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Why?

Why?. Exam Quals NSF fellowship NRSA fellowship Post-doctoral fellowship PI grants A good way of thinking about science. WRITING A RESEARCH PROPOSAL. It must be hypothesis driven It must be concise and focused Supportive preliminary data Spend most effort on the experimental plan

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Why?

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  1. Why? Exam Quals NSF fellowship NRSA fellowship Post-doctoral fellowship PI grants A good way of thinking about science

  2. WRITING A RESEARCH PROPOSAL • It must be hypothesis driven • It must be concise and focused • Supportive preliminary data • Spend most effort on the experimental plan a) Restate the hypothesis b) Present a rationale c) Describe the research plan • Describe the methodology • Provide a rational plan for failure

  3. HYPOTHESIS Definition: a proposed explanation for a phenomenon • NOT: Xist is interesting: let’s study it. • BUT: Xist regulates X chromosome inactivation by binding to the X chromosome to be inactivated Be specific and focused Do not just use a technique to address an experimental area without a well formulated hypothesis (no fishing trips)

  4. The four components (for a 5 page grant proposal) Specific aims: 1/2 page to concisely define what you intend to do and why. Background and significance: 1-1/2 page section to review published information in support of your hypothesis. Bring out the importance! Preliminary data: a 1 page section to use in support of your hypothesis, an important part of a grant that allows the reviewers to understand that the approaches you plan to use actually work. The experimental plan: 2 page section that allows the reviewers to understand how you actually plan to attackyour question

  5. SPECIFIC AIMS=DETAILED SUMMARY State overall hypothesis Give enough background Spell out the specific aims of your proposal (2-4, each with an individualized hypothesis followed bya concise summary of the expected results

  6. BACKGROUND Provide a good overview of the field (be a scholar!) “Need to know” basis What are the gaps in knowledge that you are going to fill with your proposal Set up the stage for the whole grant

  7. PRELIMINARY DATA Not always possible to have preliminary data, but it helps a lot! Examples: Show that the technique has worked for a related project Data that show that the hypothesis is sound

  8. What are you really going to do? This section is the heart of the grant application BUT, many people spend so much time on the background and preliminary data section that they run out of steam by the end

  9. How many aims? Between 2 and 4 (generally 3) The aims should NOT be inter-dependent on one another

  10. Provide the outline for your experimental • approach as follows Restate each specific aim at the beginning of each section 2) Restate the hypothesis for the specific aim 3) Provide a rationale for the specific aim Provide a detailed “plan” for the experiments What are the expected outcomes? 6) Be sure to include alternate plans if the selected approach fails.

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