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January 22, 2025

Astronauts set to swab the exterior of station for microbial life

NASA astronaut Victor Glover tests collection methods for ISS External Microorganisms in the Neutral Buoyancy Lab at Johnson Space Center. Credit: NASA
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NASA astronaut Victor Glover tests collection methods for ISS External Microorganisms in the Neutral Buoyancy Lab at Johnson Space Center. Credit: NASA

Astronauts are scheduled to venture outside the International Space Station to collect microbiological samples during crew spacewalks for the ISS External Microorganisms experiment. This investigation focuses on sampling at sites near life support system vents to examine whether the spacecraft releases microorganisms, how many, and how far they may travel.

This experiment could help researchers understand whether and how these microorganisms survive and reproduce in the harsh space environment and how they may perform at planetary destinations such as the moon and Mars. Extremophiles, or microorganisms that can survive , are also of interest to industries on Earth such as pharmaceuticals and agriculture.

Spacecrafts and spacesuits are thoroughly sterilized before missions; however, humans carry their own microbiomes and continuously regenerate microbial communities. It's important to understand and address how well current designs and processes prevent or limit the spread of human contamination. The data could help determine whether changes are needed to crewed spacecraft, including spacesuits, that are used to explore destinations where life may exist now or in the past.

Learn more about how researchers monitor microbes on the space station .

Provided by NASA

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Astronauts will collect microbiological samples from the exterior of the International Space Station to study the presence and spread of microorganisms in space. The focus is on areas near life support system vents to assess if and how far microorganisms are released. This research aims to understand microbial survival and reproduction in space, which is crucial for future missions to the moon and Mars and has implications for industries on Earth. The findings could inform improvements in spacecraft and spacesuit designs to prevent human contamination in space exploration.

This summary was automatically generated using LLM.