AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-ATP submito-chondrial particles oxidising succinate under conditions of partial attenuation of the proton-motive force by malonate or FCCP. This paper reports evidence that the relationship between the rate of ATP synthesis and the magnitude of the proton motive force is independent of the mode by which the decrease of the proton motive force is achieved
Synthesis of ATP by the F1F0 ATP synthase in mitochondria and most bacteria is energized by the prot...
AbstractMyxothiazol, antimycin A and carboxylcyanide-m-chlorophenylhydrazone (CCCP) all had a more p...
AbstractFree fatty acids (FFA) uncouple oxidative phosphorylation and reverse electron transport and...
AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-A...
The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotiv...
The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotiv...
AbstractThe relationship between rate of ATP synthesis and transmembrane electrochemical proton grad...
l) The submitochondrial particle system can synthesize ATP in the early phase (220 seconds after the...
l) The submitochondrial particle system can synthesize ATP in the early phase (220 seconds after the...
High concentrations of uncouplers of oxidative phosphorylation inhibit the oxidation of succinate an...
The rates of ATP synthesis and of ATP-driven NAD reduction have been measured in bovine heart submit...
The rates of ATP synthesis and of ATP-driven NAD reduction have been measured in bovine heart submit...
AbstractThe dependence of light-driven ATP synthesis by chromatophores upon uncoupling agent concent...
AbstractAccording to the chemosmotic hypothesis, ATP is synthesized in mitochondria, bacteria and ch...
AbstractEvidence is presented for a proportional relationship between the extramitochondrial phospha...
Synthesis of ATP by the F1F0 ATP synthase in mitochondria and most bacteria is energized by the prot...
AbstractMyxothiazol, antimycin A and carboxylcyanide-m-chlorophenylhydrazone (CCCP) all had a more p...
AbstractFree fatty acids (FFA) uncouple oxidative phosphorylation and reverse electron transport and...
AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-A...
The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotiv...
The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotiv...
AbstractThe relationship between rate of ATP synthesis and transmembrane electrochemical proton grad...
l) The submitochondrial particle system can synthesize ATP in the early phase (220 seconds after the...
l) The submitochondrial particle system can synthesize ATP in the early phase (220 seconds after the...
High concentrations of uncouplers of oxidative phosphorylation inhibit the oxidation of succinate an...
The rates of ATP synthesis and of ATP-driven NAD reduction have been measured in bovine heart submit...
The rates of ATP synthesis and of ATP-driven NAD reduction have been measured in bovine heart submit...
AbstractThe dependence of light-driven ATP synthesis by chromatophores upon uncoupling agent concent...
AbstractAccording to the chemosmotic hypothesis, ATP is synthesized in mitochondria, bacteria and ch...
AbstractEvidence is presented for a proportional relationship between the extramitochondrial phospha...
Synthesis of ATP by the F1F0 ATP synthase in mitochondria and most bacteria is energized by the prot...
AbstractMyxothiazol, antimycin A and carboxylcyanide-m-chlorophenylhydrazone (CCCP) all had a more p...
AbstractFree fatty acids (FFA) uncouple oxidative phosphorylation and reverse electron transport and...