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Species diversity and biting activity of Anopheles dirus and Anopheles baimaii (Diptera: Culicidae) in a malaria prone area of western Thailand

机译:泰国西部疟疾易发区的按蚊和白按蚊(Diptera:Culicidae)的物种多样性和咬食活性

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Background A survey of adult anopheline mosquito diversities, collected from September 2009 to August 2010, was conducted in a malaria endemic area of western Thailand. Two anopheline species complexes, Dirus and Minimus, along with the Maculatus group were observed. Of several species documented from within each complex and group, four important malaria vectors were identified, including An. dirus, An. baimaii, An. minimus, and An. sawadwongporni. Information on biting activity and host preference for any single species within the Dirus complex has never been assessed. Using specific molecular identification assays, the trophic behavior and biting activity of each sibling species within the Dirus complex were observed and analyzed for the Kanchanaburi Province, Thailand. Methods Adult female mosquitoes were collected for two consecutive nights each month during a one year period. Three collection methods, human landing indoor (HLI), human landing outdoor (HLO), and cattle baited collections (CBC) were applied. Each team of collectors captured mosquitoes between 1800 and 0600 h. Results From a total of 9,824 specimens, 656 belong to the Dirus complex (An. dirus 6.09% and An. baimaii 0.59%), 8,802 to the Minimus complex (An. minimus 4.95% and An. harrisoni 84.65%) and 366 to the Maculatus group (An. maculatus 2.43% and An. sawadwongporni 1.29%). Both An. dirus and An. baimaii demonstrated exophagic and zoophilic behaviors. Significantly greater numbers of An. dirus and An. baimaii were collected from cattle as compared to humans (P?=?0.003 for An. dirus and P?=?0.048 for An. baimaii). Conclusions Significantly greater numbers of An. dirus and An. baimaii were collected from cattle baited traps as compared to human landing collections (P?
机译:背景信息在2009年9月至2010年8月间,在泰国西部的疟疾流行地区进行了一次对成人按蚊蚊子多样性的调查。观察到两种按蚊种配合物Dirus和Minimus,以及Maculatus组。在每个复合体和组内记录的几种物种中,鉴定了四种重要的疟疾媒介,包括An。迪鲁斯白马市minimus和An。萨瓦旺波尼。从未评估Dirus复合体内任何单个物种的咬食活动和寄主偏好的信息。使用特定的分子鉴定测定法,观察并分析了泰国北碧府Dirus配合物中每个同胞物种的营养行为和咬食活性。方法在一年的时间内,每月两次连续两次收集成年雌性蚊子。应用了三种收集方法:室内人降落(HLI),室外人降落(HLO)和牛饵收集(CBC)。每个收集人员小组在1800至0600小时之间捕获了蚊子。结果共有9,824个标本,其中Dirus复合物656个(An。dirus 6.09%和An。baimaii 0.59%),8802个样品属于Minimus复合物(An。minimus 4.95%和harrisoni 84.65%)以及366个样品黄斑鱼组(黄斑鱼2.43%和锯齿黄por 1.29%)。都安迪鲁斯和安。白菜表现出外生和亲动物行为。 An的数量明显增加。迪鲁斯和安。与人相比,从牛中收集了白喉杆菌(对拟南芥而言,P 2 = 0.003,对白蚁按P 2 = 0.048)。结论An的数目显着增加。迪鲁斯和安。与人类着陆收集物相比,白喉细菌是从牛饵诱捕器收集的(P <0.05),表明这两种物种都表现出很强的人畜共患行为。对寻求宿主行为的了解有助于确定一个物种获取和传播疟疾的能力及其对人类疾病传播的总体风险的贡献,并有助于设计和实施适当的媒介物预防和控制策略。

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