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Presence of a Novel Methanogenic Archaeal Lineage in Anaerobic Digesters Inferred from mcrA and 16S rRNA Gene Phylogenetic Analyses

机译:从mcrA和16S rRNA基因系统发生分析推断,厌氧消化器中存在一种新型产甲烷古菌谱系。

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To find taxonomically novel methanogenic archaea, a clone analysis targeting mcrA gene (a functional molecular marker of methanogenic archaea) was conducted for four anaerobic granular sludges. Several mcrA gene phylotypes were clearly different from those of other groups of known methanogens. These were found to belong to an unidentified group called as MCR-2b group. Comparative phylogenetic analysis of deduced amino acid of McrA and 16S rRNA gene sequences revealed that the MCR2-b McrA group is possibly derived from a novel methanogen group; the 16S rRNA gene sequences have been classified into an uncultured archaeal group WCHA1-57. The result suggests that WCHA1-57 archaeal group may represent a putative new order of the methanogenic archaeal group that contributes to methane production in anaerobic digesters.
机译:为了找到分类学上新颖的产甲烷菌,针对四种厌氧颗粒污泥进行了针对mcrA基因(产甲烷菌的功能分子标记)的克隆分析。几种mcrA基因系统型与其他已知产甲烷菌的组明显不同。发现它们属于一个称为MCR-2b的身份不明的组。对McrA和16S rRNA基因序列推导的氨基酸进行系统进化分析,结果表明,MCR2-b McrA基团可能来自新的产甲烷菌基团。 16S rRNA基因序列已被分类为未经培养的古细菌类WCHA1-57。结果表明,WCHA1-57古菌群可能代表了产甲烷古菌群的一个推定的新秩序,这有助于厌氧消化池中甲烷的产生。

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