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醛氰菌素微球:在不同条件下由简单反应物形成的微粒的部分氨基酸分析

Aldocyanoin microspheres: partial amino acid analysis of the microparticulates formed from simple reactants under various conditions.

作者信息

Pollock G E, Heiderer R

出版信息

J Mol Evol. 1979 Oct;13(3):253-64. doi: 10.1007/BF01739484.

Abstract

The work of Kenyon and Nissenbaum on aldocyanoin microspheres was repeated and extended. It was determined that the microspheres contained amino acids and that specific amino acids could be incorporated into the microspheres by adding the requisite aldehyde or ketone precursor to the model mixture. Microsphere formation was found to be dependent on the availability of oxygen. Under anaerobic conditions of synthesis, no microspheres formed in the time allotted and the amino acid composition of the macromolecular material was simple. Microparticulate material synthesized by C. Folsome using a quenched spark technique was analyzed and found to contain amino acids that had a qualitative composition similar to both a Miller-Urey discharge and the Kenyon-Nissenbaum microspheres.

摘要

凯尼恩和尼森鲍姆关于醛基氰微球的研究工作得到了重复和扩展。研究确定微球中含有氨基酸,并且通过向模型混合物中添加必需的醛或酮前体,可以将特定的氨基酸掺入微球中。发现微球的形成取决于氧气的可用性。在厌氧合成条件下,在规定时间内没有形成微球,大分子物质的氨基酸组成很简单。对福尔索姆使用猝灭火花技术合成的微粒材料进行了分析,发现其中含有的氨基酸在定性组成上与米勒-尤里放电以及凯尼恩-尼森鲍姆微球都相似。

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