National Institutes of Health
The National Institutes of Health (NIH) is a US federal agency funding biomedical research grants & programs.
Unlock Funding for Advanced Tissue Mapping Research
This grant supports the creation of cutting-edge Tissue Mapping Centers to develop high-resolution maps of the human body. If you're involved in tissue collection, preservation, or data analysis for biomedical research, you could secure significant funding.
NIH Grant: Fund Your Biotech Breakthroughs!
This National Institutes of Health grant is for researchers and companies developing cutting-edge technologies to map human biomolecules at the cellular level. Funding supports the development, validation, and scaling of innovative tools for high-resolution human body mapping.
Fund Your Health Research: NIH Grants Available
Are you conducting research on synthetic psychoactive drugs, their health impacts, or treatment strategies? This NIH grant supports your work to combat their harmful effects and develop critical prevention and treatment solutions.
NIH Grant: Combat Drug Harm, Get Research Funding
This NIH grant supports research into synthetic psychoactive drugs, focusing on understanding their effects and developing better prevention and treatment strategies. If you're in academia or research, this funding can advance critical public health initiatives.
Unlock Funding for Health Innovation & Community Impact
This grant is for researchers partnering with community groups to develop innovative health interventions and improve health outcomes. Funds support collaborative research methodologies that strengthen community relationships.
Fund Alzheimer's Research: NIH Grants for Trials
Seeking to develop or implement clinical trials for Alzheimer's disease interventions? This NIH grant supports research using the ACTC infrastructure for promising pharmacological and non-pharmacological treatments.
Get NIH Funding for Chronic Condition Research
This NIH grant is for researchers developing innovative self-management strategies to reduce the impact of chronic health conditions. Fund your groundbreaking studies to improve patient outcomes and ease the burden of long-term illness.
NIH Grants: Fund Your Neuroscience Research & Development
NIH is offering grants to researchers and companies developing innovative assays for studying neuronal and glial function. This funding aims to advance basic neuroscience discoveries and accelerate therapeutic development.
Fund Your Research to Combat Cognitive Decline!
This grant supports research into biobehavioral or technological solutions that can slow cognitive decline in individuals with dementia or mild cognitive impairment. The goal is to empower affected individuals to maintain independence and improve their quality of life, while also easing the burden on their caregivers.
Unlock Funding for Dementia & Cognitive Decline Solutions
This grant supports research and development of innovative biobehavioral or tech solutions to slow cognitive decline in individuals with dementia or mild cognitive impairment. Businesses creating community-based interventions that enhance independence and quality of life for patients and caregivers can apply.
Get Grants for Cancer Research Collaboration!
This grant offers supplemental funding to existing NCI awardees for new collaborations with PDXNet researchers. The goal is to enhance preclinical cancer drug development using patient-derived models for faster clinical trials.
NIH Grant: Fund Your Microbial Diet Research!
This NIH grant supports researchers investigating how diet-derived microbial metabolites impact health. If you're exploring these compounds and their biological effects, secure funding to advance your groundbreaking discoveries.
NIH BRAIN Grant: Fund Your Neuroscience Tech!
Small businesses developing innovative tools for neuroscience research can get funding to refine and commercialize their groundbreaking technologies. This grant aims to bring novel neurotech from development to widespread adoption in the scientific community.
NIH Funding: Boost Your Vision Research!
This NIH grant is for researchers studying the human visual system, whether investigating underlying mechanisms or testing minimal-risk interventions. Secure funding to advance your groundbreaking vision research and innovation.
Get NIH Funding for Biomedical Breakthroughs
This grant supports innovative biomedical research projects designed to lead to breakthroughs in new techniques or applications. It's for researchers proposing novel approaches, even without preliminary data, to tackle high-impact challenges in human health.
NIH Grants: Fund Your Alzheimer's Comorbidity Research
This NIH grant supports pragmatic clinical trials to improve treatment strategies for conditions that often co-occur with Alzheimer's disease and related dementias. If you are conducting research in this vital area, you may be eligible for significant funding to advance patient care.
NIH Funding: Launch Your Dentist Scientist Career!
Are you a dual-degree dentist scientist seeking to establish your own independent research career? This NIH program provides crucial funding and mentorship to transition you from a postdoctoral position to a faculty role with your own lab.
Unlock Research Funding: Advance Brain Circuit Science
This NIH grant supports exploratory research projects focused on understanding brain circuits and their link to behavior, laying the groundwork for larger studies. It's ideal for researchers seeking to validate innovative approaches in neuroscience.
NIH Grants: Fund Your Synthetic Biology Health Innovations
This National Institutes of Health grant supports the development of cutting-edge synthetic biology tools and their application to advance human health research. If you're a synthetic biologist, computational scientist, engineer, or physician scientist looking to innovate in biomedical research, this funding could be for you.
Unlock Alzheimer's Research Funding for Breakthroughs
This grant supports innovative, cross-disciplinary research focused on understanding cognitive resilience in individuals at high risk for Alzheimer's disease. Eligible researchers can secure funding for projects building predictive molecular models of brain health.