[COEVOLUTION OF PHYSIOLOGICAL SYSTEMS].

Yu V Natochin
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Abstract

Coevolution - the interaction of different species of animals that are closely related biologically but do not exchange genetic information. The article discusses the problem of coevolution of physiological systems within an organism as the interrelated development of structure, function and systems of their re- gulation during the formation of living systems. We consider the coevolution of osmoregulation and type of metabolism of nitrogen compounds, systemic and individual strategy of coevolution of cell volume re- gulation in poikiloosmotic and homoioosmotic animals, coevolution of effectory organs and endocrine factors in the development of water-salt homeostasis, interrelationship of nonapeptides of neurohypophysis and glucagon-like peptide 1 in regulation of renal function for stabilization of physicochemical para- meters of fluids of the internal environment.

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[生理系统的共同进化]。
共同进化-不同物种之间的相互作用,这些物种在生物学上密切相关,但不交换遗传信息。本文讨论了生物体内生理系统的协同进化问题,即在生命系统形成过程中,结构、功能及其调控系统的相互关联的发展。我们考虑渗透调节和氮化合物代谢类型的协同进化,异渗动物和同渗动物细胞体积再调节的系统和个体协同进化策略,有效器官和内分泌因子在水盐稳态发展中的协同进化。神经垂体非肽与胰高血糖素样肽1在调节肾功能及稳定内环境体液理化参数中的相互关系。
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