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Experimental Study on Oil-degradation Microbial Consortium from Oil-contaminated Soil by Different Enrichment and Domestication

机译:不同富集和驯化中油污土壤油污微生物联盟的试验研究

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In order to increase the effectiveness of remediation on oil-contaminated soil, culture techniques and molecular biological methods were adopted to analyze community structure enriched and domesticated by different ways. The results showed that the bacterial concentration cultured in a medium of inorganic salts and oil was 1.30×l0~(12)cfu/ml, while the bacterial concentration cultured in a medium of LB and oil was 3.05×10~8cfu/ml; Within the perspective of structure, the microbial community cultured in a medium of inorganic salts and oil contained 11 kinds of bacterial, Meanwhile, the microbial community cultured in a medium of LB and oil was composed of 4 kinds of bacteria. Based on the results of this study, it can be inferred that the cultured medium has a significant influence on the composition of microbial communities. When domesticated oil-contaminated soil was cultured in a medium of inorganic salts and oil, the microbial concentrations and diversities were relatively higher than those cultured in LB and oil.
机译:为了提高对油污土壤的修复的有效性,采用培养技术和分子生物学方法来分析富集和驯化的群落结构。结果表明,在无机盐和油介质中培养的细菌浓度为1.30×L0〜(12)CFU / mL,而在LB和油培养基中培养的细菌浓度为3.05×10〜8cfu / ml;在结构的角度下,在无机盐和油培养基中培养的微生物群体含有11种细菌,同时,在LB和油培养基中培养的微生物群落由4种细菌组成。基于本研究的结果,可以推断培养介质对微生物群落的组成具有显着影响。当驯化的油污染土壤在无机盐和油媒体中培养时,微生物浓度和多样性比在LB和油中培养的微生物浓度和多样性。

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