Department of Chemistry, University of Turin.
Centro Regionale Antidoping, Orbassano, Turin, Italy.
Curr Opin Psychiatry. 2024 Jul 1;37(4):258-263. doi: 10.1097/YCO.0000000000000939. Epub 2024 Apr 22.
The worldwide spread of novel psychoactive substances (NPS) in the illicit drug market and their continuous increase in number and type, for the purpose of bypassing controlled substance legislation, represents a continuing challenge for forensic scientists, clinicians and enforcement authorities. We aim to provide information regarding the most urgent harms related to NPS consumption in different world regions and the current state of the art for NPS analysis.
Unfortunately, the identification of NPS in biological samples is controversial, especially when samples are limited, or the drug is promptly and extensively metabolized. This causes a lack of information on their real diffusion in different parts of the world and in different populations. New technologies and instrumental detection of NPS in alternative samples are offering comprehensive information about NPS use.
The lack of detection and underreporting of NPS in biological samples makes it difficult to obtain complete qualitative and quantitative information about NPS prevalence. The most innovative strategies that have been proposed in the last 2 years to assist NPS analysis and possibly facilitate the understanding of the NPS diffusion around the world are presented.
新型精神活性物质(NPS)在非法毒品市场中的全球传播及其数量和类型的不断增加,目的是规避受控物质立法,这对法医学家和临床医生以及执法机构构成了持续的挑战。我们旨在提供有关不同世界区域与 NPS 消费相关的最紧迫危害以及 NPS 分析的最新技术的信息。
不幸的是,在生物样本中识别 NPS 存在争议,特别是在样本有限或药物迅速广泛代谢的情况下。这导致有关它们在世界不同地区和不同人群中的实际扩散的信息不足。NPS 在替代样本中的新技术和仪器检测为 NPS 使用提供了全面的信息。
生物样本中 NPS 的检测和漏报使得难以获得有关 NPS 流行率的完整定性和定量信息。在过去 2 年中提出的最具创新性的策略,以协助 NPS 分析并可能有助于理解全球 NPS 的扩散。