Fluorescence correlation spectroscopy reveals fast optical excitation-driven intramolecular dynamics of yellow fluorescent proteins

Keyphrases

• Yellow Fluorescent Protein 100%
• Optical Excitation 100%
• Fluorescence Correlation Spectroscopy 100%
• Intramolecular Dynamics 100%
• Excited States 66%
• Green Fluorescent Protein 66%
• Protein mutants 66%
• Equilibration 33%
• Viscosity 33%
• Temperature Effect 33%
• Isomerization 33%
• Non-radial 33%
• Fluorescence Emission 33%
• Rate of Increase 33%
• Spectroscopic Properties 33%
• Low pH 33%
• Quantum Efficiency 33%
• Chromophore 33%
• PH-independent 33%
• Protonation 33%
• High pH 33%
• Dark State 33%
• State Populations 33%
• Molecular State 33%
• Illumination Intensity 33%
• Flickering 33%
• Excitation Intensity 33%
• Single-exponential Decay 33%
• Fast Excitation 33%
• Time-resolved Fluorescence Measurements 33%
• Intensity-dependent 33%
• Exciton Relaxation 33%

Chemistry

• Excited State 100%
• Photoexcitation 100%
• Intramolecular Dynamics 100%
• Fluorescence Correlation Spectroscopy 100%
• Green Fluorescent Protein 66%
• Rate Constant 33%
• Relaxation 33%
• Isomerization 33%
• Fluorescence Emission 33%
• Illumination 33%
• Chromophore 33%
• protonation 33%

Physics

• Photoexcitation 100%
• Chromophore 50%
• Isomerization 50%