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Type IV Secretion Systems Diversity in the Acidithiobacillus Genus

机译:酸性硫杆菌属中的IV型分泌系统多样性

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Dispersal between genomes of certain mobile genetic elements and their gene cargo depends on conjugative type IV secretion systems. In this work, variants of these nanomachines, tra and trb, have been profiled in publicly available genomes of the genus Acidithiobacillus and in a set of relevant strains. Our analyses show that the trb system is of broad distribution, being present in most of the strains analyzed. In turn, the tra type is present in fewer strains of A. ferrooxidans, A. ferrivorans, A. ferriphilus and A. thiooxidans, and generally correlates with the presence of larger ICE in the respective genomes. Herein, sequence conservation, genomic context, integration site and synteny analyses are performed to infer functionality of the T4SS systems of the acidithiobacilli.
机译:某些移动遗传元件的基因组与它们的基因携带量之间的分散取决于结合型IV分泌系统。在这项工作中,已经在酸性硫杆菌属的公共基因组和一组相关菌株中描绘了这些纳米机器的变体tra和trb。我们的分析表明,trb系统分布广泛,存在于大多数分析菌株中。反过来,tra类型存在于较少的铁氧化农杆菌,费氏曲霉,费氏曲霉和硫氧曲霉菌株中,并且通常与相应基因组中较大ICE的存在相关。在本文中,进行序列保守,基因组背景,整合位点和同义分析以推断酸性硫杆菌的T4SS系统的功能。

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