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Phylogenetic position of Pholiota nameko in the genus Pholiota inferred from restriction analysis of ribosomal DNA

机译:从核糖体DNA的限制性分析推论在名称中的Pholiota nameko的系统发生位置

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摘要

To estimate the phylogenetic position of Pholiota nameko in the genus Pholiota, restriction fragment length polymorphisms (RFLPs) for PCR products of 26S ribosomal RNA gene (rDNA), internal transcribed spacers (ITS), and intergenic spacer (IGS) of therDNA repeat from P. nameko and eight of its closely related species were investigated, and a phylogenetic tree was constructed based on data that resulted from RFLP analysis. P. nameko was clustered together with P. adiposa, P. limonella, and P. aurivella of the subgenus Pholiota (section Adiposae). However, P. nameko and P. albocrenulata, both of which belong to the subgenus Hemipholiota, wer e phylogenetically separated from each other. Our results suggested that P. nameko is closely r elated to themember s of the section Adiposae,, Fur thermor e, the phylogenetic distance between this section Adiposae group including P. nameko and Kuehneromyces mutabillis was smaller than that between P. malicola var. macropoda of the subgenus Flammula and the members of section Adiposae. Our data indicate that molecular information on rDNA will be useful to reconstruct taxa within the genus Pholiota in the family Strophariaceae that have been classified mostly on the basis of morphological characters.
机译:为了估计番茄属中Pholiota nameko的系统发生位置,从P重复26S核糖体RNA基因(rDNA),内部转录间隔区(ITS)和基因间间隔区(IGS)的PCR产物的限制性片段长度多态性(RFLP)。研究了纳科科(Nameko)及其八个密切相关的物种,并根据RFLP分析得到的数据构建了系统树。南美白对虾(P. nameko)与鳞茎侧柏属的P. adiposa,小柠檬对虾(P. limonella)和小生对虾(P. aurivella)聚在一起(Adiposae部分)。但是,它们都属于半翅目亚科的P. nameko和P. albocrenulata,在系统发育上彼此分离。我们的研究结果表明,南美白对虾与拟南芥部分成员密切相关,该部分南美白对虾种群(包括南美白对虾和突变种Kuehneromyces mutabillis)之间的系统发生距离比美洲对虾更短。 Flammula属的大足纲和A科的成员。我们的数据表明,有关rDNA的分子信息将有助于重建链霉菌科(Phophariaceae)中鳞茎菌属属中的类群,这些分类群主要根据形态特征进行了分类。

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