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首页> 外文期刊>The American Journal of Tropical Medicine and Hygiene >Multilocus enzyme electrophoresis supports speciation within the Anopheles nili group of malaria vectors in Cameroon.
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Multilocus enzyme electrophoresis supports speciation within the Anopheles nili group of malaria vectors in Cameroon.

机译：多基因座酶电泳支持喀麦隆疟疾媒介的按蚊按蚊分类。

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摘要

Multilocus enzyme analysis of the genetic variability and population structure was conducted among three malaria vector species of the Anopheles nili group in Cameroon: An. nili, An. carnevalei, and the recently described An. ovengensis. We detected species-specific alleles and large differences in shared allele frequencies at six of nine loci (e.g., PGM, GOT1, IDH1, IDH2, PGI, and alpha-GPD). This non-random distribution of alleles leads to high and significant values of differentiation indexes (0.569 < Fst < 0.874, P < 10(-4)). These results fully agree with standard morphologic descriptions, and therefore provide further support for recent taxonomic classification within the An. nili group.
机译：在喀麦隆的一种按蚊（Anopheles nili）组的三种疟疾媒介物种中，对遗传变异和种群结构进行了多基因座酶分析。妮莉，安carnevalei，以及最近描述的An。烤箱。我们在9个位点中的六个位点（例如PGM，GOT1，IDH1，IDH2，PGI和alpha-GPD）中检测到了特定于物种的等位基因和共享等位基因频率存在较大差异。等位基因的这种非随机分布导致分化指数高而有意义（0.569

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