Home » 20 kinds of amino acids can withstand the sulfuric acid components of Venus, and some life forms may live well in the clouds of Venus | TechNews Science and Technology News

20 kinds of amino acids can withstand the sulfuric acid components of Venus, and some life forms may live well in the clouds of Venus | TechNews Science and Technology News

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20 kinds of amino acids can withstand the sulfuric acid components of Venus, and some life forms may live well in the clouds of Venus | TechNews Science and Technology News

MIT Researchers Discover Basic Amino Acid Components in Venus’ Clouds, Signaling Hope for Extraterrestrial Life

In a groundbreaking discovery, a team of researchers from MIT has found basic amino acid components in the high-concentration sulfuric acid clouds of Venus. This unexpected finding has reignited discussions about the possibility of life existing in the clouds of this hostile planet.

Venus, known for its extreme surface environment, has long been considered inhospitable to life. With temperatures soaring high enough to melt lead and atmospheric pressures 92 times greater than that of Earth, the planet’s harsh conditions have deterred researchers from exploring its potential for hosting life. However, the recent discovery of amino acids in the planet’s clouds has sparked new interest in Venus as a potential habitat for extraterrestrial life.

The discovery of amino acids, which are essential building blocks of life, in Venus’ clouds raises questions about the planet’s ability to support microbial life. Previous studies have suggested that microorganisms could potentially survive in the clouds of Venus, shielded from sulfuric acid corrosion by other atmospheric particles. However, the MIT team’s findings suggest that microorganisms may be able to withstand exposure to sulfuric acid without any additional protection.

The researchers conducted experiments in which they exposed 20 different amino acids to sulfuric acid concentrations similar to those found in Venus’ clouds. Surprisingly, 19 of the amino acids remained stable under these conditions, with their molecular structures remaining intact for up to a month. This discovery opens up new possibilities for the existence of life in Venus’ clouds, as other components such as fatty acids and nucleic acids have also shown similar resistance to sulfuric acid.

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NASA and ESA have already announced plans to send new probes to Venus in the next decade, with the aim of uncovering more mysteries about the planet and potentially confirming the presence of life in its clouds. The research paper detailing the MIT team’s findings has been published in the journal Astrobiology, shedding new light on the possibility of extraterrestrial life in our own solar system.

As scientists continue to explore and study Venus, the hope of discovering life beyond Earth remains a tantalizing possibility, with the planet’s clouds offering new insights into the potential for microbial survival in extreme environments.

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