Peer Review Advisory Committee Meeting Structured Critiques
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SHORTENING THE REVIEW CYCLE
PEER REVIEW ADVISORY COMMITTEE MEETING
STRUCTURED CRITIQUES
September 26, 2005
Hortencia Hornbeak, Ph.D.
Associate Director for
Scientific Review and Policy
DEA, NIAID
SHORTENING THE REVIEW CYCLE
Outline for Today’s Discussion
Multi-pronged approach to shortening review cycle
Principal drivers of structured critiques
Structured critique formats
Structured critiques-award mechanisms
Reviewer guidance
Changing reviewer behavior
Resources needed
SHORTENING THE REVIEW CYCLE
Features of NIH Peer Review that
Meet the Test of Time
Management of conflict of interest (core value)
Secure appropriate expertise (core value)
Develop collective expert advice through discussion
Provide guidance/feedback to applicant
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Multi-pronged Approach
Electronic submission of applications
Knowledge management solutions in referral/recruitment
Electronic recruitment of reviewers for SEPs
Internet assisted review (IAR)
Structured critiques
Abbreviated summary statements
Council approval independent of scheduled meetings
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Structured Critiques: Principal Drivers
Accelerated review for AIDS initiatives (mid 1980s)
Hyper-accelerated review of Innovation grants for
HIV/AIDS hyper-accelerated review
Large increase in funds ($1.5 B) for biodefense
research (2003)
Five review cycles (73 days per cycle) per FY
60 days from receipt to review
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Structured Critiques: Principal Drivers (cont.)
Hyper-accelerated review of Bioshield initiatives-
Project Bioshield Legislation 2004
No FACA rules
Outside IMPAC II
Constraints on FY funding
Lag time to hire and train staff
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Five Review Cycles: FY03-04
73 days per cycle for most reviews
SRA team work
Flexible SRA assignments
Advance electronic recruitment of reviewers for SEPs
based on letters of intent
Structured critiques
IAR assembly of abbreviated summary statements
Administrative review report to GMB and Program
SHORTENING THE REVIEW CYCLE
Five Review Cycles: FY03-04 (cont.)
Lessons learned
Secure appropriate expertise with large numbers
of potential reviewers in conflict
Tools developed to manage large reviews
Structured critiques
Practical guidance for reviewers
Administrative workbooks
Reviewer Support Site
Publication search macro for conflicts
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Five Review Cycles: FY03-04 (cont.)
Effective flexible working teams
Conflict of interest management
Development of staff training resources
Effective communications with stakeholders
Pre-meeting teleconferences to educate
reviewers
Increase use of teleconferences for reviews
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STRUCTURED CRITIQUE FORMAT
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Structured Critique - Benefits
Goal
Improve utility for stakeholders by:
More focused discussions
More concise written evaluations
Facilitated preparation of abbreviated summary
statements
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Structured Critique - Challenges
Requires change in behavior of reviewers
May adversely affect “tutorial” aspect
May not capture adequately complexity and/or
subtleties
May lead to applicant appeal
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Structured Critiques: Simple and
Complex Mechanisms
R03
R21
R01/U01
P54 Regional Centers - two-tiered review
P01/U19
UC6 Biocontainment laboratories
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Structured Critique Template
Tailored for each initiative
Initiative-specific review criteria
Use short phrases to describe each review criteria
Based on the five NIH review criteria as a scaffold for
initiative specific criteria
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Critique Structured Format
Significance:
Strength # 1 [strongest] (1-2 lines)
Justification/explanation (2-4 lines)
Strength # 2 (1-2 lines)
Justification/explanation (2-4 lines)
Strength # X (1-2 lines)
Justification/explanation (2-4 lines)
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Critique Structured Format (cont.)
Weakness # 1 [most serious weakness] (1-2 lines)
Justification/explanation (2-4 lines)
Weakness # 2 (1-2 lines)
Justification/explanation (2-4 lines)
Weakness # X (1-2 lines)
Justification/explanation (2-4 lines)
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Critique Structured Format (cont.)
Continue with format in previous slides for:
Approach
Innovation
Investigator
Environment Criteria
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EXAMPLE OF A
STRUCTURED CRITIQUE
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Example of Structured Critique
RESUME AND SUMMARY OF DISCUSSION: This (adjectival
rating) application entitled “ " was submitted
by (organization), Principal Investigator. The applicants propose to (one
sentence summary of specific aim(s). The principal strengths identified by
reviewers include , , , and . The
major weaknesses are , , , and .
After discussion, the panel concluded that , and
scored the application in the range.
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Example of Structured Critique (cont.)
OVERALL EVALUATION
This is an excellent application in response to the RFA…... It is based on
solid hypotheses and preliminary evidence that XX inhibitors can protect
from toxin-mediated pathogenicity of B. anthracis. The team is highly
experienced and has worked together to establish the background for the
project. Goals are clearly laid out, experiments are generally well
described, and there is a high probability of significant advances in
therapy of anthrax-related toxicity in patients.
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Example of Structured Critique (cont.)
CRITIQUE
Significance
Strength 1 - novel approach to block enzymatic conversion of a
bacterial XX protoxin in several bacteria, including B. anthracis
Strength 2 - excellent likelihood of successful development of lead
compounds
Strength 3 - excellent opportunity to test lead compounds directly in
toxin-treated animals
Weakness 1 - unknown toxicity related to furin inhibitors
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Example of Structured Critique (cont.)
