肯塔基州甲氧苄啶的废水监测

Chris Delcher PhD , Dana Quesinberry JD, DrPH , Soroosh Torabi PhD , Scott Berry PhD , James W. Keck MD , Abhya Rani , Bikram Subedi PhD
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引用次数: 0

摘要

引言在美国,兽用非阿片类镇静剂异丙嗪已成为使用非法制造的芬太尼和其他药物的人的主要威胁。本研究旨在比较肯塔基州从 2019 年到 2023 年的废水中检测到的恶嗪与其他公共卫生和安全监测数据。方法对来自 5 个休息区、2 个卡车称重站和 4 个污水处理厂的废水样本进行恶嗪检测。将废水中的异丙嗪阳性率与国家法医实验室信息系统(National Forensic Laboratory Information System)中的异丙嗪阳性送检率以及肯塔基州在 6 个月期间(期间 1=1 月至 6 月;期间 2=7 月至 12 月)的过量致死率进行了比较。结果在道路站点/污水处理厂的每日废水样本中,61.6%(688 份样本中的 424 份)检测到异丙嗪。在道路上,检测率从 55%(2021 年第 1 期)上升到 94%(2023 年第 1 期),污水处理厂的总体检测率为 25.8%(样本数=66,2022 年第 1 期和第 2 期)。路面阳性率的上升与国家法医实验室信息系统的二甲苯嗪阳性送检率的趋势相对应:从0.19‰(2019年第1期)上升到2.9‰(2022年第2期,最新数据)。肯塔基州未公开报道过因使用木嗪而死亡的病例,尽管本研究的作者在用药过量监测系统中发现了 1-4 例死亡病例(真实病例数被压制),但与其他州进行回溯比较后发现,死亡病例远少于预期。结论废水信号表明肯塔基州存在广泛的木嗪地理暴露,但健康结果数据却表明并非如此。这些发现可能会为地区、国家和国际社会纳入基于废水的药物监测提供参考。可能需要在公路沿线和其他合适的地点开展减少危害的活动。
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Wastewater Surveillance for Xylazine in Kentucky

Introduction

In the U.S., xylazine, the veterinary non-opioid sedative, has emerged as a major threat to people who use illicitly manufactured fentanyl and other drugs. The aim of this study was to compare wastewater detection of xylazine with other public health and safety surveillance data from 2019 to 2023 in Kentucky.

Methods

Wastewater samples from 5 rest areas, 2 truck weigh stations, and 4 wastewater treatment plants were tested for xylazine. Wastewater xylazine positivity rates were compared with xylazine-positive submission rates from the National Forensic Laboratory Information System and Kentucky's fatal overdoses in 6-month periods (Period 1=January–June; Period 2=July–December).

Results

Xylazine was detected in 61.6% (424 of 688) of daily wastewater samples from roadway sites/wastewater treatment plants. For roadways, detection increased from 55% (Period 1, 2021) to 94% (Period 1, 2023), and wastewater treatment plants had an overall detection of 25.8% (n=66 samples, Periods 1 and 2, 2022). Increasing roadway positivity corresponded to trends in National Forensic Laboratory Information System xylazine-positive submission rates: from 0.19 per 1,000 submissions (Period 1, 2019) to 2.9 per 1,000 (Period 2, 2022, latest available). No deaths from xylazine were reported publicly in Kentucky, although this study's authors identified 1–4 deaths (true count suppressed) in the overdose surveillance system, which, in back-of-the-envelope comparisons with other states, is far fewer than expected.

Conclusions

Wastewater signals indicate broad geographic exposure to xylazine in Kentucky, yet health outcomes data suggest otherwise. These findings may inform regional, national, and international efforts to incorporate wastewater-based drug surveillance. Harm-reduction activities along roadways and other suitable locations may be needed.

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AJPM focus
AJPM focus Health, Public Health and Health Policy
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