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Brain Research Foundation Seed Grant Program

Brain Research Foundation

The objective of the BRF Seed Grant Program is to support new and innovative projects, especially those of junior faculty, who are working in new research directions. BRF Seed Grant awards are not intended to supplement existing grants.

Funding and award period:

Each total grant is limited to $100,000 (direct costs) for a two year grant period. The first grant payment of $50,000 will be made upon completion of the Seed Grant Acceptance Form (June 2027). The final payment of $50,000 will be made contingent upon receipt of a preliminary progress and financial report (June 2028). Funds must be utilized within the grant period.

Final financial and progress reports, including a lay summary, will be required within 60 days from the end date of the grant period

Allowable costs under this award: 100% of these BRF Seed Grant funds must be utilized for direct costs.

These costs may include:

• Purchase and care of laboratory animals

• Small pieces of laboratory equipment, totaling $7,500 or less

• Laboratory supplies

• Salary for scientific (including postdoctoral fellows) and technical staff (including laboratory technicians)

Costs not permitted:

• Facilities and administrative costs

• Salary recovery for the PI

• Domestic and foreign travel

• Conference or seminar fees

• Personal computers, computer hardware or software

• Large laboratory equipment (anything $7,500+)

• Tuition reimbursement

• Graduate student stipends or salaries

• Publication costs

• Indirect costs, including university fees associated with salary, equipment, etc.

• Charges or other costs that support the infrastructure an institution provides researchers

• No fringe benefits including insurance, retirement plans, paid time off, additional compensation, etc.

AI Based Application Success Predictor

1. Highly Innovative and Original Neuroscience Research

Importance: ⭐⭐⭐⭐⭐ Critical

Innovation is arguably the defining characteristic of BRF funding.

BRF describes its mission as funding the most innovative neurological research, and its Scientific Innovations Award is specifically designed for projects that may be too innovative and speculative for traditional funding sources but still have a high likelihood of producing important findings.

A strong proposal should demonstrate:

A genuinely novel research concept.
A new mechanism, technology, model or approach.
A research direction that differs meaningfully from established work.
Potential to open a new area of neuroscience.
A convincing reason why conventional approaches are insufficient.

BRF's own success story describes an SIA project as supporting bold, transformative work for which there was no precedent.

2. Important Unresolved Question in Brain Science

Importance: ⭐⭐⭐⭐⭐ Critical

The proposal should address an important unanswered question rather than simply extend an existing project.

BRF funds the full spectrum of brain research, including:

Brain function.
Cognitive neuroscience.
Neurodegeneration.
Neurological disease.
Learning and development.
Neural circuits.
Neurobiology.
Brain disorders.

The Seed Grant program explicitly states that it supports research across all areas of the brain.

The proposal should clearly explain:

What do we currently not understand? → Why does that gap matter? → What will this project discover?

3. High Potential for a Significant Scientific Discovery

Importance: ⭐⭐⭐⭐⭐ Critical

BRF is particularly interested in projects that could produce an important scientific advance.

Its SIA program seeks projects with a high likelihood of producing important findings, while BRF's research philosophy emphasizes funding ideas at critical stages where discoveries can emerge.

Strong applications should therefore identify:

The expected scientific discovery.
How the discovery could change understanding of the brain.
What new research direction could emerge.
What future experiments the results would enable.
Why the potential payoff justifies taking the scientific risk.

4. Strong Potential to Generate Future External Funding

Importance: ⭐⭐⭐⭐⭐ Very High

This is a particularly important BRF success predictor because BRF explicitly tracks whether its grants catalyze subsequent funding.

BRF reports that its grantees have historically secured approximately $30 in future funding for every $1 awarded, according to its current impact materials.

BRF's success stories provide concrete examples:

A BRF Seed Grant generated data that helped Aimee Kao subsequently secure more than $6 million in major grants.
Results from David Freedman's BRF Seed Grant helped lead to an NSF CAREER award.
Other BRF-funded investigators have used results to obtain major NIH and other funding.

Therefore, a strong proposal should explain:

How will this relatively small BRF investment generate the preliminary evidence needed for the next stage of the research program?

5. Clear, Testable Research Objectives and Rigorous Approach

Importance: ⭐⭐⭐⭐⭐ Very High

Innovation alone is not enough. The proposal must demonstrate that the innovative idea can actually be tested.

A competitive project should provide:

Clearly defined aims.
A logical experimental strategy.
Appropriate models or datasets.
Appropriate controls.
Appropriate statistical analysis.
Feasible experimental procedures.
Defined outcomes.
Alternative strategies for major risks.

