首页> 外文OA文献 >Phylogenetic Analysis of \u3ci\u3eAlloglossidium\u3c/i\u3e Simer, 1929 (Digenea: Plagiorchiiformes: Macroderoididae) with Discussion of the Origin of Truncated Life Cycle Patterns in the Genus
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Phylogenetic Analysis of \u3ci\u3eAlloglossidium\u3c/i\u3e Simer, 1929 (Digenea: Plagiorchiiformes: Macroderoididae) with Discussion of the Origin of Truncated Life Cycle Patterns in the Genus

机译:1929年(二代:plagiorchiiformes:macroderoididae)的系统发育分析,讨论了该属的截断生命周期模式的起源

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摘要

Alloglossidium comprises 9 species of North American plagiorchiiform digeneans using ictalurid catfish, freshwater crustacea, and hirudinid leeches as definitive hosts. Two hypotheses about the evolution of this array of definitive hosts were examined using phylogenetic systematic analysis. Two most parsimonious trees, based on 15 homologous series derived from morphological data, each indicated the two species utilizing ictalurid catfish definitive hosts are basal members of the group, whereas the two species using freshwater crayfish definitive hosts and the five utilizing leech definitive hosts each comprise relatively derived monophyletic sister groups. The results suggest that species using crustaceans as definitive hosts are derived by life cycle truncation, whereas those using leeches as definitive hosts appear to be derived through a switch from crustaceans to leeches.
机译:Alloglossidium包含9种北美洲plagiorchiiform digeneans,使用ictalurid fish鱼,淡水甲壳类和水rud类水作为确定宿主。使用系统发生系统分析,检查了关于此定型宿主阵列进化的两个假设。根据形态学数据得出的15个同源序列,两棵最简约的树木均表明,利用ictalurid fish鱼的最终宿主是该物种的两个基本物种,而使用淡水小龙虾的最终宿主是这两个物种,而利用水ech的最终宿主是这五个物种。相对衍生的单亲姐妹群体。结果表明,使用甲壳类动物作为确定宿主的物种是通过生命周期截断而衍生的,而那些使用水de作为确定宿主的物种似乎是通过从甲壳类动物向水的转换而衍生的。

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