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首页> 外文期刊>Current Microbiology: An International Journal >Improved enrichment and isolation of polycyclic aromatic hydrocarbons (PAH)-degrading microorganisms in soil using anthracene as a model PAH
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Improved enrichment and isolation of polycyclic aromatic hydrocarbons (PAH)-degrading microorganisms in soil using anthracene as a model PAH

机译:以蒽为模型PAH改善土壤中降解多环芳烃(PAH)的微生物的富集和分离

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Lack of attention to soil and microbial characteristics that influence PAHs degradation has been a leading cause of failures in isolation of efficient PAH degraders and bioaugumentation processes with microbial consortia. This study compared the classic method of isolation of PAHs-degraders with a modified method employing a pre-enrichment respirometric analysis. The modified enrichment of PAH degrading microorganisms using in vitro microcosm resulted to reduced enrichment period and more efficient PAH-degrading microbial consortia. Results indicate that natural soils with strong heterotrophic microbial activity determined through pre-enrichment analysis, are better suited for the isolation of efficient PAH degrading microorganisms with significant reduction of the enrichment period.
机译:缺乏对影响PAHs降解的土壤和微生物特性的关注一直是导致有效PAH降解剂分离和微生物聚生过程失败的主要原因。这项研究将分离PAHs降解物的经典方法与采用富集前呼吸测定法的改良方法进行了比较。使用体外微观世界改进的PAH降解微生物的富集可缩短富集时间,并提高PAH降解微生物菌群的效率。结果表明,通过富集前分析确定的具有强异养微生物活性的天然土壤更适合于分离有效的PAH降解微生物,并显着缩短了富集期。

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