Nationwide Grants

This award provides funding for innovative vision research that explores new ideas and approaches to understanding the visual system and related diseases, targeting faculty members at U.S. higher education institutions.

This grant provides funding for innovative research projects focused on advancing the understanding and treatment of age-related macular degeneration, specifically targeting full-time faculty at U.S. higher education institutions.

This funding opportunity provides $150,000 to support researchers studying blood diseases who have recently applied for NIH grants, helping them bridge the gap in funding while they await results.

This grant provides funding to ophthalmic researchers in the U.S. to advance the understanding and treatment of amblyopia, commonly known as "lazy eye."

This grant provides funding for U.S. researchers to collaborate internationally in order to advance treatments for blinding disorders, fostering knowledge exchange and strengthening partnerships in vision science.

This program provides funding and mentorship for recent college graduates and seniors from underrepresented backgrounds to gain research experience in biomedical science by working in established labs.

This program provides funding to undergraduate chemistry departments in the U.S. to host distinguished researchers for lectures and support summer research fellowships for students.

This funding opportunity supports community organizations in raising awareness and improving education and treatment for tuberculosis among high-risk populations.

This grant provides microfunding to initiatives that uplift and celebrate the lives of transgender, non-binary, and intersex individuals, with a special focus on supporting trans elders.

This grant provides funding to researchers affiliated with nonprofit or educational institutions to explore innovative studies on group dynamics, leadership, and collaboration in non-clinical settings.

This funding opportunity supports innovative research in group psychotherapy, targeting projects that explore therapeutic approaches and their effectiveness in naturalistic settings, particularly for early career psychologists and diverse applicants.

This award provides funding to outstanding postdoctoral scientists who are alumni of specific fellowship programs, helping them transition to independent cancer research roles.

This grant provides financial and strategic support to individuals and organizations dedicated to improving the health, housing, legal, and community needs of transgender, gender non-conforming, non-binary, and intersex individuals across the United States.

This funding opportunity supports nonprofit organizations, Tribal governments, and universities in engaging underserved communities through hands-on conservation projects that benefit U.S. National Forests and Grasslands.

This grant provides financial assistance to young adults aged 16 to 36 diagnosed with rare cancers, helping cover treatment-related expenses and essential living costs during their recovery journey.

This initiative provides funding to nonprofit organizations that create programs and services for LGBTQ+ individuals aged 55 and older, focusing on mental health, community engagement, and reducing social isolation.

This funding opportunity is designed to support academic and community healthcare organizations in enrolling diverse patient populations in cancer clinical trials, enhancing cancer research in underserved areas.

This funding opportunity supports community hospitals and oncology practices in expanding access to cancer research and clinical trials for diverse populations, focusing on participant recruitment and insights into local care disparities.

This funding opportunity provides financial support to research institutions for developing and conducting multi-institutional clinical trials focused on cancer control, prevention, and care delivery in community settings.

This funding opportunity supports a variety of organizations in developing innovative technologies to identify and target senescent cells, which could lead to new treatments for age-related diseases.