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Social parasitism in fire ants (Solenopsis spp.): a potential mechanism for interspecies transfer of Wolbachia

机译:火蚁中的社会寄生虫(Solenopsis spp。):沃尔巴克氏菌种间转移的潜在机制

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摘要

One possible mechanism for interspecific transfer of Wolbachia is through the intimate contact between parasites and their hosts. We surveyed 10 species of fly parasitoids (Pseudacteon spp.) and one inquiline social parasite, Solenopsis daguerrei, for the presence and sequence identity (wsp gene) of Wolbachia. Two Wolbachia variants infecting S. daguerrei were identical to known variants infecting the two common ant host species, Solenopsis invicta and Solenopsis richteri, suggesting possible transfers of Wolbachia between this parasite and their hosts have occurred. Our data also revealed an unexpectedly high diversity of Wolbachia variants within S. daguerrei: up to eight variants were found within each individual, which, to our knowledge, is the highest reported number of Wolbachia variants infecting a single individual of any host species.
机译:Wolbachia种间转移的一种可能机制是通过寄生虫与其宿主之间的紧密接触。我们调查了10种蝇蝇类寄生虫(Pseudacteon spp。)和一种静止的社会寄生虫Solenopsis daguerrei,以了解其Wolbachia的存在和序列同一性(wsp基因)。感染沙门氏菌的两个Wolbachia变异体与感染两个常见蚂蚁宿主物种的Solinopsis invicta和Solenopsis richteri的已知变异体相同,表明Wolbachia可能在此寄生虫及其寄主之间转移。我们的数据还显示出在S. daguerrei中的Wolbachia变体具有出乎意料的高度多样性:每个个体中最多发现八个变体,据我们所知,这是感染任何宿主物种的单个个体的Wolbachia变体的报道数量最高。

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