
Space Viruses Evolved on ISS Show Promise Against Earth's Superbugs
A study on the ISS found that viruses evolved in microgravity are more effective at killing drug-resistant bacteria, offering a new path to combat superbugs.
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A study on the ISS found that viruses evolved in microgravity are more effective at killing drug-resistant bacteria, offering a new path to combat superbugs.

A resilient bacterium found in NASA's sterile clean rooms can enter a dormant state to survive cleaning, posing a risk of contaminating other planets.

A new experiment on the International Space Station is testing ultraviolet light as a chemical-free way to stop the growth of harmful bacterial biofilms in water systems.

A new study confirms that Bacillus subtilis, a microbe vital for human health, can survive the extreme forces of a rocket launch and reentry.

An Arizona State University experiment on the ISS is using UV light to stop biofilms, which cause $4 trillion in damage annually on Earth.

A study led by RMIT University confirms that bacteria vital for human health can survive the extreme forces of a rocket launch and atmospheric re-entry.