Department of Pharmacotherapy & Translational Research & Center for Pharmacogenomics, University of Florida, Box 100486, Gainesville, FL 32610-0486, USA.
Pharmacogenomics. 2010 Apr;11(4):487-91. doi: 10.2217/pgs.10.34.
Hypertension pharmacogenomics holds the promise of leading to individualized drug treatment approaches for the approximately 1 billion individuals worldwide with hypertension. Prior to 2000, the literature on hypertension pharmacogenomics was quite limited. The last decade has seen a substantial growth in the literature, with several examples of genes that appear to play an important role in antihypertensive response. The last decade has also made apparent the numerous challenges in hypertension pharmacogenomics, and addressing those challenges will be important. Moving forward, it seems clear that collaboration among researchers to allow replication or joint analyses will be essential in advancing the field, as will the use of genome-wide association approaches. The next decade should clearly define the clinical potential for hypertension pharmacogenomics.
高血压药物基因组学有望为全球约 10 亿高血压患者带来个体化药物治疗方法。在 2000 年之前,高血压药物基因组学的文献非常有限。过去十年中,该领域的文献数量大幅增加,有几个基因似乎在抗高血压反应中起着重要作用。过去十年也清楚地表明,高血压药物基因组学面临着许多挑战,解决这些挑战将是很重要的。展望未来,研究人员之间的合作似乎是推进该领域的关键,允许复制或联合分析,以及使用全基因组关联方法也是如此。未来十年应该清楚地定义高血压药物基因组学的临床潜力。