缅因州毒品逮捕和管制药物使用的县和人口差异

T. F. Hyde, A. D. Bekoe-Tabiri, A. K. Kropp Lopez, L. G. Devia, B. D. Gutierrez, M. C. Lara, A. R. Soto, D. E. Kaufman, K. Simpson, M. Moran, D. T. Shah, M. Foster, C. Desrosiers, J. Herbert, S. Nichols, K. McCall, B. Piper
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引用次数: 7

摘要

导言:转移警报计划(DAP)是为了遏制药物滥用和帮助识别需要药物使用障碍(SUD)治疗的人而建立的。执法部门将逮捕数据汇编成供卫生保健提供者访问的数据库。本调查的目的是确定缅因州药物使用和滥用的区域和人口差异。方法:对2013年至2018年向DAP报告的所有逮捕(N=11,234)进行县,逮捕人口统计和家庭分类(阿片类药物,兴奋剂,镇静剂)检查。报告和综合订单自动化系统(ARCOS)跟踪受管制药物(附表I-V)的分销情况。阿片类药物转化为口服吗啡mg当量(MME)。绘制了县热图和邮编热图。结果:人均逮捕人数最多的县是坎伯兰县、安德洛斯科金县和佩诺布斯科特县。阿片类药物是除阿罗斯托克以外所有县逮捕中最常见的毒品类别,兴奋剂在阿罗斯托克最常见。阿片类药物的医疗分布各不相同。除了丁丙诺啡增加了一倍外,许多处方阿片类药物,如氢可酮、芬太尼和羟吗啡酮均大幅减少(约50%)。美沙酮是全州范围内主要的阿片类药物(占总MME的56.4%),尽管存在相当大的差异(普莱斯克岛=8.6%,班戈=78.9%),这可能受到使用SUD治疗的影响。安非他明分销增长67.9%。结论:DAP有助于防止信息孤岛,加强执法部门与卫生保健提供者之间的沟通。缅因州DAP是一种独特的系统,用于识别需要额外治疗资源的患者。处方兴奋剂的增加可能需要继续监测。
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County and Demographic Differences in Drug Arrests and Controlled Substance Use in Maine
Introduction: The Diversion Alert Program (DAP) was established to curb the misuse of drugs and help identify people in need of substance use disorder (SUD) treatment. Law enforcement compiled arrest data into a database accessible by health care providers. The objectives of this investigation were to identify regional and demographic differences in drug use and misuse in Maine. Methods: All arrests (N=11,234) reported to the DAP from 2013 to 2018 were examined by county, arrestee demographics, and classified into families (opioids, stimulants, sedatives). The Automation of Reports and Consolidated Orders System (ARCOS) tracks the distribution of controlled pharmaceuticals (schedule I-V). Opioids were converted to oral morphine mg equivalents (MME). County and zip-code heat maps were constructed. Results: The counties with the most arrests per capita were Cumberland, Androscoggin, and Penobscot. Opioids were the most common drug class in arrests in all counties except Aroostook, where stimulants were most common. Medical distribution of opioids varied. With the exception of buprenorphine, which doubled, many prescription opioids like hydrocodone, fentanyl, and oxymorphone exhibited large (>50%) reductions. Methadone was the predominant opioid statewide (56.4% of the total MME) although there were sizeable differences (Presque Isle=8.6%, Bangor=78.9%) and this is likely impacted by use for SUD treatment. Amphetamine distribution increased by 67.9%. Conclusions: The DAP was useful to prevent information silos and enhance communication between law enforcement and health care providers. Maines DAP was a unique system to identify patients in need of additional treatment resources. The increase in prescription stimulants may warrant continued monitoring.
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