BRAIN Initiative Research Grants
Funds brain and neurotechnology research projects through cross-institute grant support.
BRAIN Initiative Research Grants sit under the NIH BRAIN Initiative, a cross-institute effort that funds neuroscience and neurotechnology work across participating NIH institutes. The portfolio spans exploratory tool development, brain circuit research, data archives, theory, neuroethics, and clinical translation, and the program's FY2024 appropriation was $402 million across the participating institutes. The funding is delivered through multiple NOFO and RFA mechanisms, including R01, R21, R24, R34, U01, U24, UG3/UH3, and R18 awards. Each opportunity is issued under a specific participating institute prefix, such as NINDS, NIMH, or NIDA, with the lead institute serving as funder of record for that notice. The program supports both development and later-stage validation, depending on the mechanism. Applicants do best when they match the science tightly to the specific BRAIN call and the right mechanism. Strong proposals usually present a clear technical problem, a defined milestone, and a route from a tool, reagent, or model system into broad neuroscience use. The program rewards projects that are ambitious but sharply scoped, with the institute prefix and mechanism aligned to the work.
Each grant below is a distinct funding opportunity with its own eligibility, scope, and deliverables.
Supports exploratory ideas in neural recording and modulation through early project grants in neuroscience.
Supports creation and distribution of brain cell-type reagents through infrastructure grants.
Supports building long-term archives for brain science data and related community resources.
Funds production and distribution of brain cell-type-specific reagents to institutions with broad access goals.
Supports neural behavior-sensing technology development through translational cooperative projects.
Funds new methods to study brain cells and circuits with tools for deeper neural research.
Funds preclinical testing for novel neural recording and modulation technologies before clinical transition.
Supports planning for equitable neurotechnology partnerships through collaborative initiatives across the United States.
Funds research projects on new neurotechnology methods for neural recording and modulation.
Supports the development of next-generation neural devices for human neuroscience applications through collaborative research.
Funds human clinical studies of next-generation neural devices through research agreements.