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NIH
Posted

RFA-EY-25-001

BRAIN Initiative: New Concepts and Early-Stage Research for Recording and Modulation in the Nervous System (R21) (Clinical Trial Not Allowed)

Summary

AI-generated

RFA-EY-25-001: BRAIN Initiative Recording and Modulation Technologies (R21)

Research Focus

This BRAIN Initiative R21 supports early-stage development of novel technologies for large-scale neural recording and precise circuit manipulation in the nervous system. The program targets fundamental barriers in current neurotechnologies: microelectrode arrays and imaging techniques are limited by the number of simultaneously recordable neurons, spatial sampling constraints, and invasiveness; non-invasive approaches lack sufficient spatial resolution and temporal dynamics. Applicants should propose entirely new concepts—including acoustic, chemical, electrical, magnetic, optical, or genetic modalities—that increase recording capability by orders of magnitude or dramatically improve selectivity and precision of neural activity manipulation (stimulation, perturbation, or modulation). Projects may involve theoretical modeling, computational simulations, phantom testing, or bench-top prototyping to validate assumptions before animal or human compatibility. The program explicitly welcomes chemists, physicists, engineers, materials scientists, and researchers from non-traditional neuroscience fields to bring unconventional approaches to circuit-level understanding and ultimately enable new diagnostics and treatments for brain disorders.

At a Glance

  • Who can apply: Any qualified individual from any discipline; interdisciplinary teams and non-neuroscience researchers especially encouraged; clinical trials not allowed.
  • Funding & project length: Not stated in overview; see full NOFO for budget caps and project duration.
  • Award mechanism: R21 Exploratory/Developmental Research Grant.
  • Key dates: Applications open May 16, 2025; earliest start June 15, 2026; FOA expires June 16, 2026.
  • Best fit for: Physics, engineering, chemistry, materials science, and computational researchers developing proof-of-concept recording/modulation devices or theoretical frameworks for neural interfaces compatible with animal models or humans.

Key Facts

Deadline

Mon, June 15, 2026

Posted

Mon, December 9, 2024

Award / Year (direct costs)

$275,000

Max Total

$550,000

Max Duration

2 years

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Detailed
Grants.gov
Agency

Keywords

neural recording technologies
neural modulation
optogenetics
microelectrode arrays
brain imaging
electrophysiology
neurochemical sensing
cell-type specificity
circuit manipulation
electrical stimulation
magnetic stimulation
acoustic stimulation
large-scale neural recording
neurotechnology development

Research Areas

MeSH
AnatomyA
Nervous SystemA08Sense OrgansA09CellsA11
OrganismsB
DiseasesC
Nervous System DiseasesC10
Chemicals & DrugsD
Chemical Actions & UsesD27
Analytical/Diagnostic/Therapeutic TechniquesE
DiagnosisE01TherapeuticsE02Investigative TechniquesE05Equipment & SuppliesE07
Psychiatry & PsychologyF
Phenomena & ProcessesG
Cell PhysiologyG04Genetic PhenomenaG05Physiological PhenomenaG07Musculoskeletal & Neural PhysiologyG11Immune System PhenomenaG12
Disciplines & OccupationsH
Natural Science DisciplinesH01
Technology/Food/BeveragesJ
Technology & AgricultureJ01
Information ScienceL
Information ScienceL01
Health CareN
Health Care ServicesN02Health Care Quality & EvaluationN05
ANZSRC FoR
Biomedical & Clinical Sciences32
Neurosciences3209Ophthalmology & Optometry3212
Chemical Sciences34
Medicinal & Biomolecular Chemistry3404Theoretical & Computational Chemistry3407
Engineering40
Biomedical Engineering4003Communications Engineering4006Control Engineering & Robotics4007Electrical Engineering4008Electronics & Sensors4009Materials Engineering4016
Information & Computing46
Artificial Intelligence4602Data Management & Data Science4605Machine Learning4611Software Engineering4612
Mathematical Sciences49
Applied Mathematics4901Numerical & Computational Mathematics4903Statistics4905
Physical Sciences51
Atomic, Molecular & Optical Physics5102Condensed Matter Physics5104Medical & Biological Physics5105

Gotchas (3)

Soft Block
discoverymeta ambiguity

Multiple recent changes to participating ICs and funding goals (January 3, 2025 notice) require applicants to reread entire FOA, but the specific changes are not detailed in the provided text

AI

90%

Source Text

January 03, 2025 - Notice of change in 'Funding Opportunity Goals' for RFA-EY-25-001... See Notice NOT-EY-25-004. January 03, 2025 - Notice of Change: NIDA Participation... December 30, 2024 - Notice of NIBIB Participation... December 18, 2024 - Notice of NIDCD Participation... December 17, 2024 - Notice of Change: NINDS Participation...

Warning
planningaward post award

BRAIN Initiative awardees are expected to participate in mandatory PD/PI meetings and annual PI meetings post-award. This is an unusual post-award obligation that may not be standard for R21 explorato

AI

80%

Source Text

The BRAIN Initiative requires a high level of coordination and sharing between investigators. It is expected that BRAIN Initiative awardees will cooperate and coordinate their activities after awards are made by participating in Program Director/Principal Investigator (PD/PI) meetings and in other activities such as the annual PI meeting.

Warning
writingcompliance data sharing

Data sharing expectations for BRAIN Initiative awards are referenced as being in NOT-MH-19-010, but this is an external document not provided in the FOA. Applicants may not know what data sharing obli

AI

75%

Source Text

The data sharing expectations for BRAIN Initiative awards can be found at NOT-MH-19-010.

AI-generated content — verify with the issuing agency’s official FOA/NOFO. Not endorsed by HHS.

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