Rogers A S
Pediatric, Adolescent, and Maternal AIDS Branch, National Institute of Child Health and Human Development, National Institutes of Health, Bethesda, MD 20892-7510.
J Adolesc Health. 1994 Dec;15(8):635-40. doi: 10.1016/s1054-139x(94)90630-0.
Numerous sources of human heterogeneity affect biotransformation of compounds. Cytochrome P450, the primary oxidative pathway of drug metabolism, is the dominant phase I oxidative system metabolizing, to some degree, most of the drugs used clinically in humans. The P450 pathway is a major site of drug-drug, drug-diet, and drug-disease/condition interactions. Functional variability in this system can have pronounced consequences in suboptimal therapeutic response or enhanced toxicity. Methods for cataloguing specific P450 enzymes are being developed and their identification will promote rational drug development, more efficient clinical trial evaluation, and improved therapeutic approaches to patients requiring special consideration. These methods will facilitate the study of the impact of pubertal development on function in this system.
人类异质性的众多来源会影响化合物的生物转化。细胞色素P450是药物代谢的主要氧化途径,是主要的I相氧化系统,在一定程度上代谢大多数临床上用于人类的药物。P450途径是药物-药物、药物-饮食以及药物-疾病/病症相互作用的主要部位。该系统的功能变异性可能在治疗反应欠佳或毒性增强方面产生显著后果。正在开发对特定P450酶进行编目的方法,其鉴定将促进合理的药物开发、更有效的临床试验评估以及针对需要特殊考虑的患者改进治疗方法。这些方法将有助于研究青春期发育对该系统功能的影响。