肾脏在周围神经的慢性刺激下排泄水和电解质

Azhipa YaI, G A Filyashina
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引用次数: 0

摘要

经证实,由于切断坐骨神经和将福尔马林引入中央节段而引起的周围神经的慢性刺激,伴随着长时间的少尿(长达数月)、低钠尿、随尿排出氯、钙和尿素的改变,以及肾脏排出钾和磷酸盐的增强。研究表明,在神经营养不良的情况下,肾脏排泄水、钠、氯和钙的减少主要与肾小球原尿过滤的急剧抑制有关,部分与它们的重吸收加强有关。高钾尿和高磷尿是由于肾小管分泌过程的激活,而尿素排泄的减少是由于这种物质的过滤负荷减少以及扩散和分泌过程的减少。因此,坐骨神经的慢性刺激导致肾元各部分功能活动的改变。重要的是,肾元的不同部分在程度和性质上都有不同的反应,这对肾脏正常维持对水和电解质代谢变化的充分反应充满了严重的后果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Excretion of water and electrolytes by the kidneys in chronic irritation of the peripheral nerves.

It was established that chronic irritation of the peripheral nerves as a result of cutting of the sciatic nerve and introduction of formalin into the central segment is accompanied by prolonged oliguria (for many months), hyponatriuresis, a change in te excretion of chlorine, calcium, and urea with the urine, as well as an intensification of the excretion of potassium and phosphates by the kidneys. It was shown that the decrease in the excretion of water, sodium, chlorine, and calcium by the kidneys in the presence of a neurodystrophic process is associated chiefly with a sharp inhibition of filtration of the primary urine in the glomeruli and partially with an intensification of their reabsorption. Hyperkaliuresis and hyperphosphaturia were due to activation of the secretory process in the kidney tubules, while the decrease in the excretion of urea was a consequence of a decrease in the filtration load of this substance and a decrease in the diffusion and secretory processes. Thus, chronic irritation of the sciatic nerve leads to a change in the functional activity of all parts of the nephron. It is important that different parts of the nephron react differently, both in degree and in nature, and this is fraught with serious consequences for the normal maintenance of an adequate response of the kidneys to a change in the water and electrolyte metabolism.

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