[(ON THE NECESSITY AND WAYS TO IMPROVE ENTOMOLOGICAL MONITORING IN THE EPIDEMIOLOGICAL SURVEILLANCE FOR WEST NILE FEVER)].

M V Fedorova, N V Borodai
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Abstract

West Nile fever (WNF) is a natural focal vector-borne disease; the main vectors are mosquitoes. Specific means for its prevention are not available; therefore, one of the main areas of WNF epidemiological surveillance is entomological monitoring that encompasses the control of the size ofvector populations arid the determination of infection rate of mos- quitoes with the virus in order to predict the epidemic situation. An analysis of normative documents on the collection and control of mosquito populations showed it necessary to improve entomological monitoring. Based on the literary and their own data, the authors propose to catch only Culix mosquitoes in the foci of WNF and to analyze their infection rates. The mosquitoes should be caught in mid-June to mid-September in the stationary points of urban and rural biotopes once every 7-10 days, by using automatic traps with CO₂ as an attractant. At least 500 specimens should be examined for virus RNA by PCR every 7-10 days to predict the epidemic situation.

[浅谈在西尼罗热流行病学监测中加强昆虫学监测的必要性及途径]。
西尼罗热是一种自然的局灶性病媒传播疾病;主要的病媒是蚊子。没有预防这种疾病的具体手段;因此,世界野生动物疫病流行病学监测的主要领域之一是昆虫学监测,包括控制病媒种群的规模和确定大多数蚊子对病毒的感染率,以预测疫情。通过对蚊虫种群采集和控制的规范性文件的分析,认为有必要加强昆虫学监测。基于文献和他们自己的数据,作者建议在WNF的疫源地只捕获库利克斯蚊子,并分析它们的感染率。在6月中旬~ 9月中旬,在城市和农村生物群落的定点,每隔7 ~ 10天使用以CO₂为引诱剂的自动诱捕器进行一次捕蚊。每7-10天至少检测500份病毒RNA,以预测疫情。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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