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美国移民和海关执法局拘留设施中的非监禁化与新冠病毒感染:一项模拟建模研究

Decarceration and COVID-19 infections in U.S. Immigration and Customs Enforcement detention facilities: a simulation modeling study.

作者信息

Weyant Christopher, Meyer Jaimie P, Bromberg Daniel, Beyrer Chris, Altice Frederick L, Goldhaber-Fiebert Jeremy D

机构信息

Department of Health Policy, Stanford School of Medicine, Stanford, CA, USA.

Center for Health Policy, Freeman Spogli Institute, Stanford University, Stanford, CA, USA.

出版信息

Lancet Reg Health Am. 2024 Dec 27;42:100971. doi: 10.1016/j.lana.2024.100971. eCollection 2025 Feb.

Abstract

BACKGROUND

U.S. Immigration and Customs Enforcement (ICE) facilities had high rates of COVID-19 infections and mortality during the global pandemic. We sought to quantify how many COVID-19 infections could have been averted through different decarceration strategies.

METHODS

We developed a set of stochastic simulation models of SARS-CoV-2 transmission in ICE facilities. Employing incremental mixture importance sampling (IMIS), we calibrated them to empirical targets derived from publicly available case time series for ICE facilities, and publicly available facility population censuses prior to vaccine availability (May 6, 2020 to December 31, 2020). The models included infection importation from extra-facility sources. We evaluated reduction of the incarcerated population by 10-90%. People who were decarcerated faced background cumulative risks of infection and detection based on a weighted average of county-level estimates from the covidestim model, which is a Bayesian evidence synthesis model.

FINDINGS

Without decarceration, the infection rate was 5.05 per 1000 person-days (95% CrI 3.40-6.81) and case rate was 1.53 per 1000 person-days (95% CrI 1.04-2.02). Rates declined linearly when decarceration did not reduce contacts of people remaining in facilities and faster than linearly when it did reduce contacts. At all decarceration levels, rates were substantially higher when contacts were not reduced. Even with 90% decarceration, infection rates for people remaining in facilities were higher than or comparable to otherwise similar free-living people.

INTERPRETATION

The decline in COVID-19 infection rates with decarceration was linear or faster than linear depending on how decarceration was implemented. Our findings highlight infection risks associated with incarceration, which compound other health harms of incarceration.

FUNDING

Stanford's COVID-19 Emergency Response Fund; the National Institute on Drug Abuse; and the National Institute of Mental Health.

摘要

背景

在全球大流行期间,美国移民和海关执法局(ICE)设施中的新冠病毒感染率和死亡率很高。我们试图量化通过不同的非监禁策略可以避免多少新冠病毒感染。

方法

我们开发了一套ICE设施中新冠病毒传播的随机模拟模型。采用增量混合重要性抽样(IMIS),我们将模型校准到从ICE设施公开的病例时间序列以及疫苗可用之前(2020年5月6日至2020年12月31日)公开的设施人口普查数据得出的经验目标。模型包括来自设施外来源的感染输入。我们评估了将被监禁人口减少10%至90%的情况。被非监禁的人面临基于covidestim模型(一种贝叶斯证据综合模型)县级估计加权平均值的背景感染和检测累积风险。

结果

不进行非监禁时,感染率为每1000人日5.05例(95%可信区间3.40 - 6.81),发病率为每1000人日1.53例(95%可信区间1.04 - 2.02)。当非监禁没有减少留在设施中的人的接触时,发病率呈线性下降;当减少了接触时,下降速度快于线性。在所有非监禁水平下,不减少接触时发病率要高得多。即使进行90%的非监禁,留在设施中的人的感染率仍高于或与其他类似的自由生活人群相当。

解读

根据非监禁的实施方式,新冠病毒感染率随非监禁而下降呈线性或快于线性。我们的研究结果突出了与监禁相关的感染风险,这加剧了监禁对健康的其他危害。

资金来源

斯坦福大学新冠病毒应急响应基金;国家药物滥用研究所;以及国家心理健康研究所。

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