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首页> 外文期刊>Journal of Ichthyology >Relationships and Position of the Genus Neozoarces of the Subfamily Neozoarcinae in the System of the Suborder Zoareoidei (Pisces, Perciformes) by Molecular—Genetic Data
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Relationships and Position of the Genus Neozoarces of the Subfamily Neozoarcinae in the System of the Suborder Zoareoidei (Pisces, Perciformes) by Molecular—Genetic Data

机译：分子遗传学数据在亚纲Zoareoidei（双鱼，Perciformes）系统中，新近亚科的新近科的关系和位置

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摘要

Using the method of molecular—genetic analysis, we investigated the genus Neozoarces (subfamily Neozoarcinae) to reveal its relationships and position in the system of the suborder Zoacoidei. Comparison with representatives of other families of thissuborder demonstrated that the lowest level of differences is observed between Neozoarces and subfamilies of the family Zoarcidae (the mean value of genetic divergence is 11.9%) with which it forms a general cluster on the phylogenetic tree. From representatives of the family Stichaeidae, Neozoarces differs at the same level (13.9%) as from the families Bathymasteridae, Pholidae, Ptilichthyidae, and Zaproridae (14.0%). The results of investigations confirm the viewpoint suggested by Makushok (1961) whoincluded, for the first time, the subfamily Neozoarcinae to the family Zoarcidae on the basis of comparative morphological investigation of these groups.
机译：使用分子遗传分析方法，我们研究了新弧菌属（Neozoarcinae）（新科），以揭示其在亚科底亚目系统中的关系和位置。与该亚科其他家族的代表进行的比较表明，在新弧菌和科蝇科的亚科之间观察到的差异最低（遗传差异的平均值为11.9％），从而在系统树上形成了一个总体簇。从St科科的代表来看，近缘弧菌与Bath虫科，P科，P科和Za科（14.0％）的水平相同（13.9％）。调查结果证实了Makushok（1961）提出的观点，他是在对这些人群进行形态学比较的基础上，首次将新鞭毛亚科包括在Z科中。

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