The Translational Research Institute for Space Health (TRISH), funded by NASA, has selected two early-career scientists for its upcoming class of postdoctoral fellows. Starting in May, these researchers will pursue projects aimed at addressing key health challenges related to human space exploration.
TRISH’s Postdoctoral Fellowship Program supports autonomous research that focuses on biomedical, behavioral, and technological solutions designed to reduce spaceflight-related health risks and promote health both in space and on Earth.
The 2024 fellows include Dr. Baiyang Liu from Columbia University and Dr. Dylan Pham from Texas A&M University. Dr. Liu’s project involves developing a diazotrophic and nutritionally optimized Spirulina strain to support extended space missions by improving space-based food systems. Dr. Pham will investigate the impacts of simulated microgravity and aging on ocular artery and neural retina function, focusing on astronaut eye health.
Dr. Dorit Donoviel, TRISH’s executive director and associate professor at Baylor College of Medicine, emphasized the importance of fostering new talent to tackle the complex challenges of human spaceflight. She stated that investing in early-career scientists builds critical capabilities necessary for sustained crewed presence on the Moon and deep space exploration.
Why it matters
Human space missions, especially those beyond low Earth orbit, face significant biomedical challenges including maintaining astronaut health over long durations. Research into space-based food systems can improve nutritional self-sufficiency, while studies on ocular health address vision problems commonly experienced by astronauts. These efforts contribute to safer, more sustainable human spaceflight as NASA prepares for Artemis missions and eventual exploration of Mars.
Background
TRISH operates as a virtual institute under NASA’s Human Research Program, which investigates the effects of spaceflight on human physiology and behavior through laboratory studies, analog missions on Earth, the International Space Station, and Artemis missions. The goal is to innovate technologies and interventions that ensure astronaut health and mission readiness for lunar, Martian, and deeper space voyages.
Sources
This article is based on reporting and publicly available information from the following source:
Read more Space & NASA stories on Goka World News.