SpaceX just launched disease-causing bacteria to the International Space Station
There is a secret and additional member of the crew-11 on board the international space station at the moment: pathogenic bacteria.
Or, at least, such bacteria soon develop aboard the orbit laboratory. Scientists from the Sheba Medical Center in Israel, in partnership with the United States-based space-based technology company, Spacetango, have developed a study that will examine how microgravity affects the growth of certain bacterial species that cause diseases in humans. To remove it, the researchers will develop different strains of bacteria in microgravity, will freeze that bacteria at -80 degrees Celsius, then refer samples to earth to see how they developed differently from the same bacteria cultivated on the original planet.
The bacterial strains involved are E. Coli, Salmonella Bongori and Salmonella Typhimurium, and they were launched to the international mission of the space station (ISS) on the NASA team: the team-11 team was successfully launched on Friday August 2 and is now adapted to life in addition).
Scientists have already studied how a lack of severity affects the growth of bacteria, and NASA research is already underway to study bacteria in space in general. But researchers behind the current Iss-And-Bacteria Mission Specifically Hope to Bring Home Data that will help Curb the Spread of Infectious Disease, or at Least Help Experts Find Ways to Stop Bacteria from Developing Antibiotic Resistance-A Major Public Health Problem that Disease-Causing Bacteria is no long Wiped out by Drugs that’ve been developed to clear the bacteria from people’s bodies and get them healthy again
“We know that spatial conditions affect bacterial behavior, including the way they develop, express genes and acquire features such as antibiotic resistance or virulence,” said Ohad Gal-Mor, head of the research laboratory on infectious diseases of the Sheba Medical Center.
In relation: Unknown strain of bacteria found on the Chinese Tiangong space station
“This experience will allow us, for the first time, to systematically and molecularly mapping the way in which the genetic expression profile of several pathogenic bacteria changes in space.”
The health of astronauts and the effect of microgravity on the human body has been the highest that people explore the space and the idea of life down land. Human genes sometimes express themselves differently in microgravity conditions, and scientists have linked such an environment to the accelerated loss of muscle observed in astronauts, and even their probability of developing rashes.
If they are examined by themselves, however, the genetic changes in bacteria will hope, the researchers more clues to the way they act once inside a human, whether it is at what speed they have spread or their probability of bypassing our treatments: both in space and here on earth.
