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[尿电解质测定的用途]

[Usefulness of urinary electrolyte determination].

作者信息

Jaeger P

出版信息

Schweiz Med Wochenschr. 1987 Feb 21;117(8):292-7.

PMID:3563452
Abstract

As a practical contribution to an understanding of the usefulness of measuring some electrolytes in urine, the author first recalls that elements measured in a 24-h urine sample provide nutritional informations, whereas those assayed in fasting morning urine generate data on renal tubular function. To illustrate the first point the author describes assessment of the etiology of hypercalciuria based on a knowledge of concomitant 24-h excretions of sodium, phosphate, urate and creatinine. On the second point, the author suggests dissociating the parameters of which only the urinary concentration is of interest (pH, lysozyme, gamma-glutamyl-transferase) from the parameters of which the excretion--either fractional (Na, K, Cl, P, Mg) or absolute (Ca)--should be calculated. Finally, the reader is reminded how to use the nomogram of Peacock, Robertson and Nordin to evaluate fasting urinary excretion of calcium, and how to use the nomogram of Walton and Bijvoet to estimate the renal threshold phosphate concentration.

摘要

作为对理解尿液中某些电解质测量用途的实际贡献,作者首先回顾,24小时尿液样本中测量的元素提供营养信息,而空腹晨尿中检测的元素则产生有关肾小管功能的数据。为说明第一点,作者描述了基于对钠、磷酸盐、尿酸盐和肌酐的24小时排泄情况的了解来评估高钙尿症的病因。关于第二点,作者建议将仅关注尿液浓度的参数(pH、溶菌酶、γ-谷氨酰转移酶)与应计算排泄量的参数(分数排泄量,如钠、钾、氯、磷、镁;或绝对排泄量,如钙)区分开来。最后,提醒读者如何使用皮科克、罗伯逊和诺丁的列线图来评估空腹时尿钙排泄量,以及如何使用沃尔顿和比约沃特的列线图来估计肾磷酸盐阈值浓度。

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