Competing for Funding in the Biomedical Sciences from the National Institutes of Health

1
Competing for Fundingin theBiomedical
Sciencesfrom the National Institutes of Health
Elsewhere

• November 12, 2008
• John Ivy
• JohnIvy_at_tamu.edu
• Office of Proposal Development
• Texas AM University
• Texas AM Health Science Center

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Texas AM UniversityOffice of Proposal
Development

• Unit of Office of Research and Graduate Studies
• Supports Texas AM faculty in the development and
  writing of research and educational proposals
• center-level initiatives
• multidisciplinary and multi-institutional
  research teams
• research affinity groups
• junior faculty research
• diversity in the research enterprise
• a suite of grant writing training programs to
  help faculty develop and write more competitive
  proposals

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OPD Member List

• Jean Ann Bowman, PhD jbowman_at_tamu.edu
• Physical Geography/Hydrology, earth, ecological,
  environmental
• Mike Cronan, PE, BS (Civil/Structures), BA, MFA
• Center-level proposals, research and educational
  partnerships, new proposal and training
  initiatives mikecronan_at_tamu.edu
• Lucy Deckard, BS, MS (Materials) l-deckard_at_tamu.ed
  u
• New faculty initiative, fellowships,
  engineering/physical science proposals,
  equipment, and instrumentation
• John Ivy, PhD (Molecular Biology) johnivy_at_tamu.edu
  
• NIH biomedical and biological science initiatives
• Phyllis McBride, PhD (English) p-mcbride_at_tamu.edu
• Proposal writing training, biomedical, editing
• Libby Pasciak libbyp_at_tamu.edu
• Scheduling, workshop management, project
  coordination
• Robyn Pearson, BA, MA (Anthropology) rlpearson_at_tam
  u.edu
• Social sciences and humanities proposals, editing
  and rewriting

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Office of Proposal DevelopmentOPD-WEB
http//opd.tamu.edu/

• For an electronic version of this presentation
• Funding opportunities how to search for them
• Junior faculty support
• Proposal development resources
• Grant writing seminars and workshops
• PI perspectives on competitive proposals
• Craft of Grant Writing Workbook
• Agency Toolkits

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General Steps for Writing Competitive Proposals
Topics

• Finding Research Funding Opportunities
• Analyzing the RFP Its Role in Proposal
  Development
• Analyzing and Assessing the Agency Culture,
  Mission and Research Priorities
• Understanding the Review Process Writing to
  Reviewers
• Overview of How to Write a Competitive Project
  Summary Proposal Narrative

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Topics to cover today

• Identifying Funding Opportunities
• Know the Funding Agency
• Assess the Competition
• The Review Process
• Preparing Proposals

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Your Research Interests will define funding
sources

• Your research interests should align with the
  Mission of the Agency
• Biology
• Biomedicine
• Health disparities
• Behavior
• Biochemistry
• Computational science
• Interdisciplinary studies

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Know the category of funding in which you are
interested

• Research
• Training
• Fellowship
• Student retention
• Student recruitment
• Diversity
• Curriculum
• Loan reimbursement

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Funding Sources for Biomedcial Research

• National Institutes of Health 29 bill.
• National Science Foundation 6 bill.
• Dept. of Health Human Services
• Department of Defense
• Foundations
• Environmental Protection Agency
• US Department of Agriculture
• National Aeronautics Space Admin.

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Where do you find the RFPs? (Who ya gonna call?)

• Network with colleagues
• Funding sources cited in literature
  acknowledgements
• Corporations
• Professional societies
• Google searches
• University posted listings
• Federal agency web sites
• Foundation web sites
• Discussions with Agency and Foundation
  Representatives
• E-mail listserves (last but not least)

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Grants.gov

• The Grants.gov web portal serves as a single
  point of access for all federal agency grant
  announcements. New funding announcements from
  federal agency are posted to this site daily, and
  a range of other features allow subscribing to
  email funding alerts, linking to agency web
  sites, and searching for funding among agencies.

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http//www.grants.gov/
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Search Browse Grant Opportunities

• Searchhttp//www.grants.gov/applicants/search_opp
  ortunities.jsp
• Browse agencieshttp//www.grants.gov/search/agenc
  y.do

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Grants.gov Search
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Vaccine Keyword Results
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Receive Grants.gov Funding Email Alerts
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http//foundationcenter.org/pnd/rfp/
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Identify NIH Funding Opportunities

• NIH Office of Extramural Research
• http//grants1.nih.gov/grants/oer.htm
• NIH Guide for Grants and Contracts
• http//grants1.nih.gov/grants/guide/index.html
• Search by keyword
• Browse by Requests for Applications (RFAs)
• Browse by Program Announcements (PAs)
• Automatic funding alerts
• Institutes and Centers (IC) homepages
• Listed at http//www.nih.gov/icd
• Go to IC homepage
• Browse or search their Research Funding or
  "Extramural Funding section

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NIH Funding Mechanisms

• Three principal types
• Training T F
• Career K
• Research Project Grant R

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NIH Training Awards

• Institutional awards
• Individual Training awards for predoctoral
  (F31), postdoctoral (F32), or senior fellowships
  (F33)
• Limited to US citizens or legal aliens

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NIH Career DevelopmentK Awards

• Directed at retraining, professional career
  development, or recognition of career success
• K Kioskhttp//grants1.nih.gov/training/careerdeve
  lopmentawards.htm
• Career Award WizardHelps you select the right
  career awardhttp//grants.nih.gov/training/kwizar
  d/index.htm
• Participation may be restricted to certain
  Institutes and Centers

