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来自印度洋东南部的肌液化鱼类寄生虫(刺胞动物门,库道科)的分子特征及其与物种复合体的系统发育关系。

Molecular Characterization of the Myoliquefactive Fish Parasite (Cnidaria, Kudoidae) from SE Indian Ocean and Its Phylogenetic Relationship with the Species Complex.

作者信息

Giulietti Lucilla, Karlsbakk Egil, Cipriani Paolo, Shayo Salome Daniel, Storesund Julia E, Levsen Arne

机构信息

Section of Contaminants and Biohazards, Institute of Marine Research (IMR), 5005 Bergen, Norway.

Department of Biological Sciences (BIO), University of Bergen, 5007 Bergen, Norway.

出版信息

Microorganisms. 2020 Sep 4;8(9):1352. doi: 10.3390/microorganisms8091352.

Abstract

Myxosporean parasites of the genus are fish parasites of great economic importance, as some species can affect the fish fillet quality by producing macroscopic cysts or generating post mortem myoliquefaction, commonly referred to as 'soft flesh'. is a 'soft flesh'-inducing species originally described based on morphology in the musculature of from the Indian Ocean. An integrative morphological and genetic characterization of from the type host caught off the coast of Tanzania is here provided. The spores were stellate with four unequal polar capsules, showing similarities to . For comparative and validation purpose, was compared morphologically and genetically with reference isolates, including new obtained samples from the type host caught in the SE Atlantic Ocean. Morphological analyses of spores revealed key diagnostic characters clearly distinguishing the two species. Phylogenetic analyses based on SSU and LSU rRNA genes demonstrated that is a distinct and valid species, representing a sister group to a subclade that comprises several isolates from Japan and one single isolate from South Africa. This finding raises questions about the true diversity likely hidden in the complex.

摘要

属的粘孢子虫寄生虫是具有重大经济意义的鱼类寄生虫,因为一些物种可通过产生肉眼可见的囊肿或导致死后肌液化,通常称为“软肉”,从而影响鱼片质量。是一种导致“软肉”的物种,最初是根据来自印度洋的肌肉组织形态学描述的。本文提供了对从坦桑尼亚海岸捕获的模式宿主的综合形态学和遗传学特征描述。孢子呈星状,有四个不等的极囊,与相似。为了进行比较和验证,将与参考分离株进行了形态学和遗传学比较,包括从东南大西洋捕获的模式宿主新获得的样本。孢子的形态学分析揭示了明显区分这两个物种的关键诊断特征。基于SSU和LSU rRNA基因的系统发育分析表明,是一个独特且有效的物种,代表了一个包含来自日本的几个分离株和来自南非的一个单一分离株的亚分支的姐妹群。这一发现引发了关于复杂群体中可能隐藏的真正多样性的问题。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/426d/7565053/47c9c393cc58/microorganisms-08-01352-g001.jpg

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