甲硝唑对血清肌酐浓度测量的干扰

Castro-Castro María-José, Cachón-Suárez Isabel, Maestre-Fernández Andrea, Navarro-Badal Rosa
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引用次数: 0

摘要

关于甲硝唑干扰酶法测量肌酐浓度的文献很少。一些研究推测,由于二吡喃酮分子与 4-aminophenazone 分子相似,因此会对酶法序列的最后一个反应产生干扰。本研究的目的是考察甲硝唑的存在对用酶法测量血清肌酐浓度的干扰。 通过在 30 份患者血清样本池中加入不同浓度的甲氰咪唑,用两种测量程序(酶法和杰斐法)对肌酐浓度的测量进行了干扰研究。 干扰研究表明,用酶法测量患者血清肌酐浓度的结果会随着加入的甲氰咪唑浓度的增加而降低。 在用酶法测量血清肌酐浓度时,甲硝唑会产生干扰,而在用 Jaffe 法测量时则不会产生干扰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interference of metamizole in the measurement of serum creatinine concentration
There is little literature on the interference of metamizole in measurement creatinine concentration by the enzymatic method. Some studies have postulated that the dipyrone molecule is responsible for interfering in the last reaction of the enzymatic method sequence, due to its similarity with the 4-aminophenazone molecule. The aim of this study is to examine the interference of the presence of metamizole in the measurement of serum creatinine concentration by the enzymatic method. An interference study of the measurement of creatinine concentration was carried out with two measurement procedures (enzymatic and Jaffe), by adding different concentrations of metamizole to pool from 30 serum samples of patients. The interference study indicates that the results of serum creatinine concentrations in patients, as measured by the enzymatic method, decrease with the addition of increasing concentrations of metamizole. There is interference with metamizole in the measurement of serum creatinine concentration by the enzymatic method that it is have not seen in the Jaffe method.
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