Artificial Gene Amplification in Escherichia coli Reveals Numerous Determinants for Resistance to Metal Toxicity

Keyphrases

• Escherichia Coli 100%
• Artificial Gene 100%
• Gene Amplification 100%
• Metal Toxicity 100%
• Overexpression 66%
• Selective Advantage 66%
• Toxic Concentration 66%
• Biological Systems 33%
• Clinical Setting 33%
• Plasmid 33%
• Natural Environment 33%
• Upstream Open Reading Frame (uORF) 33%
• Duplication 33%
• Genetic Elements 33%
• Environmental Challenges 33%
• Antimicrobial 33%
• Gram-negative Bacteria 33%
• Large Population 33%
• Overexpressing 33%
• Metal Concentration 33%
• CoCu 33%
• Cu-Ni 33%
• Resistance to Antibiotics 33%
• Endogenous Genes 33%
• Heavy Metal Resistance 33%
• NiAg 33%
• Overexpressed Genes 33%
• Toxic Metals 33%
• Naïve Cells 33%
• Growth Inhibitor 33%
• Microbial Resistance 33%
• Metal Homeostasis 33%
• Toxin Evolution 33%
• Antibiotic Drug 33%

Biochemistry, Genetics and Molecular Biology

• Escherichia coli 100%
• Gene Amplification 100%
• Metal Toxicity 100%
• Toxic Concentration 66%
• Genetics 33%
• Plasmid 33%
• Open Reading Frame 33%
• Gram Negative Bacterium 33%
• Homeostasis 33%
• Antibiotic Resistance 33%