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NIH Career Awards

• K Kiosk http//grants1.nih.gov/training/careerdeve
  lopmentawards.htm
• Career Award Wizard - Helps you select the right
  career awardhttp//grants.nih.gov/training/kwizar
  d/index.htm
• Some directed at retraining, professional career
  development, and recognition of career success
  (may be restricted to certain ICs)
• K01 Mentored Research Scientist
• Provide mentored career development in a new
  research area
• 3-5 yr, 75 effort
• K02 Independent Scientist
• Provides support for newly independent scientists
  (see IC provisions) who can demonstrate the need
  for a period of intensive research focus as a
  means of enhancing their research careers.
• 3-5 yr, 75 effort
• K05 Senior Scientist
• Provides protected time for outstanding senior
  scientists who have demonstrated a sustained high
  level of productivity conducting biomedical
  research
• NIAAA and NIDA only
• 5 yr, 75 effort

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NIH Career Awards

• K07 Academic Career
• Supports individuals interested in introducing or
  improving curricula in a particular scientific
  field
• 2-5 yrs, 25-75 effort
• K08 Mentored Clinical Scientist
• Provides support and protected time to
  individuals with a clinical doctoral degree for
  an intensive, supervised research career
  development experience
• Biomedical and behavior research
• 3-5 yr, 75 effort
• K12 Mentored Clinical Scientist Development
• Institutional programs to support the research
  career development of clinicians only or
  clinicians and Ph.D. basic research scientists
• 5 yr, 75 effort
• K18 Career Enhancement Award for Stem Cell
  Research
• To encourage investigators to obtain the training
  they need to appropriately use stem cells in
  their research
• K22 Career Transition
• Supports an individual postdoctoral fellow in
  transition to a faculty position
• 3 yr, 75 effort
• K23 Mentored Patient-Oriented Research Career
  Development
• Development of the independent research scientist
  in the clinical area
• 3-5 yr, 75 effort

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NIH Career Awards

• K24 Midcareer Investigator Awards in
  Patient-Oriented Research
• Development of clinical mentors conducting funded
  research.
• 3-5 yr, 25-50 effort
• K25 Mentored Quantitative Research Career
  Development
• To foster interdisciplinary collaboration in
  biomedical research by supporting career
  development experiences for scientists with
  quantitative and engineering backgrounds
• 3-5 yr, 75 effort
• K26 Midcareer Investigator Award In Mouse
  Pathobiology Research
• Provides support for established pathobiologists
  who wish to devote up to 50 percent of their
  effort to research and mentoring in the field of
  mouse pathobiology
• 25-50 effort
• K30 Clinical Research Curriculum Development
• Institutional award for development of a clinical
  research curriculum
• 5 yr, up to 200,00/yr
• K99/R00 NIH Pathway to Independence (PI)
• 2 years mentored postdoctoral research 3 years
  independent research in tenure track position (or
  equivalent)

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Research Grants for Independent Scientists

• R01 Large Research Grant
• 4-5 years, 250,000/yr
• R03 Small Grant
• 2 year max, 50,000/yr max
• R21 Exploratory Research Grant
• High Risk High Reward
• Transformational
• 2 years, 275,000 total
• R15 Academic Research Enhancement Award (AREA)
• Primarily undergrad institutions
• Institute must have received lt3mill/yr in NIH
  funding

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Unsolicited vs. Solicited

• NIH makes a distinction between solicited versus
  unsolicited proposals
• Unsolicited (investigator-initiated) proposals
  (82)
• Parent Announcements (Program Announcements, PA)
• Solicited (agency-initiated) proposals (18)
• Program Announcements (PA)
• New research programs and updates to ongoing
  programs (renewable)
• Request for Applications/Proposals (RFA/RFP)
• One time request to fulfill specific agency
  research objective or need

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Parent Announcements
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Identifying NIH Solicitations by Topic
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Example Sequencing Technology
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Example Sequencing Technology
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Funding Opportunity Announcements
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Application Due Dates
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Identifying NIH Solicitations by IC

• Search by Agency (IC)
• Identify funding opportunities within an agency
• Steps for searching.
• Identify Agency (IC)
• Go to their homepage (http//www.nih.gov/icd)
• Go to their Research Funding or Extramural
  Funding section
• Perform search

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Identifying NIH Solicitations by IC
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Identifying NIH Solicitations by IC
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Elements of an NIH FOA

• A Funding Opportunity Announcement
• Part I. Overview Information
• Issuing Organization
• Participating Organizations
• Components of Participating Organization
• Title
• Announcement Type
• Program Announcement Number
• Key Dates
• Executive Summary

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Contents of an NIH PAPart II. Full Text of
Announcement

• Section I. Funding Opportunity Description
• 1. Research Objectives Section II. Award
  Information 1. Mechanism(s) of Support 2.
  Funds Available Section III. Eligibility
  Information 1. Eligible Applicants     A.
  Eligible Institutions     B. Eligible
  Individuals 2. Cost Sharing or Matching 3.
  Other - Special Eligibility Criteria Section
  IV. Application and Submission Information 1.
  Address to Request Application Information 2.
  Content and Form of Application Submission 3.
  Submission Dates and Times A. Submission,
  Review and Anticipated Start Dates   1. Letter
  of Intent B. Sending an Application to the NIH
  C. Application Processing 4.
  Intergovernmental Review 5. Funding
  Restrictions 6. Other Submission Requirements

• Section V. Application Review Information 1.
  Criteria 2. Review and Selection Process   A.
  Additional Review Criteria    B. Additional
  Review Considerations    C. Sharing Research
  Data    D. Sharing Research Resources 3.
  Anticipated Announcement and Award Dates
  Section VI. Award Administration Information
  1. Award Notices 2. Administrative and National
  Policy Requirements 3. Reporting Section VII.
  Agency Contact(s) 1. Scientific/Research
  Contact(s) 2. Peer Review Contact(s) 3.
  Financial/ Grants Management Contact(s) Section
  VIII. Other Information - Required Federal
  Citations

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Program Solicitation

• From the PA or RPF
• Determine supporting ICs
• Identify mechanism (R, T, U, etc.)
• Determine eligibility
• Identify review criteria
• Learn essential information to develop and write
  a competitive proposal that is fully responsive
  to the agencys objectives and review criteria.
• Continuously use the RPF throughout proposal
  development and writing as a reference point to
  ensure that an evolving proposal narrative fully
  addresses and accurately reflects the goals and
  objectives of the funding agency including the
  review criteria.

