首页> 外文期刊>Infection, Genetics and Evolution: Journal of Molecular Epidemiology and Evolutionary Genetics in Infectious Diseases >Coccidian parasites of fish encompass profound phylogenetic diversity and gave rise to each of the major parasitic groups in terrestrial vertebrates
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Coccidian parasites of fish encompass profound phylogenetic diversity and gave rise to each of the major parasitic groups in terrestrial vertebrates

机译:鱼的球虫寄生虫具有深远的系统发育多样性,并引起陆地脊椎动物的每个主要寄生虫群

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摘要

Fish are the oldest and most diverse group of vertebrates; it therefore stands to reason that fish may have been the original hosts for many types of extant vertebrate parasites. Here, we sought to determine whether coccidian parasites of fish are especially diverse. We therefore sampled such parasites from thirty-nine species of fish and tested phylogenetic hypotheses concerning their relationships, using 18S rDNA. We found compelling phylogenetic support for distinctions among at least four lineages of piscine parasites presently ascribed to the genus Goussia. Some, but not all parasites attributed to Eimeria were confirmed as such. Major taxonomic revisions are likely justified for these parasites of fish, which appear to have given rise to each of the major lineages of coccidian parasites that subsequently proliferated in terrestrial vertebrates, including those such as Toxoplasma gondii that form tissue cysts in intermediate hosts. Published by Elsevier B.V.
机译:鱼是最古老和最多样化的脊椎动物。因此,有理由认为鱼可能是许多现存脊椎动物寄生虫的原始宿主。在这里,我们试图确定鱼类的球虫寄生虫是否特别多样化。因此,我们使用18S rDNA从39种鱼类中取样了此类寄生虫,并测试了有关它们之间关系的系统发育假说。我们找到了令人信服的系统发育支持,以区分目前归因于Goussia属的至少四个鱼类寄生虫谱系。证实了属于艾美尔球虫的一些但不是全部寄生虫。这些鱼类的寄生虫可能需要进行重大的分类学修订,似乎引起了球虫的各个主要谱系,这些谱系后来在陆地脊椎动物中繁殖,包括那些在中间宿主中形成组织囊肿的弓形虫。由Elsevier B.V.发布

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