生物体液中异丙嗪及其去甲基化代谢物的薄层色谱和紫外分光光度分析

B. J. Samuel, Ere Diepreye, Wilson O. Diana
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引用次数: 0

摘要

目前已有几种紫外分光光度分析方法用于吩噻嗪类药物的分析,但薄层色谱技术尚未得到充分利用。因此,我们能够开发一种简洁,简单且具有成本效益的薄层色谱和紫外分光光度定量分析方法,用于分析生物体液中的异丙嗪和代谢物,验证了先前的研究。结果表明,该方法准确、准确,并成功地估计了样品间的表型测定和分类。从色谱强度来看,33.3%的研究人群被归类为低代谢者,40%为中间代谢者,26.67%为广泛代谢者。在与严重程度相关的代谢不良的受试者中,观察到n -去甲基异丙嗪很少或没有消除。因此,表型知识将有助于临床选择,因为来自同一家族的个体可能由于遗传相似性而以相同的方式代谢给予的药物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simple Thin-Layer Chromatographic and UV-Spectrophotometric Analysis of Promethazine and its N-Demethylation Metabolites from Biological Fluids
Several Ultra-Violet spectrophotometric analytical method has been made available in the analysis of phenothiazine group of drugs but Thin-Layer Chromatographic techniques are not fully utilized. Hence, we were able to develop a succinct, simple and cost-effective TLC and UV-spectrophotometric quantification method for the analysis promethazine and metabolites from biological fluids, validating previous studies. The proposed method was found to be precise, accurate and phenotypic determination and categorization were successfully estimated among the test samples. From the chromatogram intensities, 33.3% of the study population were classified as poor metabolizers, 40% were intermediate metabolizers, and 26.67% extensive metabolizers. Little or no elimination of N-desmethylpromethazine was observed for subjects with poor metabolism in correlation with the severity. Therefore, the phenotypic knowledge will help in the clinical choices as an individual from the same family may likely metabolize a giving drug in the same manner due to their genetic similarities.
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