TRISH seeks research proposals to address blood clot risks during spaceflight
By
Molly Chiu
Summary
The Translational Research Institute for Space Health (TRISH) at Baylor College of Medicine has issued a new solicitation for proposals to address venous thromboembolism (VTE) — blood clot formation in veins — which poses a critical risk to human spaceflight. The underlying causes of VTE in space are not fully understood, and effective countermeasures are limited, making this a priority area for research to ensure mission safety and crew health.
Source
Key quotes
· 2 pulledVTE is the formation of blood clots in veins that can lead to serious medical complications, which can ultimately stall mission operations or even return to Earth.
VTE has recently been identified as a critical risk to human spaceflight where underlying causes are not fully understood, and effective countermeasures are limited in the spaceflight
You might also wanna read

New plasma proteomics model improves thrombosis risk prediction in cancer patients and identifies IL-17-driven endothelial activation as therapeutic target
This article presents research by Karagkouni and colleagues who developed a new cancer-associated venous thromboembolism (VTE) prediction mo
First scientific study of menstruation in microgravity launched by Virgin Galactic and Operation Period
A non-profit called Operation Period, led by Gen-Z researchers, is launching the first-ever scientific study dedicated to researching menstr
ESA Research Examines Health Risks of Toxic Lunar Dust for Future Moon Missions
The article discusses the toxic effects of lunar dust on human health, based on Apollo astronauts' experiences where Moon dust caused throat
The Health Risks and Practical Challenges of Human Travel to Mars
The article examines the significant health risks and practical challenges of human travel to Mars, arguing against the romanticized view of
Artemis II Mission to Study Radiation Hazards for Human Deep Space Exploration
NASA's Artemis II mission will focus on radiation measurement as a critical safety factor for human deep space exploration. The mission will
Microfluidic Assay Quantifies Fibrinaloid Clots in Pediatric Long COVID Patients
This research article presents a study using microfluidic assays to quantify fibrinaloid clots in plasma from pediatric Long COVID patients.
