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复合污染地下水中磺胺类降解菌对氮细菌作用的影响
引用本文:初文磊,陈在星,程婷婷,司超群,邓志群,张玉玲.复合污染地下水中磺胺类降解菌对氮细菌作用的影响[J].吉林大学学报(理学版),2019,57(2):454-458.
作者姓名:初文磊  陈在星  程婷婷  司超群  邓志群  张玉玲
作者单位:吉林大学新能源与环境学院,水资源与环境研究所,长春130021;吉林大学新能源与环境学院,水资源与环境研究所,长春130021;吉林大学新能源与环境学院,水资源与环境研究所,长春130021;吉林大学新能源与环境学院,水资源与环境研究所,长春130021;吉林大学新能源与环境学院,水资源与环境研究所,长春130021;吉林大学新能源与环境学院,水资源与环境研究所,长春130021
基金项目:国家水体污染控制与治理科技重大专项基金
摘    要:针对我国农业区地下水三氮(NH+4 N,NO-2 N,NO-3-N)复合抗生素的污染问题, 通过实验模拟研究其微生物修复过程中磺胺类降解菌对氮细菌降解三氮的作用效果. 结果表明: 磺胺类降解菌可促进NH+4-N和NO-2-N降解, 并抑制氮细菌生长及NO-3-N降解; 磺胺类降解菌为杆菌, 属于革兰氏阳性菌, 氮细菌为球菌和杆菌, 属于革兰氏阴性菌. 即磺胺类降解菌可促进硝化作用, 抑制反硝化作用.

关 键 词:复合污染地下水  磺胺类降解菌  氮细菌  降解效果
收稿时间:2018-06-15

Effects of Sulfanilamide Degrading Bacteria on NitrogenBacteria in Combined Polluted Groundwater#br#
CHU Wenlei,CHEN Zaixing,CHENG Tingting,SI Chaoqun,DENG Zhiqun,ZHANG Yuling.Effects of Sulfanilamide Degrading Bacteria on NitrogenBacteria in Combined Polluted Groundwater#br#[J].Journal of Jilin University: Sci Ed,2019,57(2):454-458.
Authors:CHU Wenlei  CHEN Zaixing  CHENG Tingting  SI Chaoqun  DENG Zhiqun  ZHANG Yuling
Institution:Institute of Water Resources and Environment, College of New Energy and  Environment,Jilin University, Changchun 130021, China
Abstract:Aiming at the problem of groudwater pollution caused bytrinitrogenous compound antibiotics(NH+4 N,NO-2 N,NO-3-N) in agricultural areas of China, the effects of sulfanilamide degrading bacteria on the degradation of trinitrogen by nitrogen bacteria in the process of microbial remediation was studied by experimental simulation. The results show that sulfanilamide de grading bacteria promote the degradation of NH+4-N and NH+2-N, and inhibit the growth of nitrogen bacteria and the degradation ofNH+3-N.Sulfanilamide degrading bacteria are bacilli, belonging to Gram positive bacteria and the nitrogen bacteria are cocci and bacilli, belonging toGram negative bacteria, indiciting that sulfanilamide degrading bacteria can promote nitrification and inhibit denitrification.
Keywords:combined polluted groundwater  sulfanilamide degrading bacteria  nitrogen bacteria  degradation effect
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