology, Small Animal Radiographic Positioning, Large Animal Radiographic Positioning II. Special Veterinary Radıology Radiographic Techniques of Contrast Media, Gastrointestinal Tract Studies,Urinary Tract Studies, Miscellaneous Studies Lecturers Teaching mode Acar E. Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 3 Content Anesthesia and Reanimation Year 3 WS History of the anesthesia, introduction to anesthesia, patient evalmation and preperation, drug used for preanesthetic medication, general anasthesia, inhalation, anashesia and inhalation anesthetic drugs, enjectable anesthetics, recovery from anesthesia, anesthetik emergencies and complications, local anesthetie drugs and techniques, local anesthesia in ruminants, local anesthesia in horse, local anesthesia in dogs and cats, pain and pain control, veterinary reanimation, cardiopulmoner resusitation. Perk C. Lectures Hours per Semester: 28 Animal Breeding and Husbandry II Lecturers Teaching mode Hours Per Week: 2 Year 3 ECTS: 2 SS Content The aim of this lecture is to teach the scientific breeding techniques in different farm animal species, herd management practices, principles of animal husbandry, farm construction principles, herd health applications. Students who have completed this lecture are expected to learn the following subjects: • The origins, morphologic and production characteristics of different species, • • To establish annual production plans of a farm, To know and apply the management hygiene principles, • To learn the designs and materials of animal breeding buildings according to the breeding aims and animal welfare, • Lecturers Teaching mode To determine the herd health strategies. H. Demir, A. Altinel, H. Gunes, F. Kaygisiz, H. Cerit, A. Yilmaz Lectures and practical course (3 + 2 per week) Hours per Semester: 70 Hours Per Week: 5 ECTS: 5 Animal Nutrition and Nutritional Diseases Content Year 3 SS The overall goal is to create the basis for introduction of a sustainable nutrition of farm animals. This will be achieved by increasing the knowledge of the physiological and biochemical regulation of the metabolism and utilisation of nutrients for maintenance and production and furthermore to create new insights into the biological interactions and functions of individual nutrients with the purpose • • • to optimise the use of resources to minimise the excretion of nutrients to optimise the health of the animals Lecturers Teaching mode N. Kocabagli, H. Ozpinar, M. Alp, R. Kahraman, T. Bilal, I. Abas Lectures and practical course (2 + 2 per week) Hours per Semester: 56 Special Pathology I Hours Per Week: 4 Year 4 ECTS: 4 WS Content Students are thought about pathological alterations in digestive, respiratory, genital, urinary, endocrine and nervous systems in special pathology I and hematopoietik, lymphoid, vascular, musculoskeltal systems and skin in special pathology II. These classes include the systemic descriptions of common diseases, pathogenesis and gross and microscopic effects of these diseases in organs and tissues. The knowledge of these alterations provides the full understanding of the occurrence and evaluation of these symptoms, thus constitute the bases of pathogenetic and therapeutic approach in clinics. A. Gurel, S.S. Arun, I. Firat Lectures and practical course (4 + 2 per week) Hours per Semester: 84 Hours Per Week: 6 ECTS: 6 Lecturers Teaching mode Special Pathology II Content Year 4 SS In practical classes students examine the histopathologic slides of the disorders parallel with the lectures and discuss the histopathological alterations observed. The slides are prepared from the cases brought to pathology department. In this practice students understand about the microscopic alterations. In necropsy practical students perform necropsy to the corps obtained from clinical departments and they interpretate about the organ changes. In this level students combine the morphological alterations and subjects thought in lectures. Besides in 8th semester in clinical