Adaptation of arginine synthesis among uropathogenic branches of the escherichia coli phylogeny reveals adjustment to the urinary tract habitat

Keyphrases

• Escherichia Coli 100%
• Adaptation 100%
• Phylogeny 100%
• Uropathogenic Escherichia Coli 100%
• Urinary Tract 100%
• Uropathogens 100%
• Arginine Synthesis 100%
• Argus 91%
• Urinary Tract Infection 58%
• Intracellular Bacterial Communities 33%
• Arginine Auxotrophy 33%
• Positively Selected Genes 33%
• Virulence 25%
• Population Bottleneck 25%
• Bacteriuria 25%
• Escherichia Coli Strains 16%
• Mouse Model 8%
• Clinically Significant 8%
• Gene Function 8%
• Genetic Evolution 8%
• Mutagenesis 8%
• High-throughput Screening 8%
• Specific Genes 8%
• Positive Selection 8%
• Metabolic Pathway 8%
• Most Common Cause 8%
• Small Fraction 8%
• Infection-specific 8%
• Persistent Infection 8%
• Clonal Expansion 8%
• Complex Role 8%
• Bacterial Virulence 8%
• Founder Population 8%
• Metabolic Genes 8%
• Acute Urinary Tract Infection 8%
• Urothelial 8%
• Gene mutant 8%
• Population Size 8%
• Arginine Biosynthesis 8%
• Escherichia Coli Bacteria 8%
• Evolutionary Approach 8%
• Inoculum Size 8%

Immunology and Microbiology

• Escherichia coli 100%
• Urinary Tract 100%
• Uropathogenic Escherichia Coli 100%
• Cladistics 33%
• Auxotrophy 33%
• Bottleneck Population 25%
• Allele 16%
• Mouse Model 8%
• Gene Function 8%
• Metabolism 8%
• Mutagenesis 8%
• Population Size 8%
• Bacterial Virulence 8%
• Inoculum 8%
• Gene Synthesis 8%