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OMG! Why NASA and SpaceX will send squids into space

  • by Alba luz Leal
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UNITED STATES – Incredibly, it has been announced that NASA and SpaceX will send luminescent squids and water bears into space. From the Kennedy Space Center, the goal is for them to reach the International Space Station (ISS) with its launch on June 3, 2021. Additionally, it has been reported that there are around 128 squid and 5,000 sea bears. water. In this sense, it has been reported that the tiny Hawaiian squids and tardigrades, known as aquatic bears, will be used to study their behavior in space. Likewise, their interactions in molecular matter between beneficial microbes and these animals can be assessed. Meanwhile, the goal could be somewhat complex and, of course, controversial due to the use of animals as a test. Therefore, it was clarified that this will reveal whether spaceflight changes a relationship between the pathways that microbes use to communicate with animal tissues. In this way, NASA will be able to understand these interactions and, with it, be able to preserve the health of astronauts in future missions, of course, in exchange for that of animals, improving the well-being of humanity and the Earth. Source: NASA / Jamie S. Foster / University of Florida. “Animals, including humans, depend on their microbes to maintain a healthy digestive and immune system,” revealed Jamie Foster, researcher and leader of the Microgravity in Microbial Interactions in Animals (UMAMI) study targeting small squids . In turn, he added that: “We do not fully understand how space flight alters these beneficial interactions.” On the other hand, there are the tardigrades (which are the most resistant microorganisms on Earth under extreme conditions). These will also work for tests to understand the stress of humans in space and to be able to counter this situation. “One of the things that interests us a lot is understanding how tardigrades survive and reproduce in these environments and if we can learn anything about the tricks they use and adapt them to protect astronauts,” said Thomas Boothby, researcher main.