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HPLC/UV 或生物测定法:两种用于人血清样本中泊沙康唑定量的有效方法。

HPLC/UV or bioassay: two valid methods for posaconazole quantification in human serum samples.

机构信息

Servicio de Micología, Centro Nacional de Microbiología, Instituto de Salud Carlos III, Majadahonda, Madrid, Spain.

出版信息

Clin Microbiol Infect. 2012 Dec;18(12):1229-35. doi: 10.1111/j.1469-0691.2011.03732.x. Epub 2011 Dec 22.

Abstract

In this paper we report on the development and validation of two different methods for posaconazole quantification from serum samples, HPLC/UV and bioassay. Both methods have been validated according to international guidelines and were also applied to the analysis of 61 trough serum samples from treated patients. A good correlation between both methods was observed. The HPLC method, more laborious and expensive, was demonstrated to be more accurate, precise and faster (analytical range 0.125-16 μg/mL, accuracy between -2.48 and 3.70% and precision between 2.77 and 5.93%, with an analytical run time of 11 min), making it a valuable tool for reference laboratories that centralize high numbers of samples. The microbiological method, however, is simple and offers sufficient precision and accuracy (analytical range 0.125-16 μg/mL, accuracy between -8.10 and 3.77% and a precision between 4.52 and 10.07%), to be used to monitor posaconazole. It may be a valid alternative to chromatographic methods in clinical laboratories without specialized facilities.

摘要

本文报告了两种不同的方法,用于从血清样本中定量泊沙康唑,分别为 HPLC/UV 和生物测定法。这两种方法均按照国际指南进行了验证,并应用于 61 份来自治疗患者的谷浓度血清样本的分析。两种方法之间观察到了良好的相关性。HPLC 方法虽然繁琐且昂贵,但具有更高的准确性、精密度和更快的分析速度(分析范围为 0.125-16μg/mL,准确度在-2.48%和 3.70%之间,精密度在 2.77%和 5.93%之间,分析运行时间为 11 分钟),使其成为集中处理大量样本的参考实验室的有价值工具。然而,微生物学方法简单,提供了足够的精密度和准确度(分析范围为 0.125-16μg/mL,准确度在-8.10%和 3.77%之间,精密度在 4.52%和 10.07%之间),可用于监测泊沙康唑。对于没有专业设备的临床实验室,它可能是色谱方法的有效替代方法。

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