Best Grants for Science Research in Virgin Islands

STEM researchers at institutions in EPSCoR-eligible jurisdictions, including the Virgin Islands, can seek support to build research capacity and advance their careers through collaborative fellowships. National Science Foundation EPSCoR Research Fellows awards fund extended or periodic visits to premier research institutions, enabling new techniques, partnerships, and student or trainee participation in science research projects.

Universities and research institutions conducting collaborative STEM research, including science fields like chemistry, physics, biology, and earth science, may be eligible for US $1,000,000 - US $1,500,000 to build research infrastructure and capacity. With a mission to promote nationwide scientific progress, National Science Foundation provides Virgin Islands science researchers in EPSCoR-eligible jurisdictions with support for multi-state, inter-jurisdictional projects.

The FY26 Defense Established Program to Stimulate Competitive Research (DEPSCoR) aims to enhance research capabilities in eligible states by increasing the number of university researchers and institutions conducting relevant science and engineering research. Sponsored by the Department of Defense, this program will fund multiyear awards to promote research aligned with national security needs. Applications require a multi-stage submission process, emphasizing early registration and timely proposal submissions.

Early-career investigators in quantitative fields conducting independent clinical trials in the Virgin Islands can receive mentored career development support to build NIH-relevant health research programs. With a mission to advance biomedical and behavioral science, the National Institutes of Health provides protected time, supervision, and training to help these researchers transition into independent, disease-focused investigators.

Quantitative scientists and engineers conducting NIH-relevant, non–clinical-trial health research in the Virgin Islands can receive mentored career development support through the National Institutes of Health. This K25 award provides protected time for supervised research and training in areas like mathematics, statistics, computer science, chemistry, physics, biomedical imaging, and informatics, which may benefit science research programs.

Undergraduate students in NOAA-related STEM fields in the Virgin Islands can access funding through the National Oceanic and Atmospheric Administration, receiving up to US $40,000 plus a paid summer internship. The Ernest F. Hollings Undergraduate Scholarship supports two years of study, hands-on research experience, travel to conferences, and professional development in oceanic and atmospheric sciences.

The NIMH Career Transition Award (K22) supports tenure-track intramural investigators at NIMH in their transition to independent research faculty positions. This program aims to foster innovative research in mental health, encouraging applicants with a strong record of research excellence. Key deadlines for applications vary, including those for standard and renewal submissions, emphasizing the importance of timely applications to secure funding and advance mental health research initiatives.

The Research Enhancement Award Program (REAP) aims to boost basic and clinical research at health professional and graduate schools that have historically received limited NIH funding. By supporting small-scale research projects led by faculty, REAP fosters student engagement in significant research endeavors, enhancing their educational experience. Eligible institutions must grant advanced degrees in health professions and have received under $6 million in NIH support in four of the last seven years, promoting broader participation in the nation's biomedical research efforts.

The Limited Competition K12 Mentored Research Career Development Program aims to support institutions in developing innovative career pathways for later-stage postdoctoral fellows and junior faculty. This initiative encourages applicants from those with existing Clinical and Translational Science Awards (CTSA) to foster independent research careers. By creating diverse opportunities across academia, industry, and government, the program enhances engagement in clinical and translational science research, ultimately contributing to significant advancements in health outcomes.

The Ruth L. Kirschstein National Research Service Award (NRSA) Short-Term Institutional Research Training Grant (T35) provides funding to domestic institutions for developing research training opportunities for predoctoral students in biomedical, behavioral, and clinical research. This grant supports short-term research training for health professional students and aims to enhance their exposure to health-related sciences, fostering interest in research careers.

The Arthur C. Cope Postdoctoral Fellowship, awarded by the American Chemical Society, recognizes outstanding achievements in organic chemistry. This two-year fellowship provides $85,000 annually to early-career researchers, promoting innovative research in sustainable organic chemistry. Candidates, nominated by their mentors, must demonstrate excellence and a commitment to inclusivity in research. The fellowship encourages participation in ACS activities, fostering career development and collaboration within the scientific community.

The CCS High School Chemical Safety Grant, offered by the American Chemical Society, aims to enhance chemical safety in secondary education. Educators can apply for up to $3,000 to support initiatives like curriculum integration of safety practices, advocating for safe chemical usage, and improving safety infrastructure. Eligible applicants include middle and high school science teachers in the U.S. Grants cover training, equipment, and workshops to promote a culture of safety in educational environments.

The NIH Science Education Partnership Award (SEPA) fosters innovative educational initiatives aimed at pre-college students, promoting their interest in STEM fields, especially in biomedical and behavioral sciences. This program supports both classroom projects and informal science education activities, such as after-school programs and library events. Emphasizing the development of quantitative and computational skills, SEPA seeks to inspire the next generation of scientists and thinkers through engaging educational experiences.

