首页> 外文期刊>The Journal of Eukaryotic Microbiology >Biodiversity and Molecular Phylogeny of Australian Clevelandella Species (Class Armophorea, Order Clevelandellida, Family Clevelandellidae), Intestinal Endosymbiotic Ciliates in the Wood-Feeding Roach Panesthia cribrata Saussure, 1864
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Biodiversity and Molecular Phylogeny of Australian Clevelandella Species (Class Armophorea, Order Clevelandellida, Family Clevelandellidae), Intestinal Endosymbiotic Ciliates in the Wood-Feeding Roach Panesthia cribrata Saussure, 1864

机译:澳大利亚克利夫兰氏菌物种的生物多样性和分子系统发育(类Armophorea,克利夫兰德利达阶,克利夫兰德氏菌科),木材饲养蟑螂Panesthia cribrata Saussure中的肠内共生纤毛虫,1864年

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摘要

There are over 100 species in the Order Clevelandellida distributed in many hosts. The majority is assigned to one of the five families, the Nyctotheridae. Our knowledge of clevelandellid genetic diversity is limited to species of Nyctotherus and Nyctotheroides. To increase our understanding of clevelandellid genetic diversity, species were isolated from intestines of the Australian wood-feeding roach Panesthia cribrata Saussure, 1864 from August to October, 2008. Four morphospecies, similar to those reported in Java and Japan by Kidder [Parasitologica, 29:163-205], were identified: Clevelandella constricta, Clevelandella nipponensis, Clevelandella parapanesthiae, and Clevelandella panesthiae. Small subunit rRNA gene sequences assigned all species to a family clade that was sister to the clade of species assigned to the Family Nyctotheridae in the Order Clevelandellida. Genetics and morphology were consistent for the first three Clevelandella species, but isolates assigned to C. panesthiae were assignable to three different genotypes, suggesting that this may be a cryptic species complex.
机译:Clevelandellida目中有100多种,分布在许多宿主中。多数被分配给五个科之一,one科。我们对克利夫兰德利遗传多样性的了解仅限于夜莺和夜莺的种类。为了增进我们对克利夫兰氏遗传多样性的了解,从2008年8月至2008年10月从澳大利亚食木蟑螂Panesthia cribrata Saussure的肠道中分离了物种。四种形态学物种,与Kidder在Java和日本报道的形态相似[Parasitologica,29 :163-205],被鉴定为:收缩克利夫兰菌,日本克利夫兰氏菌,副胰克利夫兰氏菌和墨西哥小克利夫兰菌。小亚基rRNA基因序列将所有物种分配给一个家庭进化枝,而该进化枝是在克利夫兰德里达(Clevelandellida)阶中分配给家蝇科的物种进化枝的姐妹。遗传学和形态学对于前三个克利夫兰氏菌属物种是一致的,但是分配给小pane衣藻的分离物可分配给三种不同的基因型,表明这可能是一种隐性物种复合体。

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