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代谢微球体:起源与演化

Metabolic microspheres: origins and evolution.

作者信息

Fox S W

出版信息

Naturwissenschaften. 1980 Aug;67(8):378-83. doi: 10.1007/BF00405480.

Abstract

A systematic review of catalytic activities in thermal proteinoids and microspheres aggregated therefrom yields some new inferences on the origins and evolution of metabolism. Experiments suggest that, instead of being inert, protocells were already biochemically and cytophysically competent. The emergence and refinement of metabolism ab initio is thus partly traced conceptually. When the principle of molecular self-instruction, as of amino acids in peptide synthesis, is taken into account as a concomitant of natural selection, an expanded theory of organismic evolution, including saltations, emerges.

摘要

对热聚氨基酸及其聚合形成的微球体中的催化活性进行的系统综述,得出了一些关于新陈代谢起源和进化的新推论。实验表明,原始细胞并非惰性的,而是在生化和细胞物理方面已经具备能力。因此,新陈代谢从头开始的出现和完善在概念上得到了部分追溯。当将分子自我指导原则,如肽合成中氨基酸的自我指导原则,视为自然选择的一个伴随因素时,就出现了一个包括跃变在内的扩展的有机进化理论。

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