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首页> 外文期刊>Kidney International Reports >Addendum Regarding “The Unappreciated Role of Extrarenal and Gut Sensors in Modulating Renal Potassium Handling: Implications for Diagnosis of Dyskalemias and Interpreting Clinical Trials” (Kidney?Int Rep. 2016;1:43–56)
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Addendum Regarding “The Unappreciated Role of Extrarenal and Gut Sensors in Modulating Renal Potassium Handling: Implications for Diagnosis of Dyskalemias and Interpreting Clinical Trials” (Kidney?Int Rep. 2016;1:43–56)

机译:关于“肾外和肠内传感器在调节肾钾处理中的作用未被认识:对运动障碍的诊断和临床试验解释的意义”的附录( Kidney?Int Rep。 2016; 1:43– 56)

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摘要

Shortly after the in press publication of the review “The Unappreciated Role of Extrarenal and Gut Sensors inModulating Renal Potassium Handling: Implications for Diagnosis of Dyskalemias and Interpreting Clinical Trials”1,Lise Bankir and associates published a paper2 suggesting that glucagon could serve as the mediator for the rapidrenal response to an ingestion of potassium. This hypothesis is relevant to and complements our discussion of both(a) the putative location for the GI potassium sensor and, (b) the potential signal(s) that might modulate the increasein renal potassium excretion.
机译:在评论发表后不久,“肾外和肠内传感器在调节肾钾处理中的作用未被认识:对运动障碍的诊断和临床试验解释的意义” 1,Lise Bankir及其同事发表了一篇论文2,暗示胰高血糖素可以作为介体。对摄入钾的快速肾脏反应。该假设与我们有关以下方面的讨论有关,并且补充了我们的讨论:(a)GI钾传感器的推定位置,以及(b)可能调节肾钾排泄增加的潜在信号。

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