Notice Intent Publish Funding Opportunity Announcement BRAIN: Research Opportunities Using Invasive Neural Recording Stimulating Technologies the Human Brain U01) Notice Number: NOT-NS-15-002 Key Dates Release Date: December 8, 2014 Estimated Publication Date Announcement: January 2015 First Estimated Application Due Date: March 2015 Earliest Estimated Award Date: September, 2015 Earliest Estimated Start Date: September 2015 Related Announcements RFA-NS-15-005 Issued National Institute Neurological Disorders Stroke NINDS) National Eye Institute NEI) National Institute Aging NIA) National Institute Alcohol Abuse Alcoholism NIAAA) National Institute Biomedical Imaging Bioengineering NIBIB) Eunice Kennedy Shriver National Institute Child Health Human Development NICHD) National Institute Deafness Other Communication Disorders NIDCD) National Institute Drug Abuse NIDA) National Institute Mental Health NIMH) National Center Complementary Alternative Medicine NCCAM) Purpose NIH BRAIN initiative Brain Research through Advancing Innovative Neurotechnologies) intends promote new initiative publishing Funding Opportunity Announcement FOA) solicit applications research Research Opportunities Using Invasive Neural Recording Stimulating Technologies the Human Brain. Notice being provided allow potential applicants sufficient time develop meaningful collaborations responsive projects. FOA expected be published January 2015 an expected application due date Spring 2015. FOA utilize U01 activity code an award a 3 year project period. Details the planned FOA provided below. Research Initiative Details Human studies using invasive technology record modulate neural circuits require extensive planning expense. a result, studies often constrained a limited number patients resources available implement complex experimental protocols are rarely aggregated a matter sufficient address high-impact neuroscience questions appropriate power. Furthermore, small scale projects rarely identify retain additional sources data beyond primary endpoints, could of high value the wider scientific community. this FOA, NIH seeks address fundamental barriers supporting planning efforts exploratory research studies investigating high-impact questions human neuroscience disorders the human nervous system. Projects should develop multidisciplinary teams maximize opportunities conduct neuroscience research arising invasive surgical procedures provide unique ability record stimulate neurons within precisely localized brain structures humans. Integrated teams should consist clinicians, scientists, device engineers, mathematicians, statisticians, data scientists, regulatory specialists and/or ethics specialists. teams be assembled within single institution, may integrated across multiple institutions answer essential neuroscience questions appropriate statistical power. Awardees also join consortium, coordinated the NIH, identify consensus standards practice well supplemental opportunities collect data ancillary studies, to aggregate standardize data dissemination among wider scientific community. Applications span spectrum experimental studies mechanisms human sensory-motor, perceptual, cognitive, mnemonic, affective, motivational processes, disorders the human nervous system, studies mechanisms action device neuromodulation therapies. Applications should seek understand circuits the brain systematically controlling stimuli while actively recording manipulating relevant dynamic patterns neural activity by measuring resulting behaviors and/or perceptions. Novel innovative approaches theory analysis frameworks expected identify gaps knowledge, build testable hypothesis drive design experiments. Applications expected employ approaches guided specified theoretical constructs, are encouraged employ quantitative, mechanistic models where appropriate. Applications must propose appropriately-regulated, invasive studies humans, including intra-operative procedures during therapeutic/diagnostic implantation devices, short- long-term device implantation procedures. complementary animal component conduct reverse translation mechanistic questions, to perform forward translation tools techniques can only done animal models, be allowed. addition the proposed primary study endpoints, applications should propose solicit input the larger community identify prioritize additional sources data could obtained maximize value these limited opportunities, well generate consensus best practices common data standards data access data sharing including collection, curation, analysis sharing). APPLICATIONS NOT BEING SOLICITED THIS TIME. Inquiries Please direct inquiries to: James Gnadt, PhD National Institute Neurological Disorders Stroke NINDS) Telephone: 301-496-9964 Email:
brain-initiative-FY15-FOA@mail.nih.gov