shigella - Globe Thesis

Keyword [shigella] Result: 121 - 140 \| Page: 7 of 8
121.	The Nomenclature Of Escherichia Marmotae And Analysis Of Its General Feature,Complete Genome And Virulent Genes
122.	The Study Of Relationship Between AcrAB-TolC Efflux Pump Expression Level And Fluoroquinolone Resistance In Shigella Clinical Isolates
123.	Analysis On The Epidemic Of Bacillary Dysentery And Etiology And Influence Factors Of Shigella Bacteria In Tianjin
124.	Comparative Proteomic Analysis Of Outer Membrane Vesicles Derived From Shigella Flexneri OMV In Response To Temperature
125.	The Characteristic Of Insertion IS600 In Shigella And The Bioinformatics Analyses Of Its Effect On Cse2 Gene And Cas Protein
126.	Detecting On The Virulence Genes And Molecular Typing Of Shigella Boydii Isolated From Clinical
127.	Mechnism Of Multi-resistance Mediated By Porin F(OmpF) And Its Regulatory Gene Of MicF In Shigella Strains
128.	Research On Epidemic Characterristics And Antibiotic Resistancegene Against Quinolone Of Shigella Among Humans In Shanghai China From 2010 To 2014
129.	In Vitro And In Vivo Antimicrobial Combinations And Prevalence Of Plasmid-mediated Azithromycin Resistance Determinants For Shigella Isolates
130.	Study On The Role Of Intestinal IgA And Related Microbiome In Diarrhea-Predominant Irritable Bowel Syndrome
131.	The Study On Evolutionary Genomics Of Shigella Flexneri In China
132.	Structural Transformation Of Shigella Dysenteriae Serotype 1 O-polysaccharide And Study On Codonopsis Pilosula Endophyte Exopolysaccharides
133.	Study On Biosynthesis Of Polysaccharide Conjugate Vaccine Against Shigella Sonnei
134.	The Mechanism Of Ampicillin-Induced Tolerance Of Shigella
135.	Study On The Prevalence, Resistance Mechanism And Evolution Of Ceftriaxone And Azithromycin Co-resistant Shigella
136.	Loss Of Virulence Plasmid Promotes The Interactions Between Shigella Sonnei With CD209 And CD207 Receptors
137.	RNA Chaperone Hfq Regulates The Virulence And Drug Resistance Of Shigella Sonnei
138.	Modulation of expression and antibacterial targeting of Shigella flexneri VirF
139.	Host Complicity in Intercellular Spread of Shigella flexneri
140.	Transcriptional regulation of the Shigella flexneri icsP promoter: Silencing and anti-silencing by H-NS and VirB
<<First <Prev Next> Last>> Jump to