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首页> 外文期刊>PLOS Neglected Tropical Diseases >Oligonucleotide Based Magnetic Bead Capture of Onchocerca volvulus DNA for PCR Pool Screening of Vector Black Flies
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Oligonucleotide Based Magnetic Bead Capture of Onchocerca volvulus DNA for PCR Pool Screening of Vector Black Flies

机译:基于寡核苷酸的Onchocerca volvulus DNA磁珠捕获,用于载体黑蝇PCR池筛选

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摘要

Background Entomological surveys of Simulium vectors are an important component in the criteria used to determine if Onchocerca volvulus transmission has been interrupted and if focal elimination of the parasite has been achieved. However, because infection in the vector population is quite rare in areas where control has succeeded, large numbers of flies need to be examined to certify transmission interruption. Currently, this is accomplished through PCR pool screening of large numbers of flies. The efficiency of this process is limited by the size of the pools that may be screened, which is in turn determined by the constraints imposed by the biochemistry of the assay. The current method of DNA purification from pools of vector black flies relies upon silica adsorption. This method can be applied to screen pools containing a maximum of 50 individuals (from the Latin American vectors) or 100 individuals (from the African vectors).
机译:背景对模拟载体的昆虫学调查是用于确定是否已中断圆盘螺虫传播和是否已实现对寄生虫的根除的标准中的重要组成部分。但是,由于在控制成功的地区,媒介种群中的感染非常罕见,因此需要检查大量苍蝇以证明传播中断。目前,这是通过大量果蝇的PCR池筛选来完成的。该过程的效率受到可以筛选的池大小的限制,而池的大小又取决于测定生物化学的限制条件。目前从载体黑蝇池中纯化DNA的方法依赖于二氧化硅的吸附。此方法可以应用于最多包含50个个体(来自拉丁美洲媒介)或100个个体(来自非洲媒介)的筛选池。

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