Computational study of the structure and electronic circular dichroism spectroscopy of blue copper proteins

Engineering & Materials Science

• Circular dichroism spectroscopy 100%
• Ligands 64%
• Molecular mechanics 62%
• Proteins 44%
• Copper 39%
• Circular Dichroism 34%
• Molecular dynamics 32%
• Excitation energy 16%
• Absorption spectra 14%
• Quantum theory 14%
• Crystal structure 12%
• Charge transfer 12%
• Computer simulation 10%
• Metals 6%
• Experiments 3%

Physics & Astronomy

• dichroism 49%
• ligands 49%
• proteins 38%
• copper 34%
• spectroscopy 25%
• electronics 25%
• molecular dynamics 21%
• cysteine 13%
• histidine 13%
• ultraviolet absorption 12%
• ultraviolet spectra 11%
• configuration interaction 9%
• field theory (physics) 9%
• quantum mechanics 8%
• charge transfer 8%
• crystal structure 7%
• simulation 7%
• absorption spectra 7%
• metals 4%
• excitation 4%
• energy 2%

Chemical Compounds

• Electronic Circular Dichroism 61%
• Circular Dichroism 39%
• Molecular Mechanic 38%
• Blue 35%
• Molecular Dynamics 21%
• Ligand 21%
• Multireference Configuration Interaction 14%
• Strength 12%
• Simulation 12%
• Protein 12%
• Quantum Mechanics 11%
• Histidine 9%
• Cysteine 8%
• Absorption Spectrum 7%
• Charge Transfer 6%
• Force 6%
• Crystal Structure 4%
• Energy 4%
• Metal 4%