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Keyphrases
Caulobacter Crescentus
56%
Cu Stress
46%
Transcriptomic Response
37%
Bacterial Chemotaxis
37%
Metal Homeostasis
37%
Bacterial System
37%
Functional Diversity
37%
Environmental Conditions
37%
Oxygenase
37%
Cu Resistance
37%
TonB-dependent Receptor
37%
Copper Resistance
37%
Living Organisms
28%
Zinc-cobalt
18%
Bacterial Evolution
18%
Toxic Concentration
18%
Copper-iron
18%
Bacterial Exposure
18%
Cell Concentration
18%
Defense Mechanisms
18%
Iron-manganese
18%
Copper-zinc
18%
Hostile Environment
18%
Cellular Processes
18%
Copper Tolerance
18%
Copper-cobalt
18%
Iron-Cobalt
18%
Homeostasis
18%
Cu Content
18%
Cu Excess
18%
Fe Content
18%
SigF
14%
Ion Content
10%
Detoxification Strategies
9%
Fe Transport
9%
Fe Uptake
9%
Operon Organization
9%
Fe Concentration
9%
Cu Transport
9%
High Concentration
9%
Overexpression
9%
Fe2+
9%
Inductively Coupled Plasma Atomic Emission Spectrometry
9%
Alphaproteobacteria
9%
Bacterial Physiology
9%
Exporters
9%
2-oxoglutarate
9%
Functional Links
9%
Multiple Environments
7%
Bacterial Response
7%
INIS
copper
100%
concentration
55%
copper ions
49%
iron
49%
toxicity
42%
metals
37%
chemoreceptors
37%
oxygen
37%
homeostasis
37%
receptors
37%
oxygenases
37%
transition metals
25%
mutations
25%
sensitivity
25%
environment
23%
bacteria
17%
emission spectroscopy
17%
physiology
17%
plasma
17%
imports
12%
zinc
12%
cobalt
12%
manganese
12%
defense
12%
tolerance
12%
exports
12%
transport
12%
protection
12%
proteins
12%
uptake
12%
detoxification
12%
genes
12%
control
10%
production
10%
oxidation
5%
mirrors
5%
superoxide dismutase
5%
variations
5%
cytoplasm
5%
growth
5%
probes
5%
cells (bacterial)
5%
fluorescence
5%
cysteine
5%
affinity
5%
sensors
5%
inhibition
5%
interactions
5%
catalase
5%
doses
5%
Immunology and Microbiology
Caulobacter Vibrioides
74%
Oxidative Stress
37%
Transcriptomics
37%
Oxygenase
37%
Morphotype
37%
Inductively Coupled Plasma Atomic Emission Spectroscopy
24%
Regulon
18%
Transcription Initiation Site
18%
Transcriptome
18%
Cell Protection
18%
Bacterial Phenomena and Functions
18%
Operon
18%
Alphaproteobacteria
18%
Sigma Factor
18%
Bacterial Evolution
12%