Title: GrantWriting Strategies for Principal Investigators
1Grant-Writing Strategies for Principal
Investigators
- How to Build and Submit Successful Grant Proposals
Elizabeth Mitloehner UC Davis Center for Public
Policy, Race, Ethnicity and Gender June 14, 2005
2Content Acknowledgments
- Thomas R. Blackburn
- Getting Science Grants
- http//www.josseybass.com/go/sciencegrants
- Jim Millam
- Abstract Presentation
3 The Team
Photo Credit Horse Barn
4 Collaboration is Synergistic
- Principal Investigator
- Co-Principal Investigator
- Collaborators
5 Principal Investigator
- Primary research idea
- Lead author
- Majority intellectual contribution
6Co-Principal Investigator
- Second or third scientist
- Expertise vital to project success
- Full partner in intellectual work of planning,
interpreting, revising - At same or different institution
7When to invite a Co-PI
- Important aspects of the project -- those
constituting intellectual contributions -- are
beyond your means or expertise - New/ unknown investigators may want a Co-PI known
to agency
8Collaborator
- Provides consultation, specialized techniques,
access to materials, or entrée into field areas,
populations, etc. - Can receive funding on a fee basis, paid from the
grant - Does not share in intellectual direction of
research
Photo Credit Canine Research Lab
9Developing A Proposal for Peer Review
Photo Credit Animal Genomics Laboratory
10Address Three Audiences
- Program Officer
- Gauges fit w/ agency guidelines/ eligibility
- Technical Peer Reviewers
- Verify validity/ veracity of your science
- Rate proposal
- Panel of generalists
- Vote on final awards
- Often scientists from other fields
11Title and Abstract
- Title and Abstract make high-impact first
impression - Search funded titles/ abstracts
- Develop at the beginning
- Revise along the way
- Refine at the end
- Take the time to write both effectively
12 Title
- 100 useful information
- Professional language
- Addresses all reviewers
- No methods detail unless proposal is to test a
specific method or use of equipment
13Abstract
- Concise (usually 250-400 words)
- All scientifically important features of the
proposed project - Context and significance
- Hypotheses
- Impact and implications
14 The neurological basis of photorefractoriness
in domestic turkeys
Photo Credit ARS
15 Define Overall Research Focus
- Photorefractoriness defined as a condition in
certain turkey hens - Condition limits egg production
- Determining and addressing the derivation of the
condition can lead to significantly increased egg
production.
16 State the Research Problem
- Lack of understanding of the neurological basis
of photorefractoriness, which causes hens to stop
laying eggs. -
17 Cite Preliminary Findings
- Hens that remain photosensitive continue to
produce eggs. - Hens that become photorefractory stop laying
eggs. - The difference between these two conditions
appears to be linked to the presence and function
of tuberal neurons in the hypothalamus.
18 State New Direction for Research
-
- This important finding now permits
investigations of the neurological basis of PR.
19 Define Proposed Research
- Research will determine
- HOW the tuberal neurons function in
photosensitive and photorefractory hens. - WHETHER the role of thyroid hormone is critical
for the normal behavior of tuberal neurons.
20 Specify Hypothesis
- Neurons in the tuberal hypothalamus of
photorefractory hens cause thyroid
hormone-induced reduction in the efficiency of
phototransduction. -
21 State Objectives
-
- Determine the neurochemical identity of the
tuberal neurons and their connectivity. - Determine whether the expression of thyroid
hormone-related proteins and mRNAs differ in
photosensitive vs. photorefractory hens and under
varying treatment conditions.
22 Objectives, Cont.
- Determine whether the tuberal neurons behave
differently in treatment v. control. - Determine whether photostimulated regional brain
metabolism differs in photosensitive vs.
photorefractory hens.
23 Methodology Credibility
- Objectives 1-3 utilize immunohistochemistry and
in situ hybridization. - Objective 4 utilizes non-invasive micro
positron-emission tomography imaging (microPET)
and will be the first such use of this technology
in birds. - Answers to these questions will substantially
increase our understanding of the neurological
basis of Photorefractoriness.
24 Drive Home Research Relevance
- The long-term goal is to identify critical steps
in the development of a condition that could be
blocked or prevented. - Eliminating this condition addresses the program
priority of increasing fertility, - The proposal addresses Strategic Planning
Priority 1 by .
25 Required Narrative Elements
26Narrative Expands Info from Abstract
- Introduction
- Description of significance of proposed research
in context of prior work - Bibliography
- Hypotheses to be tested and methods you will use
to test them - Intellectual and other impacts of research
27 Introduction
- Presents the conceptual setting of your work
- Is the appropriate place for conveying the
excitement of your work - Must be compelling, highly focused, and concise
- Includes an illustrative chart or graph to
provide a visual theory of action
Graphic Credit G. Anderson
28Literature Review
- Also known as prior work and referenced in full
bibliography - Lays the context for the problem
- Persuades readers that research area is vital
- Cites leading current research, including your
own - Proves you have done your homework
- Proves you have a significant contribution to
make to the field - Avoid plagiarizing someone elses review
29Research Impact and Significance
- Agencies fund research that (a) answers questions
and (b) fosters new inquiry - Spend at least 1/2 page on this topic alone
- Detail themes here, weave throughout rest of
proposal - Remember tertiary impact training
undergraduates, mentoring and education of
broader community, use of requested equipment in
laboratory class - Refer to agency mission/ themes supported by call
30Hypotheses and Methods
- 80 percent of the proposal narrative
- Ask focused, narrow questions that (a) can be
answered and (b) lead to more questions. - How Detail Includes
- Samples and how you get them
- Anticipated findings
- Precision of technique
- Data interpretation
- Impact of positive and negative results
31Other Impacts of Research
- Broaden your project scope to shed light on
potential future research by you or others - Show awareness of where research fits in larger
context of field or discipline and potential
practical outcomes - Promote research as a wise investment of
resources - Promote researcher as forward-thinking
32 May seem obvious
- Read guidelines several times before writing
- Follow content sequence guidelines exactly
- Stick to all required formatting. Dont cheat
Photo Credit F. Mitloehner
33 Be Detail Oriented
- Use an electronic spell checker, at least one
hard editor, and one proof reader - Repeatedly refer to the call while writing
- Highlight all required elements and key themes,
and check off against final product
34Stay in the Running
- Adhere to
- Word count limits (abstracts)
- Font size / type
- Margins
- Line spacing
- Page numbers
- Sequential pagination
35Questions?