Strange New Side of Viral Evolution Revealed on the International Space Station
Microgravity delayed phage infection and caused unique mutations that improved the ability of phages to kill drug-resistant E. coli, researchers reported in PLOS Biology.
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Space experiments reveal new way to fight drug-resistant superbugs, scientists say
International Space Station research by University of Wisconsin-Madison scientists shows microgravity helps fight drug-resistant superbugs by altering how viruses and bacteria evolve.
Strange New Side of Viral Evolution Revealed on the International Space Station
Viruses that infect bacteria can still do their job in microgravity, but space changes the rules of the fight. In a new experiment conducted aboard the International Space Station, scientists found that viruses which infect bacteria can still successfully infect E. coli under near-weightless microgravity conditions. While infection still occurred, the interaction between viruses and [...]
Viruses may be more powerful in the International Space Station's microgravity environment
A new study shows that the dynamics between bacteria-infecting viruses and E. coli bacteria aboard the International Space Station evolved compared to a sample on Earth, with more mutations that make the bacteria resistant to infection.
According to a study by American researchers, microorganisms mutate completely differently in a microgravity environment than on Earth.
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