对罕见的新阿波提亚属(红藻属)的分子研究揭示了它被分配到水螅科是不正确的

IF 1.6 4区 生物学 Q2 MARINE & FRESHWATER BIOLOGY Phycological Research Pub Date : 2023-10-16 DOI:10.1111/pre.12534
Anna V. Skriptsova, Oksana S. Belous, Svetlana Yu. Shibneva, Alexander A. Semenchenko
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引用次数: 0

摘要

对俄罗斯太平洋沿岸罕见的红藻属Neoabbottiella进行了分类学研究。目前,Neoabbottiella被分配给Halymeniales;然而,生殖解剖学上的一些特征使人怀疑将该属划归到Halymeniaceae sensu lato的正确性。我们利用四种DNA标记(核LSU和SSU rDNA,红细胞L和COI - 5P)研究了Neoabbottiella的系统进化亲缘性。Neoabbottiella没有归属于Halymeniales的任何科,但它被嵌套在一个高度支持的分支中,其中包括Schmitzia属(Calosiphoniaceae incertae sedis)的代表。生殖解剖和受精后发育也将Neoabbottiella与Halymeniaceae区分开来。Neoabbottiella与Halymeniales的主要区别在于辅助细胞的间质位置,连接丝与辅助细胞通过侧突接触,初始的成性腺细胞起源于距离辅助细胞一定距离的连接丝,以及缺乏壶腹分枝丝的果皮。这些特征使新阿伯提亚与其遗传姊妹属Schmitzia接近,使得新阿伯提亚在科和目水平上的分类变得困难。Neoabbottiella的最终分类有待于Schmitzia其他种以及Calosiphonia (Calosiphoniaceae的模式属)的资料输入;因此,Neoabbottiella应暂时排除在halymenicidae之外,并将其视为Rhodymeniophycidae中的incertae sesis。此外,本研究结果表明,新阿博特菌是单型的;新阿伯蒂菌应被认为是属型新阿伯蒂菌的同义词。
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Molecular study of the rare genus Neoabbottiella (Rhodophyta) reveals its assignment to the Halymeniaceae is incorrect
SUMMARY The rare red algal genus Neoabbottiella from the Russian Pacific coast was taxonomically re‐examined. Currently, Neoabbottiella is assigned to the Halymeniales; however, some features of the reproductive anatomy cast doubt on the correctness of assigning the genus to Halymeniaceae sensu lato . We investigated the phylogenetic affinities of Neoabbottiella using four DNA markers (nuclear LSU and SSU rDNA, rbc L and COI‐5P). Neoabbottiella failed to group with any families of the Halymeniales, but it was nested in a highly supported clade containing representatives of the genus Schmitzia (Calosiphoniaceae incertae sedis ). Reproductive anatomy and post‐fertilization development also separate Neoabbottiella from the Halymeniaceae. The main characteristics distinguishing Neoabbottiella from the Halymeniales include the intercalary position of the auxiliary cell, the contact of the connecting filament with the auxiliary cell via the lateral process, the origin of the initial gonimoblast cell from the connecting filament at a distance from the auxiliary cell and a lack of a pericarp of branched ampullar filaments. These traits bring Neoabbottiella close to its genetic sister genus Schmitzia , making the classification of Neoabbottiella at the family and order levels difficult. The eventual taxonomic classification of Neoabbottiella awaits the input of data of other species of Schmitzia as well as Calosiphonia , the type genus of the Calosiphoniaceae; thus, Neoabbottiella should be provisionally excluded from the Halymeniales and considered as incertae sedis in the Rhodymeniophycidae. Further, the results of the present study showed that Neoabbottiella is monotypic; Neoabbottiella decipiens should be recognized as a synonym of the generitype Neoabbottiella araneosa .
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来源期刊
Phycological Research
Phycological Research 生物-海洋与淡水生物学
CiteScore
3.60
自引率
13.30%
发文量
33
审稿时长
>12 weeks
期刊介绍: Phycological Research is published by the Japanese Society of Phycology and complements the Japanese Journal of Phycology. The Journal publishes international, basic or applied, peer-reviewed research dealing with all aspects of phycology including ecology, taxonomy and phylogeny, evolution, genetics, molecular biology, biochemistry, cell biology, morphology, physiology, new techniques to facilitate the international exchange of results. All articles are peer-reviewed by at least two researchers expert in the filed of the submitted paper. Phycological Research has been credited by the International Association for Plant Taxonomy for the purpose of registration of new non-vascular plant names (including fossils).
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