合成卡西酮:概述及其在法医学中的应用。

Annals of forensic research and analysis Pub Date : 2017-01-01 Epub Date: 2017-03-21
Richard A Glennon, Małgorzata Dukat
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引用次数: 0

摘要

Catha edulis,其鲜叶(即阿拉伯茶)用于中枢兴奋作用,已经知道了几百年。S(-)卡西酮在30多年前就被发现是一种中心活性的阿拉伯茶成分。虽然阿拉伯茶的使用长期以来一直局限于某些中东和某些东非国家,但“合成卡西酮”(卡西酮的合成类似物)代表了一类“新的”滥用物质,在世界范围内日益受到欢迎。到目前为止,大约有150种合成卡西酮已在秘密市场上被发现,只有12种左右受到管制(美国附表1)。由于这些制剂在药理学上(即行为上)或机械上并不代表同质的一类制剂,因此正在对合成卡西酮进行一次一种的研究,以了解它们的作用、作用机制、代谢、毒性、和滥用潜力-后者用于确定可能的过量治疗模式并用于计划目的。可用的代理可能只代表“冰山一角”;更多新的合成卡西酮的可能性是非常真实的。在逐个代理的基础上对这些代理进行调查是一项艰巨的任务。人们正试图通过研究它们的构效关系,把这些动因作为一个整体来理解。在这里,我们提供了一些综述文章的概述,这些文章试图将这些代理作为一个类来解释,而不是以代理为基础。本文是一个参考资源,可以通过引导他们找到有用的信息来加快这个领域的工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Synthetic Cathinones: A Brief Overview of Overviews with Applications to the Forensic Sciences.

Synthetic Cathinones: A Brief Overview of Overviews with Applications to the Forensic Sciences.

Synthetic Cathinones: A Brief Overview of Overviews with Applications to the Forensic Sciences.

Catha edulis, the fresh leaves of which (i.e., khat) are used for their central stimulant actions, has been known for many hundreds of years. S(-)Cathinone was identified as a centrally-active khat constituents >30 years ago. Although khat use was a problem long localized to certain Middle Eastern and certain Eastern African nations, 'synthetic cathinones' (synthetic analogs of cathinone) represent a "new" class of abused substances with growing worldwide appeal. To date, about 150 synthetic cathinones have been identified on the clandestine market, and only a dozen or so have been controlled (U.S. Schedule I). Because these agents do not represent a pharmacologically (i.e., behavioral) or mechanistically homogeneous class of agents, synthetic cathinones are being investigated one agent at a time to understand their actions, mechanisms of action, metabolism, toxicity, and abuse potential - the latter to identify possible modes of overdose treatment and for Scheduling purposes. The available agents might represent only the 'tip of the iceberg'; the potential for many more new synthetic cathinones is very real. Investigation of these agents on an agent-by-agent basis is a daunting task. Attempts are being made to understand these agents as a class, by examination of their structure-activity relationships. Here, we provide an overview of review articles that attempts to shed light on these agents as a class, rather than on an agent-by-agent basis. This article is meant to be a reference resource that might expedite the work of those in this field by directing them to where they can find useful information.

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