Energy transfer in Rhodobacter sphaeroides reaction centers with the initial electron donor oxidized or missing

Engineering & Materials Science

• Energy transfer 90%
• Quenching 81%
• Electrons 79%
• Fluorescence 68%
• Excited states 65%
• Ground state 59%
• Monomers 46%
• Electron transitions 37%
• Chromophores 33%
• Absorption spectroscopy 29%
• Pigments 24%
• Oxidation 17%
• Bandwidth 12%

Chemical Compounds

• Bacteriochlorophyll 100%
• Electron Donor 72%
• Energy Transfer 67%
• Absorption Spectrum 43%
• Excited State 31%
• Ground State 31%
• Bacteriopheophytin 30%
• Monomer 23%
• Fluorescence Decay 23%
• Charge Separation 19%
• Absorption Spectroscopy 18%
• Cofactor 18%
• Fluorescence Spectrum 17%
• Mutation 16%
• Chromophore 16%
• Orbital 16%
• Strain 13%
• Donor 13%
• Fluorescence 11%
• Reduction 9%
• Oxidation Reaction 8%
• Amount 8%

Physics & Astronomy

• virtual reality 64%
• energy transfer 64%
• electrons 33%
• quenching 25%
• fluorescence 17%
• monomers 14%
• excitation 11%
• ground state 10%
• mutations 9%
• polarization (charge separation) 9%
• pigments 8%
• chromophores 8%
• absorption spectroscopy 7%
• oxidation 5%
• orbitals 5%
• bandwidth 5%
• life (durability) 5%
• decay 4%
• predictions 4%
• pulses 3%