[Human biodiversity and its effects on the pharmacological variability: CYP2D6 and NAT2 enzymes in Amerind populations of Panama, Colombia and Costa Rica].

Revista medica de Panama Pub Date : 1995-09-01
L F Jorge, T D Arias
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Abstract

Human biodiversity originates partially from human microevolution, which have produced different populations. This biodiversity is responsible for most of the variability in drug response. We present the methodology employed in population pharmacology studies and general information about the CYP2D6 and NAT2 systems. We report results obtained in Embera and Ngawbe Amerindians, who are characterized by a low phenotypic and genotypic CYP2D6 diversity. In regard to NAT2, Amerindians are distinguished by a high allelic frequency of S3 and low ones of S1 and S2, situation which is reversed in Caucasians.

[人类生物多样性及其对药理学变异性的影响:巴拿马、哥伦比亚和哥斯达黎加美洲人群的CYP2D6和NAT2酶]。
人类的生物多样性部分源于人类的微进化,微进化产生了不同的种群。这种生物多样性导致了药物反应的大部分变化。我们提出了在人群药理学研究和CYP2D6和NAT2系统的一般信息采用的方法。我们报告了在Embera和Ngawbe美洲印第安人中获得的结果,他们的特征是低表型和基因型CYP2D6多样性。关于NAT2,美洲印第安人的特点是S3等位基因频率高,S1和S2等位基因频率低,而高加索人的情况正好相反。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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