New clues of the emergence of life with the help of “Esiris-Rox”

According to RCO News AgencyThe conditions for the emergence of life in the solar system have emerged 1.5 billion years ago.

NASA and its partners have released the first information on the samples collected by the mission of the Assiris-Turks.

NASA said in a press release: “The findings do not show evidence for life itself, but show that the conditions for life throughout the early Solar System are extensive and increase the likelihood of life in other planets and moons.”

The mission of the Assiris-Turns used very attractive technology to obtain a stone and dust from asteroids called Bennu.

Asteroids can act as time capsules, and “Beno” reflects events that took place nearly 1.5 billion years ago in the Solar System.

The mission of the “Asris-Turks” after a 1.5 billion mile sampling and Beno sampling part of this capsule returned to Earth on September 9.

Recently, an article on the asteroid of “Beno” has been published in the journal Nature Astronomy, indicating that these specimens contain 5 amino acids and five “nucleobase” that are also found in various forms of life on Earth.

Amino acids or amino acids are organic compounds consisting of factor, amino and carboxylic acid groups. There are more than 5 amino acids in nature. These compounds can be classified as alpha amino acids (α-), beta (β), gamma (γ) or delta (δ-) according to the location of the nucleus agents. The most important of these are alpha amino acids. In biochemistry, amino acids in which the amino and carboxylic acid groups both attach to the unique carbon are called “alpha amino acid”.

“Nucleotide open” is also nitrogen bases found in nucleosides, nucleotides, RNA and DNA.

Examples received from Beno’s asteroid also contain high levels of ammonia and formaldehyde. When these two substances are combined in appropriate conditions, they can form complex molecules such as amino acids.

The second article is published in the journal Nature and describes the environment in which the molecules are formed. In their evaluation, the researchers found evidence of a “waterfall” showing a set of minerals that could remain as a result of evaporation.

Jason Dworkin, scientist of the Asris-Turkin project in NASA Gaddard, says: “Asris-Turns’ data adds a large pen to an image of a solar system full of life potential. This is really tempting.

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