INIS
copper
100%
oxygen
42%
bacteria
40%
copper ions
38%
metals
31%
chemoreceptors
28%
transcription
28%
populations
28%
applications
23%
toxicity
18%
messenger-rna
14%
microorganisms
14%
lethal doses
14%
animals
14%
antibiotics
14%
levels
14%
reserves
14%
energy
14%
agriculture
14%
detection
14%
oxidases
14%
industry
14%
control
11%
regulations
9%
induction
9%
surfaces
9%
recovery
9%
bioremediation
9%
drinking water
9%
oxidation
8%
production
8%
environment
8%
strains
7%
inactivation
6%
Keyphrases
Viable but Nonculturable State
28%
Cu Stress
28%
Transcriptomic Response
28%
Bacterial Chemotaxis
28%
Transcriptomic Landscape
28%
Wet Contact
28%
Non-culturable Cells
14%
Cu Resistance
14%
Viable Count
14%
Antisense Transcript
11%
SigF
11%
Drinking Water Distribution System
9%
Ion Content
8%
Antibiotic Resistance Mechanisms
7%
Cu Toxicity
7%
P-type ATPase
7%
Culture-free Detection
7%
Antimicrobial Use
7%
Biorecovery
5%
Bioproduction
5%
Metal Bioremediation
5%
Responsive Regulation
5%
Multiple Environments
5%
Bacterial Response
5%
Phenotypic Screening
5%
Cu(II) Ions
5%
Mining Waste
5%
Alternative Transcription Start Site
5%
5′-end
5%
Copper Resistance
5%
Multiple Alternatives
5%
Intragenic Transcription
5%
Non-coding Transcription
5%
Immunology and Microbiology
Viable but Nonculturable
28%
Oxidative Stress
28%
Transcriptomics
28%
Viable Cell Count
28%
Caulobacter Vibrioides
28%
Morphotype
28%
Transcriptome
14%
Sigma Factor
14%
Regulon
14%
Transcription Initiation Site
14%
Cell Protection
14%
Bioremediation
9%
Bacterial Survival
9%
Membrane Permeability
9%