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Showing 1 to 3 of 3 for “"Ubiquinone-10"”.

  1. Electron cryomicroscopy structures of respiratory supercomplexes from alphaproteobacteria suggest mechanisms to enhance catalysis and to prevent deactivation of respiratory complex I

    … the concentration of hydrophobic substrate ubiquinone-10 between the reaction centres. A physical tether anchors the membrane tethered cytochrome c552 not only at the CIII-CIV interface, but also to cytochrome c1, the electron donor site, explaining why cytochrome c552 can function as an …

    cambridge Repository record for Electron cryomicroscopy structures of respiratory supercomplexes from alphaproteobacteria suggest mechanisms to enhance catalysis and to prevent deactivation of respiratory complex I (opens in a new tab)

  2. Characterizations on bacterial photosynthesis and respiration with optical spectroscopy and magnetic resonance

    … HA- (bacteriopheophytin in the A branch) to QA (ubiquinone in the A branch) and back electron transfer from QA- to P+ (special pair of bacteriochlorophyll). Both electron transfers slows down by about 4 fold at room temperature. I have also examined the reactivity of the semiquinones in the LM …

    uiuc Repository record for Characterizations on bacterial photosynthesis and respiration with optical spectroscopy and magnetic resonance (opens in a new tab)

  3. Cryo-EM studies of substrate and inhibitor binding to mammalian respiratory complex I

    Mammalian respiratory complex I (NADH:ubiquinone oxidoreductase) is an intricate multi-subunit, energy-transducing membrane protein that is essential for aerobic energy metabolism and NADH/NAD⁺ homeostasis. It couples the energy released from NADH oxidation and ubiquinone (Q) reduction to pump four …

    cambridge Repository record for Cryo-EM studies of substrate and inhibitor binding to mammalian respiratory complex I (opens in a new tab)