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Photosysem II: Where does the light-induced voltage come from?
Mahir D. Mamedov
,
Vasily N. Kurashov
, Dmitry A. Cherepanov
, Alexey Yu Semenov
Biochemistry & Molecular Biology
Research output
:
Contribution to journal
›
Article
›
peer-review
12
Scopus citations
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Keyphrases
Electron Transfer
100%
Photosystem II
100%
Light-induced
100%
Quinones
100%
P680
100%
Induced Voltage
100%
Light-driven
50%
Further Development
50%
Charge Separation
50%
Chlorophyll a (Chl a)
50%
Tyrosine Residue
50%
Membrane Potential
50%
Electron Donor
50%
Physiological Condition
50%
Proton Transfer
50%
Water Oxidation
50%
Protonation
50%
Fe3+
50%
Non-heme
50%
Enzyme Catalysis
50%
Proton-coupled Electron Transfer
50%
Biological Energy
50%
Photoelectric Response
50%
Plastoquinone
50%
Energy Transducer
50%
Electrical Event
50%
Protein-water Interactions
50%
Biochemistry, Genetics and Molecular Biology
Electron Transport
100%
Photosystem II
100%
Electric Potential
100%
Proton Transport
100%
P680
100%
Protonation
50%
Tyrosine
50%
Plastoquinone
50%
Enzyme Catalysis
50%
Membrane Potential
50%
Chlorophyll
50%
Chemistry
Electron Transport
100%
Quinone
100%
Photosystem II
100%
Proton Transfer
50%
Donor
50%
Tyrosine Residue
50%
Electron Donor
50%
Photoelectricity
50%
Plastoquinone
50%
Heme
50%
protonation
50%
Chlorophyll
50%
Membrane Potential
50%
Material Science
Electron Transfer
100%
Quinone
100%
Photosystem II
100%
Oxidation Reaction
50%
Catalysis
50%
Tyrosine
50%