Department of Forensic Pathology, University of Foggia, Ospedale Colonnello D'Avanzo, Foggia, Italy.
Mini Rev Med Chem. 2011 May;11(5):374-89. doi: 10.2174/138955711795445925.
Anabolic - androgenic steroids (AAS) were originally developed to promote growth of skeletal muscle. AAS abuse is commonly associated with bodybuilders, weightlifters, and other athletes. The issue of AAS toxicity is not yet completely understood since the adverse effects outline a varied scenario with side effects reported affecting many organs and systems in humans. The true incidence of AAS related medical problems is not known, due to several drawbacks in human studies. The entity of side effects depends on the sex, the dose, the duration of treatment, whether they are taken during exercise training or under sedentary conditions, and the susceptibility of the individuals themselves to androgen exposure partly depending on genetic factors. Both the acute and the chronic effects can lead to toxicity, but generally the serious and even fatal effects depend on the time and the duration of AAS administration. A limitation of human studies is represented by the fact that information about the intake of steroids are, generally, self reported and it is hardly possible to assess the exact dosage. AAS are often used in combination with other dugs or substances, so it is difficult to separate their toxic effects from those caused by the other drugs abused. Hence experimental studies conducted on animal models are mandatory to investigate the mechanisms underlying to AAS toxicity and the organ alterations due to these substances. Finally, clinicians should be aware of the complex and varied pattern of toxicity so as to be able to perform correct diagnoses and treatments.
合成代谢-雄性激素类固醇(AAS)最初是为了促进骨骼肌肉生长而开发的。AAS 的滥用通常与健美运动员、举重运动员和其他运动员有关。AAS 毒性的问题尚未完全被理解,因为其不良反应描绘了一个多样化的场景,据报道,副作用会影响到人体的许多器官和系统。由于人类研究存在一些缺陷,AAS 相关医疗问题的真实发生率尚不清楚。副作用的严重程度取决于性别、剂量、治疗持续时间、是否在运动训练期间或在久坐不动的情况下服用,以及个体对雄激素暴露的易感性部分取决于遗传因素。急性和慢性影响都可能导致毒性,但通常严重甚至致命的影响取决于 AAS 给药的时间和持续时间。人类研究的一个局限性在于,关于类固醇摄入的信息通常是自我报告的,几乎不可能评估确切的剂量。AAS 通常与其他药物或物质一起使用,因此很难将其毒性作用与滥用的其他药物的毒性作用分开。因此,必须在动物模型上进行实验研究,以研究 AAS 毒性的机制以及这些物质引起的器官改变。最后,临床医生应该了解毒性的复杂和多样化模式,以便能够进行正确的诊断和治疗。