Wetting of the Protein Active Site Leads to Non-Marcusian Reaction Kinetics

Engineering & Materials Science

• Reaction kinetics 100%
• Wetting 91%
• Proteins 82%
• Electrons 60%
• Solvation 48%
• Oxidation-Reduction 39%
• Free energy 35%
• Enzymes 34%
• Reaction rates 34%
• Molecular dynamics 33%
• Water 32%
• Electrostatics 32%
• Chemical activation 26%
• Thermodynamics 25%
• Analytical models 25%
• Computer simulation 16%
• Temperature 12%

Physics & Astronomy

• wetting 85%
• reaction kinetics 81%
• proteins 72%
• electron transfer 60%
• water 34%
• solvation 32%
• enzymes 32%
• marking 30%
• spikes 30%
• baths 27%
• free energy 24%
• plots 24%
• activation 23%
• simulation 22%
• electrostatics 22%
• molecular dynamics 21%
• thermodynamics 20%
• temperature 8%
• energy 8%

Chemical Compounds

• Electron Transfer 41%
• Marking 41%
• Simulation 38%
• Protein 37%
• Ferredoxin 37%
• Reorganization Energy 37%
• Surface Free Energy 34%
• Redox State 34%
• Solvation 25%
• Molecular Dynamics 22%
• Thermodynamics 18%