TRISH: Exploring Health's New Frontiers
We are a lean, virtual institute empowered by the NASA Human Research Program to solve the challenges of human deep space exploration.
We find and fund disruptive, breakthrough approaches that reduce risks to human health and performance. TRISH supports both high-risk early-stage research as well as pre-seed and seed-stage health technologies that can be modified for use by astronauts on the way to Mars.
Led by Baylor College of Medicine's Center for Space Medicine, our consortium leverages partnerships with Caltech and MIT.
TRISH connects the dots for game-changing space health countermeasures and technologies, and is exploring health's new frontiers.
CreditConversations with TRISH
During the 2019 NASA Human Research Program's Investigator's Workshop, the Translational Research Institute for Space Health team talked about their disruptive work for human health in space.
TRISH Selects Five Postdoctoral Fellows
The fellowships will support the careers of five outstanding early career scientists working in space-translatable life sciences.
Will Your Idea Help Get Humans to Mars?
Join TRISH for a free webinar series exploring the most pressing risks to human health in space - NASA’s Red Risks. Learn about these top risks and funding opportunities to help humans travel deeper into space than ever before.
TRISH solicitation seeks Behavioral Health Solutions
TRISH's industry solicitation welcomes companies with new ideas to address behavioral health and performance challenges on the way to Mars.
Life On (the way to) Mars
Stuck at home with the kids? Visit Mars each week for an interactive chat with a space-health scientist.
Funding Opportunities
See TRISH's funding opportunities: Learn more about Biomedical Research Advances for Space Health 1901 and an industry-focused opportunity with the Consortia for Improving Medicine with Innovation & Technology.
Microbe Therapy for Deep Space
TRISH investigators at MIT are exploring ways to improve microbial therapies and revealing opportunities for caring for astronauts on the journey to Mars. This promising research was recently published the Journal of Experimental Medicine.
