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2005 年印度西孟加拉邦大吉岭纳萨尔巴里疟疾爆发:疾病控制的弱点,重要风险因素。

A malaria outbreak in Naxalbari, Darjeeling district, West Bengal, India, 2005: weaknesses in disease control, important risk factors.

机构信息

Field Epidemiology Training Progamme (FETP), National Institute of Epidemiology (NIE), Indian Council of Medical Research (ICMR) R 127, Ayapakkam, Chennai, TN, India.

出版信息

Malar J. 2009 Dec 10;8:288. doi: 10.1186/1475-2875-8-288.

Abstract

An outbreak of malaria in Naxalbari, West Bengal, India, in 2005 was investigated to understand determinants and propose control measures. Malaria cases were slide-confirmed. Methods included calculation of annual blood examination rates (ABER, number of slides examined/population), collection of water specimens from potential vector-breeding sites, sorting of villages in categories depending on the number of abandoned wells within two kilometers radius and review of the DDT spray coverage. Cases were compared with matched neighbourhood controls in terms of personal protection using matched odds ratios (MOR). 7,303 cases and 17 deaths were reported between April 2005 and March 2006 with a peak during October rains (Attack rate: 50 per 1,000, case fatality: 0.2%). The attack rate increased according to the number of abandoned wells within 2 kilometres radius (P < 0.0001, Chi-square for trend). Abandoned wells were Anopheles breeding sites. Compared with controls, cases were more likely to sleep outdoors (MOR: 3.8) and less likely to use of mosquito nets and repellents (MOR: 0.3 and 0.1, respectively). DDT spray coverage and ABER were 39% and 3.5%, below the recommended 85% and 10%, respectively. Overall, this outbreak resulted from weaknesses in malaria control measures and a combination of factors, including vector breeding, low implementation of personal protection and weak case detection.

摘要

2005 年印度西孟加拉邦纳萨尔巴里暴发疟疾,目的是了解决定因素并提出控制措施。疟疾病例经涂片确诊。方法包括计算每年的血检率(ABER,检查的玻片数/人口),从潜在的媒介滋生地采集水样,根据两公里半径内废弃水井的数量将村庄分类,并审查滴滴涕喷洒覆盖率。病例组与匹配的邻居对照组在个人保护方面进行了比较,使用匹配比值比(MOR)。2005 年 4 月至 2006 年 3 月期间报告了 7303 例病例和 17 例死亡,10 月降雨期间达到高峰(发病率:50/1000,病死率:0.2%)。发病率随着 2 公里半径内废弃水井的数量而增加(P < 0.0001,趋势的卡方检验)。废弃水井是疟蚊滋生地。与对照组相比,病例组更有可能在户外睡觉(MOR:3.8),而不太可能使用蚊帐和驱虫剂(MOR:0.3 和 0.1)。滴滴涕喷洒覆盖率和 ABER 分别为 39%和 3.5%,低于建议的 85%和 10%。总体而言,此次暴发是由于疟疾控制措施薄弱以及包括媒介滋生、个人保护措施执行不力和病例发现能力薄弱在内的多种因素综合作用所致。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/af26/2797808/d3d27e23abad/1475-2875-8-288-1.jpg

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