Tracking electron uptake from a cathode into Shewanella cells: Implications for energy acquisition from solid-substrate electron donors

Keyphrases

• Extracellular Electron Transfer 100%
• Shewanella 100%
• Solid Substrate 100%
• Electron Donor 100%
• Electron Uptake 100%
• Energy Acquisition 100%
• Cathode Oxidation 100%
• Microorganisms 66%
• Shewanella Oneidensis MR-1 66%
• Cellular Energy 66%
• Terminal Electron Acceptor 66%
• Cell Growth 33%
• Energy Conservation 33%
• Cell Survival 33%
• Mutant Strains 33%
• Environmental Implications 33%
• Electron Flow 33%
• Decay Rate 33%
• Physiological Mechanism 33%
• Cell Conversion 33%
• Proton 33%
• ATP Level 33%
• Fumarate 33%
• Electron Transport Chain 33%
• Reverse Process 33%
• Cellular ATP 33%
• Proton Pumping 33%
• NADH Oxidase 33%
• Uncoupler 33%
• Redox Conditions 33%
• Electrooxidation 33%
• Technological Implications 33%
• Proton Gradient 33%
• Anodic Current 33%
• Reverse Electron Transport 33%
• Electron Transport Chain Inhibitor 33%
• Bioluminescent Assay 33%
• Cellular Redox Status 33%
• Reducing Sediments 33%
• Limited Environments 33%
• Understanding Model 33%
• Oxygen-evolving Electrodes 33%

Earth and Planetary Sciences

• Electron Transport 100%
• Extracellular Electron Transfer 75%
• Micro-Organism 50%
• Decay Rate 25%
• Adenosine Triphosphate 25%
• Redox Condition 25%
• Bioluminescence 25%

Material Science

• Cathode 100%
• Electron Transfer 62%
• Oxidation Reaction 50%
• Anode 12%
• Cell Growth 12%
• Adenosinetriphosphate 12%
• Bioluminescence 12%