Mechanisms of violations of water-electrolyte metabolism under the influence of unfavorable factors of hyperbaria and promising possibilities of their correction

D. P. Zverev, A. Shitov, A. N. Andrusenko, V. Chernov, Z. M. Israfilov, I. Klenkov, L. N. Vorobyovа
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Abstract

The purpose of the work: to identify the mechanisms of changes in kidney function and water-electrolyte metabolism in divers with different initial resistance to adverse factors of hyperbaria using oral stress renal tests.Materials and methods. 44 men were examined. Initial resistance to adverse factors of hyperbaria was assessed in all subjects. To determine the state of kidney function, oral stress renal tests were performed under the influence of hypoxia, hyperoxia, toxic nitrogen concentrations and decompression gas formation.Results and their discussion. Changes in kidney function and water-electrolyte metabolism occurring under the action of hyperbaria factors are largely determined by hormonal mechanisms implemented through the renin — angiotensin-aldosterone system (RAAS). Under the action of hypoxia, hyperoxia, toxic nitrogen concentrations and decompression gas formation on unstable subjects, the vector of changes in the activity of RAAS will mainly be directed towards increasing the secretion of antidiuretic hormone and aldosterone.
高压不利因素影响下违反水电解质代谢的机制及其纠正的可能性
本研究目的:通过口服应激肾试验,探讨对高压不良因素具有不同初始抵抗力的潜水员肾功能和水电解质代谢变化的机制。材料和方法。44名男性接受了检查。评估所有受试者对高压压不良因素的初始耐药性。在缺氧、高氧、毒氮浓度和减压气体形成的影响下进行口服应激肾试验,以确定肾功能状态。结果和讨论。在高压因子作用下发生的肾功能和水电解质代谢的变化在很大程度上是由肾素-血管紧张素-醛固酮系统(RAAS)实现的激素机制决定的。在不稳定受试者缺氧、高氧、有毒氮浓度和减压气体形成的作用下,RAAS活性变化的载体将主要指向抗利尿激素和醛固酮的分泌增加。
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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