National Institutes of Health
The National Institutes of Health (NIH) is a US federal agency funding biomedical research grants & programs.
Get Funding for Diabetes Research & Youth Health Studies
Researchers and institutions studying youth diabetes can receive funding to continue collecting crucial data on incidence, prevalence, and long-term complications. This grant supports longitudinal follow-up of young people diagnosed with diabetes to improve understanding and treatment.
Get Grants for Children's Health Research!
Are you a researcher or institution focused on protecting children's health from environmental hazards? This grant offers funding for transdisciplinary research and innovative approaches to prevent disease and promote well-being.
Unlock Glycoscience Funding: Get Grants for Data Tools
NIH is funding the development of accessible tools to integrate and analyze carbohydrate data alongside gene, protein, and lipid information. Businesses focused on creating these innovative data analysis solutions can apply for preliminary research grants.
NIH Glycoscience Grant: Fund Your Innovative Bio-Tools!
NIH is seeking innovative businesses to create accessible and affordable tools for studying complex carbohydrates (glycans). This funding supports the development of new technologies that can identify, track, manipulate, and analyze glycans, ultimately advancing biomedical research in health and disease.
NIH Grants: Fund Your Glycoscience Research!
This NIH grant supports small businesses developing innovative tools to study carbohydrates (glycans) for biomedical research. Funds are available for creating accessible and affordable technologies to advance understanding of glycans in health and disease.
NIH Grant: Fund Your Biomedical Carbohydrate Research!
This NIH grant supports innovators developing easy and affordable methods to synthesize and study biomedically important carbohydrates. Get funding to advance your research in understanding glycans and their role in health and disease.
Unlock Research Funding for Vision Scientists (K12)
This NIH program helps institutions fund and train clinically-trained vision scientists to become independent researchers. It aims to boost the pipeline of experts in ocular genetics, therapeutics, and bioengineering to advance patient treatment.
NIH Grant: Fund Your Research with Model Organisms!
NIH is seeking research centers to use model organisms like Drosophila and zebrafish to test gene variants for rare diseases. This funding supports innovative platforms to understand disease causes and phenotypes.
NIH Grants: Boost Your Bariatric Surgery Research!
Are you involved in bariatric surgery research? This NIH grant funds studies investigating how psychosocial and behavioral factors impact patient outcomes, aiming to improve treatment approaches and patient selection.
NIH Grants: Boost Your Pediatric Patient Safety Research
This NIH opportunity funds collaborative research to improve safety and reduce medical errors in newborn and pediatric care. If you're involved in perinatal, neonatal, or pediatric settings, your innovative research can secure funding to enhance patient outcomes and healthcare quality.
Get Funding for Safer Newborn & Child Healthcare
Hospitals and research institutions can receive funding to study and prevent medical errors in newborn and pediatric care. This grant supports research to develop strategies for safer, more effective healthcare for infants and children.
NIH Grants for Pediatric Health Research
Boost your pediatric and neonatal health research with NIH funding. This grant supports studies aimed at improving resuscitation practices and long-term outcomes for newborns and children.
Fund Your Clinical Trial Design & Planning
This grant helps researchers and institutions prepare for significant clinical trials aligned with NIGMS's mission by covering planning, procedural development, and regulatory groundwork. Secure funding to lay the foundation for your groundbreaking research and pave the way for future large-scale trials.
NIH Grant: Fund Your Nucleome Research
NIH is seeking proposals for a Data Coordination and Integration Center (DCIC) to support the Four-Dimensional Nucleome (4DN) Network. This grant will fund the collection, storage, curation, and dissemination of vital 4DN data and analysis tools.
Unlock NIH Grant Funding for Your Research Hub!
Does your organization have the administrative prowess to lead a cutting-edge research network? This NIH grant funds an Organizational Hub to manage the groundbreaking 4D Nucleome Network, advancing our understanding of mammalian genomes.
Fund Your HIV Research: NIH Grants for LMIC Capacity
This NIH grant supports LMIC institutions in building or strengthening their HIV research capacity by funding dedicated training programs. U.S. institutions with existing HIV research collaborations can partner to apply.
Unlock NIH Funding for Global HIV Research Training
This grant is for institutions in low- and middle-income countries looking to build their HIV research training capacity. It provides funds to develop a strong plan for a larger research training program application.
NIH Grant: Fund Your Nucleome Imaging Research!
This National Institutes of Health grant is for researchers developing innovative tools to study the 3D organization and function of the cell nucleus. Secure funding to advance your groundbreaking work in nuclear architecture, structures, and the roles of specialized proteins and RNAs.
Unlock HIV Research Funding for Global Health Impact
U.S. institutions collaborating with low- and middle-income countries can secure funding to build essential research infrastructure and expertise in critical HIV research areas. This grant supports training in technical, administrative, and financial management to advance global health initiatives.
NIH Grant: Fund Your Nuclear Biology Research!
This NIH grant is for researchers and institutions developing innovative tools and strategies to explore the intricate 3D architecture and function of nuclear bodies and structures within cells. Fund cutting-edge projects focused on the role of proteins and RNAs in organizing and operating these critical cellular components.