表型或基因型为CYP2C19药物代谢多态性:对疾病的影响。

Nuala A Helsby
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引用次数: 0

摘要

CYP2C19等药物基因的基因分型方法通常被提倡“个性化治疗”,因为具有纯合子零等位基因基因型的个体是许多药物的不良代谢者(PM)。基因型-表型关系是年轻健康人群中s -甲苯妥英、proguanil和奥美拉唑的有效方法。然而,这种关系可能不适用于患有癌症和充血性心力衰竭等疾病的患者或老年人。基因型EM组的高表型不一致性意味着在许多临床情况下,如果只使用基因型方法,CYP2C19代谢不良者的真实数量可能被低估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pheno- or genotype for the CYP2C19 drug metabolism polymorphism: the influence of disease.

A genotyping approach for pharmacogenes such as CYP2C19 is often advocated to "personalise therapy", since individuals with the homozygous null allele genotype are poor metabolisers (PM) of many drugs. The genotype-phenotype relationship is a validated approach for S-mephenytoin, proguanil and omeprazole in young, healthy populations. However, this relationship may not be valid in patients with diseases such as cancer and congestive heart failure, or in old age. The high phenotypic discordance in the genotypic EM group means that in many clinical situations the true number of CYP2C19 poor metabolisers may be under-estimated if only genotypic approaches are used.

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