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Staying Informed on NIH FOAs

• Subscribe to Weekly E-mail LISTSERV

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Remember, investigator-initiated grants represent
gt80 of those funded by NIH!
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Identifying funding opportunitiesSUMMARY

• Develop search protocols to fit research
  interests
• Know relevant agencies
• Learn grant cycles

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NSF Biological Sciences Directorate

• The mission of the Directorate for Biological
  Sciences (BIO) is to enable discoveries for
  understanding life. BIO-supported research
  advances the frontiers of biological knowledge,
  increases our understanding of complex systems,
  and provides a theoretical basis for original
  research in many other scientific disciplines.
• NSF supports fundamental research in science and
  engineering, except for the medical sciences

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NSF Biological Sciences Directorate - Divisions

• Biological Infrastructure
• Environmental Biology
• Emerging Frontiers
• Integrative Organismal Systems
• Molecular Cellular Biosciences

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Know the Funding Agency NIH Mission

• NIH is the steward of medical and behavioral
  research for the Nation. Its mission is
• science in pursuit of fundamental knowledge about
  the nature and behavior of living systems and
• the application of that knowledge to extend
  healthy life and reduce the burdens of illness
  and disability.

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NIH 20 Institutes, 7 Centers
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National Institutes of Health

• NIH is a basic research agency
• Each Institute has its own mission
• Each Institute has its own budget
• Each Institute has its own activities
• Each Institute has its own ways of doing things
• When youre planning to submit a grant, check
  with Program Officers from different institutes
  to determine their specific policies and interest
  in your science.

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Know your home-base IC's Mission
For Researchers
About NIDA
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Analyze the Agency NIH Culture

• Trans-NIH initiatives research that cuts across
  typical agency boundaries of various ICs
• http//www.nih.gov/about/transnih.htm
• Model Organisms for Biomedical Research
• Blueprint for Neuroscience Research
• Bioengineering Consortium
• Biomaterials and Medical Implants
• Bioinformatics at the NIH
• Mammalian Gene Collection
• Cognitive Emotional Health
• Translational Research
• Part of the NIH Roadmap for Medical Research
• http//nihroadmap.nih.gov/
• http//nihroadmap.nih.gov/clinicalresearch/overvi
  ew-translational.asp

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NIH Roadmap for Medical Research
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NIH Roadmap for Medical Research

• Theme New Pathways to Discovery
• Building Blocks, Pathways, and Networks
  Implementation Group
• Molecular Libraries and Imaging Implementation
  Group
• Structural Biology Implementation Group
• Bioinformatics and Computational Biology
  Implementation Group
• Nanomedicine Implementation Group
• Theme Research Teams of the Future
• High-Risk Research Implementation Group
• Interdisciplinary Research Implementation Group
• Public Private Partnerships Implementation Group
• Theme Re-engineering the Clinical Research
  Enterprise
• Clinical Research Implementation Group

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NIH Funding Investments and Priorities

• NIH has investment priorities based on past
  research findings and current trends in science
• Targeted areas (FY 2008 proposed budget)
• HIV/AIDs
• Biodefense
• Roadmap for Biomedical Research
• Enhanced Support for New Investigators
• Physical Infrastructure
• NIH FY2007 budget is 28.8 billion (FY2008
  proposed 28.85 billion)
• NIH funds research projects inside their own
  laboratories (intramural) and outside their
  laboratories at national and international
  locations (extramural)
• Extramural funding 85
• Intramural Funding 10
• Research Infrastructure 5

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New Investigator Programhttp//grants.nih.gov/gra
nts/new_investigators/index.htm
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For New Investigators

• K99/R00 Pathway to Independence
• Must have fewer than 5 yr postdoc experience
• Open to US and non-US citizens
• 2 yr mentored Post-doc 75 effort required
• 3 yr independent, tenure-track or equivalent
  position 75 research effort
• R01 fast review for new investigators
• Check box on cover page for new investigators
• Example Oct 5 Submit Mar 1 Summary
  Statement Mar 20 Resubmit (Mar 5, Jul 5, Nov 5)

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For New Investigators

• More lenient R01 payline for new investigators
  (varies by IC)
• In FY07, 500 R01 awards to be made to new
  investigators
• DP2 Directors New Innovator Award
• For exceptionally creative work of new
  investigators
• Requires highly innovative approaches that have
  the potential to produce an unusually high impact
• Must have completed doctoral degree within 10
  yr
• Awards up to 300,00

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A New InitiativeIdentify Early Stage
Investigators

