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血浆钠和钾的测定:利用患者样本最小化离子选择性电极法与火焰光度法之间的差异

Plasma sodium and potassium measurement: minimising ISE-flame differences using specimens from patients.

作者信息

Russell L J, Smith S C, Buckley B M

机构信息

Ciba Corning Diagnostics, Chilton Industrial Estate, Sudbury, Suffolk, UK.

出版信息

Ann Clin Biochem. 1988 Jan;25 ( Pt 1):96-101. doi: 10.1177/000456328802500114.

Abstract

Experience in clinical chemistry of direct reading ion-selective electrode analysers for the measurement of plasma Na+ and K+ concentrations has shown that the results obtained on any specimen may vary significantly from one make of instrument to another. To overcome these differences, the European Working Group on ISEs of the IFCC Expert Panel on pH, Blood Gases and Electrolytes have proposed that instruments should be standardised to report Na+ and K+ concentrations in undiluted plasma to agree with flame emission spectrometry in samples with normal plasma water bicarbonate concentrations and normal pH. In designing and setting the calibration of a new ISE analyser for Na+ and K+, the Corning 614, the manufacturer has attempted to satisfy this proposal using a large number of specimens obtained from patients. This paper presents details of the procedure used and the results of an independent evaluation of its validity in routine clinical practice.

摘要

对用于测量血浆钠和钾浓度的直读式离子选择电极分析仪进行临床化学检测的经验表明,对任何样本所测得的结果,不同品牌仪器之间可能存在显著差异。为克服这些差异,国际临床化学和检验医学联合会(IFCC)pH、血气与电解质专家小组的ISEs欧洲工作组提议,仪器应进行标准化,以便在未稀释血浆中报告钠和钾浓度,使其与血浆水碳酸氢盐浓度和pH值正常的样本中的火焰发射光谱法结果一致。在设计和校准用于钠和钾检测的新型ISE分析仪康宁614时,制造商试图通过使用从患者身上获取的大量样本满足这一提议。本文介绍了所采用的程序细节以及对其在常规临床实践中的有效性进行独立评估的结果。

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