Chemomechanical coupling in hexameric protein-protein interfaces harnesses energy within V-type ATPases

Engineering & Materials Science

• Adenosine Triphosphatases 100%
• Adenosinetriphosphate 75%
• Proteins 53%
• Hydrolysis 31%
• Administrative data processing 10%
• Crystallography 10%
• Cell membranes 8%
• Energy Metabolism 8%
• Protons 7%
• Free energy 7%
• Torque 4%
• Experiments 4%
• Sampling 4%
• Trajectories 4%
• Mechanical properties 4%

Medicine & Life Sciences

• Vacuolar Proton-Translocating ATPases 82%
• Adenosine Triphosphate 45%
• Hydrolysis 24%
• Proteins 21%
• Adenosine Triphosphatases 19%
• Enterococcus hirae 11%
• Crystallography 9%
• Torque 7%
• Protons 6%
• Adenosine Diphosphate 6%
• Energy Metabolism 5%
• Cell Membrane 4%

Chemical Compounds

• Energy 27%
• Hydrolysis 16%
• Torque 8%
• Simulation 8%
• Conformational Transition 7%
• Crystallography 7%
• ADP 6%
• Sampling 5%
• Fuel 5%
• Gibbs Free Energy 4%
• Proton 4%
• Time 2%