BRF's Seed Grant process uses a two-stage peer-review process involving its Scientific Review Committee.

The proposal therefore needs to withstand scientific scrutiny while preserving the innovative character of the research.

6. Strong Applicant Track Record and Scientific Potential

Importance: ⭐⭐⭐⭐⭐ Very High

The applicant's research record needs to support confidence that the proposed work can be executed successfully.

For the SIA, BRF specifically targets distinguished investigators in neuroscience and requires the PI to be an associate or full professor.

For the Seed Grant, the PI must be a full-time assistant or associate professor working in neuroscience.

Competitive evidence includes:

Relevant publications.
Prior research productivity.
Expertise in the proposed area.
Preliminary work where useful.
Demonstrated technical capability.
A coherent research trajectory.
Evidence of independence for early-career investigators.

7. Strong Fit Between the Project and BRF's Neuroscience Mission

Importance: ⭐⭐⭐⭐⭐ Very High

The project should clearly belong within BRF's mission of advancing understanding of the brain and neurological disorders.

BRF's portfolio is broad, but it remains fundamentally centered on brain research and neuroscience.

Relevant areas can include:

Alzheimer's disease.
Parkinson's disease.
Neurodegeneration.
Addiction.
Sleep and circadian biology.
Brain development.
Neural circuits.
Cognitive neuroscience.
Psychiatric/mental-health-related neuroscience.
Brain tumors and neurological disease.
Neurovascular biology.
Precision pain/neural pathways.
Fundamental mechanisms of brain function.

BRF's current impact reporting also highlights work ranging from precision pain medicine to neurodegenerative and brain-health research.

8. Feasible Project With a Strong Research Environment

Importance: ⭐⭐⭐⭐☆ High

BRF seeks bold science, but the project still needs to be technically achievable.

The applicant should demonstrate:

Appropriate laboratory infrastructure.
Required equipment.
Access to relevant biological models or participants.
Appropriate technical expertise.
Adequate personnel.
Institutional support.
A realistic two-year project plan.

This is particularly important because BRF's awards are designed as relatively concentrated investments intended to move promising research forward.

9. Strong Potential to Advance the Applicant's Research Career

Importance: ⭐⭐⭐⭐☆ High

For Seed Grants especially, BRF funding can function as a career-development catalyst.

BRF explicitly highlights the role of Seed Grants in helping researchers establish laboratories, produce publications and obtain larger grants.

A strong early-career proposal should therefore show how the project will help the investigator:

Generate data → publish → establish independent research direction → compete for major external funding.

This is particularly relevant for investigators establishing new laboratories.

10. Appropriate Balance Between Risk and Scientific Feasibility

Importance: ⭐⭐⭐⭐☆ High

BRF is unusually receptive to bold and speculative science, particularly through the Scientific Innovations Award.

However, "high risk" should not mean "poorly justified."

The strongest proposal should demonstrate:

High scientific upside + credible experimental pathway

rather than:

High uncertainty + insufficient methodology

BRF's own funded-project stories emphasize transformative ideas, but also demonstrate that those ideas produced concrete scientific advances and subsequent funding.

Specialties

Neurosciences

Eligibility Requirements

To be eligible, PI must be a full-time Assistant or Associate Professor at an invited US academic institution, working in the area of studies of brain function. This includes molecular and clinical neuroscience as well as studies of neural, sensory, motor, cognitive, behavioral and emotional functioning in health and disease. The grant proposal must detail a new research project that is not funded by other sources. This grant is not to be used as bridge funding.

Investigators at institutions that are affiliated with a medical school or university are eligible to apply only through the institution where they hold a full-time faculty position.

Scientists that have previously received a BRF Seed Grant may not receive the award for a second time unless all grant requirements from all previous awards are met. Only one PI may apply per application.

Ineligibility

1.) PI is ineligible if they are not a full-time faculty member at the institution in which they are applying under.

2.) PI is ineligible if they are a Full Professor.

3.) PI is ineligible if they are a research assistant professor or research associate professor.

4.) PI is ineligible to submit more than one BRF Seed Grant proposal in a funding period.

5.) PI is ineligible if they have BRF funding that will overlap this grant period.

6.) PI is ineligible if they have been awarded prior BRF funding, but have failed to submit progress and financial reports at the end of their grant period.

7.) PI is ineligible if they are a member of the BRF Scientific Review Committee.

8.) PI is ineligible if they are a relative of BRF a representative, including the SRC, as defined by the Foundation.

Sponsor Details

Sponsor Institute/Organizations: Brain Research Foundation

Sponsor Type: Corporate/Non-Profit

Address: 111 West Washington Street, Suite 1460, Chicago, IL 60602

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