Protein and Solvent Reorganization Drives Radical Pair Stability in Avian Cryptochrome 4a

Keyphrases

• Aqueous Solvent 14%
• Avian Retina 14%
• Bird Species 14%
• Blue Light Excitation 14%
• Cationic Radical 14%
• Charge Transfer State 14%
• Chemical Dynamics 14%
• Compass Sensor 14%
• Coupled Calculation 14%
• Cryptochrome 100%
• Electron Transfer 14%
• Electronic Coupling 14%
• Electronic Structure Calculations 14%
• Erithacus Rubecula 14%
• European Robin 14%
• First-principles Electronic Structure 14%
• Flavin 28%
• Flavin Radical 14%
• Free Energy Analysis 14%
• Hybrid Quantum 14%
• Interconversion 14%
• Key Amino Acid Residues 14%
• Long-range Charge Transfer 14%
• Magnetic Compass 14%
• Magnetic Field Sensitivity 14%
• Magnetic Sensitivity 14%
• Magnetoreception 28%
• Magnetoreceptor 14%
• Mechanical Simulation 14%
• Migratory Songbird 14%
• Neutral State 14%
• Non-migratory 14%
• Pair Stability 100%
• Pair States 14%
• Photochemistry 14%
• Photoreceptor Cells 14%
• Protein Environment 14%
• Quantum Mechanics/molecular Mechanics 14%
• Radical Pairs 100%
• Recombination 14%
• Relative Stabilization 14%
• Solvent Reorganization 100%
• Tetrad 14%
• Tryptophan 42%

Chemistry

• Amino Acid 33%
• Aqueous Solvent 33%
• Charge Transfer State 33%
• Electron Transport 33%
• Electronic State 33%
• electronics 33%
• First Principle 33%
• Flavin 100%
• Free Energy 33%
• Magnetic Field 33%
• Photochemical Reaction 33%
• Tryptophan 100%