Femtosecond near-IR absorbance study of photoexcited myoglobin: Dynamics of electronic and thermal relaxation

Engineering & Materials Science

• Electronic states 77%
• Relaxation 67%
• Hemeproteins 55%
• Porphyrins 42%
• Photolysis 42%
• Hot Temperature 34%
• Charge transfer 31%
• Iron 21%
• Temperature 19%

Chemistry

• Myoglobin 79%
• NIR Spectroscopy 73%
• Heme 67%
• Absorption Spectrum 17%
• Excited Electronic State 14%
• Charge Transfer Transition 14%
• Photolysis 10%
• Porphyrin 10%
• Electronic State 8%
• Time 8%
• Protein 5%

Physics & Astronomy

• myoglobin 100%
• electronics 37%
• time constant 34%
• porphyrins 22%
• photolysis 19%
• charge transfer 15%
• proteins 14%
• iron 13%
• temperature 10%