• Designed to encourage early transition to
  independence
• the average age at which an investigator first
  obtains R01 funding has increased by more than 5
  years between 1980 to and 2001
• New Investigator  An NIH research grant
  Principal Investigator who has not yet competed
  successfully for a substantial, competing NIH
  research grant
• Early Stage Investigator (ESI)  An individual
  who is classified as a New or First-Time
  Investigator and is within 10 years of completing
  his/her terminal research degree or is within 10
  years of completing medical residency
• NIH will collect necessary data from the eRA
  Commons personal profile
• NIH will eliminate the New Investigator Check Box
  on the application face page
• New or First-Time Investigators will continue to
  be identified by determining whether the
  individual has had significant, previous NIH
  funding
• PD/PIs who receive a substantive, competing NIH
  research grant will lose their New Investigator
  status and hence their status as an ESI
• Applications from ESIs and New Investigators will
  be identified to reviewers so that appropriate
  consideration of their career stage can be
  applied during review
• New Investigators as well as ESIs will be
  eligible for the Full Implementation to Shorten
  the Review Cycle for New Investigator R01
  Applications Reviewed in Center for Scientific
  Review (CSR) Recurring Study Sections

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What you're competing forFY 2007 Operating
PlanNIH Discretionary Budget Authority 29.228
Billion

• gt80 awarded to gt325,000 extramural researchers

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It's competitive out there Historical NIH
Congressional Appropriations
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New Grant Applications and Success Rates During
and After the Doubling Period
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Success Rate FY 2007It's competitive out there!

• Research Project Grant application overall
  success rate
• 47,455 applications
• 10,100 funded
• 21.3 success rate
• New 18.2
• Continuation 38.7
• Supplements 33.7

DP1, DP2, P01, R01, R03, R15, R21, R33, R34,
R36, R37, R55, R56, RL1, RL2, RL5, RL9, U01, U19
61

• Competition for funds from the NIH and other
  sponsors, intensifying year by year, now stands
  at an unprecedented level, and shows no sign of
  abating. Never before have so many established
  investigators faced so much uncertainty about
  their longevity as active scientists. Never
  before have so many novices faced so many
  disincentives to entering or continuing a
  research career.

Dr. William F. Raub, NIH Associate Director for
Research and Training, strategy paper, 1982
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Assess the CompetitionKnow what was recently
funded

• Learning about recently funded research in your
  area helps you understand what an agency is
  looking for in the review process
• Search on-line databases of funded projects
• Review abstracts of funded proposals on agency
  web sites
• Talk to the principal investigators of funded
  proposals in your area
• Obtain copies of funded proposals
• Ask the PI

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CRISP http//report.nih.gov/crisp/

• Computer Retrieval of Informationon Scientific
  Projects
• A searchable database of federally funded
  biomedical research
• What similar projects have been funded?
• Has someone already been funded to pursue my
  idea?
• Who are my competitors?
• Who are potential collaborators?

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CRISP search results
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Review of NIH Proposals

• Center for Scientific Review (CSR)
• Administers and coordinates peer review
• http//www.csr.nih.gov/default.htm
• Divisions (4)
• Integrated Review Groups (IRG) 23
• Study Sections (SS) 220
• Scientific Review Officer (SRO)
• Members (peers with expertise in SS research)
• Standing members
• Ad hoc members
• Study section rosters postedhttp//www.csr.nih.go
  v/Roster_proto/sectionI.asp

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What happens when you submit an application?
Center for Scientific Review
1) Scientific Review Group or IC Review Branch
2) IC Advisory Council
Institute Director
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CSR Review Streamlining

• Proposal received at CSR
• Assigned to an IRG, then to a Study Section (SS)
• The Scientific Review Officer (SRO) assigns a
  primary, secondary, and tertiary reviewer
• Review is a two-step process
• 1) Peer review is merit-based
• Investigator-initiated proposals (R01, R03, R21)
  are read by the 1, 2, 3 peer reviewers
• Bottom 50 of proposals are identified about 1
  week prior to the SS meeting (triaged or
  streamlined)
• All three reviewers must agree on the streamlined
  proposals in order for the proposal to be triaged
• Streamlined applications receive summary
  statements verbatim from each reviewer, but are
  not discussed nor scored
• SS meets to review and discuss applications
• Primary reviewer presents your proposal to the
  group (reads the abstract)

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CSR Scoring Proposals

• 1) Peer Review (cont.)
• SS members discuss your application, the primary
  reviewer answers questions about the proposal
• SS members assign a score to the proposal between
  1-5 (1outstanding, 5forget it)
• After the meeting the SRO calculates the average
  score for each proposal, multiply by 100 to get a
  3 digit score (100-500)
• SRO calculates a priority score or percentile
  ranking of the score based on the past 3 cycles
  of grant scores within SS
• SRO prepares a written critique of your proposal
  based on reviewers comments
• 2) Advisory Council or Board
• Meritorious proposals considered against mission,
  needs, and budget
• IC Program Officer makes recommendation to IC
  Director
• IC Director makes funding decision

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Your application is reviewed at study section by

• Experts
• Non-experts
• People who are reading lots of grants
• People who want to be excited by science
• People who will be irritated by a sloppy
  application
• So,
• Submit a high quality, reviewer-friendly
  application!
• Have people review your application critically
  well before submission

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For what are Reviewers looking?NIH General
Review Criteria

• Significance
• Ability of the project to improve health
• Approach
• Feasibility of methods and appropriateness of
  budget
• Innovation
• Originality of research
• Investigator
• Education, training, relevant experience
• Environment
• Suitability of facilities and institution support

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Preparing Proposals

• All NIH proposals use either the electronic form
  SF424 or the paper PHS398.
• The transition to SF424 for F and K awards is
  delayed
• Step 1 Download the Instructions and Forms via
  the NIH OER website
• http//grants2.nih.gov/grants/funding/424/
• http//grants1.nih.gov/grants/funding/phs398/phs39
  8.html
• Step 2 READ THE INSTRUCTIONS

