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Microbial Communities of the Discharge Zone of Oil- and Gas-Bearing Fluids in Low-Mineral Lake Baikal

机译:低矿物贝加尔湖含油气流体排放区的微生物群落

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摘要

At the site of natural ingress of oil, microbial diversity in the Central Baikal bottom sediments differing in the chemical composition of pore waters was studied by molecular biological techniques. The sediments saturated with oil and methane were found to contain members of 10 bacterial and 2 archaeal phyla. The oxidized sediment layer contained methanotrophic bacteria belonging to the Alphaproteobacteria, which had a specific structure of the pmoA gene and clustered together with uncultured methanotrophs from cold ecosystems. The upper sediment layer also contained oil-oxidizing bacteria and the alkB genes most closely related to those of Rhodococcus. The microbial community of reduced sediments exhibited lower diversity and was represented mostly by the organisms involved in hydrocarbon biodegradation.
机译:在自然采油的地方,通过分子生物学技术研究了贝加尔湖中部沉积物中微生物的多样性,其孔隙水的化学成分不同。发现富含石油和甲烷的沉积物包含10个细菌和2个古细菌门的成员。氧化的沉积物层含有属于丙酸杆菌的甲烷营养菌,该细菌具有pmoA基因的特定结构,并与来自寒冷生态系统的未培养的甲烷营养菌聚在一起。上层沉积物层还含有油氧化细菌和与红球菌最密切相关的alkB基因。减少的沉积物的微生物群落显示出较低的多样性,并且主要由参与烃生物降解的生物代表。

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