<p>US space agency NASA is sending yeast to space to gauge the impact of electromagnetic radiation on DNA. Instrumental in winemaking, baking, and brewing since ancient times, sending the yeast variety "Saccharomyces cerevisiae" into space is a part of an experiment to see if humans can survive on the lunar surfaces.</p>

<p>Since human beings have a lot more in common with the yeast than you might think, scientists have placed two strains of brewer’s yeast into cartridges to fly on NASA’s upcoming BioSentinel mission, which is tentatively scheduled for later this year.</p>

<p>According to Sergio Santa Maria, lead project scientist on BioSentinel, “Just imagine yourself sitting in free space, and you’re being hit from every single direction all the time.”</p>

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<p>As replicating cosmic radiation in a laboratory is extremely hard, but it is a significant danger of space travel, researchers need to figure out a way how make longer trips in space possible without causing any damage to human bodies.</p>

<p>“The problem with the solar protons is that there could be a lot of them, and they never stop,” according to Santa Maria.</p>

<p>"Saccharomyces cerevisiae", which dates back to 3,150 BC to an ancient Egyptian wine jar, repairs DNA damage and is a fantastic stand-in for our cells according to NASA.</p>

<p>NASA’s Artemis 1 mission, the first major leg of the space agency’s highly-anticipated return to the Moon, will also house BioSentinel in a CubeSat.</p>

<p>The cereal-box-sized satellite will detach from Artemis, which will last roughly three weeks, but BioSentinel will stay in space for much longer.&nbsp;</p>

<p>"Saccharomyces cerevisiae", which will orbit the Sun, will be rehydrated and help the team to get accurate deep-space exposure readings.<br />
&nbsp;</p>

<p><em>(With inputs from agencies)</em></p>

<p><strong>Watch WION's live TV here:</strong></p>

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US space agency NASA is sending yeast to space to gauge the impact of electromagnetic radiation on DNA. Instrumental in winemaking, baking, and brewing since ancient times, sending the yeast variety "Saccharomyces cerevisiae" into space is a part of an experiment to see if humans can survive on the lunar surfaces.

US space agency NASA is sending yeast to space to gauge the impact of electromagnetic radiation on DNA. Instrumental in winemaking, baking, and brewing since ancient times, sending the yeast variety "Saccharomyces cerevisiae" into space is a part of an experiment to see if humans can survive on the lunar surfaces. Since human beings have a lot more in common with the yeast than you might think, scientists have placed two strains of brewer’s yeast into cartridges to fly on NASA’s upcoming BioSentinel mission, which is tentatively scheduled for later this year. According to Sergio Santa Maria, lead project scientist on BioSentinel, “Just imagine yourself sitting in free space, and you’re being hit from every single direction all the time.” As replicating cosmic radiation in a laboratory is extremely hard, but it is a significant danger of space travel, researchers need to figure out a way how make longer trips in space possible without causing any damage to human bodies. “The problem with the solar protons is that there could be a lot of them, and they never stop,” according to Santa Maria. "Saccharomyces cerevisiae", which dates back to 3,150 BC to an ancient Egyptian wine jar, repairs DNA damage and is a fantastic stand-in for our cells according to NASA. NASA’s Artemis 1 mission, the first major leg of the space agency’s highly-anticipated return to the Moon, will also house BioSentinel in a CubeSat. The cereal-box-sized satellite will detach from Artemis, which will last roughly three weeks, but BioSentinel will stay in space for much longer. "Saccharomyces cerevisiae", which will orbit the Sun, will be rehydrated and help the team to get accurate deep-space exposure readings. (With inputs from agencies) Watch WION's live TV here:

NASA is sending yeast to space to gauge impact of electromagnetic radiation on DNA

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NASA is sending yeast to space to gauge impact of electromagnetic radiation on DNA