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Writing for Reviewers

• Reviewers often have 8 or 10 proposals to read
• Use white space, underlining, bold, bullets,
  figures, flowcharts to make main points easy to
  find
• Put main idea of sections and paragraphs up front
• Write for the reviewers
• Make it easy for them to assess your proposal
• Make it easy for them to be your advocate

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Must Convince Reviewers

• Your proposed research should be funded
• Its important and supports the agency mission
  and program goals
• Its exciting
• It has a good chance of succeeding
• You are the person who should conduct the
  proposed research
• You are knowledgeable and well-qualified
• You have the support and resources required

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Albert Einstein on Grant Writing

• If you can't explain something simply, you don't
  understand it well.
• Most of the fundamental ideas of science are
  essentially simple, and may, as a rule, be
  expressed in language comprehensible to everyone.
• Any fool can make things bigger, more complex,
  and more violent. It takes a touch of genius
  and a lot of courage to move in the opposite
  direction.

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Before you begin . . .

• Make sure you have identified the following
• Goal
• Indicates the purpose for the project as a whole
• Should be aligned with the agencys mission
• Aims (Objectives)
• Indicate the purpose for each specific part of
  your project
• Should be aligned with your overall goal
• Should be specific and measurable
• Rationale
• Indicates why you want to achieve your purpose
• Should be clear and logical
• Expected outcomes
• Indicate what will change as a result of your
  research(e.g., behavior, performance, process,
  produce)
• Should include both immediate and long-term
  outcomes

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Speak with the Program Officer early and often

• Do your homework first
• Make an appointment
• Listen to the response
• Request clarification
• Follow up

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Never be timid about contacting a program officer
for clarification

• Timidity is never rewarded in the competitive
  grant process.

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Common Elements of PHS398 R01

• Cover page/face sheet
• Description Project Summary (Abstract)
  Relevance
• Performance site, key personnel
• Table of contents
• Budget page(s)
• Budget justification
• Biosketch of PI, biosketch of all other major/key
  personnel
• Resources
• Research Plan (Items A-D)
• Other Information under Research Plan (Items E-J)
• References cited, human or animal research
  subjects, inclusion of minorities/children in
  clinical studies, data sharing plans, etc.
• Appendix items
• Checklist

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Introductory writing tips

• Title, Summary (Abstract), and Introduction
  (Specific Aims) are key
• May be all reviewers read
• Must excite and grab the attention
• Reviewers will assume errors in language and
  usage will translate into errors in the science
• Dont be overly ambitious in what you propose,
  but convey credibility and capacity to perform

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Introductory writing tips

• Sell your proposal to a good scientist but not an
  expert
• Some review panels may not have an expert in your
  field, or panels may be blended for
  multidisciplinary initiatives
• Agencies reviewers fund compelling, exciting
  research
• Proposals are not journal articles proposals
  must be user-friendly and offer a narrative that
  tells a story that is memorable to reviewers

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Cover Sheet

• Requires that you provide basic information about
  yourself, your institution, and your proposed
  research project
• Often offers you the opportunity to indicate if
  you are a new investigator (until Feb. '09/)

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Title

• Used by agency administrators to route your
  proposal to the appropriate reviewers
• Should provide an accurate representation of
  your proposed project
• Should generate interest in and enthusiasm for
  your proposed project
• Should conform to agency requirements
• Program name
• Number of characters (NIH 81 incl. spaces)

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Project Summary (Abstract)

• Used by agency administrators to route your
  proposal to the appropriate reviewers
• Provides a concise overview of the proposed
  project
• Requires that you provide a great deal of
  information within a very limited amount of space
  (NIH 30 lines)
• Becomes public record if the project is funded

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Project Summary (Abstract)

• One of the most critical sections
• May be one of only a few elements a reviewer
  reads
• Communicate excitement and grab the reviewer
• Consider writing the Abstract after you've
  written your Research Plan
• Use the same elements of the Specific Aims in the
  same order
• Brief introduction to the topic
• Gap in knowledge or critical need
• Broad, long-term goals
• Specific Aims
• Describe research design and methods
• Summarize the Significance of the project
• Avoid summary of past accomplishments
• Avoid use of the first person

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Project Relevance

• The second component of the Project
  Summary/Abstract is Relevance
• Corresponds to "Project Narrative" in SF424 forms
• Using no more than two or three sentences,
  describe the relevance of this research to public
  health
• Be succinct and use plain language that can be
  understood by a general, lay audience

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Budget Budget Justification

• Budget
• Budget categories are defined by the funding
  agency
• Get help (institutional grants administrator)
• Be reasonable. The reviewers also do research!
• Budget Categories
• Direct
• Personnel
• Equipment
• Travel
• Materials, Other Supplies
• Indirect
• FA (Facilities Administrative)

88
Budget Budget Justification

• Budget Justification
• Personnel
• Who? What will they do? How much effort ()?
• Why is this person critical to the success of the
  project?
• Equipment
• What do you need? Why do you need it? Is there a
  similar apparatus nearby that you can use (if
  yes, why not use it)?
• Travel
• Where do you need to go? How many times will you
  go there? How many of the project personnel will
  go? Approximately how much will it cost and why?
• Materials, Other Supplies
• Equipment maintenance contracts? Fee for service
  resource?
• FA
• Determined by what your institution has
  negotiated
• Limited by funding mechanism

89
Connect budget to the research narrative

• Be sure activities discussed in the narrative
  (Research Plan) are reflected in the budget
• In budget justification, personnel, materials,
  supplies, equipment, travel should reflect that
  necessary to complete Research Plan
• Base budget on real costs
• Remember that reviewers know what things cost
• Factor in both direct and indirect costs
• Factor in cost escalations for multi-year projects

