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2003年英国赫里福德军团病暴发调查

Investigation of an outbreak of Legionnaires' disease: Hereford, UK 2003.

作者信息

Kirrage David, Reynolds Gary, Smith Gillian E, Olowokure Babatunde

机构信息

Health Protection Agency, Hereford and Worcestershire Health Protection Unit, Issac Maddox House, Shrub Hill Road, Worcester WR4 9RW, UK.

出版信息

Respir Med. 2007 Aug;101(8):1639-44. doi: 10.1016/j.rmed.2006.11.026. Epub 2007 May 21.

Abstract

This report describes the investigation and control of a community outbreak of Legionnaires' disease in Hereford, UK, in November 2003. Outbreak investigation consisted of epidemiological survey, identification and environmental investigation of potential sources, microbiological analysis of clinical and environmental samples and mapping the location of potential sources and the movement and residence of cases. Each identified source was allocated a 'composite score' based on different zones of exposure and wind direction. Altogether, 28 cases were identified, with an overall case fatality rate of 7%. All cases had epidemiological links to Hereford city centre. The 'composite score' identified a cluster of cooling towers as being the most likely source of the outbreak. Environmental samples from one of the cooling towers in the cluster and clinical samples from two patients were positive for Legionella pneumophilia serogroup 1 and were indistinguishable by molecular sub-typing. In this outbreak, the use of microbiological, environmental and epidemiological techniques facilitated the rapid identification of a cooling tower as the source of this outbreak. This study illustrates the continuing importance of cooling towers as a source of Legionnaires' disease and the utility of obtaining and comparing both clinical and environmental samples.

摘要

本报告描述了2003年11月在英国赫里福德发生的军团病社区疫情的调查与控制情况。疫情调查包括流行病学调查、潜在源头的识别与环境调查、临床和环境样本的微生物分析,以及绘制潜在源头的位置和病例的活动及居住地点。根据不同的暴露区域和风向,为每个识别出的源头分配一个“综合分数”。总共识别出28例病例,总体病死率为7%。所有病例在流行病学上均与赫里福德市中心有联系。“综合分数”确定一组冷却塔是最可能的疫情源头。该组中一个冷却塔的环境样本和两名患者的临床样本对嗜肺军团菌血清1型呈阳性,且通过分子亚型分析无法区分。在此次疫情中,微生物学、环境学和流行病学技术的应用有助于快速确定冷却塔是此次疫情的源头。本研究说明了冷却塔作为军团病源头的持续重要性,以及获取和比较临床与环境样本的实用性。

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