Spacetravel
בשיתוף:
A multidimensional analysis of space travel-induced immune dysfunction
Spacetravel
Chief researcher: Yaacov Lawrence, Sheba Medical Center. Research team: Professor Adam Dicker, Thomas Jefferson University. Partners: Thomas Jefferson University and Israeli startup company OncoHost
In partnership:
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A multidimensional analysis of space travel-induced immune dysfunction
Immune system disruption is a known physiological consequence of extended stays in microgravity. This disruption can manifest as either an overactive immune system, leading to various allergy symptoms, or a weakened immune system, potentially triggering the reactivation of dormant viral infections. For instance, astronauts commonly experience herpes cold-sore flare-ups in space.
To better understand this phenomenon, researchers are capitalizing on recent advancements in personalized medicine. Israeli startup OncoHost is developing a platform that uses advanced technologies and machine learning algorithms to provide a personalized, comprehensive and multidimensional analysis of cancer patients’ immune systems, aiding in the selection of tailored treatments. OncoHost’s sophisticated processing tools enable scientists to analyze the specific effects of spaceflight on individual astronauts’ immune systems.
These insights will facilitate the development of targeted countermeasures to prevent and manage life-threatening conditions during deep space exploration missions. Furthermore, demonstrating the vast potential of immune system profiling for personalized medicine is expected to usher in a new era of tailored clinical solutions, benefiting humans both in space and on Earth.
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Spacetravel
بالشراكة:
A multidimensional analysis of space travel-induced immune dysfunction