pathology practice students prepare histological slides from tissues step by step and prepare and examine cytological slides. The volunteered students can participate in scientific work and diagnose of the cases they follow. A. Gurel, S.S. Arun, I. Firat Lectures and practical course (4 + 2 per week) Hours per Semester: 84 Hours Per Week: 6 ECTS: 6 Lecturers Teaching mode Obstetrıcs and Gynaecology I Content Year 4 WS Student who have comleted the compulsory courses of this teaching unit should be in command of the basic theoretical and practical knowledge and skills concerning the pgysiology of the female reoproductive processes, the diagnostıcs and therapy of the diseases of the female genital organs, concervative and surgical methods in obstetrics, methods of pregnancy diagnosis, diagnostic of the stages of the estrous cycle (clinical aided by techgnical equipment and laboratory diagnostıcs), the care of the neonates and diagnostic of the diseases of the sucled animals. Furthermore, students must acquire the basic skills in the prevention of and therapy for infertility. The basic practical knowledge and skills are achieved in two steps, ie., in the clinical practical and practicals training, and they will be further extended if students choose the clinic for obstetrics and gynaecology for their full time practical training. A. Senunver, H. Horoz, M. R. Kilicarslan, H. Ekici, S.C. Konuk, I. Kirsan Lectures Hours per Semester: 42 Hours Per Week: 3 ECTS: 5 Lecturers Teaching mode Obstetrıcs and Gynaecology II Content Year 4 SS Students who have completed this part of the rotation in clinical practicals have to be able to carry out the obstetrical and gynaecological examination and colllection of samles, correction of presentation, fetotomy in all domestic species. İn the practical training, student apply the knowledge and the skills that they have acqured in the clinical praticals, in the lectures and in paraclinical subjects and use them to solve clinical promlems. The elective courses and focal points of study deal with the mentioned clinical problems in greater depth or with related problems and teachniques in animal productıon, e.g., herd management with special emphasis on the preventıon and therapy of infertility. Lecturers Teaching mode A. Senunver, H. Horoz, M. R. Kilicarslan, H. Ekici, S.C. Konuk, I. Kirsan Lectures Hours per Semester: 56 Hours Per Week: 4 ECTS: 5 Content Surgery Year 4 WS General surgial considerations, suturing techniques, Couterisation, Dressing and Bandages, Inflammation, Abces, Necrosis, Congelatio, Burns, Insolatio, Hyperthermia, Hernia, Stenosis, Dilatation-Ectasie, Diverticulum, Tumours, Cyst, Wound Management, Ulcus , Fistula, Surgical disiases of the skin, Phlegmon, Traumatic edema, Collection of blood seroma and hematoma, Bursitis, Muscular diseases, Surgical diseases of the tenton, Vessel disases Neuropathies, surgical diseases of the head, Surgical diseases of the neck, surgical diseases of the thorax, surgical diseases of the abdomen, Gastrointestinal system diseases , Urinary system disiases, Urinary system diseases, Ocular diseases. Yucel R., Arıkan N., Özer K. Lectures Hours per Semester: 56 Hours per Week: 4 ECTS: 6 Lectures Teaching mode Internal Medicine I Content Year 4 WS Students should be commond of the basic theoretical knowledge of the general cure methods and internal diseases such as infectious diseases and diseases of the digestive system, respiratory system and pediatry of the small animals, large animals and horses (etiology, pathogenesis, diagnosis, therapy, prognosis). T. Dodurka, T. Bilal, A. Uysal, A. Kaymaz, M. E. Or, U. Bakirel, R. Gonul Lectures Hours per Semester: 42 Internal Medicine II Hours Per Week: 3 Year 4 ECTS: 5 SS Lecturers Teaching mode Content Students should be commond of the basic theoretical knowledge of internal diseases such as metabolic and nutritional diseases and diseases of the skin, cardiovascular system, blood and hematopoetic system of the small animals, large