A new study published in Nature Communications has revealed that an ancient form of DNA can be used to decode the potential of aqueous amino acids. By decoding the potential of these amino acids, scientists have been able to better understand how life could have started on Earth.

The study used ancient DNA sequences to simulate the conditions in which the first amino acids could have formed. This allowed the researchers to analyze the potential of the aqueous amino acids in the environment. By decoding this potential, the team was able to identify the conditions in which a variety of amino acids could have been formed.

This groundbreaking research has opened the door to a better understanding of the origin of life on Earth. With this new insight, scientists can further explore how the building blocks of life could have come together to create the complex organisms we see today.

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source: Phys.org