Citrobacter - Globe Thesis

Keyword [Citrobacter] Result: 1 - 20 \| Page: 1 of 2
1.	A Study On Molecular Mechanism Of Swarming Motility In Citrobacter Freundii
2.	Characterization Of The Î²-lactamases Produced By Carbapenem-resistant Gram-negative Rods
3.	Molecular Typing And Virulence Related Islands Analysis Of Citrobacter Freundii
4.	Investigating The Pathogenic Mechanism Of Escherichia Coli O157:h7 Plasmid Po157
5.	The Molecular Biology Property Of Plasmid-mediated Qui No Lone Resistance Determinants In Citrobacter Freundii And The Analysis Of QnrB24
6.	The Prevalence Of UTA Island Of O157: H7 In Citrobacter
7.	Study On Resistance Of Citrobacter To Î²-Lactams And Its Correlated Resistant Genes
8.	Study On Î²-lactamases, Qnr And Target Enzyme Alteration Mediate Resistance Mechanism In Clinical Isolates Of Citrobacter
9.	Citrobacter Freundii Production Of KPC-2Carbapenemase
10.	Estabilishment And Applicaion Of Multiplex PCR For Detecion Of Four Foodborne Bacterial Pathogens
11.	Whole-genome Sequencing And Genomic Analysis Of Multidrug-resistant Citrobacter Freundii P10159 And Citrobacter Phage IME-CF2
12.	S100A4 Contributes To Colitis Development By Increasing The Adherence Of Citrobacter Rodentium To Intestinal Epithelial Cells
13.	The Role Of Dock2 In The Host Defenseagainst Citrobacter Roderntium Infection
14.	Investigation Of Resistance Mechanisms And The Treatment Strategies For Carbapenem-Resistance Citrobacter Freundii
15.	The Molecular Resistance Mechanismof Carbapenem-Resistant Citrobacter .spp Recovered From Clinical Isolates In China
16.	Role Of JMJD2D In Citrobacter Rodentium Infection
17.	The Clinical Risk Factors, Drug Resistance And Homology Analysis Of Carbapenem-resistant Citrobacter Freundii Isolates From A Hospital In Chongqing
18.	A physiological role of cytochromes P450 4Fs: Mouse model
19.	Synthesis and kinetic evaluation of tyrosine analogs---implications for the catalytic mechanism of tyrosine phenol-lyase from Citrobacter freundii
20.	Study On The Immunological Mechanism Of Hypoxia Affecting The Development Of Experimental Colitis In Mice
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