首页> 美国卫生研究院文献>ZooKeys >The extraordinary genus Myja is not a tergipedid but related to the Facelinidae s. str. with the addition of two new species from Japan (Mollusca Nudibranchia)
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The extraordinary genus Myja is not a tergipedid but related to the Facelinidae s. str. with the addition of two new species from Japan (Mollusca Nudibranchia)

机译:非凡的Myja属不是三足动物而是与Facelinidae有关。海峡加上来自日本的两个新物种(软体动物Nudibranchia)

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摘要

Morphological and molecular data are presented for the first time in an integrative way for the genus Myja Bergh, 1896. In accordance with the new molecular phylogenies, the traditional Facelinidae is paraphyletic. Herein is presented the phylogenetic placement of true Facelinidae s. str., including the first molecular data for F.auriculata (Müller, 1776), type species of the genus Facelina Alder & Hancock, 1855. The taxonomic history of F.auriculata is reviewed. The genus Myja is related to the clade Facelinidae s. str., but shows disparate morphological traits. Two new species of the genus Myja, M.karin>sp. n., and M.hyotan>sp. n., are described from the Pacific waters of Japan (middle Honshu), and M.cf.longicornis Bergh, 1896 is investigated from Thailand. According to molecular analysis and review of available morphological information, the genus Myja contains more hidden diversity. The family-level relationship within aeolidacean nudibranchs with emphasis on the family Facelinidae is outlined. The problem of the relationship between Facelinidae Bergh, 1889 and Glaucidae Gray, 1827 is discussed. The family Glaucidae has precedence over Facelinidae and is phylogenetically related to the core group of Facelinidae s. str., but has a profoundly modified aberrant external morphology, thus making a purely molecular-based approach to the taxonomy an unsatisfactory solution. To accommodate recently discovered hidden diversity within glaucids, the genus Glaucilla Bergh, 1861 is restored. The family Facelinidae s. str. is separate from, and not closely related to, a clade containing the genera Dondice Marcus, 1958, Godiva MacNae 1954, Hermissenda Bergh, 1879, and Phyllodesmium Ehrenberg, 1831 (= Myrrhine Bergh, 1905). The oldest valid available name for the separate ex-facelinid paraphyletic clade that contains several facelinid genera is Myrrhinidae Bergh, 1905, and resurrection of this family name under provision of the ICZN article 40.1 can preliminarily solve the problem of paraphyly of the traditional Facelinidae. “Facelinidae” s. l. needs to be further divided into several separate families, pending further study.
机译:首次以整合的方式提供了Myja Bergh属的形态学和分子数据,1896年。根据新的分子系统学,传统的Facelinidae是副生的。本文介绍了真面目科的系统发育。 str。,包括F.auriculata的第一个分子数据(Müller,1776年),Facelina Alder&Hancock属的典型物种,1855年。 F. auriculata 进行了审查。 Myja 属与进化枝 Facelinidae 。 str。,但显示不同的形态特征。 Myja 的两个新种, M。 karin > sp。 n。 M。 hyotan > sp。 n。,是从日本(本州中部)的太平洋水域和 M。 longicornis Bergh,1896年从泰国进行了调查。根据分子分析和对可用形态学信息的审查, Myja 属包含更多隐藏多样性。概述了风铃科裸枝中的家庭级关系,重点是科 Facelinidae Facelinidae Bergh,1889年与 Gray。家庭 绿眼科 的优先级高于 Facelinidae ,并且与 Facelinidae 的核心群在系统发育上相关。 ,但具有明显改变的异常外部形态,因此使基于分子的分类学方法不能令人满意。为了适应最近发现的在藻类中的隐藏多样性, Glaucilla 。家族 Facelinidae 。海峡与包含马库斯属 Dondice 的进化枝是分离的,并且没有密切相关,1958年, Godiva MacNae 1954, Hermissenda Bergh,1879年,和 Phyllodesmium Ehrenberg,1831年(= 没药 Bergh,1905年)。包含数个面类属的单独的前面类寄生虫进化枝的最早的有效可用名称是 Myrrhinidae Bergh,1905年,并根据ICZN第40.1条的规定重新使用此姓氏可以初步解决传统 Facelinidae 。 “ Facelinidae ”。 l。需要进一步分为几个独立的家族,有待进一步研究。

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