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基于污水的流行病学研究评估作为娱乐性药物使用的非处方药物:右美沙芬为例

A Review of Wastewater-Based Epidemiology Studies for the Assessment of Over-the-Counter Medicines Used as Recreational Drugs: The Example of Dextromethorphan.

机构信息

Department of Inorganic and Analytical Chemistry, Poznań University of Medical Sciences, Poznań, Poland.

Faculty of Health Sciences, Calisia University, Kalisz, Poland.

出版信息

Med Sci Monit. 2024 Jun 21;30:e944120. doi: 10.12659/MSM.944120.

Abstract

The 'recreational use' of selected over-the-counter (OTC) medicines is an unofficial activity. The traditional surveys assessing the use of drugs are affected by the bias of underreporting and are thus unreliable. The development of analytical techniques helps to monitor the substances at trace levels, such as in wastewater, and might be applied to estimate the consumption of an analyte of interest and ensure additional, evidence-based information complementary to population surveys. We reviewed studies focused on evaluating the estimated consumption of drugs as a reliable and unbiased source of evidence-based information (called wastewater-based epidemiology, WBE) to monitor the scale of this phenomenon. We found there is a need to test not only narcotics in the environment but also medicines that may be abused or recreationally used. The reviewed studies show methods that might provide reliable information about consumption of drugs, narcotics, and OTC medications for proposing targeted, preventive actions. Moreover, as all the selected studies were based on mass spectrometry, there is a potential to include the dextromethorphan and/or related compounds as part of the screening for narcotics and OTC drugs that can be socially harmful, overused, or misused. This article reviews the analytical methods for detecting dextromethorphan and/or its transformation products in environmental water samples.

摘要

“娱乐性使用”某些非处方 (OTC) 药物是一种非官方行为。传统的药物使用调查受到漏报的影响,因此不可靠。分析技术的发展有助于监测痕量物质,如废水中的物质,并且可以应用于估算感兴趣的分析物的消耗量,并确保补充基于人群调查的额外基于证据的信息。我们回顾了评估药物消费作为可靠和无偏倚的基于证据的信息来源的研究(称为基于废水的流行病学,WBE),以监测这种现象的规模。我们发现,不仅需要测试环境中的麻醉药品,还需要测试可能被滥用或娱乐性使用的药物。所审查的研究表明,这些方法可能为提出有针对性的预防措施提供关于药物、麻醉药品和 OTC 药物消费的可靠信息。此外,由于所有选定的研究都基于质谱法,因此有可能将右美沙芬和/或相关化合物纳入作为社会危害、过度使用或滥用的麻醉药品和 OTC 药物的筛选的一部分。本文综述了检测环境水样中右美沙芬和/或其转化产物的分析方法。

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