National Institutes of Health
The National Institutes of Health (NIH) is a US federal agency funding biomedical research grants & programs.
NIH Grants: Fund Brain Research & Innovation
Researchers can secure funding to map the aging brain's cells and circuits, creating a vital resource for understanding age-related neurological changes. This NIH initiative supports pilot studies that will inform a comprehensive brain cell atlas across the lifespan.
Unlock Cancer Research Funding: NIH Grant Available
NIH is offering R01 grants to institutions for groundbreaking research on non-coding RNAs that could lead to earlier cancer detection, prevention, and better diagnostics. Secure funding to advance critical early-stage cancer research and development.
Funded Cancer Detection Research: Get Grants!
This National Cancer Institute grant is for researchers aiming to discover new ways to detect cancer early using non-coding RNA. The funding supports projects focused on improving early detection, predicting cancer risk, and differentiating benign from cancerous lesions.
Fund Your Cancer Research: Biomarker Development Grants
Are you developing innovative biomarkers for early cancer detection and risk assessment? This grant from the National Cancer Institute can fund your research to identify and validate key indicators for hematopoietic malignancies, helping to save lives.
NIH Grant: Fund Hematology Cancer Detection Research
Seeking to develop new biomarker tests for early detection and risk assessment of blood cancers? The National Cancer Institute (NCI) invites research grant applications to advance these vital diagnostic technologies and methods.
Get Grants to Boost Cancer Outreach & Reach Underserved Communities
NCI is offering administrative supplements to Cancer Center Support Grants (CCSGs) to fund Community Health Educators. This initiative aims to strengthen community outreach by disseminating culturally relevant cancer information to underserved and rural populations.
Get NIH Funding for Cancer Nanotech Innovations!
This grant from the National Cancer Institute (NCI) supports the development of groundbreaking nanotechnology platforms to combat cancer. Eligible researchers and institutions can secure funding for projects that leverage nanotechnology to make transformative discoveries in cancer research and treatment.
Unlock BRAIN Funding for Neuroscience Tech & Resources
This grant offers funding to neuroscience researchers and tech developers who can create and share innovative tools and resources to advance brain research. Eligible projects focus on disseminating existing technologies and training users, rather than pure development, to boost the impact of the BRAIN Initiative.
NIH Grants: Fund Cancer Nanotechnology Research
This NIH grant is for multidisciplinary teams of physical scientists and cancer specialists to develop nanotechnology-based tools for cancer diagnosis, treatment, and prevention. Secure funding to accelerate the translation of nanotechnology breakthroughs into potential clinical cancer applications.
Unlock Kidney Disease Research Funding!
Researchers studying acute or chronic kidney disease can apply for funding to conduct ancillary studies using existing clinical trials, databases, or epidemiological data. This grant supports investigations into risk factors, disease progression, and the impact on patient quality of life.
NIH Grant: Fund Pain Research for Seniors!
Seeking funding for pilot research on how aging affects pain? This NIH grant supports studies on pain mechanisms, assessment, and management in older adults, perfect for small, focused projects with limited resources.
Fund Research: Pain Management for Aging Adults
Seeking funding for innovative research into pain mechanisms, assessment, and management in aging populations? This grant supports studies from molecular to clinical levels, including animal models and human subjects.
NIH Grants: Fund Your Pain Research for Seniors
Researchers and institutions focused on understanding and improving pain management for older adults are invited to apply for R01 grants. This funding supports innovative studies into the biological, psychosocial, and clinical aspects of pain in aging populations.
NIH Grants: Fund Your Research Training!
Are you a researcher or educator looking to advance biomedical, behavioral, or clinical research? This NIH grant offers funding for innovative courses and research experiences to develop a skilled workforce.
NIH Grants: Fund Research Experience for Health Practitioners
Complementary health practitioners, like acupuncturists and massage therapists, can get funding to gain research experience in complementary and integrative health. This program supports basic, translational, or clinical research for up to two years.
Fund Your Neuroscience Ethics Research: NIH BRAIN Initiative
Are you involved in neurotechnology or brain science research? This NIH BRAIN Initiative grant funds projects exploring the ethical implications of your cutting-edge advancements. Secure funding to ensure responsible innovation in understanding the human brain.
NIH Grants: Fund Your Biomedical Innovation
Are you an NIH or CDC-funded SBIR/STTR Phase I grantee with a biomedical technology ready for market? This program provides administrative supplements and expert mentoring to help you build a successful commercialization strategy and bring your innovation to society.
NIH Grants: Fund Brain Circuit & Behavior Research
Unlock funding for your research on how brain circuits develop and link to behaviors in rodents and non-human primates. This R01 grant from NIH supports in-depth studies to advance our understanding of neurodevelopmental trajectories.
NIH Grants: Fund Your Protein Detection Tech!
Small businesses developing innovative tech to detect rare proteins, peptides, or microRNAs in complex biological samples can receive NIH funding. This grant supports advancements for research into cancer and mental health.
NIH Grant: Fund Your Cancer Detection Tech!
Small businesses developing innovative technologies to detect and evaluate carcinogens can receive funding from the NIH. This grant supports the commercialization of advanced diagnostic tools for clinical and environmental use.