[Phylogeny of peptide regulation: the beginning].

A T Maryanovich
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Abstract

Analyzing existing literature sources and his own experimental data, the author has concluded that (i) regulatory peptides arise solely as a result of cleavage of protein precursors, but not by non-ribosomal synthesis; (ii) the peptide regulation of physiological functions emerged as a part of autocrine regulation system almost simultaneously with life itself; peptide paracrine regulation appeared in the colonial prokaryotes, and peptide endocrine regulation in the multicellular eukaryotes; (iii) the regulatory peptides and their receptors could occur either sequentially (in any order) or simultaneously; (iv) conservatism of the primary structure of regulatory peptides is not significantly different from that of proteins; (v) the regulatory peptides are presented in the most evolutionarily ancient species wider than specialists think.

[肽调控的系统发育:开始]。
分析现有文献来源和他自己的实验数据,作者得出结论:(i)调节肽的产生仅仅是蛋白质前体切割的结果,而不是由非核糖体合成的结果;(ii)生理功能的肽调节几乎与生命本身同时作为自分泌调节系统的一部分出现;多肽旁分泌调控出现在群体原核生物中,多肽内分泌调控出现在多细胞真核生物中;(iii)调节肽及其受体可以依次(以任何顺序)或同时发生;(iv)调节肽一级结构的保守性与蛋白质的保守性无显著差异;(5)在最古老的进化物种中出现的调节肽比专家认为的要广泛。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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