A de novo protein confers copper resistance in Escherichia coli

Keyphrases

• Escherichia Coli 100%
• Biological Systems 100%
• Living Systems 100%
• Toxic Concentration 100%
• Copper Resistance 100%
• Novel Proteins 100%
• Synthetic Biology 50%
• Evolutionary History 50%
• Activity Level 50%
• DNA Sequencing 50%
• Environmental Change 50%
• Control Cell 50%
• High Concentration 50%
• Natural Host 50%
• Environmental Challenges 50%
• Proton Motive Force 50%
• Novel Sequences 50%
• Repurposing 50%
• Sequence Encoding 50%
• Biological Organisms 50%
• Activity in Vivo 50%
• Natural World 50%
• Oxidase 50%
• Laboratory Evolution 50%
• Stressful Environment 50%
• Efflux System 50%
• Copper Efflux 50%
• Protein Design 50%
• E. Coli Cells 50%
• Aeon 50%

Biochemistry, Genetics and Molecular Biology

• Escherichia coli 100%
• Genetics 66%
• Toxic Concentration 66%
• Oxidoreductase 33%
• DNA Sequence 33%
• Proton Motive Force 33%
• Protein Design 33%
• Oxidase 33%
• Natural Host 33%