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华法林药物基因组学:当前最佳证据。

Warfarin pharmacogenomics: current best evidence.

机构信息

Department of Medicine and Department of Biostatistics and Epidemiology, Perelman University of Pennsylvania School of Medicine, Philadelphia, PA, USA.

出版信息

J Thromb Haemost. 2015 Jun;13 Suppl 1:S266-71. doi: 10.1111/jth.12978.

Abstract

The utility of using genetic information to guide warfarin dosing has remained unclear based on prior observational studies and small clinical trials. Two larger trials of warfarin and one of the acenocoumarol and phenprocoumon have recently been published. The COAG trial addressed the incremental benefit of adding genetic information to clinical information and demonstrated no benefit from the pharmacogenetic-based dosing strategy on the primary outcome. The EU-PACT UK trial compared an algorithm approach using genetic and clinical information to one that used a relatively fixed starting dose. The pharmacogenetic-based algorithms improved the primary outcome. The study of acenocoumarol and phenprocoumon compared a pharmacogenetic with a clinical algorithm and demonstrated no benefit on the primary outcome. The evidence to date does not support an incremental benefit of adding genetic information to clinical information on anticoagulation control. However, compared with fixed dosing, a pharmacogenetic algorithm can improve anticoagulation control.

摘要

基于先前的观察性研究和小型临床试验,利用遗传信息指导华法林剂量的实用性仍不清楚。最近发表了两项关于华法林的大型试验和一项关于醋硝香豆素和苯丙香豆素的试验。COAG 试验研究了将遗传信息添加到临床信息中是否有额外获益,并表明基于药物遗传学的剂量策略对主要结局没有获益。EU-PACT UK 试验比较了一种使用遗传和临床信息的算法方法和一种使用相对固定起始剂量的方法。基于药物遗传学的算法改善了主要结局。醋硝香豆素和苯丙香豆素的研究比较了一种药物遗传学算法和一种临床算法,主要结局没有获益。迄今为止的证据不支持在抗凝控制方面将遗传信息添加到临床信息中是否有额外获益。然而,与固定剂量相比,药物遗传学算法可以改善抗凝控制。

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