Wagner J C
St. Elizabeth Community Health Center, Lincoln, NE 68510.
Am J Hosp Pharm. 1989 Oct;46(10):2059-67.
The ergogenic potential of drugs used by athletes to enhance performance is reviewed, and areas of involvement for pharmacists interested in the problem of drug abuse in athletics are described. Athletes use drugs for therapeutic and recreational purposes, as supposed ergogenic aids, and to mask the presence of other drugs during testing. Because many athletes train for competition and not for health, they may view the risk-to-benefit ratio of ergogenic drugs as favorable and may begin using them at an early age. Alcohol is the drug most commonly used by student athletes. Although alcohol has no ergogenic benefit, it is viewed as a caloric source and an anxiolytic. Amphetamines do not prevent exhaustion but may mask fatigue, which can have dangerous consequences. Anabolic steroids appear to increase strength but frequently cause adverse reactions, primarily involving the hepatic and endocrine systems. Beta-blocking agents have been shown to reduce anxiety, hand tremor, and heart rate in precision sports like archery, but susceptible persons may experience serious adverse effects. Caffeine improves the efficiency of fuel use and reduces fatigue; its use has been banned by several athletic organizations. Neither cocaine nor marijuana causes any increase in strength. Secretion of human growth hormone may be stimulated by a variety of agents, but evidence that any subsequent increases in size and weight occur is lacking. Other substances tried by athletes include vitamins and minerals, naloxone, albuterol, and human recombinant erythropoietin. Opportunities in sports pharmacy exists in the areas of information retrieval and interpretation, drug testing, legislation to reclassify drugs, education, and research.(ABSTRACT TRUNCATED AT 250 WORDS)
本文综述了运动员用于提高成绩的药物的促力能潜力,并描述了关注体育界药物滥用问题的药剂师的参与领域。运动员使用药物用于治疗和娱乐目的,作为假定的促力能辅助剂,并在检测期间掩盖其他药物的存在。由于许多运动员为比赛而非健康进行训练,他们可能认为促力能药物的风险效益比有利,并可能在早年就开始使用。酒精是学生运动员最常用的药物。虽然酒精没有促力能益处,但它被视为一种热量来源和抗焦虑剂。安非他命不能预防疲劳,但可能掩盖疲劳,这可能产生危险后果。合成代谢类固醇似乎能增加力量,但经常会引起不良反应,主要涉及肝脏和内分泌系统。在射箭等精确运动中,β受体阻滞剂已被证明可减轻焦虑、手部震颤和心率,但易感人群可能会出现严重不良反应。咖啡因可提高燃料利用效率并减轻疲劳;其使用已被多个体育组织禁止。可卡因和大麻都不会增加力量。多种药物可能刺激人体生长激素的分泌,但缺乏后续尺寸和体重增加的证据。运动员尝试的其他物质包括维生素和矿物质、纳洛酮、沙丁胺醇和重组人促红细胞生成素。体育药学在信息检索与解读、药物检测、药物重新分类立法、教育和研究等领域存在机会。(摘要截取自250字)