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揭示多源有壳变形虫属Plagiophrys:其部分物种向Rhizaspis(有壳丝足虫纲、有壳丝足亚纲、尾丝虫门)的转变以及新属Sacciforma和新科Rhogostomidae(低温单胞虫纲、有壳丝足亚纲、尾丝虫门)的建立

Shedding Light on the Polyphyletic Thecate Amoeba Genus Plagiophrys: Transition of Some of its Species to Rhizaspis (Tectofilosida, Thecofilosea, Cercozoa) and the Establishment of Sacciforma gen. nov. and Rhogostomidae fam. nov. (Cryomonadida, Thecofilosea, Cercozoa).

作者信息

Dumack Kenneth, Öztoprak Hüsna, Rüger Lioba, Bonkowski Michael

机构信息

University of Cologne, Department of Terrestrial Ecology, Faculty of Zoology, Zülpicher Str. 47b, 50674 Köln, Germany.

University of Cologne, Department of Terrestrial Ecology, Faculty of Zoology, Zülpicher Str. 47b, 50674 Köln, Germany.

出版信息

Protist. 2017 Feb;168(1):92-108. doi: 10.1016/j.protis.2016.11.004. Epub 2016 Dec 7.

Abstract

For over a century testate amoebae have been a favoured group of interest for protistologists, however there is still an endless amount of unanswered questions. The genus Plagiophrys, Claparède and Lachmann 1859, is still one of the unresolved mysteries as it comprises species with high morphological diversity of which no molecular data are available. To shed light on the phylogeny and taxonomy of Plagiophrys we (a) cultured four isolates of three Plagiophrys morphospecies and provided morphological observations (b) obtained three new SSU RNA gene sequences and conducted phylogenetic analyses of the Thecofilosea and (c) did intensive literature research, showing that Plagiophrys is polyphyletic. We partially untangle this polyphyly by combining several of its species with the genus Rhizaspis, Skuja 1948. Furthermore, we establish Sacciforma gen. nov. to accommodate P. sacciformis as it groups within the formerly known Rhizaspididae, which do not comprise our isolates of Rhizaspis (and therefore were renamed Rhogostomidae) since Rhizaspis it groups with maximum support as a sister-group to the Pseudodifflugiidae.

摘要

一个多世纪以来,有壳变形虫一直是原生生物学家感兴趣的一类生物,但仍有无数问题未得到解答。1859年由克拉帕雷德和拉赫曼建立的斜壳变形虫属(Plagiophrys)仍是未解之谜之一,因为该属包含形态高度多样的物种,却没有分子数据。为了阐明斜壳变形虫属的系统发育和分类,我们:(a)培养了三种斜壳变形虫形态种的四个分离株并进行了形态学观察;(b)获得了三个新的小亚基核糖体RNA(SSU RNA)基因序列,并对丝足虫进行了系统发育分析;(c)进行了深入的文献研究,结果表明斜壳变形虫属是多系的。我们通过将该属的几个物种与1948年斯库亚建立的根状壳虫属(Rhizaspis)合并,部分解决了这种多系性问题。此外,我们建立了新属囊形虫属(Sacciforma gen. nov.)来容纳囊形斜壳变形虫(P. sacciformis),因为它归属于以前已知的根状壳虫科,而根状壳虫科并不包含我们分离得到的根状壳虫属(因此被重新命名为口吸管虫科),因为根状壳虫属与伪盘变形虫科作为姐妹群得到了最大支持率的聚类。

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