Selection of Phage-resistant Strains from Escherichia coli glyA Genetic Engineering Bacteria  

Selection of Phage-resistant Strains from Escherichia coli glyA Genetic Engineering Bacteria

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作  者:Yunjun MEI Hong LIU 

机构地区:[1]School of Chemical and Environmental Engineering, Wuhan Polytechnic University [2]Three Gorges High School

出  处:《Agricultural Biotechnology》2012年第2期35-37,共3页农业生物技术(英文版)

摘  要:[ Objective] This study aimed to select E. coli strains with phage-resistance. [ Method] Phage-resistant strains of E. coli glyA genetic engineering bacteria were selected by phage induction and UV-coupling phage induction. [ Result] By phage induction, 20 strains with stable resistance were selected from the 24 phage-resistant strains, only one strain showed better growth condition than the original strains, but the enzymatic activities of the 20 strains were all lower than the original strains; 41 phage-resistant strains were selected by UV-coupling phage induction, 39 strains of which had better stability, including 7 strains that showed better growth conditions than the original strains and two strains had higher enzymatic activities than the original strains. [ Conclusion] UV-coupling phage induction is a suitable method to select phage-resistant strains from Ecoli genetic engineering bacteria.[ Objective] This study aimed to select E. coli strains with phage-resistance. [ Method] Phage-resistant strains of E. coli glyA genetic engineering bacteria were selected by phage induction and UV-coupling phage induction. [ Result] By phage induction, 20 strains with stable resistance were selected from the 24 phage-resistant strains, only one strain showed better growth condition than the original strains, but the enzymatic activities of the 20 strains were all lower than the original strains; 41 phage-resistant strains were selected by UV-coupling phage induction, 39 strains of which had better stability, including 7 strains that showed better growth conditions than the original strains and two strains had higher enzymatic activities than the original strains. [ Conclusion] UV-coupling phage induction is a suitable method to select phage-resistant strains from Ecoli genetic engineering bacteria.

关 键 词:Escherichia coli PHAGE phage-resistant strains SELECTION 

分 类 号:R392[医药卫生—免疫学]

 

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