首页> 外文期刊>Chirality: The pharmacological, biological, and chemical consequences of molecular asymmetry >Formation of Highly Enantioenriched Microenvironments by Stochastic Sorting of Conglomerate Crystals: A Plausible Mechanism for Generation of Enantioenrichment on the Prebiotic Earth
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Formation of Highly Enantioenriched Microenvironments by Stochastic Sorting of Conglomerate Crystals: A Plausible Mechanism for Generation of Enantioenrichment on the Prebiotic Earth

机译:砾石晶体的随机分选形成高度对映体富集的微环境:在益生元地球上产生对映体富集的可能机制

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摘要

Abiotic generation of local areas of enantioenrichment is to be expected whenever one deals with the 5-10% of organic solids that crystallize as conglomerates. Since an individual crystal of a conglomerate contains only a single enantiomer, simple sorting processes involving winds, waves, or similar forces can act to deposit individual crystals into unique environments. Subsequent dissolution may afford nearly enantiopure solutions. Therefore, in contrast to common perception, enantioenrichment is not a unique signature of living systems, it is simply evidence of a certain degree of chemical complexity.
机译:每当处理5-10%会结块的有机固体时,就可以期望在当地产生非生物富集的对映体。由于团块的单个晶体仅包含单个对映体,因此涉及风,波或类似力的简单分选过程可将单个晶体沉积到独特的环境中。随后的溶解可提供几乎对映纯的溶液。因此,与通常的看法相反,对映体富集不是生命系统的唯一标志,它只是化学上一定程度复杂性的证据。

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