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首页> 外文期刊>Journal of Medical Entomology >Use of Insecticide Delivery Tubes for Controlling Rodent-Associated Fleas in a Plague Endemic Region of West Nile, Uganda
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Use of Insecticide Delivery Tubes for Controlling Rodent-Associated Fleas in a Plague Endemic Region of West Nile, Uganda

机译:在乌干达西尼罗河鼠疫流行区使用杀虫剂输送管控制与鼠相关的跳蚤

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摘要

Plague is a primarily flea-borne rodent-associated zoonosis that is often fatal in humans. Our study focused on the plague-endemic West Nile region of Uganda where affordable means for the prevention of human plague are currently lacking. Traditional hut construction and food storage practices hinder rodent exclusion efforts, and emphasize the need for an inexpensive but effective host-targeted approach for controlling fleas within the domestic environment. Here we demonstrate the ability of an insecticide delivery tube that is made from inexpensive locally available materials to reduce fleas on domestic rodents. Unbaited tubes were treated with either an insecticide alone (fipronil) or in conjunction with an insect growth regulator [(S)-methoprene], and placed along natural rodent runways within participant huts. Performance was similar for both treatments throughout the course of the study, and showed significant reductions in the proportion of infested rodents relative to controls for at least 100 d posttreatment
机译:鼠疫是一种主要由蚤传播的啮齿动物相关的人畜共患病,通常在人类中致命。我们的研究集中在乌干达的鼠疫流行西尼罗河地区,该国目前缺乏负担得起的预防人类鼠疫的手段。传统的小屋建造和食物存储做法阻碍了啮齿动物的排斥工作,并强调需要一种廉价但有效的以宿主为目标的方法来控制家庭环境中的跳蚤。在这里,我们展示了一种由廉价的当地可用材料制成的杀虫剂输送管减少家用啮齿动物跳蚤的能力。未经诱饵的试管用单独的杀虫剂(氟虫腈)或与昆虫生长调节剂[(S)-美沙re]联合处理,并沿参与者小屋内的天然啮齿动物跑道放置。在整个研究过程中,两种处理的性能均相似,并且在至少100 d的处理后,与对照组相比,受感染的啮齿类动物的比例明显降低

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