The Effect of Bacteriochlorophyll g Oxidation on Energy and Electron Transfer in Reaction Centers from Heliobacterium modesticaldum

Engineering & Materials Science

• Energy transfer 90%
• Electrons 79%
• Oxidation 69%
• Paramagnetic resonance 64%
• Oxygen 51%
• Molecules 46%
• Linewidth 39%
• Activation energy 32%
• Carotenoids 26%
• Absorption spectra 23%
• Antennas 20%
• Sulfur 15%
• Polarization 14%
• Iron 14%
• Temperature 12%

Physics & Astronomy

• electron transfer 79%
• energy transfer 64%
• oxidation 57%
• oxygen 38%
• life (durability) 32%
• kinetics 28%
• antennas 27%
• molecules 25%
• activation energy 23%
• carotenoids 22%
• atomic energy levels 16%
• sulfur 15%
• absorption spectra 11%
• iron 11%
• products 10%
• temperature 9%
• polarization 8%

Chemical Compounds

• Bacteriochlorophyll 100%
• Energy Transfer 67%
• Electron Transfer 55%
• Oxidation Reaction 35%
• Dioxygen 13%
• Reaction Activation Energy 9%
• Iron-Sulfur Cluster 9%
• Carotenoid 7%
• Molecule 7%
• Triplet State 7%
• Reduction 6%
• Polarization 5%
• Absorption Spectrum 5%
• Amount 3%