Keyphrases
Type VI Secretion System
66%
Lifestyle Switch
66%
Serratia
40%
Serratia Marcescens
40%
Effector Proteins
33%
Ion Selectivity
33%
Competitive Behavior
33%
Clinical Setting
33%
Antimicrobial Effectors
13%
Clinical Origin
13%
Pioneering Behavior
13%
Reg1
13%
Plasmid Diversity
8%
Historic Isolates
8%
Ecological Niche
8%
Clinically Significant
8%
Phenotypic Diversity
8%
Gene Flow
8%
Paucity
8%
Genomic Data
8%
Biochemical Phenotyping
8%
Phylogenetic Framework
8%
Population Structure
8%
Genomic Information
8%
Whole Genome
8%
Genetic Diversity
8%
Phylogenetic Analysis
8%
Outer Membrane Permeability
6%
Toxic Effector
6%
Bacterial Genomes
6%
Nanomachines
6%
Depolarization
6%
Mode of Action
6%
Inner Membrane
6%
Bacterial Growth
6%
Enterobacteriaceae
6%
Neighboring Cells
6%
Opportunistic Pathogens
6%
In Vitro Activity
6%
Motility
6%
Related Traits
6%
Antibiotic Production
6%
Two-component System
6%
Selection Pressure
6%
Between-host
6%
Regulatory System
6%
Post-translational
6%
Inactivating mutation
6%
In Vivo Infection Model
6%
Adhesion
6%
Virulence
6%
Gram-negative Bacteria
6%
Aggressive Behavior
6%
Host Environment
6%
Bacterial Pathogens
6%
System Control
6%
Immunology and Microbiology
Type VI Secretion System
100%
Serratia marcescens
73%
Infectious Agent
20%
Gram-Negative Bacteria
13%
Antimicrobial Activity
13%
Antimicrobial Agent
13%
Serratia
13%
Bacterial Genome
6%
Inner Membrane
6%
Outer Membrane
6%
Bacterial Growth
6%
Membrane Permeability
6%
Enterobacteriaceae
6%
Biochemistry, Genetics and Molecular Biology
Serratia
33%
Type VI Secretion System
33%
Genomics
33%
Competitive Behavior
33%
Gene Flow
8%
Population Structure
8%
Phylogeny
8%
Phylogenomics
8%
Plasmid
8%
Cladistics
8%
Bacterial Genome
6%
Outer Membrane
6%
Membrane Permeability
6%
Inner Membrane
6%
Infectious Agent
6%
Bacterial Growth
6%
Reconstruction
6%
Serratia marcescens
6%
Enterobacteriaceae
6%