National Institutes of Health
The National Institutes of Health (NIH) is a US federal agency funding biomedical research grants & programs.
NIH Grants: Fund Your Cancer Research Breakthroughs
This NIH grant is for innovative researchers tackling specific, challenging questions in cancer research. Secure funding to explore novel solutions and advance critical areas of study.
NIH Grants for Violence Prevention Research: Get Funding!
Non-profit organizations and academic institutions can secure funding to research the causes, impacts, and prevention of violence, with a special focus on firearm violence. This grant supports everything from basic science to implementing proven interventions in communities.
NIH Funding: Combat Violence, Improve Health with Grants
Researchers and institutions are invited to apply for funding to study the causes and impacts of violence, with a special focus on firearm violence prevention. Grants support a range of research from basic science to real-world intervention implementation.
NIH Grants: Fund Your Drug Discovery Research
This NIH grant is for researchers and institutions developing new drug screening methods to discover novel compounds for medical research and potential treatments. Eligible applicants can receive funding to create innovative assays that could lead to breakthroughs in understanding diseases and developing new therapies.
Fund Your Diabetes Care Innovation: NIH Grant
Healthcare providers and researchers can get funding to pilot test new strategies that improve diabetes prevention and care within existing clinical settings. This grant supports developing practical, sustainable approaches that could lead to larger trials and impact routine healthcare.
Fund Your Diabetes Research: NIH Grants Available
This NIH grant funds research to evaluate existing healthcare policies and programs aimed at improving diabetes prevention and treatment. Businesses with expertise in healthcare research can apply to analyze the effectiveness of these initiatives.
Get Funding to Improve Diabetes Care & Prevention!
This grant supports innovative research projects aimed at developing and testing practical, sustainable strategies to enhance diabetes prevention and treatment within existing healthcare systems. Businesses can secure funding to pilot new approaches that improve patient outcomes and inform future clinical practices and policies.
NIH Grant: Fund Your Beta Cell Research!
Seeking innovative research applications for developing new ways to boost functional human beta cell mass. This NIH grant funds strategies for beta cell replication, islet plasticity, or reprogramming adult cells into beta-like cells.
NIH Grant: Fund Your Islet Biomimetics Research
Researchers developing human islet microphysiological systems can apply for funding to advance this critical technology. This grant supports the creation of innovative niches that combine cells, matrices, and various factors for improved islet function research.
NIH Grants: Fund Your Type 1 Diabetes Research
This National Institutes of Health grant opportunity is seeking applications to join a consortium focused on developing models for understanding human type 1 diabetes biology. Funding is available to support research aimed at measuring and modeling autoimmune interactions within the Human Islet Research Network.
Get Grant Funding for Diabetes Research & Innovation
Researchers and institutions are invited to apply for funding to establish a consortium focused on understanding and preventing beta cell destruction in Type 1 Diabetes. This initiative aims to develop new strategies to protect existing beta cells and slow disease progression in patients.
NIH Grants: Fund Your Diabetes Research
If you're involved in human islet research, this NIH grant can provide crucial administrative support to coordinate your network's efforts. Secure funding to streamline your diabetes research operations and accelerate breakthroughs.
NIH Grant: Fund Your Diabetes Research Innovation
Researchers and institutions focused on human islet studies can apply for funding to support a Bioinformatics Center. This grant will enhance the sharing and use of valuable data and resources for diabetes research.
NIH Grants: Boost Diabetes Research & Care Funding
Seeking to advance diabetes research and patient care? This NIH grant supports the establishment of a Central Primary Reference Laboratory for critical C-peptide and HbA1c measurement standardization.
NIH Grants: Fund Your Research & Data!
This NIH grant supports organizations building databases and conducting systematic reviews of complementary and alternative medicine clinical trials. It's for researchers and institutions aiming to advance evidence-based healthcare through high-quality data analysis.
Funding for Pancreatic Cancer Research: Get Grants!
This NIH grant supports pilot and feasibility studies, data analysis, and research methodology development to advance pancreatic cancer research. It's for institutions and organizations focused on understanding, detecting, preventing, and treating this disease.
NIH Funding: Advance Pancreatic Cancer Research
Are you an institution or organization passionate about battling pancreatic cancer? This NIH grant supports innovative research to improve our understanding and treatment of this disease.
Get Funding to Launch Your Neurological Research Career
Pediatric neurologists at educational institutions or professional organizations can receive up to three years of support to build their independent research careers and transition to significant, individually-supported research projects.
NIH Grants: Fund Your Nutrition & Alcohol Research
This NIH grant supports innovative research exploring the link between nutrition and alcohol-related health outcomes. Fund your studies on preventing or treating conditions like alcohol use disorder and chronic diseases.
Get Grants for Nutrition & Alcohol Health Research
Researchers exploring the link between nutrition and alcohol-related health issues can apply for funding to investigate prevention and treatment strategies. This grant supports studies on human and animal models to understand these critical connections.