20 mice will spend 90 days in space to help us know if humans can survive on Mars



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Exposure to space can lead to a whole series of different things

The manned missions to Mars moving forward more and more, it's time for scientists to realize if humans should go there

. a host of different reactions of our body. Although we have data available on how bodies react when they live in space, there is little data on what would happen to Earthlings if they were exposed to the same. space for a significant period of time. Considering that Mars' manned missions could begin as early as the first half of the next decade, and the fact that these missions would require years of travel, it's certainly the right time to know if we should make this trip so early. 19659004] To this end, scientists sent 20 lab mice to space aboard the Falcon 9 rocket that launched from Cape Canaveral, Florida last Friday. Ten of them will come back after one month, but the other ten will remain in orbit for a period of 90 days, which equals nine years in human time.

According to Futurism mice are part of the study of the Center for Sleep and Circadian Biology (CSCB) of Northwestern University to determine what effects the space will have on the circadian rhythms of the mouse, which are essentially biological processes that take place in 24-hour cycles. Apart from this, the researchers also intend to find out if bacteria living in and on the bodies of mice are affected during space travel, while the way mice would treat spatial life at the psychological level makes also part of the study. ] Houston, we have mice. https://t.co/nzCKietbmV

– Futurism (@futurism) 29 June 2018

Throughout the time that the 10 mice will be in orbit aboard the International Space Station (ISS), their identical twins will remain in a NASA research center here on Earth – and will have exactly the same conditions. Scientists think this would give them insight into how living in space alters the expression of our genes.

We have already made progress when NASA sent astronaut Scott Kelly to the ISS for a year. on earth. This study concluded that seven percent of Scott Kelly's genes had been affected by life in space. However, in this study, Mark was not subjected to the same conditions as his brother, meaning that the findings of this study can not be considered definitive.

But the 10 mice should give us a better insight into how space actually affects living things. , while at the same time, its results will be true for longer space vacations.

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