Healthcare Grants
Healthcare, medical research, and public health funding opportunities.
NIH Grant: Fund 3D Tissue Models for Faster Drug Discovery
This NIH grant supports businesses developing advanced 3-D tissue models to accelerate drug discovery and testing without using animals. Eligible applicants will create high-throughput, physiologically relevant models using NCATS's bioprinting expertise and infrastructure.
Unlock Funding for Diabetes Research & Innovation
This grant supports pilot studies using advanced microphysiological systems to model Type 2 Diabetes, ideal for bioengineers and diabetes researchers. Fund groundbreaking research and generate crucial preliminary data for future diabetes solutions.
Unlock Global Research Funding for Brain Health Innovations
U.S. and LMIC collaborations are invited to advance brain and nervous system research across the lifespan, from basic science to implementation. This funding supports the development of cost-effective interventions for neurological, psychiatric, and developmental disorders.
NIH Grant: Secure Long-Term Funding for Your Research
Are you a Principal Investigator with groundbreaking neurological research? This NIH grant offers stable, flexible funding to free you from grant writing and allow you to focus on scientific discovery and mentoring.
Fund Your Epilepsy Research: Grants for New Treatments
Seeking innovative research proposals to develop and test new treatments, modifications, and prevention strategies for epilepsy. This funding supports preclinical research and the validation of human-focused testing approaches.
Unlock Funding for Down Syndrome Research Innovation
This grant supports innovative research projects aimed at improving the health and quality of life for individuals with Down syndrome. Scientists and research groups can apply for funding to develop groundbreaking technologies or new clinical approaches.
Unlock Research Funding for Down Syndrome Innovations
This NIH grant supports innovative exploratory research projects focused on improving the health and quality of life for individuals with Down syndrome. If you're a researcher looking to test new ideas or methodologies with the potential for significant breakthroughs, this funding could be for you.
Unlock Genomics Funding: Drive Scientific Breakthroughs
This NIH program supports interdisciplinary teams developing innovative genomics tools and approaches to tackle major biomedical challenges. Secure funding to advance cutting-edge research and create transformative technologies.
Get NIH Funding for Autism Research Innovation
This grant is for researchers and institutions developing cutting-edge technologies and methods to advance autism research. It supports multisite collaborations focusing on specific autism research topics, aiming to build on past progress and utilize new scientific approaches.
Unlock Funding for Your Genomic Tech Innovations!
Are you a developer of innovative genomic technologies? This grant supports you in creating comprehensive toolkits, including reagents, protocols, and training, to help the scientific community adopt your groundbreaking inventions.
Fund Your Autism Research: NIH Grants Available!
Are you a researcher or institution focused on advancing autism understanding and treatment? The National Institutes of Health is seeking innovative research proposals that leverage new technologies to make significant breakthroughs in autism science.
NIH Grant: Boost Health Research & Innovation
This NIH funding opportunity supports interdisciplinary research networks focused on enhancing resilience and optimizing health across the lifespan. Businesses or research institutions with expertise in biomedical, psychological, social, or environmental resilience can apply to foster collaborations and generate data for future breakthroughs.
Get Funding for Bioengineering Education Programs
This program supports undergraduate bioengineering and STEM education initiatives at institutions with modest research funding. Funds are intended to provide students with early research, innovation, and entrepreneurship training to foster future careers and doctoral studies.
NIH Grants for Biomedical Research Funding
This grant supports research-intensive institutions and undergraduate colleges in IDeA states to build biomedical research capacity. Funding is available to enhance faculty research, mentor students, and improve infrastructure, fostering research careers in these states.
Fund Your Global Health Research Leadership
This program offers funding for U.S. research institutions to train early-career researchers for global health challenges in low-resource settings. Develop mentored research programs focused on biomedical or behavioral science to build the next generation of global health leaders.
Get Funding for U.S.-Finland Health Research!
This program invites U.S. institutions to collaborate with Finnish researchers on groundbreaking biomedical and behavioral projects. Secure funding to drive innovation in areas like population health, AI in health, and quantum sensing.
Get Funding for Diabetes Research & Data!
Researchers focused on diabetes treatment through islet transplantation are eligible for grants to collect and analyze clinical trial data. This funding supports vital research publications, presentations, and the development of future groundbreaking trials.
Unlock Funding for Diabetes Cardiovascular Research
Seeking researchers to advance understanding of heart disease in type 1 diabetes. Funding supports hypothesis-driven, multi-omics studies to explore pathogenesis.
Get Grants for Weight Loss Research & Health Studies
NIH is funding research to understand why people regain weight after losing it, focusing on individual physiological differences. This grant will support the completion of a clinical trial and analysis of vital data and biospecimens.
Unlock Funding for GI Research & Innovation
This grant is for research institutions and healthcare organizations looking to advance the understanding and treatment of gastrointestinal disorders. Funds support multi-disciplinary research using state-of-the-art technologies to identify new therapeutic targets and biomarkers.