烷基化抗肿瘤化合物的分离方法。

A Paci , A Rieutord , F Brion , P Prognon
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引用次数: 17

摘要

在默克索引(第12版)分类的基础上,综述了烷基化肿瘤化合物的分离方法。每个切片,只要有或相关,根据以下方法进行细分:稳定性研究,提取方法,气相色谱法,高效液相色谱法和毛细管电泳。在每章的最后,建立了一个单独的表格,总结了分离方法的主要特点。特别是lod和/或loq以数量表示,以便于方法之间的比较。这篇综述强调了测量这些化合物在生物流体中痕量水平的问题,包括它们的不稳定性、对玻璃和塑料的吸附或衍生化要求。在过去的几十年里,高效液相色谱法似乎比气相色谱法更流行于烷基化剂的分离。窄孔或微孔LC与质谱耦合的发展无疑是进一步提高本综述所调查的不同论文的分离和灵敏度的途径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Separation methods for alkylating antineoplastic compounds

The separating method for alkylating neoplastic compounds were reviewed based on the classification of the Merck Index (12th Edition). Each section, whenever available or relevant, was subdivided according to the following approach: stability studies, extraction methods, gas chromatography, high-performance liquid chromatography and capillary electrophoresis. At the end of each chapter a separate table summarizing the main characteristics of the separating method were established. In particular LODs and/or LOQs were expressed as quantity to facilitate comparison between methods. This review highlights the problems to measure trace levels of these compounds into biological fluids with respect to their instability, adsorption to glass and plastic or derivatization requirements. Over the last decades, HPLC seems to be more popular than GC for separating the alkylating agents. The development of narrow- or microbore LC coupled to MS is certainly the way to further improve both separation and sensitivity obtained in the different papers surveyed for this review.

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