Projects
(Principal Investigator)



Results 1-20 of 20 (Search time: 0.003 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2019The Regulatory Network Involving Camp Receptor Protein, Sigma Factor Rpon and the Cpxar Two-Component System in Uropathogenic Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology
2018The Hfq/Small Rnas Regulatory Networks Involving Camp-Receptor Protein, Qseef Two-Component System and the Rpon Sigma Factor in Uropathogenic Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology
2017The Hfq/Small Rnas Regulatory Networks Involving Camp-Receptor Protein, Qseef Two-Component System and the Rpon Sigma Factor in Uropathogenic Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology
2016The Hfq/Small Rnas Regulatory Networks Involving Camp-Receptor Protein, Qseef Two-Component System and the Rpon Sigma Factor in Uropathogenic Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology
2015Roles and Mechanism Investigation of Proteus mirabilis Hfq in Virulence, Drug Resistance and Stress ResponsesSHWU-JEN LIAWMinistry of Science and Technology
2014Roles and Mechanism Investigation of Proteus mirabilis Hfq in Virulence, Drug Resistance and Stress ResponsesSHWU-JEN LIAWMinistry of Science and Technology
2013Roles and Mechanism Investigation of Proteus mirabilis Hfq in Virulence, Drug Resistance and Stress ResponsesSHWU-JEN LIAWMinistry of Science and Technology
2012Roles of Hfq in Virulence Expression, Drug Resistance and Bacterium-Host Interaction and Its Regulatory Network in Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology
2011Investigation of RppAB, CpxAR Two-Component Systems, Small RNA and Sigma E---Emphasis on Drug Resistance, Virulence Expression and Bacteria-Host InteractionSHWU-JEN LIAWMinistry of Science and Technology
2010Investigation of Bacterial Two-Component Systems Regulating Resistance of Antimicrobial Peptides Including Polymyxin B, Virulence and Motility in Proteus mirabilis and Stenotrophomonas maltophiliaSHWU-JEN LIAWMinistry of Science and Technology
2009Investigation of Bacterial Two-Component Systems Regulating Resistance of Antimicrobial Peptides Including Polymyxin B, Virulence and Motility in Proteus Mirabilis and Stenotrophomonas maltophiliaSHWU-JEN LIAWMinistry of Science and Technology
2008Investigation of Bacterial Two-Component Systems Regulating Resistance of Antimicrobial Peptides Including Polymyxin B, Virulence and Motility in Proteus Mirabilis and Stenotrophomonas MaltophiliaSHWU-JEN LIAWMinistry of Science and Technology
2007Two-Component Systems Controlling Susceptibility of Antimicrobial Peptides in Proteus mirabilis and Stenotrophomonas maltophilia---Signal Molecules, Regulatory Network and the Effects on Virulence, Swarming, Motility and Drug SusceptibilitySHWU-JEN LIAWMinistry of Science and Technology
2006Regulation of Swarming, Virulence and Resistance of Antimicrobial Pepetides by the PhoP/PhoQ Two-Component System in Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology
2005Resveratrol Modulated Signal-Transduction Pathways Controling Swarming, Virulence and the Susceptibility of Antimicrobial Peptides in Proteus mirabilisSHWU-JEN LIAWMinistry of Science and Technology
2004Investigation of Signal-Transduction Pathways for Regulation of Swarming, Expression of Virulence Factors and Biofilm Formation in Proteus mirabilisSHWU-JEN LIAWMinistry of Science and Technology
2003The Investigation of Proteus Mirabilis rsbA-Mediated Two-Component Signal Transduction Pathway in the Regulation of Swarming Motility and Virulence Factor ExpressionSHWU-JEN LIAWMinistry of Science and Technology
2002The Investigation of luxS, A Gene Responsible for the Synthesis of a Quorum Sensing Signal---A Study for a Possible Target of Antibacterial Agents for Proteus mirabilisSHWU-JEN LIAWMinistry of Science and Technology
2001Study of Swarming Inhibition of Proteus mirabilis by p-Nitrophenyl Glycerol and Homoserine lactones with Emphasis on Bacterial PathogenicitySHWU-JEN LIAWMinistry of Science and Technology
2000Regulation of the Expression of Virulence Factors by RsmA and PNPG in Proteus MirabilisSHWU-JEN LIAWMinistry of Science and Technology