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Sequence analysis of a salt tolerant metagenomic clone

机译:耐盐宏基因组克隆的序列分析

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摘要

Metagenome represent an unlimited resource for discovery of novel genes. Here we report, sequence analysis of a salt tolerant metagenomic clone (6B4) from a pond water metagenomic library. Clone 6B4 had an insert of 2254 bp with G+C composition of 64.06%. DNA sequence from 6B4 showed homology to DNA sequences from pro-teobacteria indicating origin of 6B4 metagenomic insert from a yet uncharacterized proteobacteria. Two encoded proteins from clone 6B4 showed match with ATP-depen-dent Clp protease adaptor protein (ClpS) and phasin, while two truncated encoded proteins showed match with poly-3-hydroxybutyrate synthase and permease. Clp complex is known to play a role in stress tolerance. Expression of ClpS from metagenomic clone is proposed to be responsible for salt tolerance of the metagenomic clone 6B4.
机译:元基因组代表了发现新基因的无限资源。在这里,我们从池塘水的宏基因组文库中报告了耐盐宏基因组克隆(6B4)的序列分析。克隆6B4具有2254bp的插入片段,G + C组成为64.06%。来自6B4的DNA序列显示与来自pro-proobacteria的DNA序列同源,表明6B4宏基因组插入物来自尚未鉴定的proteobacteria。来自克隆6B4的两个编码蛋白显示与ATP依赖性Clp蛋白酶衔接蛋白(ClpS)和phasin匹配,而两个截短的编码蛋白显示与聚3-羟基丁酸合酶和通透酶匹配。已知Clp复合物在压力耐受性中起作用。建议从宏基因组克隆表达ClpS负责宏基因组克隆6B4的耐盐性。

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