2,045 active funding opportunities
Supports research education programs for recent baccalaureates to gain experience in Alzheimer's Disease and related dementias research.
Supports research education programs enhancing biomedical and clinical research workforce training without clinical trials.
Funds purchase or upgrade of specialized high-end biomedical research instruments with awards from $750K to $2M.
Funds purchase or upgrade of high-priced specialized scientific instruments like microscopes and spectrometers.
Funds purchase of costly specialized instruments for NIH-supported investigators at eligible institutions with funding history restrictions.
Supports mechanistic research to identify person-specific factors influencing probiotic therapy outcomes and improve precision probiotic interventions.
Supports innovative mechanistic research to improve precision probiotic therapies by identifying host factors affecting probiotic responses and testing interventions.
Supports established biomedical research resources providing advanced tools and services to regional or national user bases with training and outreach.
Supports facilities at minority-serving institutions to produce and distribute brain cell type-specific reagents for neuroscience research.
Supports development of next generation sensors synchronized with brain recordings to model behavior in humans and animals.
Funds early-stage research to improve adoption of evidence-based innovations in hearing, speech, and related communication disorders.
Supports applications to change recipient organization for specific NIH grants, subject to prior approval and programmatic permission.
Supports NHLBI intramural postdocs transitioning to extramural research with mentored and independent phases over 5 years.
Funds NHLBI intramural postdocs to transition research programs to extramural institutions as junior investigators.
Supports applications to change recipient organization status for specific NIH grants, enabling award transfers subject to approval.
Funds innovative, high-risk research transforming substance use disorder science through revolutionary methods or novel hypotheses.
Supports biologic-based therapeutic discovery and development for nervous system disorders, including preclinical and phase I clinical testing.
Supports planning, design, and construction of water reclamation and reuse projects to enhance water supply reliability.
Funds planning, design, and construction of desalination facilities to increase local water supply reliability and flexibility.
Supports fundamental research collaborations with DEVCOM focused on Indo-Pacific combat capabilities.
Funds high quality scientific conferences advancing public health and NIH research missions. Supports organizing relevant meetings without clinical trials.
Supports innovative research advancing civil aviation and commercial space transportation across multiple scientific disciplines.
Supports small-scale projects applying emerging data science methods to addiction research, facilitating new investigators' entry into this field.
Supports research to develop novel, culturally responsive tools measuring children's language development and predictors of impairment.
