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Bacillus anthracis contamination and inhalational anthrax in a mail processing and distribution center

机译:邮件处理和分发中心中的炭疽芽孢杆菌污染和吸入性炭疽

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Aims: Four inhalational anthrax cases occurred in a large mail processing and distribution center in Washington, DC, after envelopes containing Bacillus anthracis spores were processed. This report describes the results of sampling for B. anthracis spores during investigations conducted in October and December 2001. Methods and Results: Wet swabs, wet wipes, vacuum sock, and air-filter samples were collected throughout the facility to characterize the extent of building contamination. The results showed widespread contamination of B. anthracis spores, particularly associated with one delivery bar code sorter (DBCS) machine that had sorted the spore-containing envelopes and an area where the envelopes were handled by postal workers. Spore concentrations decreased as distance from the DBCS machine increased, but spores were widely dispersed into surrounding areas. Conclusion: The spatial distribution of culture positive samples was closely related to the work areas of the inhalational anthrax cases and supported epidemiological evidence that the workers became ill from exposure to B. anthracis spores in areas where the contaminated envelopes had travelled. Significance and Impact of the Study: The results of this investigation were used to guide decontamination efforts and provided baseline spore concentrations for follow-up measurements after the building had been cleaned. Implementing methods to reduce aerosolization and dispersion of dust within the facility would reduce postal workers' potential exposures to bioterrorism agents.
机译:目的:处理含有炭疽杆菌孢子的信封后,在华盛顿特区的一个大型邮件处理和分发中心发生了四例吸入性炭疽病例。本报告描述了2001年10月和2001年12月进行的调查中炭疽杆菌孢子取样的结果。方法和结果:在整个工厂内收集了湿拭子,湿纸巾,真空袜和空气过滤器样品,以表征建筑物的范围污染。结果表明,炭疽芽孢杆菌孢子受到了广泛的污染,特别是与一台递送条形码分拣机(DBCS)机器相关联,该机器已经对含有孢子的信封进行了分拣,并由邮政工作人员处理了信封。随着与DBCS机器的距离增加,孢子浓度降低,但孢子广泛散布到周围区域。结论:培养阳性样本的空间分布与吸入性炭疽病例的工作区域密切相关,并支持流行病学证据,即工人在被污染的包膜传播的地区因接触炭疽芽孢杆菌而生病。研究的意义和影响:这项研究的结果用于指导去污工作,并为建筑物清洁后的后续测量提供了基线孢子浓度。实施减少设施内雾化和粉尘散布的方法,将减少邮政工作人员遭受生物恐怖分子袭击的可能性。

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