Quinoline is a recalcitrant pollutant in coking wastewater which has been broadly investigated with many isolates possessing aerobic quinoline‐degrading ability. However, studies on anaerobic degradation and the corresponding bacteria are very scarce. This study attempted to investigate the role of diverse functional members and the redundancy of quinoline degradation in a lab‐scale quinoline denitrifying bioreactor.

中文翻译：

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稀有细菌与优势细菌之间的抗生素诱导的角色互换保留了细菌群落反硝化喹啉降解的功能。

喹啉是焦化废水中的难降解污染物，已对许多具有好氧喹啉降解能力的菌株进行了广泛的研究。但是，关于厌氧降解和相应细菌的研究非常少。这项研究试图调查在实验室规模的喹啉反硝化生物反应器中各种功能成员的作用和喹啉降解的冗余性。