90
NIH Biographical Sketch

• Four page maximum use NIH form
• Emphasize qualifications relevant to the proposed
  project
• Ability to conduct and manage project
• Section A. Positions and Honors
• Section B. Publications
• List publications reflective of the topic of the
  current proposal (or maximum)
• Section C. Research Support
• Current and completed support
• Begin with projects that are most relevant to the
  research proposed in the application

91
Biographical sketch

• Emphasize qualifications relevant to the proposed
  project
• Ability to conduct project
• Ability to manage project
• Adhere to agencys formatting requirements
• Use the required form
• Stay within prescribed page limits
• Place information in the required order
• If you are collaborating format your
  colleagues resumes like your own

92
Sample NIH Biosketch (via http//grants.nih.gov/gr
ants/OER.htm)
93
Resources

• Demonstrate that it is feasible to conduct the
  proposed research project at your institution
• Laboratory
• Clinical
• Animal
• Computer
• Office
• Other

94
Resources

• Demonstrate that it is feasible to conduct the
  proposed research project at your institution
• Demonstrate that you are part of an
  intellectually stimulating and supportive
  research environment

95
Research Plan

• Introduction (Resubmissions only)
• A) Specific Aims
• Long-range goals
• Hypothesis
• B) Background Significance
• C) Preliminary Studies / Progress Report
• D) Research Design and Methods
• Structure based on Specific Aims

96
Specific Aims

• Critically important
• Must provide a conceptual overview
• Must outline the project goals, objectives
  (aims), and expected outcomes
• Must be clearly written leave no room for
  interpretation
• Must grab the reviewers attentionand generate
  enthusiasm for the project
• Must be able to stand alone
• Often Title, Abstract, and Specific Aims may be
  the only three parts that all reviewers will have
  an opportunity to read

97
Specific Aims

• PHS's Instructions
• "List the broad, long-term objectives and the
  goal of the specific research proposed, for
  example, to test a stated hypothesis, create a
  novel design, solve a specific problem, challenge
  an existing paradigm or clinical practice,
  address a critical barrier to progress in the
  field, or develop new technology. One page is
  recommended."
• Grants.gov Application Guide SF424 (RR)

98
General organization of the Specific Aims
Introduction to the problem. Identification of
need or gap in knowledge. Long term research goal
and specific project goal Central
hypothesis Specific Aims
Project outcomes benefits
99
Specific Aims

• Provide a framework
• State a long-range goal of your research program
• Tie to program/agency mission and goals
• State a specific hypothesis or critical need that
  your experiments will address
• Provide a rationale for your approach
• State specific, measurable Specific Aims
• Discuss expected outcomes
• Do not be overly ambitious!

100
Specific Aims

• Write this section for all your audiencesprimary
  reviewers and other reviewerssince they'll all
  read it.
• Provide a framework for your research topic
• State a long-range goal of your research program
• State a goal of the proposed research
• Identify a gap in knowledge or critical need
• State a specific hypothesis or critical need that
  your experiments will address
• State specific, measurable Specific Aims
• Aims are not activities, e.g., measure, study,
  evaluate
• Specific aims are what you plan to accomplish by
  the end of the grant
• Specify research methods
• Do not be overly ambitious!
• Provide a rationale for your approach how
  expected outcomes will fill gap in knowledge,
  satisfy critical need, advance the field, enable
  future progress, etc.
• Summarize Significance
• Identify Innovation
• Tie to program/agency mission and goals
• One approach organize this section into four
  paragraphs.

101
Specific Aims Paragraph 1

• Introduce the project.
• Relate the project to the agencys mission.
• Educate the reviewer.
• Summarize the important knowledge.
• Identify the gap in the knowledge or state the
  critical need.
• Identify the problem created by the gap or the
  critical need.
• Adapted from Morrison and RussellGrant
  Application Writers Workbook

102
Specific Aims Paragraph 2

• Describe your long-range research or career
  goal(s).
• Ensure that your long-range career goal aligns
  with the agencys mission.
• State your overall project goal.
• Ensure that the overall project goal addresses an
  identified gap in knowledge and represents a step
  toward achieving your long-range career goal.
• Present your central hypothesis (or,
  alternatively, a statement of need).
• Be sure that you present a true hypothesis one
  that can be objectively tested to determine its
  validity rather than a predetermined
  conclusion.
• Adapted from Morrison and Russell Grant
  Application Writers Workbook

103
Specific Aims Paragraph 2 (cont.)

• Explain your rationale for pursuing the project.
• Indicate what it will be possible to accomplish
  when your research is complete.
• Describe your qualifications and research
  environment.
• How you are better prepared than other, equally
  qualified researchers.
• Identify special training, expertise, experience,
  and, most importantly, relevant preliminary data.
• Identify access to human and animal subject
  pools to unique equipment and instrumentation
  and to collaborations and partnerships.
• Why you are the best resercher in the best
  environment to address the research question.
• Adapted from Morrison and Russell Grant
  Application Writers Workbook

104
Your Central Hypothesis

• The foundation of your application the
  conceptual underpinning on which the entire
  structure rests.
• Generally applications should ask questions that
  prove or disprove a hypothesis rather than use a
  method to search for a problem or simply collect
  information.
• The goal of more applied research may be to
  discover basic biology or develop or use a new
  technology.
• If your application is not hypothesis-based,
  state this in your cover letter and give the
  reasons why the work is important.

