Cadwallader Amy B, Murray Bob
Dept. of Life Sciences, Aegis Sciences Corporation, Nashville, TN.
Int J Sport Nutr Exerc Metab. 2015 Aug;25(4):396-404. doi: 10.1123/ijsnem.2014-0185. Epub 2015 Feb 12.
Whenever athletes willfully or accidentally ingest performance-enhancing drugs or other banned substances (such as drugs of abuse), markers of those drugs can be detected in biological samples (e.g., biofluids: urine, saliva, blood); in the case of some drugs, that evidence can be apparent for many weeks following the last exposure to the drug. In addition to the willful use of prohibited drugs, athletes can accidentally ingest banned substances in contaminated dietary supplements or foods and inadvertently fail a drug test that could mean the end of an athletic career and the loss of a good reputation. The proliferation of performance-enhancing drugs and methods has required a corresponding increase in the analytical tools and methods required to identify the presence of banned substances in biofluids. Even though extraordinary steps have been taken by organizations such as the World Anti-Doping Agency to limit the use of prohibited substances and methods by athletes willing to cheat, it is apparent that some athletes continue to avoid detection by using alternative doping regimens or taking advantage of the limitations in testing methodologies. This article reviews the testing standards and analytical techniques underlying the procedures used to identify banned substances in biological samples, setting the stage for future summaries of the testing required to establish the use of steroids, stimulants, diuretics, and other prohibited substances.
每当运动员故意或意外摄入增强运动表现的药物或其他违禁物质(如滥用药物)时,这些药物的标志物就可以在生物样本(如生物流体:尿液、唾液、血液)中被检测到;对于某些药物,在最后一次接触该药物后的数周内,这种证据可能仍然明显。除了故意使用违禁药物外,运动员还可能在受污染的膳食补充剂或食物中意外摄入违禁物质,从而无意中未能通过药物检测,这可能意味着运动生涯的结束和良好声誉的丧失。增强运动表现的药物和方法的激增,要求用于识别生物流体中违禁物质存在的分析工具和方法相应增加。尽管世界反兴奋剂机构等组织已采取非凡措施来限制愿意作弊的运动员使用违禁物质和方法,但显然一些运动员仍通过使用替代兴奋剂方案或利用检测方法的局限性来逃避检测。本文回顾了用于识别生物样本中违禁物质的程序所依据的检测标准和分析技术,为未来总结检测类固醇、兴奋剂、利尿剂和其他违禁物质的使用所需的检测奠定了基础。