Scientists are trying to make the bathroom of the International Space Station a little less brutal



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<p clbad = "canvas-atom-text-canvas Mb (1.0em) Mb (0) – sm Mt (0.8em) – sm" type = "text" content = "The International Space Station is like no other place on Earth , and not just because it's not really sure Earth at all. The laboratory in orbit is inhabited by teams of scientists who live there for months before being replaced by new faces, which represents a considerable challenge in terms of cleanliness. "Data-reactid =" 18 "> The International Space Station is like no other place on Earth, not just because it's not really sure Earth at all. The laboratory in orbit is inhabited by teams of scientists who live there for months before being replaced by new faces, which poses a huge challenge in terms of cleanliness.

<p clbad = "canvas-atom canvas-text Mb (1.0em) Mb (0) – sm Mt (0.8em) – sm" type = "text" content = "This is not that astronauts are more messy than the others of us, but they are certainly always human, and being human means carrying a host of microorganisms with you on a daily basis. Recent research revealed that the bacteria transmitted by humans to the ISS is mutating, which poses a potential risk to future space users, but researchers are currently testing a new antimicrobial coating that could help to clean things up a bit. "data-reactid =" 19 "> It's not that astronauts are more disordered than the rest of us, but they are certainly still human and, as a human being, we hear a multitude of micro Recent research has revealed that the bacterium spreading ISS is mutating, posing a potential risk to future space users, but researchers are currently testing a new antimicrobial coating that could help clean up a little things.

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<p clbad = "canvas-atom canvas-text Mb (1.0em) Mb (0) – sm Mt (0.8em) – sm" type = "text" content = "In a new article published in Frontiers in Microbiology, researchers have described the testing of a new coating based on silver and ruthenium, a platinum derivative. Elements such as silver have been shown to eliminate microorganisms with high efficiency, and silver coils are used in a variety of applications, such as cooling with water, to prevent bacteria growth. "Data-reactid =" 25 "> In a new document Posted in Frontiers in Microbiology, researchers have described the testing of a new coating based on silver and ruthenium, a platinum derivative. Elements such as silver have been shown to eliminate microorganisms with high efficiency, and silver coils are used in a variety of applications, such as cooling with water, to prevent bacteria growth.

The coating, dubbed AGXX by the researchers, was tested on one of the most disgusting surfaces of the International Space Station: the bathroom door. Tests were then performed on the surfaces after coating for several months and the results looked promising.

"After six months of exposure to the ISS, no bacteria have been detected on AGXX coated surfaces," said in a statement Professor Elisabeth Grohmann, lead author of the # 39; s book.

The tests were performed again between 12 and 19 months and, while some bacteria had managed to hang during this extended period, there was still an overall 80% reduction in bacterial activity . Researchers attribute this to the formation of microscopic materials on surfaces that prevented bacteria from coming into direct contact with the surface.

"With prolonged exposure time, some bacteria have escaped the antimicrobial action," says Grohmann. "Antimicrobial test materials are static surfaces, where dead cells, dust particles and cellular debris can accumulate over time and interfere with direct contact between the surface of the antimicrobial and the bacteria. "

This work is particularly important because of the stress experienced by astronauts during their stay aboard the space station. Dramatic changes in everyday life can reduce the effectiveness of human immune systems, and flying in space is one of the most stressful things that a person can live.

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  1. Scientists are trying to make the bathroom of the International Space Station a little less brutal

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