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Phylogenetic Characterization of Archaea in Saltpan Sediments

机译:盐田沉积物中古细菌的系统发育特征。

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摘要

A study was undertaken to investigate the presence of archaeal diversity in saltpan sediments of Goa, India by 16S rDNA-dependent molecular phylogeny. Small subunit rRNA (16S rDNA) from saltpan sediment metagenome were amplified by polymerase chain reaction (PCR) using primers specific to the domain archaea. 10 unique phylotypes were obtained by PCR based RFLP of 16S rRNA genes using endonuclease Msp 1, which was most suitable to score the genetic diversity. These phylotypes spanned a wide range within the domain archaea including both crenarchaeota and euryarcheaota. None of the retrieved crenarchaeota sequences could be grouped with previously cultured crenarchaeota however; two sequences were related with haloarchaea. Most of the sequences determined were closely related to the sequences that had been previously obtained from metagenome of a variety of marine environments. The phylogenetic study of a site investigated for the first time revealed the presence of low archaeal population but showed yet unclassified species, may specially adapted to the salt pan sediment of Goa.
机译:进行了一项研究,以依赖于16S rDNA的分子系统发育研究印度果阿盐盆沉积物中古细菌的多样性。使用针对该领域古细菌的引物,通过聚合酶链反应(PCR)扩增盐田沉积物基因组的小亚基rRNA(16S rDNA)。使用核酸内切酶Msp 1,通过基于PCR的16S rRNA基因的RFLP获得10种独特的系统型,这最适合对遗传多样性进行评分。这些系统型涵盖了古细菌域内的广泛范围,包括Crenarchaeota和euryarcheaota。但是,检索到的Crenarchaeota序列均不能与先前培养的Crenarchaeota分组。有两个序列与光环古菌相关。所确定的大多数序列与先前从各种海洋环境的基因组中获得的序列密切相关。首次调查的地点的系统发育研究表明,古细菌种群较少,但尚未分类的物种可能特别适合果阿的盐田沉积物。

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