Approach
Strength 1 - solid rationale and preliminary evidence for
Pseudomonas-related toxin XX, including protection of toxin-
induced death in mice
Strength 2 - lead compound XXX has potent binding to target
Strength 3 - excellent team to conduct studies
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Example of Structured Critique (cont.)
Approach (cont.)
Weakness 1 - Is furin block in vivo sufficient to cure infection
or only protect from XX-mediated toxicity?
Weakness 2 - in preliminary results, the PI concludes that
“XXX actually enters cells”, but the data only demonstrate
that “biotinylated XX” enters cells - they are quite different
substances. To further understand the apparent lack of
cytotoxicity of XXX, permeabilized cells should be used.
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Example of Structured Critique (cont.)
Innovation
Strength 1 - detailed mechanistic study of XXX effect on XX
toxicity to RAW cells
Strength 2 - study of kinetics and time course of protection
from XX and cell-surface bound iodinated XX
Strength 3 - design of XX analogs including synthetic
peptides, polyamines and related peptidomimetics
Strength 4 - in vivo studies examining efficacy of XXX on
TNF production and on XX induced toxicity in animal models
Weakness 1 –the approach not innovative and could benefit
from collaborative expertise for these studies.
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Example of Structured Critique (cont.)
Investigator
The PI is experienced in peptide hormone studies and peptide
processing. Collaborator Dr. XX is experienced in peptide
synthesis. The team has successfully worked together in the
discovery of polyarginine furin inhibitors. The application would
be strengthen by additional collaborative expertise for XX studies
Environment
Lab facilities of the PI are adequate for the studies. Presumably
those of Dr. XX’s institution are also adequate.
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Example of Structured Critique (cont.)
Budget
Appropriate for the level of effort proposed.
Animal Welfare
Comments: A letter of approval of an animal protocol was
included. It does not indicate if both mice and rats are approved
for the study. The PI does not address the “five questions” about
animal usage. Nature of anesthesia is not indicated.
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STRUCTURED CRITIQUES:
MECHANISM-SPECIFIC EXAMPLES
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Structured Critiques:
Simple to Complex Initiatives
R21- Rapid Response Grant Program on Bioterrorism-
Related Research
U01/U19 RFA Cooperative Research for the
Development of Vaccines, Adjuvants, Therapeutics,
Immunotherapeutics, and Diagnostics for Biodefense
Biodefense Countermeasure Development
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Structured Critiques:
Benefits – All Mechanisms
More focused assessments of the applications
Increased time for discussion of competitive
applications
Enabled committee to manage larger number of
applications per SEP.
Faster SS completion for awarded grants
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Structured Critiques - R21
RFA Rapid Response Grant Program on Bioterrorism-
Related Research (2002)
Mechanism R21
Number of applications 303
Review committees 3 SEPs
Number of members/SEP 25
Streamlined applications 33 percent
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Structured Critiques - R21 (cont.)
Electronic critique templates
3 SRAs assigned
Resume and summary of discussion templates
Faster SS completion – 4 weeks
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Structured Critiques - U01s and U19s
RFA Cooperative Research for the Development of
Vaccines, Adjuvants, Therapeutics, Immunotherapeutics,
and Diagnostics for Biodefense (2003)
Mechanism U01, U19
Number of applications 186
Review committees 3 SEPs
Number of members/SEP 40
Streamlined applications 33 percent
Electronic critique templates
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Structured Critiques - U01s and U19s (cont.)
Resume and summary of discussion templates
Templates for resume and summary of discussion
3 SRAs assigned
Faster SS completion - 3 weeks
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Structure Critiques - Project Bioshield
Biodefense Countermeasure Development
Hyper-accelerated Review (2004)
Mechanism N/A (small grants)
Number of applications 66
Letter of intent/program
Pre-approval
Review committees 1 SEP
Number of members/SEP 23
Streamlined applications 60 percent
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Structure Critique - Project Bioshield (cont.)
Teleconference review
Receipt to award 60 day
Electronic critique templates
Enabled committee to manage the large workload in
a hyper-accelerated time frame
Faster SS completion - 2 weeks
Not standard summary statements
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Guidance Provided to Reviewers
Orientation teleconference with members from
multiple committee for standardization
Electronic critique template tailored to the initiative.
Instructions for Reviewer Manual tailored for each
initiative or SEP
Overlapping reviewers among the review panels
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Changing Behavior of Reviewer
Clearly stated expectations
Focused rational rationale and objectives
Required buy-in from all stake holders
NIH
NIAID
reviewers
Make it easy across the board
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Resources Needed to Decrease Time
Sufficient numbers of trained staff
Effective SRA/GC Work teams
Flexible staff assignments
Versatile and state of the art IT support
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Summary
Preserve features that make NIH Peer Review work
with any changes adapted
Manage conflict of interest (core value)
Secure appropriate expertise (core value)
Develop collective expert advice through
discussion
Provide guidance/feedback to applicant
Structured critiques are applicable to many award
mechanisms: simple to complex
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Summary (Cont.)
Reviewers must be properly oriented in pre-review
teleconferences
Reviewers do adapt to change
Structured critiques decrease time for summary
statement preparation
Resulting product (SS) more useful to
stakeholders
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Summary (cont.)
Structured critiques along with other innovations
can shorten the review cycle
Electronic submission of applications
Knowledge management solutions in referral
Electronic recruitment of reviewers for SEPs
Internet assisted review (IAR)
Abbreviated summary statements
Council approval independent of scheduled meetings
SHORTENING THE REVIEW CYCLE
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