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自来水厂除锰滤池Mn~(2+)氧化细菌的分离及其活性的研究
引用本文:朴真三,鲍志戎,李惟,徐爱军,杨宏,张杰.自来水厂除锰滤池Mn~(2+)氧化细菌的分离及其活性的研究[J].吉林大学学报(理学版),1997(4).
作者姓名:朴真三  鲍志戎  李惟  徐爱军  杨宏  张杰
作者单位:吉林大学分子生物学系!长春,130023,吉林大学分子生物学系!长春,130023,吉林大学分子生物学系!长春,130023,中国市政工程东北设计院!长春,130021,中国市政工程东北设计院!长春,130021,中国市政工程东北设计院!长春,130021
基金项目:国家建设部八五科技攻关项目
摘    要:从沈阳石佛寺自来水厂除锰滤池中分离得到7株能够催化Mn2+氧化的细菌,并就催化因子的分离作了尝试.结果表明,Mn2+诱导催化氧化能力,催化活性因子在细胞上;培养基中的有机物浓度影响活性表达,有机物浓度升高,细菌生长加快,但活性表达被抑制.

关 键 词:地下水  除锰  细菌  催化活性因子

Isolation and Activity of Bacteria Catalyzing Mn~(2+)-Oxidization from Mn-removing Filter in a Water Plant
Piao Zhensan,Bac Zhirong,Li Wei.Isolation and Activity of Bacteria Catalyzing Mn~(2+)-Oxidization from Mn-removing Filter in a Water Plant[J].Journal of Jilin University: Sci Ed,1997(4).
Authors:Piao Zhensan  Bac Zhirong  Li Wei
Abstract:Seven strains of bacteria which catalyzed Mn2+-oxidization were isolated from the Mn-removing filter of Shifosi Water Plant in Shenyang of China. Morphology and the result of the stain of these bacteria are descrided and the isolation of catalyzing factors is also discussed in this paper. The oxidizing activity was induced by Mn2+, the substrate. The catalyzing factor is located on the cell instead of being excreted into culture medium. Organic carbon source (peptone, glucose) was necessary for the growth of the bacteria. When the concentration of organics was raised to more than 0. 5%, thebacteria grew faster but the activity of the bacterium oxidizing Mn2+ was inhibited.
Keywords:grundwater  Mn~(2+)-removal  bacterium  catalyzing factor
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