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首页> 外文期刊>Parasitology Research >Description of Myxobolus xiantaoensis n. sp. from the fins of yellow catfish in China: a species previously attributed to Myxobolus physophilus Reuss, 1906 in Chinese records
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Description of Myxobolus xiantaoensis n. sp. from the fins of yellow catfish in China: a species previously attributed to Myxobolus physophilus Reuss, 1906 in Chinese records

机译:myxobolus xiantaoensis n的描述。 SP。 从中国的黄色鲶鱼的翅片:以前归因于Myxobolus Neicophilus Reuss的物种,1906年中文记录

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摘要

Myxozoans are economically important cnidarian endoparasites. Members of this group have been traditionally characterized by a morphology-based taxonomic system. Because myxozoans possess few morphological characters, these data are routinely accompanied by biological traits (host/organ/tissue specificity) and molecular data when describing or identifying myxozoan species. In the present study, a species of Myxobolus was collected from the fins of yellow catfish Tachysurus fulvidraco Richardson, 1846, which was consistent in spore morphology and host/organ specificity with Chinese records of Myxobolus physophilus Reuss, 1906. However, these earlier records and our own findings are inconsistent with the original description of M. physophilus from Russia. Specifically, there are differences in spore morphology (shape, intercapsular appendix, and polar capsule size), the infection site (air bladder vs. fins), and the host affinity (common rudd vs. yellow catfish). The inconsistencies allow us to conclude that both the present Myxobolus species and Chinese records of M. physophilus are distinct from the original description of M. physophilus and represent a new Myxobolus species, which we named Myxobolus xiantaoensis n. sp.
机译:Myxozoans是经济上重要的CNIDARIAR inoparasites。该组的成员传统上是由基于形态学的分类系统的特征。因为粘虫素含有少数的形态特征,所以这些数据常规地伴随着描述或鉴定粘虫物种时的生物特征(宿主/器官/组织特异性)和分子数据。在本研究中,从1846年的黄色鲶鱼Tachysurus Fulvidraco Richardson的翅片中收集了一种Myxobolus,其在孢子形态和宿主/器官特异性方面与Myxobolus Enocopholus Reuss,1906年的血腥/器官特异性一致。然而,这些早期的记录和我们自己的发现与来自俄罗斯的M. Neicophilus的原始描述不一致。具体地,存在孢子形态(形状,颈段性阑尾和极性胶囊尺寸),感染部位(空气膀胱与翅片)和宿主亲和力(普通rudd与黄色鲶鱼)差异。不一致的允许我们得出结论,目前的Myxobolus物种和M. Neicopholus的汉语记录与M. neicopholus的原始描述不同,代表新的骨赘,我们将其命名为myxobolus xiantaoensis n。 SP。

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