Earth Microbes Can Survive Individual Martian Hazards—and Evade Astronaut Immune Systems
The thesis found some strains survived up to 16 days of desiccation and that microbial changes can reduce immune detection in astronauts.
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Universe Today
Phys.orgEarth Microbes Can Survive Individual Martian Hazards—and Evade Astronaut Immune Systems
Hopefully, we’re about to travel back to the Moon relatively soon. And while the original “giant leap for mankind” was taken by a human, Neil Armstrong brought a plethora of other forms of life along with him. Humans themselves are essentially walking ecosystems, and understanding how our microbial companions survive in the harsh environments of space will be critical to ensure the health and safety of future astronauts, no matter where their gi…
A recent study from Radboud University reveals that terrestrial pathogens demonstrate resistance to simulated extreme conditions on Mars. The research, conducted by Tommaso Zaccaria, highlights the ability of these microbes to survive in hostile environments, raising concerns about the safety of future space missions. The study analyzed four known pathogens, including the one that causes pneumonia, subjecting them to simulated Martian conditions…
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