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血浆和尿液的无限稀释电导测定法:与渗透压的相关性。

Infinite dilution conductimetry of plasma and urine: correlation with osmolality.

作者信息

Genain C, Tellier P, Syrota A, Pocidalo J J, Hans M

出版信息

Clin Chim Acta. 1978 Aug 15;88(1):177-82. doi: 10.1016/0009-8981(78)90167-5.

Abstract

The infinite dilution conductivity (IDC) of plasma and urine allows a measurement of the electrolyte content in small samples (5 to 15 microliter). The method was compared to the corrected osmolality (II'p) measured by the freezing-point depression. A linear correlation existed between II'p and the IDC: for plasma: II'p = 13.10 sigma o,p + 37.00 (n = 46 and r = 0.9949) for urine: II'u = 12.75 sigma o,u + 16.56 (n = 85 and r = 0.9504). The measurement of the IDC does not depend on protein concentration and can be used instead of the osmometer methods to determine the total plasma and urine electrolyte content.

摘要

血浆和尿液的无限稀释电导率(IDC)可用于测量少量样本(5至15微升)中的电解质含量。该方法与通过冰点降低法测量的校正渗透压(II'p)进行了比较。II'p与IDC之间存在线性相关性:对于血浆:II'p = 13.10σo,p + 37.00(n = 46,r = 0.9949);对于尿液:II'u = 12.75σo,u + 16.56(n = 85,r = 0.9504)。IDC的测量不依赖于蛋白质浓度,可用于替代渗透压计法来测定血浆和尿液中的总电解质含量。

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