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水禽猎人接触禽流感病毒的定量暴露评估。

Quantitative exposure assessment of waterfowl hunters to avian influenza viruses.

机构信息

Poultry Diagnostic and Research Center, Department of Population Health, College of Veterinary Medicine, University of Georgia, Athens, GA, USA.

出版信息

Epidemiol Infect. 2013 May;141(5):1039-49. doi: 10.1017/S0950268812001720. Epub 2012 Aug 15.

Abstract

The potential for direct transmission of type A influenza viruses from wild waterfowl to humans is undefined. This study estimated exposure of hunters to avian influenza virus (AIV) resulting from direct contact with potentially infected waterfowl in Georgia (GA), Louisiana (LA) and Minnesota (MN), and demonstrated variation in the risk of exposure to AIV by hunting location and time. Hunting begins earlier in MN, starting in October, and later in GA and LA, usually starting in November. In addition, the numbers of hunters and birds harvested varies considerably in each state, with LA hosting the largest harvest in the USA Temporal effects resulted in variation of the exposure risk per hunter-day, with a higher risk associated with the earlier months of the hunting season. Exposure risk in locations varied due to AIV prevalence during each hunting season, average bird harvest per hunter-day, and ratio of juveniles/adult birds harvested (higher risk associated with higher ratios). Population risk is discussed based on the exposure risk and number of active hunters in each state per month. The risk of human exposure to AIV was also shown to be temporally distinct from the time of greatest risk of human influenza A infection during circulation of seasonal human influenza viruses, making recombination events due to co-infection unlikely.

摘要

甲型流感病毒是否可通过野生水禽直接传播给人类尚不清楚。本研究旨在估算佐治亚州(GA)、路易斯安那州(LA)和明尼苏达州(MN)的猎人在直接接触可能受感染的水禽后感染禽流感病毒(AIV)的暴露风险,并通过猎区和猎时的不同来证实接触 AIV 的风险存在差异。MN 的狩猎季于 10 月开始,早于 GA 和 LA,后者一般于 11 月开始。此外,每个州的猎人和猎获鸟类数量差异很大,LA 的猎获鸟类数量在美国位列第一。时间因素导致每个猎人日的暴露风险有所不同,狩猎季的前几个月风险更高。每个狩猎季的 AIV 流行率、每个猎人日的平均鸟类猎获量以及幼鸟/成鸟的猎获比例(高比例意味着高风险)均会导致猎区风险的不同。根据每个州每月的暴露风险和活跃猎人数量,对人群风险进行了讨论。结果还表明,人类接触 AIV 的风险与季节性人类流感病毒流行期间人类流感 A 感染的最高风险期在时间上存在明显差异,这使得因合并感染而产生重组事件的可能性降低。

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