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应对小规模生物恐怖主义炭疽袭击:比较袭击前接种疫苗与袭击后抗生素治疗及接种疫苗的成本效益分析。

Responding to a small-scale bioterrorist anthrax attack: cost-effectiveness analysis comparing preattack vaccination with postattack antibiotic treatment and vaccination.

作者信息

Schmitt Brian, Dobrez Deborah, Parada Jorge P, Kyriacou Demetrios N, Golub Robert M, Sharma Rishi, Bennett Charles

机构信息

Medicine and Neurology Service Line (111), Hines VA Medical Center, Hines, IL 60141, USA.

出版信息

Arch Intern Med. 2007 Apr 9;167(7):655-62. doi: 10.1001/archinte.167.7.655.

Abstract

BACKGROUND

In 2001, a small-scale bioterrorism-related anthrax attack was perpetrated via the US mail. The optimal future response may require strategies different from those required in a large-scale attack.

METHODS

We conducted a cost-effectiveness analysis using Monte Carlo simulation during a 10-year time frame from a societal perspective to determine the optimal response strategy for a small-scale anthrax attack perpetrated against US Postal Service distribution centers in a large metropolitan area. Three strategies were compared: preattack vaccination of all US distribution center postal workers, postattack antibiotic therapy followed by vaccination of exposed personnel, and postattack antibiotic therapy without vaccination of exposed personnel. Outcome measures were costs, quality-adjusted life-years, and incremental cost-effectiveness. The probabilities for anthrax exposure and infection; vaccine and antibiotic benefits, risks, and costs; and associated clinical outcomes were derived from the medical literature and from bioterrorism experts.

RESULTS

Postattack antibiotic therapy and vaccination of exposed postal workers is the most cost-effective response compared with other strategies. The incremental cost-effectiveness is $59 558 per quality-adjusted life-year compared with postattack antibiotic therapy alone. Preattack vaccination of all distribution center workers is less effective and more costly than the other 2 strategies. Assuming complete adherence to preattack vaccination, the incremental cost-effectiveness compared with postattack antibiotic therapy alone is almost $2.6 million per quality-adjusted life-year.

CONCLUSION

Despite uncertainties about a future anthrax attack and exposure risk, postattack antibiotic therapy and vaccination of exposed personnel seems to be the optimal response to an attack perpetrated through the US Postal Service.

摘要

背景

2001年,美国发生了一起与生物恐怖主义相关的小规模炭疽袭击事件,通过邮件传播。未来的最佳应对措施可能需要与大规模袭击事件不同的策略。

方法

我们从社会角度,在10年时间范围内使用蒙特卡洛模拟进行了成本效益分析,以确定针对大城市地区美国邮政服务配送中心的小规模炭疽袭击的最佳应对策略。比较了三种策略:对所有美国配送中心邮政工作人员进行袭击前疫苗接种、袭击后抗生素治疗并随后对暴露人员进行疫苗接种,以及袭击后抗生素治疗但不对暴露人员进行疫苗接种。结果指标为成本、质量调整生命年和增量成本效益。炭疽暴露和感染的概率、疫苗和抗生素的益处、风险及成本,以及相关临床结果均来自医学文献和生物恐怖主义专家。

结果

与其他策略相比,袭击后抗生素治疗并对暴露的邮政工作人员进行疫苗接种是最具成本效益的应对措施。与仅进行袭击后抗生素治疗相比,增量成本效益为每质量调整生命年59558美元。对所有配送中心工作人员进行袭击前疫苗接种比其他两种策略效果更差且成本更高。假设完全坚持袭击前疫苗接种,与仅进行袭击后抗生素治疗相比,增量成本效益几乎为每质量调整生命年260万美元。

结论

尽管未来炭疽袭击和暴露风险存在不确定性,但袭击后抗生素治疗并对暴露人员进行疫苗接种似乎是针对通过美国邮政服务实施的袭击的最佳应对措施。

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