AbstractThe recent proliferation of data obtained from mutant forms of cytochrome oxidase and analogous enzymes has necessitated a re-examination of existing structural models. A new model is proposed, consistent with these data, which brings several protonatable residues (Y244, D298, D300, T309, T316, K319, T326) into the vicinity of the binuclear centre, suggestive of a proton-transferring function. In addition, we also consider those residues which may participate in electron transport between CuA and haem a. We suggest several potential lines of investigation
Cytochrome c oxidase is the terminal complex of the respiratory chains in the mitochondria of nearly...
Cytochrome c oxidase is the terminal complex of the respiratory chains in the mitochondria of nearly...
AbstractSince mitochondrial cytochrome c oxidase was found to be a redox-linked proton pump, most en...
AbstractThe recent proliferation of data obtained from mutant forms of cytochrome oxidase and analog...
AbstractThe cytochrome c and ubiquinol oxidases discussed in this article are membrane-bound redox-d...
Cytochrome c oxidase contains four metal centers, two heme irons and two copper centers. The two low...
Evolutionary conservation, predicted membrane topography of the subunits, and known chemical and phy...
AbstractCytochrome c oxidase moves both electrons and protons in its dual role as a terminal electro...
AbstractOxido-reductions of metal centers in cytochrome c oxidase are linked to pK shifts of acidic ...
AbstractThe haem-copper oxidases comprise a large family of enzymes that is widespread among aerobic...
AbstractThe current status of our knowledge about the mechanism of proton pumping by cytochrome oxid...
In this study on model compounds for the resting oxidized state of the iron copper binuclear center ...
AbstractIn this paper, the mechanism of proton pumping in cytochrome c oxidase is examined. Data on ...
AbstractCytochrome c oxidase is a molecular machine that transduces respiratory energy into an elect...
In the last few years, evidence has accumulated supporting the applicability of the cooperative mode...
Cytochrome c oxidase is the terminal complex of the respiratory chains in the mitochondria of nearly...
Cytochrome c oxidase is the terminal complex of the respiratory chains in the mitochondria of nearly...
AbstractSince mitochondrial cytochrome c oxidase was found to be a redox-linked proton pump, most en...
AbstractThe recent proliferation of data obtained from mutant forms of cytochrome oxidase and analog...
AbstractThe cytochrome c and ubiquinol oxidases discussed in this article are membrane-bound redox-d...
Cytochrome c oxidase contains four metal centers, two heme irons and two copper centers. The two low...
Evolutionary conservation, predicted membrane topography of the subunits, and known chemical and phy...
AbstractCytochrome c oxidase moves both electrons and protons in its dual role as a terminal electro...
AbstractOxido-reductions of metal centers in cytochrome c oxidase are linked to pK shifts of acidic ...
AbstractThe haem-copper oxidases comprise a large family of enzymes that is widespread among aerobic...
AbstractThe current status of our knowledge about the mechanism of proton pumping by cytochrome oxid...
In this study on model compounds for the resting oxidized state of the iron copper binuclear center ...
AbstractIn this paper, the mechanism of proton pumping in cytochrome c oxidase is examined. Data on ...
AbstractCytochrome c oxidase is a molecular machine that transduces respiratory energy into an elect...
In the last few years, evidence has accumulated supporting the applicability of the cooperative mode...
Cytochrome c oxidase is the terminal complex of the respiratory chains in the mitochondria of nearly...
Cytochrome c oxidase is the terminal complex of the respiratory chains in the mitochondria of nearly...
AbstractSince mitochondrial cytochrome c oxidase was found to be a redox-linked proton pump, most en...