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Investigating a Non-Mesh Mosquito Net among Outdoor Sleeping Nomadic Communities in Kenya

机译:在肯尼亚的户外睡眠游牧社区中调查非网状蚊帐

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摘要

Rising reports of exophagic malaria vectors make even more pressing the need for alternatives to traditional, mesh, long-lasting insecticidal nets (LLINs) designed for indoor sleeping and often inadequate in the protection of outdoor-sleeping populations. This study tests and evaluates the retention, utilization, and durability of novel, non-mesh nets designed for outdoor use. Longitudinal, cross-sectional surveys were conducted, the physical condition of nets was assessed, and bio-efficacy and insecticide content were tested. At 22 months, retention was 98.0%; 97.1% of nets fell within the World Health Organization (WHO) category of being in “good” condition; none were in the “torn” category. At 18 months post-distribution, 100% of nets had at least WHO Pesticide Evaluation Scheme (WHOPES)-acceptable levels of insecticide, this proportion was 66.7% at 22 months. This novel mosquito net has the potential to provide a durable and context-specific tool to prevent malaria among traditionally hard-to-protect and highly vulnerable populations.
机译:越来越多的关于外来疟疾媒介的报道使得迫切需要替代传统的,网状的,长效的为室内睡眠而设计的杀虫网(LLIN),这些网通常不足以保护户外睡眠的人群。这项研究测试并评估了设计用于室外的新型非网状网的保持性,利用率和耐用性。进行了纵断面调查,评估了网的物理状况,并测试了生物功效和杀虫剂含量。在22个月时,保留率为98.0%; 97.1%的网处于“良好”状态,属于世界卫生组织(WHO)类别;没有一个属于“撕裂”类别。分发后18个月,至少100%的蚊帐中具有至少WHO农药评估计划(WHOPES)可接受的杀虫剂水平,而22个月时这一比例为66.7%。这种新颖的蚊帐有可能提供一种经久耐用且因地制宜的工具,以预防传统上难以保护的高度脆弱人群中的疟疾。

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