Salmonella - Globe Thesis

Keyword [Salmonella] Result: 181 - 200 \| Page: 10 of 10
181.	Screening Of Resistance Plasmid And Resistance Genes In Salmonella Spp
182.	Role Of Flagellin In Innate Immunity Triggered By An Attenuated Recombinant Salmonella Typhimurium
183.	Differential Roles Of TLR2, TLR4and TLR9in Resistance To Salmonella Typhimurium Infection In Mice
184.	Influence Of Salmonella Plasmid Virulence Gene On Autophagy In Hela Cells And Infection Process In Vivo
185.	NMR Studies Of The Effects Of Attenuated Salmonella Typhimurium On The Schistosoma Japonicum Infected Mice’s Metabolome
186.	Construction Of The Attenuated Salmonella Typhimurium Strain Carrying GLP-1Gene
187.	Establishment And Application Of Reverse Linear Probe Hybridization Detecting Method For Salmonella
188.	Surface Plasmon Resonance-based Nucleic Acids Detection Technology
189.	Establishment And Application Of A Multlplex-PCR Assay For Pathogenicity Island Of Pathogenic E.coli And Salmonella
190.	The Effect Of Salmonella Typhi Plasmid On The Formation Of Biofilm And Its Molecular Mechanisms
191.	Construction Of Salmonella Plasmid Virulence Gene B Mutant Strain And Its Influence On Epithelial Cell Autophagy
192.	Research On Rapid Detection Methods Of Salmonella Typhimurium Based On IMS And FICA
193.	Study On Outer Membrane Protein Of Salmonella
194.	Observation On Inhibiting The Growth Of Xenografted Tca8113Tumors By Combination Of Tumor-targeting Salmonella And Chemotherapy
195.	Melting Curve-based Minimum Multilocus Sequence Typing Of Pathogenic Microorganisms
196.	The Selection And Application Of Aptamers Against Salmonella Typhimurium
197.	The Effect Of Salmonella Typhi Plasmid On Bacteria Virulence In Different States And E. Coli Biofilm Formation In Vivo
198.	Influence Of Salmonella Plasmid Virulence Gene On Infection Process And Autophagy In Zebrafish Model
199.	The Effects Of Salmonella Typhi Conjugative Plasmid On Biofilm Formation In Vivo And In Vitro
200.	The Research Of Inhibitory Effect On Laryngeal Cancer Through Apoptin Which Was Mediated By Attenuated Salmonella
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