Chlorophyll a dimer: A possible primary electron donor for the photosystem II
S Boussaad, A Tazi… - Proceedings of the …, 1997 - National Acad Sciences
In the photosynthetic membrane, there is a particular aggregated state for the chlorophyll a
(Chl a) molecules with a specific arrangement responsible for the high efficiency of energy
conversion. Chl a monolayers, transferred onto solid substrates, are systems that potentially
can mimic the packing of the in vivo system. The association of Chl a in the monolayer
results in the formation of dimers with an average size of 3.00±0.15 nm. Considering the
organization of the dimers, we assume that P680 is a dimer with the (anti) parallel transition …
(Chl a) molecules with a specific arrangement responsible for the high efficiency of energy
conversion. Chl a monolayers, transferred onto solid substrates, are systems that potentially
can mimic the packing of the in vivo system. The association of Chl a in the monolayer
results in the formation of dimers with an average size of 3.00±0.15 nm. Considering the
organization of the dimers, we assume that P680 is a dimer with the (anti) parallel transition …
Chlorophyll α dimer: a possible primary electron donor for the photosystem II.
S Boussad, A Tazi, RM Leblanc - 1997 - cabidigitallibrary.org
In the photosynthetic membrane, there is a particular aggregated state for the chlorophyll a
(Chl a) molecules with a specific arrangement responsible for the high efficiency of energy
conversion. Chl a monolayers, transferred onto solid substrates, are systems that potentially
can mimic the packing of the in vivo system. The association of Chl a in the monolayer
results in the formation of dimers with an average size of 3.00±0.15 nm. Considering the
organization of the dimers, it is assumed that P680 is a dimer with the (anti) parallel …
(Chl a) molecules with a specific arrangement responsible for the high efficiency of energy
conversion. Chl a monolayers, transferred onto solid substrates, are systems that potentially
can mimic the packing of the in vivo system. The association of Chl a in the monolayer
results in the formation of dimers with an average size of 3.00±0.15 nm. Considering the
organization of the dimers, it is assumed that P680 is a dimer with the (anti) parallel …
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