animals and horses (etiology, pathogenesis, diagnosis, therapy, prognosis). T. Dodurka, T. Bilal, A. Uysal, A. Kaymaz, M. E. Or, U. Bakirel, R. Gonul Lectures Hours per Semester: 42 Hours Per Week: 3 ECTS: 4 Lecturers Teaching mode Food hygiene and technology Content Year 4 WS Content of this lecture is foodstuffs and nutrition, food contamination, food-borne diseases, food spoilage, microbial growth factors, food storage, hygiene and sanitation in food plants, cleaning and disinfection methods in food establishments, hygiene control and HACCP system, hygiene of meat and poultry meat, egg hygiene, milk hygiene, hygiene of drinking water and seafood hygiene. It’s aimed to give students preventive quality control of foods and public health care knowledge. O. Ergun, M. Ugur, B. Nazli, K. Bostan, H. Aksu, H. Colak Lectures Hours per Semester: 56 Hours Per Week: 4 ECTS: 4 Lecturers Teaching mode Milk science and technology Content Year 4 SS Content of this lecture is milk science, processed milk, pasteurization and sterilization in milk, condensed milk, milk powder production, yogurt technology, butter and ice-cream production, cheese science and technology. It’s aimed to give students information about last techniques of milk and milk products technology O. Ergun, M. Ugur, B. Nazli, K. Bostan, H. Aksu, H. Colak Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 2 Lecturers Teaching mode Reproduction and Artificial Insemination I Content Year 4 SS -General Knowledge in Reproductive Biotechnology. -Male and Female Reproductive Organs and Their Work. -Spermatogenesis. -Male and Female Reproductive Physiology and Endocrinology. -Transport of Genital Cells. -Spermatozoa Capacitation and Acrosome Reaction. -In vivo Fertilization. -In vitro Maturation and In vitro Fertilization I.K. Ileri, K. Ak, S. Pabuccuoglu, S. Birler, S. Alkan, A. Baran Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 3 Lecturers Teaching mode Content Orthopedics and Foot Year 4 SS Diseases Musculoskeletal system diseases: I- Joint diseases; Non inflammatory joint disease, Degenerative joint disaese (DJD), Traumatic joint diseases, Neoplasic joint diseases, Inflammatory joint diseases, Infectious joint diseases, Non infectious joint diseases, Immun mediated joint diseases, Osteochondrosis (OD). II- Various orthopedic diseases; Open fractures, Gunshot wounds, Osteomyelitis. III- Nutrition related bone diseases: Metabolic bone diseases (MBD), Hypertrophic osteodystrophy (HOD), Panosteitis, Nutritional hyperparathyroidismus, Rickets – Rachitisme. IV- Long bones neolasias V- Muscles and tendons; Ligaments sprain and strains, Myopathies. VI – Medulla spinalis diseases ; Neurologic examination, Front limb neurologic diseases, Hind limb peripheral neurologic diseases Aktas M. Lectures Hours per Semester: 52 Lectures Teaching mode Hours per Week: 3 ECTS: 4 Reproduction and Artificial Insemination II Content Year 5 WS -Semen Collection in Species. -Semen Evaluation. -Semen Extending. -Semen Freezing. -Ostrus. -Ostrus Physiology and Endocrinology. -Artificial Insemination Techniques. -Breeder Selection. -Teratologic Formations. -Male Infertility and Treatment Techniques. -Some Treatment Techniques After Artificial Insemination in Females. -Ostrus Synchronisation in Laboratory Animals. -Embryo Transfer in Domestic and Laboratory Animals. I.K. Ileri, K. Ak, S. Pabuccuoglu, S. Birler, S. Alkan, A. Baran Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 2 Lecturers Teaching mode Internal Medicine III Content Year 5 WS Students should be commond of the basic theoretical knowledge of internal diseases such as diseases of the urinary system, the nervous system, the muscles, the endocrin system and clinical immunology and toxication of small animals, large animals and horses (etiology, pathogenesis, diagnosis, therapy, prognosis). T. Dodurka, T. Bilal, A. Uysal, A. Kaymaz, M. E. Or, U. Bakirel, R. Gonul Lectures Hours per Semester: 56 Meat inspection and technology Hours Per Week: 4 Year 5 ECTS: 