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红外光谱法在减少伤害中心药物检测中的适用性。

Suitability of infrared spectroscopy for drug checking in harm reduction centres.

机构信息

CHU de Bordeaux, Laboratoire de Pharmacologie et Toxicologie, Place Amélie Raba Léon, F-33076 Bordeaux, Cedex, France; Univ. Bordeaux, INSERM, BPH, U1219, 146 rue Léo Saignat 11, F-33076 Bordeaux, Cedex, France.

CHU de Bordeaux, Laboratoire de Pharmacologie et Toxicologie, Place Amélie Raba Léon, F-33076 Bordeaux, Cedex, France.

出版信息

Int J Drug Policy. 2021 Feb;88:103037. doi: 10.1016/j.drugpo.2020.103037. Epub 2020 Nov 15.

Abstract

Drug checking is a service for people who use drugs that includes product analysis and an individual interview including results feedback and harm reduction counselling. It uses different analytical methods but few studies demonstrate their value in current practice. The main objective of this work is to compare the analytical performance of IR spectroscopy to laboratory reference method in the context of drug checking in a harm reduction centre. The secondary objectives are to carry out a description of the people who use drugs requesting a product analysis, and to compare the assumed compositions of products purchased with their real compositions. During 2018, all requests for drug testing analysis were included for on-site analysis by IR spectrometry in a harm reduction center and verified by the reference method (UPLC-HRMS) at Bordeaux University Hospital Center. Socioeconomic and product data were also collected. One hundred and thirty-six samples were collected. The results obtained with IR and UPLC-HRMS were compared. IR spectrometry results did not match with reference method in 8 % (n=11) of cases, corresponding to blotters, cannabis and some psychoactive substances present in mixture or in small quantities. Among the products collected, only 5.1 % (n=7) did not correspond to the declared product, either alone or with adulterants. The IR spectrometer allows a simple and rapid detection of at least one molecule, most often the one of interest. However, it is limited to powder and tablet type matrices and is not suitable for blotters, cannabis, mixed or low content substances for which high resolution mass spectrometry remains the reference method.

摘要

药物检测是为使用药物的人提供的一项服务,包括产品分析和个人访谈,其中包括结果反馈和减少伤害咨询。它使用不同的分析方法,但很少有研究证明它们在当前实践中的价值。这项工作的主要目的是比较红外光谱在减少伤害中心药物检测中的分析性能与实验室参考方法。次要目标是描述要求进行产品分析的吸毒者,并比较所购买产品的假定成分与其实际成分。2018 年期间,在波尔多大学医院中心,所有要求进行药物检测分析的请求都在一个减少伤害中心进行了现场分析,通过红外光谱法进行了分析,并通过参考方法(UPLC-HRMS)进行了验证。还收集了社会经济和产品数据。共收集了 136 个样本。比较了用 IR 和 UPLC-HRMS 获得的结果。IR 光谱结果与参考方法不一致的情况占 8%(n=11),对应的是 blotters、大麻和一些以混合物或小量存在的精神活性物质。在所收集的产品中,只有 5.1%(n=7)与所宣称的产品不符,无论是单独存在还是存在掺杂物。IR 光谱仪允许简单快速地检测至少一种分子,通常是感兴趣的分子。然而,它仅限于粉末和片剂基质,不适合 blotters、大麻、混合或低含量物质,对于这些物质,高分辨率质谱仍然是参考方法。

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