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盘基网柄菌的一种新分类

A New Classification of the Dictyostelids.

作者信息

Sheikh Sanea, Thulin Mats, Cavender James C, Escalante Ricardo, Kawakami Shin-Ichi, Lado Carlos, Landolt John C, Nanjundiah Vidyanand, Queller David C, Strassmann Joan E, Spiegel Frederick W, Stephenson Steven L, Vadell Eduardo M, Baldauf Sandra L

机构信息

Programme in Systematic Biology, Uppsala University, Norbyvägen 18D, Uppsala SE-75236, Sweden.

Departmental of Environmental and Plant Biology, Ohio University, Athens, OH 45701, USA.

出版信息

Protist. 2018 Feb;169(1):1-28. doi: 10.1016/j.protis.2017.11.001. Epub 2017 Nov 24.

Abstract

Traditional morphology-based taxonomy of dictyostelids is rejected by molecular phylogeny. A new classification is presented based on monophyletic entities with consistent and strong molecular phylogenetic support and that are, as far as possible, morphologically recognizable. All newly named clades are diagnosed with small subunit ribosomal RNA (18S rRNA) sequence signatures plus morphological synapomorphies where possible. The two major molecular clades are given the rank of order, as Acytosteliales ord. nov. and Dictyosteliales. The two major clades within each of these orders are recognized and given the rank of family as, respectively, Acytosteliaceae and Cavenderiaceae fam. nov. in Acytosteliales, and Dictyosteliaceae and Raperosteliaceae fam. nov. in Dictyosteliales. Twelve genera are recognized: Cavenderia gen. nov. in Cavenderiaceae, Acytostelium, Rostrostelium gen. nov. and Heterostelium gen. nov. in Acytosteliaceae, Tieghemostelium gen. nov., Hagiwaraea gen. nov., Raperostelium gen. nov. and Speleostelium gen. nov. in Raperosteliaceae, and Dictyostelium and Polysphondylium in Dictyosteliaceae. The "polycephalum" complex is treated as Coremiostelium gen. nov. (not assigned to family) and the "polycarpum" complex as Synstelium gen. nov. (not assigned to order and family). Coenonia, which may not be a dictyostelid, is treated as a genus incertae sedis. Eighty-eight new combinations are made at species and variety level, and Dictyostelium ammophilum is validated.

摘要

基于形态学的传统盘基网柄菌分类法被分子系统发育学所否定。本文提出了一种新的分类法,该分类法基于具有一致且强大分子系统发育支持的单系类群,并且尽可能在形态上可识别。所有新命名的类群都通过小亚基核糖体RNA(18S rRNA)序列特征以及可能的形态共衍征来诊断。两个主要的分子类群被赋予目级分类阶元,即新目无柄网柄菌目(Acytosteliales ord. nov.)和盘基网柄菌目(Dictyosteliales)。这两个目中的两个主要类群被分别赋予科级分类阶元,在无柄网柄菌目中为新科无柄网柄菌科(Acytosteliaceae)和卡文德菌科(Cavenderiaceae fam. nov.),在盘基网柄菌目中为新科盘基网柄菌科(Dictyosteliaceae)和拉珀网柄菌科(Raperosteliaceae fam. nov.)。共识别出12个属:卡文德菌科中的新属卡文德菌属(Cavenderia gen. nov.),无柄网柄菌科中的无柄网柄菌属(Acytostelium)、新属喙网柄菌属(Rostrostelium gen. nov.)和新属异网柄菌属(Heterostelium gen. nov.),拉珀网柄菌科中的新属铁氏网柄菌属(Tieghemostelium gen. nov.)、新属萩原菌属(Hagiwaraea gen. nov.)、新属拉珀网柄菌属(Raperostelium gen. nov.)和新属洞穴网柄菌属(Speleostelium gen. nov.),以及盘基网柄菌科中的盘基网柄菌属(Dictyostelium)和多孢网柄菌属(Polysphondylium)。“多头”复合体被视为新属核心网柄菌属(Coremiostelium gen. nov.)(未归入科),“多果”复合体被视为新属合网柄菌属(Synstelium gen. nov.)(未归入目和科)。可能不属于盘基网柄菌的科诺尼亚属(Coenonia)被视为一个分类地位不确定的属。在种和变种水平上进行了88个新组合,并对嗜沙盘基网柄菌(Dictyostelium ammophilum)进行了确认。

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