Cytochrome c oxidase has been for a long time one of the central topics studied in Rome by Maurizio Brunori. The authors of this paper have had the unique opportunity of collaborating with him and his friends worldwide for many years. Among the very large number of papers on this enzyme produced by Maurizio Brunori, just a few have been selected here which are particularly representative for the three of us. Topics deal mostly with the interplay between the electrochemical potential gradient in its components and the electron transfer and the proton translocation reactions of this fascinating enzyme
This review focuses on the type A cytochrome c oxidases (C cO), which are found in all mitochondria ...
AbstractThe reaction with O2 of equimolar mixtures of cytochrome c and cytochrome c oxidase in high ...
AbstractCytochrome c oxidase, the terminal oxidase of mitochondria and some bacteria, catalyzes the ...
Cytochrome c oxidase has been for a long time one of the central topics studied in Rome by Maurizio ...
The exothermic transfer of four electrons from cytochrome c to dioxygen is catalyzed in eucaryotes b...
The kinetics of electron transfer between cytochrome-c oxidase and ruthenium hexamine has been chara...
AbstractSince its discovery [Nature 266 (1977) 271] [1], the function of cytochrome c oxidase (and o...
Cytochrome c oxidase is a remarkable molecular machine that is bound in the inner mitochondrial memb...
Since there appear to be at least four papers to be presented in this Symposium which must, more or ...
Cytochrome c oxidase contains a copper-ion electron transfer site, CuA, which has previously been fo...
AbstractCrystal structures of cytochrome c oxidases, one of which is the largest membrane-bound prot...
AbstractThe paper presents a survey of time-resolved studies of charge translocation by cytochrome c...
The kinetics of electron transfer between cytochrome-c oxidase and ruthenium hexamine has been chara...
The function of cytochrome c oxidase as a biomolecular nanomachine that transforms energy of redox r...
AbstractCytochrome c oxidase is a large intrinsic membrane protein designed to use the energy of ele...
This review focuses on the type A cytochrome c oxidases (C cO), which are found in all mitochondria ...
AbstractThe reaction with O2 of equimolar mixtures of cytochrome c and cytochrome c oxidase in high ...
AbstractCytochrome c oxidase, the terminal oxidase of mitochondria and some bacteria, catalyzes the ...
Cytochrome c oxidase has been for a long time one of the central topics studied in Rome by Maurizio ...
The exothermic transfer of four electrons from cytochrome c to dioxygen is catalyzed in eucaryotes b...
The kinetics of electron transfer between cytochrome-c oxidase and ruthenium hexamine has been chara...
AbstractSince its discovery [Nature 266 (1977) 271] [1], the function of cytochrome c oxidase (and o...
Cytochrome c oxidase is a remarkable molecular machine that is bound in the inner mitochondrial memb...
Since there appear to be at least four papers to be presented in this Symposium which must, more or ...
Cytochrome c oxidase contains a copper-ion electron transfer site, CuA, which has previously been fo...
AbstractCrystal structures of cytochrome c oxidases, one of which is the largest membrane-bound prot...
AbstractThe paper presents a survey of time-resolved studies of charge translocation by cytochrome c...
The kinetics of electron transfer between cytochrome-c oxidase and ruthenium hexamine has been chara...
The function of cytochrome c oxidase as a biomolecular nanomachine that transforms energy of redox r...
AbstractCytochrome c oxidase is a large intrinsic membrane protein designed to use the energy of ele...
This review focuses on the type A cytochrome c oxidases (C cO), which are found in all mitochondria ...
AbstractThe reaction with O2 of equimolar mixtures of cytochrome c and cytochrome c oxidase in high ...
AbstractCytochrome c oxidase, the terminal oxidase of mitochondria and some bacteria, catalyzes the ...