Experienced researchers can get mentored training to study lifespan differences between humans and primates by expanding their knowledge in related fields.
National Institutes of Health has archived this opportunity.
Funder: National Institutes of Health (NIH)
Due Dates: September 20, 2024 (Letter of Intent) | November 1, 2024 (Application)
Funding Amounts: Up to $1.5 million total available in FY 2025 to fund 4-5 awards; project period up to 2 years; salary support for 3-12 person-months/year plus up to $100,000/year for research development costs.
Summary: Provides mentored career enhancement awards for experienced investigators to gain cross-disciplinary expertise for comparative studies of lifespan differences between human and nonhuman primates.
Key Information: Applicants must hold associate/full professor rank or equivalent; clinical trials not allowed except as mentored experience; cross-disciplinary training must be in substantially different fields; applications must include a primary mentor from a different discipline.
This NIH funding opportunity (RFA-AG-25-028) supports experienced investigators through mentored career enhancement awards (K18) aimed at broadening their expertise to lead future comparative studies on factors influencing lifespan differences between human and nonhuman primate species. The award facilitates cross-disciplinary training in fields such as comparative biology of aging, evolutionary genetics, anthropology, primatology, and human longevity studies.
The program provides protected time for investigators to:
The award supports up to two years of mentored research experience, including didactic training, collaborative research projects, and professional networking. Mentors must have active, relevant research programs and be from disciplines distinct from the candidate’s current expertise. The research must be conducted outside the candidate’s primary department but within the candidate’s or mentor’s institution.
This initiative aims to foster interdisciplinary approaches to understanding species-specific longevity and aging mechanisms, ultimately advancing translational research for human healthspan extension.