首页> 外文期刊>Journal of phycology >PHYLOGENETIC RELATIONSHIPS AMONG LINEAGES OF THE CERAMIACEAE (CERAMIALES, RHODOPHYTA) BASED ON NUCLEAR SMALL SUBUNIT rDNA SEQUENCE DATA
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PHYLOGENETIC RELATIONSHIPS AMONG LINEAGES OF THE CERAMIACEAE (CERAMIALES, RHODOPHYTA) BASED ON NUCLEAR SMALL SUBUNIT rDNA SEQUENCE DATA

机译:基于核小亚基rDNA序列数据的紫花科(瓷藻,红藻)谱系之间的亲缘关系

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摘要

Phylogenetic relationships among 69 species of the Ceramiales (51 Ceramiaceae, six Dasyaceae, seven Delesseriaceae, and five Rhodomelaceae) were determined based on nuclear SSU rDNA sequence data. We resolved five strongly supported but divergent lineages among the included Ceramiaceae: (i) the genus Inkyuleea, which weakly joins other orders of the Rhodymeniophycidae rather than the Ceramiales in our analyses; (ii) the tribe Spyridieae, which is sister to the remainder of the included ceramialean taxa; (iii) the subfamily Ceramioideae, weakly including the tribe Warrenieae; (iv) the subfamily Callithamnioideae; and (v) the subfamily Compsothamnioideae, which emerges as sister to the Dasyaceae/Delesseriaceae/Rhodomelaceae complex, thus rendering the Ceramiaceae sensu lato unequivocally paraphyletic, as has been argued separately on anatomical grounds by Kylin and Hommersand. Our data support a restricted concept of the Ceramiaceae that includes only one of the five lineages (Ceramioideae) that we have resolved. In addition to failing to ally with the Ceramiales in our molecular analyses, species of Inkyuleea differ substantially from other Ceramiaceae sensu lato in details of pre- and postfertilization development. The genus Inkyuleea is here assigned to the Inkyuleeaceae fam. nov., which we provisionally retain in the Ceramiales. Species of Spyridia also differ from the remaining Ceramiaceae in their postfertilization development, and, in light of our molecular data, the genus Spyridia is assigned to the Spyridiaceae. The Callithamnioideae is strongly monophyletic (100% in all analyses), which, in combination with key anatomical differences, supports elevation to family status for this lineage as the Callithamniaceae. Similarly, the Compsothamnioideae is solidly monophyletic in our molecular trees and has a unique suite of defining anatomical characters that supports family status for a complex that we consider to include the tribes Compsothamnieae, Dasyphileae, Griffithsieae, Monosporeae, Ptiloteae, Spermothamnieae, Sphondylothamnieae, Spongoclonieae, and Wrangelieae, for which the reinstated family name Wrangeliaceae is available.
机译:根据核SSU rDNA序列数据确定了69种天葬属(51种菊科,6种菊科,7种无花科和5种杜鹃花科)之间的亲缘关系。我们解析了包括的紫苏科中的五个有力支持但又有分歧的血统:(i)稻科(Inkyuleea),在我们的分析中,该科与拟南芥科(Ryodymenioccidae)而不是天蚕科(Ceramiales)的其他科目较弱; (ii)隐孢子虫部落,它是所含ceramialean单元的其余部分的姊妹; (iii)天牛科亚科,弱势包括沃伦尼科部落; (iv)Callithamnioideae亚科; (v)Compsothamnioideae亚科,它是Dasyaceae / Delesseriaceae / Rhodomelaceae复合体的姊妹,从而使Ceramiace sensu lato明确具有寄生性,正如Kylin和Hommersand在解剖学基础上分别论述的那样。我们的数据支持Ceramiaceae的受限概念,该概念仅包含我们已解决的五个谱系(Ceramioideae)之一。除了在我们的分子分析中未能与Ceramiales结盟之外,Inkyuleea的种类在受精前和受精后的发育方面与其他Ceramiaceae sensu lato也有很大不同。 Inkyuleea属在这里被归为Inkyuleeaceae家族。十一月,我们暂时保留在Ceramiales。蜘蛛纲的物种在施肥后的发育过程中也不同于其余的菊苣科,并且根据我们的分子数据,Spyridia属被分配到了Spyridiaceae。 Callithamnioideae具有很强的单系性(在所有分析中均为100%),再加上关键的解剖学差异,可以支持该家族作为Callithamniaceae的家族地位的提升。同样地,Compsothamnioideae在我们的分子树中是单一实体的,并具有一套独特的定义解剖特征,以支持我们认为包括Compsothamnieae,Dasyphileae,Griffithsieae,Monosporeae,Ptiloteae,Spermothamnieae,Sphondylothamnieae,Spongoclononlone部落的复合体的家族地位。和Wrangelieae,为其恢复了家族名称Wrangeliaceae。

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