105
Your Central Hypothesis

• Choose an important, testable, focused hypothesis
  that increases understanding of biologic
  processes, diseases, treatments, or preventions
  and is based on previous research.
• State your hypothesis in both the Specific Aims
  section and the Abstract.
• Example of a good research hypothesis
• Analogs to chemokine receptors can inhibit HIV
  infection.
• Examples of a poor research hypothesis
• Analogs to chemokine receptors can be
  biologically useful.
• A wide range of molecules can inhibit HIV
  infection.
• NIAID "How to Plan a Grant Application"

106
Specific Aims Paragraph 3

• Delineate your specific aims in a bulleted list.
• Ensure that specific aims correlate with your
  central hypothesis.
• Ensure that all specific aims relate to and
  support your overall project goal.
• Design your specific aims and experiments so they
  answer the question posed by the hypothesis.
• Provide conceptual rather than descriptive
  specific aims.
• Adapted from Morrison and Russell Grant
  Application Writers Workbook

107
Specific Aims Paragraph 3 (cont.)

• Delineate your specific aims in a bulleted list
  (cont.).
• Delineate a reasonable number of specific aims,
  presented in a logical order.
• Why aims are generally stronger than what
  aims.
• Define a clear purpose, working hypothesis or
  statement of need, and expected outcome for each
  specific aim.
• Make sure no specific aim is dependent on the
  successful outcome of another aim.
• Adapted from Morrison and Russell Grant
  Application Writers Workbook

108
Specific Aims Paragraph 4

• Identify the projects innovation, e.g., a unique
  approach or technology
• Delineate the projects expected outcomes
• Should validate central hypothesis and resolve
  gap in knowledge
• Summarize the projects significance
• Provides segue to Background and Significance
• Adapted from Morrison and Russell Grant
  Application Writers Workbook

109
Specific Aims

• Don't be overly ambitious
• 2-5 aims for an R01
• Avoid descriptive aims
• No fishing expeditions no look-and-see!
• Use brief, concise, informative, conceptual
  statements (headline style)

110
What vs. Why Aims

• "What" aims
• Determine amino acid sequence of protein Y of
  antiviral Z-sensitive wild-type virus X.
• Determine amino acid residue changes in protein Y
  of 100 natural antiviral Z-resistant virus X
  isolates.
• In culture, select for virus X variants that
  develop resistance to antiviral Z and identify
  altered protein Y residues.
• versus
• "Why" aim
• Identify virus X protein Y candidate amino acid
  residues responsible for antiviral resistance.

111
Background Significance

• Consider starting with Significance and tie into
  Specific Aims
• Explain explicitly why proposed research is
  important
• Specify how your research will extend and advance
  knowledge in the field
• Identify what you will be able to do following
  successful research that you cannot now do.
• Tie to agency and program goals
• Relate to review criteria (e.g., innovation)
• Make Significance easy to find
• Communicate your excitement!

112
Background Significance

• Background should tie closely to your proposed
  research
• Describe state of the field
• Provide context for proposed project
• Demonstrate your familiarity with the field
• Nature of the problem and Identification of the
  opportunity
• Acknowledge alternative hypotheses or models
• Be thorough and concise
• Do not be dismissive of previous research

113
Significance

• Consider placing up front
• Explain explicitly why proposed research is
  important
• Tie to agency and program goals
• Relate to review criteria (e.g., innovation)
• Make this easy to find
• Opportunity to make important points up front
• Communicate your excitement!

114
Preliminary Data / Progress Report

• Discussion of preliminary data must connect
  clearly to proposed project
• Determine how much preliminary data to include
• Can vary with funding mechanism
• Present the results in a logical order
• Illustrate your results

115
Research Design Methods

• Structure based on Specific Aims or Review
  Criteria
• Include approaches and detailed methods
• Be clear about how you will accomplish your
  stated goals and objectives. Include details
• What, specifically, will you do when you get the
  money?
• Schedules and milestones may be helpful
• This is especially important if you are a
  relatively new researcher
• Identify expected, measurable outcomes
• Identify and address anticipated pitfalls and
  alternate approaches
• Avoid ambiguous terminologybe specific!

116
Project schedule

• Delineate the key milestones
• Incorporate the agency and program requirements

117
Research Ethics

• Address all relevant ethical issues regarding
  inclusion of human and animal subjects and use of
  hazardous materials, select agents, or
  recombinant DNA
• Justify use of human and animal subjects and or
  hazardous materials, select agents, or rDNA
• Demonstrate that potential benefits outweigh
  potential risks
• Delineate training procedures
• Explain safeguards from potential risks
• Discuss reporting procedures

118
Formatting Requirements

• Font
• Arial, Helvetica, Palatino Linotype, or Georgia
  typeface
• Black font color
• Font size of 11 points or larger
• Symbol font may be used to insert Greek letters
  or special characters the font size requirement
  still applies
• Type density, including characters and spaces,
  must be no more than 15 characters per inch
• Type may be no more than six lines per inch
• Page Margins
• At least one-half inch margins (top, bottom,
  left, and right) for all pages
• Use standard paper size (8 ½" x 11)
• Figures, legends, tables, graphs, charts, etc.
  may use smaller font

119
The funded proposal

• The author of a funded proposal has
  accomplished the basic goal of grant writing when
  she has
• Ensured the reviewers were intrigued and excited
  about the proposed research,
• Understood its significance, and
• Were confident in the researchers capacity to
  perform.

120
Three possible outcomes of proposal review

• Triaged
• Discussed, scored, not funded
• Discussed, scored, FUNDED!

