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• W2034948082 abstract "In a previous study, we measured the redox potential of the primary electron acceptor pheophytin (Phe) a of photosystem (PS) II in the chlorophyll d –dominated cyanobacterium Acaryochloris marina and a chlorophyll a –containing cyanobacterium, Synechocystis . We obtained the midpoint redox potential ( E m ) values of −478 mV for A. marina and −536 mV for Synechocystis . In this study, we measured the redox potentials of the primary electron acceptor quinone molecule (Q A ), i.e., E m (Q A /Q A − ), of PS II and the energy difference between [P680·Phe a − ·Q A ] and [P680·Phe a ·Q A − ], i.e., Δ G PhQ . The E m (Q A /Q A − ) of A. marina was determined to be +64 mV without the Mn cluster and was estimated to be −66 to −86 mV with a Mn-depletion shift (130–150 mV), as observed with other organisms. The E m (Phe a /Phe a − ) in Synechocystis was measured to be −525 mV with the Mn cluster, which is consistent with our previous report. The Mn-depleted downshift of the potential was measured to be approximately −77 mV in Synechocystis , and this value was applied to A. marina (−478 mV); the E m (Phe a /Phe a − ) was estimated to be approximately −401 mV. These values gave rise to a Δ G PhQ of −325 mV for A. marina and −383 mV for Synechocystis . In the two cyanobacteria, the energetics in PS II were conserved, even though the potentials of Q A − and Phe a − were relatively shifted depending on the special pair, indicating a common strategy for electron transfer in oxygenic photosynthetic organisms." @default.
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• W2034948082 date "2011-04-26" @default.
• W2034948082 modified "2023-09-23" @default.
• W2034948082 title "Redox potentials of primary electron acceptor quinone molecule (Q _A ) ⁻ and conserved energetics of photosystem II in cyanobacteria with chlorophyll <i>a</i> and chlorophyll <i>d</i>" @default.
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• W2034948082 doi "https://doi.org/10.1073/pnas.1100173108" @default.
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