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Type 1a Supernova Explosion and the Origin of Sugar Chiral Asymmetry in Biological Systems

机译:1A型超新年爆炸和生物系统中糖手性不对称的起源

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摘要

It was shown that circularly polarized ultraviolet from positrons generated during the decay of radioactive cobalt Co-56 produced by the type 1a Supernova explosion in the space scenario of the prebiological stage of the origin of life with regard to the appearance of the chiral asymmetry seed of sugars and their precursors is the most powerful astrophysical source of chiral influence. Arguments in favor of the fact that the role of sugars (ribose) in the origin of life is more important in comparison with amino acids are presented. The properties of nuclear forces uniquely determine the sign of the biosphere chiral asymmetry, observed on the Earth: left amino acids and right sugars strongly dominate (chiral purity).
机译:结果表明,在终点的放射性钴CO-56中产生的圆偏振紫外线,其在由1A型超新加坡爆炸中产生的,在生命起源于生命起源的外观的空间场景中,关于手性不对称种子的外观 糖和它们的前体是最强大的天体物理学的手性源。 有利于使糖(核糖)在生命起源的作用与氨基酸相比更重要的争论。 核动力的性质唯一地确定了地球上观察到的生物圈手性不对称的迹象:左氨基酸和右糖强烈占主导地位(手性纯度)。

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