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首页> 外文期刊>Phycological Research >Testudodinium gen. nov (Dinophyceae), a new genus of sand-dwelling dinoflagellates formerly classified in the genus Amphidinium
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Testudodinium gen. nov (Dinophyceae), a new genus of sand-dwelling dinoflagellates formerly classified in the genus Amphidinium

机译:睾丸素nov(Dinophyceae),以前归类于两栖类属的沙生鞭毛类的一个新属

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摘要

A new genus of sand-dwelling photosynthetic dinoflagellate, Testudodinium Horiguchi, Tamura, Katsumata et A. Yamaguchi is proposed based on Testudodinium testudo (Herdman) Horiguchi, Tamura, Katsumata, et A. Yamaguchi comb. nov. (Basionym: Amphidinium testudo Herdman) and a new species in this new genus, Testudodinium maedaense Katsumata et Horiguchi sp. nov. is described. Amphidinium corrugatum is also transferred to this genus, making a new combination T. corrugatum (Larsen et Patterson) Horiguchi, Tamura et A. Yamaguchi. These three species are similar to the members of the genus Amphidinium in having an extremely small episome and a dorsoventrally flattened cell body. They are, however, distinguished from the genus Amphidinium seusu stricto by the possession of a distinct longitudinal furrow in the middle of ventral side of the episome. Phylogenetic trees based on small subunit (SSU) rDNA revealed that all three of these Testudodinium species formed a robust clade and, although statistical support is not high, the tree suggests Testudodinium clade is not closely related to Amphidinium seusu stricto clade. The morphological differences together with molecular data support the establishment of a new genus for A. testudo and its related species.
机译:提出了一种新的沙生光合二鞭毛藻属,Test口睾丸,田村,胜田等。基于on口睾丸(Herdman)H口,田村,胜谷等,提出了一种山口梳。十一月(别名:两栖陆龟Amphidinium testudo Herdman)和该新属中的一个新种,即前陆睾丸(Testudodinium maedaense Katsumata et Horiguchi sp。十一月描述。皱纹两用菌也被转移到该属中,从而形成了新的组合-皱纹丁香菌(Larsen et Patterson)Horiguchi,Tamura等人A. Yamaguchi。这三个物种与Amphidinium属的成员相似,具有极小的附加体和背腹扁平的细胞体。但是,它们在附加体的腹侧中部具有明显的纵向犁沟,因此与严格的两栖类苏醒属不同。基于小亚基(SSU)rDNA的系统发育树显示,这三种睾丸素属物种均形成了稳固的进化枝,尽管统计支持程度不高,但该树表明睾丸素属进化枝与安非他命梭菌进化枝没有密切关系。形态学上的差异以及分子数据支持了陆生曲霉及其相关物种的新属的建立。

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