This funding opportunity supports the establishment of Animal and Biological Material Resource Centers to enhance biomedical research through the provision of specialized laboratory animals and related resources. It seeks to promote scientific rigor and reproducibility by facilitating the development of new methodologies that complement traditional research. Centers must align with multiple NIH Institutes and focus on integrating innovative approaches like cell culture and computational models, fostering collaboration and advancement in human disease modeling.

The Opportunities for Collaborative Research at the NIH Clinical Center aims to foster high-quality translational research partnerships between NIH intramural and extramural investigators. This program supports projects that bridge basic biological discoveries with clinical applications, ultimately enhancing patient-centric research. By facilitating collaborations, the program seeks to accelerate scientific advancements leading to improved health outcomes through innovative therapeutic interventions and diagnostic strategies.

The NIGMS Institutional Biomedical Undergraduate Research Training Program aims to enhance the training of undergraduate students in biomedical research. By supporting institutions with limited NIH funding, the program provides trainees with 2–3 years of full-time research training. This initiative fosters a skilled workforce prepared for advanced biomedical degrees, addressing national health-related research needs through comprehensive educational and developmental programs.

This funding opportunity invites applications for Testing Centers focused on evaluating somatic cell genome editing technologies for translational applications. These centers will provide essential resources and testing services to researchers, ensuring the efficacy and safety of novel genome editing methods. By developing innovative in vivo and in vitro models, the centers aim to enhance scientific rigor and reproducibility in biomedical research, ultimately supporting the advancement of therapeutics for human diseases.

The NIAID Career Transition Award (K22) supports postdoctoral fellows transitioning to independent research positions, fostering their development into successful biomedical scientists. Key deadlines for applications span from February 2025 to June 2027, including specific dates for standard, renewal, and AIDS-related grants. This initiative, funded by the NIH, aims to enhance the career trajectory of emerging researchers in clinical and biomedical fields, ensuring a robust pipeline of innovative scientific talent.

The Academic Research Enhancement Award (AREA) supports small-scale research grants for institutions with limited NIH funding, emphasizing biomedical research experiences for undergraduates. Eligible institutions must award baccalaureate science degrees and have received no more than $6 million in NIH support over the past seven years. This initiative aims to enhance the research environment at these institutions, fostering student involvement in research activities.

Undergraduate-focused institutions conducting biomedical or biology-related research in the Virgin Islands can apply for National Institutes of Health Academic Research Enhancement Awards, with awards up to US $1,125,000. Eligible baccalaureate-granting schools must have limited prior NIH funding and run small-scale, minimal-risk clinical trials that fit participating NIH institutes’ missions while engaging undergraduate students in research.

Postdoctoral researchers in biology or health fields in the Virgin Islands can apply for the NCI Pathway to Independence Award to support their transition to independent, tenure-track research careers; awards up to US $249,000 for this career development. This National Institutes of Health program supports cancer-focused biomedical and medical training research across eligible U.S. territories.

Veterinary scientists conducting biology or veterinary science research in the Virgin Islands and other eligible U.S. territories can apply for small R03 projects supporting pilot studies, data analysis, or method and technology development. Grants from the National Institutes of Health help ORIP SERCA K01 recipients with at least 24 months completed advance toward independent investigator status, with awards up to US $150,000.

Biology and disease-focused research institutions in the Virgin Islands can seek funding to develop, improve, and preserve animal models and related biological materials and technologies. With a mission to advance biomedical infrastructure, the National Institutes of Health provides support for projects using animal models with broad applicability across multiple body systems and NIH Institutes; awards up to US $275,000.

Eligible domestic institutions conducting biomedical, behavioral, or clinical research training, including in the Virgin Islands, can apply for National Institutes of Health Ruth L. Kirschstein NRSA T32 institutional training support. Funding helps develop or enhance predoctoral and postdoctoral programs that combine didactic instruction, mentored research, and career development to prepare a diverse, highly trained health research workforce.

Virgin Islands biology and microbiology researchers can access funding through the National Institutes of Health to conduct mechanistic studies on precision probiotic therapies. Projects should analyze person-specific biological features that influence probiotic responses, using innovative animal models or human subjects. Awards up to US $1,400,000 support work to improve probiotic responsiveness and clinical outcomes.

Resource-limited biomedical research organizations in the Virgin Islands can seek funding to conduct research, strengthen their research environment, and expand sponsored programs administration capacity. With a mission to support broader participation in biomedical science, the National Institutes of Health provides up to US $2,500,000 for eligible domestic institutions, including those in U.S. territories, with limited research resources and few biomedical doctoral students.

Federally recognized Tribal entities supporting biomedical undergraduates, including those serving students from the Virgin Islands, can apply for the Tribal Undergraduate to Graduate Research Training and Leadership Experiences (TURTLE) program from the National Institutes of Health. Funding supports developing and implementing research training and mentoring that prepares students for AI/AN health and health disparities research careers.