4 WS Lecturers Teaching mode Content Content of this lecture is nutritional properties of meat, slaughter of meat animals, aging of meat, storage techniques, changing of meat during the aging and storage, abnormal post mortal changes of meat, additives of meat products, fermented sausage technology, salami and sausage production, smoked tongue and jelly tripe production, traditional meat products and tinned food. It’s aimed to give students information about last techniques of meat and meat products technology O. Ergun, M. Ugur, B. Nazli, K. Bostan, H. Aksu, H. Colak Lectures Hours per Semester: 56 Hours Per Week: 4 ECTS: 4 Lecturers Teaching mode Clinical and food practices Content Year 5 WS Meat science and technology practice is carried on in student practice laboratory and in the other unities that support meat technology practice. These unities are shown below: a. Research and Practice Slaughterhouse : There is one research and practice slaughterhouse in our faculty. There is 1 veterinary and 2 butcher in slaughterhouse. The foundation have 2 slaughter lines as a beef and sheep, and cold storage conditions. Slaughtering process is modern and stunning can be applied. Our slaughterhouse has agricultural ministry licensed. Capacity of slaughterhouse is given below : Sheep Beef : 500 /day : 20 /day b. Meat processing plant : This unit is used by students for practice and research and the sheep and beef carcasses grading, fresh meat preparats ( mince meat, steak ), fermented sausage, and heat treated sausage manufacturing. Cattle and sheep are ready for practice at days and hours shown in the curriculum. Each practice groups have approximately 20 students and also one professor with two assistants are on duty. Ante-mortem and post mortem inspections are applied by the students. The carcasses belonged to the slaughtered animals are used in the meat technology practical classes. After, transforming to the meat products at meat processing plant Lecturers Teaching mode O. Ergun, M. Ugur, B. Nazli, K. Bostan, H. Aksu, H. Colak Practical course Hours per Semester: 70 Hours Per Week: 5 ECTS: 2 Managerial Economics of Animal Breeding Year 5 WS Content By the help of this lecture the students learn the knowledge to run the farm animal managements appropriate to the principles of the science of economy. These principles are taught by the lectures on the following subjects: Economics, macro economical analyses, national income, money, supply, demand, consumer balance, price mechanisms, price determination, management, providing of production factors in managements, finance, planning of production and marketing. H. Demir, A. Altinel, H. Gunes, M. Ozcan, S. Corekci, F. Kaygisiz, H. Cerit, A. Yilmaz Lectures Hours per Semester: 28 Toxicology Hours Per Week: 2 Year 5 ECTS: 2 WS Lecturers Teaching mode Content Toxicology is closely related to pharmacology but specialises in the analysis of the harmful effects of drugs and other chemicals on biological systems. The training envisages the categorisation of toxicological symptoms as well as the understanding of the underlying pathogenetic mechanisms, since this is the basis for the selection of adequate therapeutical measures. S. Sener, N. Uzunoren, O. Keles, M. Yildirim, T. Bakirel Lectures (2 + 2 per week) Hours per Semester: 56 Poultry Diseases Hours Per Week: 4 Year 5 ECTS: 4 WS Lecturers Teaching mode Content Principles of disease preventation, Premises, feed and watwer hygiene,, Routes of infections and transmission, Disinfectants and disinfestans, Active and passive immunity, Vaccination, Principles of diagnosis of poultry diseases, Treatment of poultry diseases. Bacterial infections (Pullorum Disease, Powl Typhoid, E.coli infections, Mycoplasmosis, Tuberculosis), Viral infection (Newcastle Di, Infectious Bursal Disease, Infectious Bronchitis, Laryngotracheitis, Marek’s Diseases, İnfectious Anaemia, Lenfoid Leucosis) and Fungal infections and Mycotoxicosis. A. İlgaz, H. Yilmaz, S. Ak, Y.Ozgur, N.Turan Lectures (2 + 1 per week) Hours per Semester: 42 Hours Per Week: 3 ECTS: 3 Lecturers Teaching mode ELECTIVE COURSES Ethology Content In the beginning of the lectures definition, history and aim of ethology is reviewed. Relations between behaviour and nervous system, importance of endocrine regulation on behaviour, effects of environmental factors on behaviour, acquired behaviour models of learning, learning and memory, intelligence, development of behaviour, foetal behaviour, postnatal behaviour, nursing and maternal behaviour, ingestive behaviour, social behaviour, species behaviour patterns are taught later on. U. Cotelioglu, M. Ozcan, M. Arslan, V. Altuncul Lectures Hours per Semester: 28 Biotechnology The main sections are: Content -Development and means of biotechnology -Whart are DNA, Gen and chromosome? The main structre of genetic material -Transport of gens and transgenic animals -Arrangement of activity of gens -Gen mutation, repairment of DNA moviable elements -Principles of recombinant DNA technology Lecturers Teaching mode A. Ozpinar, A. Mengi, S.Korkut, G.Turkmen, A.Firat, N. Toker Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 2 Hours Per Week: 2 ECTS: 2 Lecturers Teaching mode Laboratory Animals Content Laboratory Animals lecture is given in third semester. What is an experiment animal ? Which animals are used in experiments ? In which areas are they used ? Thing should be known about experiment animals. Biologic and production, qualities of rats and mice. Biologic and production, qualities of guinea pigs. Biologic and production, qualities of hamsters. Biologic and production, qualities of rabbits. T. Altug Lectures and practical course (2 + 1 per week) Hours per Semester: 42 Epizootiology Content Definition and purpose of Epizootiology, Epizootiological items, Health and Disease, The causes of Disease,Determinants of Disease, Routes of infections, Spreeds of agents in the body, Transmission of Infections, Types of Infections, Mode of Infections Sporadic, Endemic, Epidemic, and Pandemic Infections, Prevalance, and Incidence, Epizootiological studies, Preventetions of Disease, Control and Eredication Programmes Hours Per Week: 3 ECTS: 2 Lecturers Teaching mode Lecturers Teaching mode Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 2 Fish Diseases Content Bacterial, viral and parasitic fish disease, and fish nutrition. Bacterial fish diseases (Pseudo kidney diseases, Tuberculosis, Nocardiosis, Bacterial kidney diseases, Bacterial gill diseases, Enteric red mouth, Aeromonas salmonicida infections, Aeromonas hydrofhila infections, Camphylobacteriosis), Viral fish diseases (Viral hemorrhagic septisemia, İnfectious pancreatic necrosis, Spring viremia) H. Akkaya, N. Turan Lectures Hours per Semester: 14 Honeybee Diseases Content Its 10 hours include parasitic infections and other disease and problems; remain 4 hours cover bacterial, viral and fungal diseases. H. Akkaya, N. Turan Lectures Hours per Semester: 14 Exotic Pet Diseases Content Students should be commond of the basic theoretical and practical knowledge of housing, feeding, handling, reproduction, sexing, castration, drug administration and internal diseases of the chinchillas, chipmunks, hamsters, guinea pigs, hedgehogs, rabbits, ferrets, primates, wild animals, cage and aviary birds, wild birds, reptiles, amphibians, rats and mice (etiology, pathogenesis, diagnosis, therapy, prognosis). Lectures (2 + 1 per week) Hours per Semester: 42 Hours Per Week: 3 ECTS: 2 Hours Per Week: 1 ECTS: 2 Hours Per Week: 1 ECTS: 2 Lecturers Teaching mode Lecturers Teaching mode Lecturers Teaching mode Environment. public health and veterinary medicine Content Content of this lecture is environmental pollution and public health, ISO standards for environment and food, food policy and authority, food legislations. This lecture is elective. It’s aimed to give students consciousness and knowledge of environmental care. Lecturers Teaching mode Lectures Hours per Semester: 28 Hours Per Week: 2 ECTS: 2