121
Receive review comments

• If your proposal is not funded
• Deal constructively with rejection

122
Revisions Resubmission
X Two

• Three strikes youre out
• Read the reviewers comments
• Take a break
• Re-read the reviewers comments
• Dont take them personally
• Read the reviewers comments, AGAIN
• Call the program officer for more feedback
• Evaluate if you should resubmit

123
Interpreting Reviews Planning to Resubmit

• Were certain issues mentioned consistently?
• Plan how to address those issues
• Did the reviewers misunderstand your proposal?
• Plan how to make your text more clear
• Was no clear issue mentioned?
• May not have excited reviewers enough
• May not be an area they wish to fund now
• May not fit into their research portfolio
• Begin working on the revisions. Incorporate the
  revisions that you think make your proposal
  better than the previous submission
• Many funded proposals were funded after multiple
  submissions ? intelligent perseverance is the key!

124
Revise and resubmit your application

• Respect the views of reviewers
• Review the reviews
• Decide whether or not you have a viable project
• If you dont, revise the idea or come up with a
  new one
• If you do, revise and resubmit the application

125
Receive review comments

• If your proposal is funded
• Celebrate!

126
Recap Tips for Success at NIH

• Understand NIHs mission and overall goals
• Propose research topics that cross the boundaries
  of various IC
• Leverage tools and resources from other research
  areas to approach your research topic
• Create multidisciplinary research teams
• Focus on NIH priorities
• Search for funding opportunities often and using
  different strategies, e.g., agency or topic
  search, and submit unsolicited proposals when
  possible
• Look for various opportunities to acquire
  funding, e.g., diversity supplements, career
  awards
• Partner with established NIH investigators

127
Recap Tips for Success with NIH Grants

• Identify your "IC home"
• Get to know your Program Officer
• Sign up for the Weekly NIH Funding Opportunities
  and Notices
• Study the "how-to" NIH websites
• Look for various opportunities to acquire
  funding, e.g., diversity supplements, career
  awards
• Partner with established NIH investigators
• Read the solicitation
• Develop a descriptive title
• Write a concise, non-ambiguous Abstract/Summary
• Write Specific Aims that are hypothesis-driven
  with clear, measurable outcomes

128
The Last WordThe proposal is the only reality

• A proposal is not unlike a novel or a movie. It
  creates its own, self-contained reality. The
  proposal contains all the funding agency and
  review panel will know about your capabilities
  and your capacity to perform. With few
  exceptions, an agency bases its decision to fund
  or not to fund entirely on the proposal and the
  persuasive reality it creates.

129
Life Science Funding Source Listings

• Grants.gov http//www.grants.gov
• National Institues of Health
• Office of Extramural Research http//grants.nih.go
  v/grants/OER.htm
• Individual Institutes and Centers
• National Science Foundation http//www.nsf.gov/
• Find Funding http//www.nsf.gov/funding/
• Funded Research http//www.nsf.gov/awardsearch/
• GrantsNet sponsored by AAAS and
  HHMI http//sciencecareers.sciencemag.org/funding
• Congressionally Directed Medical Research
  Programs http//cdmrp.army.mil/funding/default.ht
  m
• Philanthropy News Digest RFP listings http//found
  ationcenter.org/pnd/rfp/
• American Cancer Society http//www.cancer.org/docr
  oot/RES/RES_0.asp
• American Heart Association http//www.americanhear
  t.org/presenter.jhtml?identifier9713
• Cancer Research Institute http//www.cancerresearc
  h.org/criprogs.html
• Life Sciences Research Foundation http//www.lsrf.
  org/geninfo.htm

130
Additional Resources

• Office of Proposal Development,
  TAMUhttp//opd.tamu.edu/
• Funding Opportunitieshttp//opd.tamu.edu/funding-
  opportunities
• Resources for Junior Facultyhttp//opd.tamu.edu/r
  esources-for-junior-faculty
• The Craft of Grant Writing workbookhttp//opd.tam
  u.edu/the-craft-of-writing-workbook
• National Science Foundationhttp//www.nsf.gov/
• Find Fundinghttp//www.nsf.gov/funding/
• Funded Researchhttp//www.nsf.gov/awardsearch/

131
Web Resources

• National Institutes of Health http//www.nih.gov/
  
• Grant Application Basicshttp//grants.nih.gov/gra
  nts/grant_basics.htm
• All About Grants Tutorialhttp//www.niaid.nih.gov
  /ncn/grants/default.htm
• New Investigator Portalhttp//www.niaid.nih.gov/n
  cn/grants/new/portal.htm
• Annotated R01 Research Plan and Summary
  Statementhttp//www.niaid.nih.gov/ncn/grants/app/
  
• Mock Peer Review Videohttp//www.csr.nih.gov/Vide
  o/Video.asp
• CRISP funded biomedical researchhttp//crisp.cit.
  nih.gov/

132
Web Resources

• Grants.gov http//www.grants.gov
• GrantsNet sponsored by AAAS and
  HHMI http//sciencecareers.sciencemag.org/funding
• Congressionally Directed Medical Research
  Programs http//cdmrp.army.mil/funding/default.ht
  m
• Philanthropy News Digest RFP listings http//found
  ationcenter.org/pnd/rfp/
• American Cancer Society http//www.cancer.org/doc
  root/RES/RES_0.asp
• American Heart Association http//www.americanhear
  t.org/presenter.jhtml?identifier9713
• Cancer Research Institute http//www.cancerresear
  ch.org/criprogs.html
• Life Sciences Research Foundation
  http//www.lsrf.org/geninfo.htm
• National Multiple Sclerosis Society
  http//www.nationalmssociety.org/

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Grant Writers' Seminars and Workshops http//gran
tcentral.com/
136
Questions?

• Copies of this presentation will be available on
  the OPD websitehttp//opd.tamu.edu/