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The vasoactive systems in the regulation of renal hemodynamics

机译:血管活性系统在调节肾血流动力学中的作用

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In the homeostasis of sodium and water metabolism, the kidney plays a pivotal role. It is the center of multiple humoral systems, such as renin angiotensin aldosterone system, arginine vasopressin, atrial natriuretic peptide, and nitric oxide, which control both systemic and renal circulation in concert. Disturbances in these systems secondary to cardiovascular compromise, especially hemodynamic insufficiency in renal circulation, lead to the accumulation of excess sodium and water, resulting in edema formation. So it is crucial to elucidate the relationship between the kidney and these vasoactive systems for the better understanding of pathophysiology of edema and volume retension.
机译:在钠和水代谢的体内平衡中,肾脏起着关键作用。它是多种体液系统的中心,例如肾素血管紧张素醛固酮系统,精氨酸加压素,心钠素和一氧化氮,它们共同控制全身和肾脏的循环。这些系统的紊乱继发于心血管疾病,尤其是肾循环的血流动力学不足,导致过多的钠和水积聚,导致水肿形成。因此,阐明肾脏与这些血管活性系统之间的关系对于更好地了解水肿的病理生理学和容量恢复至关重要。

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