The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotive force has been studied in submitochondrial particles. It was found that the rate of ATP synthesis can decrease at constant protonmotive force and is more closely related to the rate of substrate oxidation
For the fist time the mitochondrial process of oxidative phosphorylation has been studied by determi...
1. The magnitude of the protonmotive force in respiring bovine heart submitochondrial particles was ...
Synthesis of ATP by the F1F0 ATP synthase in mitochondria and most bacteria is energized by the prot...
The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotiv...
AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-A...
AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-A...
l) The submitochondrial particle system can synthesize ATP in the early phase (220 seconds after the...
AbstractRecently, a novel molecular mechanism of torque generation in the F0 portion of ATP synthase...
International audienceThe purpose of this work was to show how the quantitative definition of the di...
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...
The relationship between the rate of substrate oxidation and the protonmotive force (electrochemical...
AbstractRecently, a novel molecular mechanism of torque generation in the F0 portion of ATP synthase...
The proton-motive forces generated in submitochondrial particles by both hydrolysis of ATP and oxida...
1. The magnitude of the protonmotive force in respiring bovine heart submitochondrial particles was ...
For the fist time the mitochondrial process of oxidative phosphorylation has been studied by determi...
1. The magnitude of the protonmotive force in respiring bovine heart submitochondrial particles was ...
Synthesis of ATP by the F1F0 ATP synthase in mitochondria and most bacteria is energized by the prot...
The problem of whether the rate of ATP synthesis is proportional to the magnitude of the protonmotiv...
AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-A...
AbstractThe rates of electron transport and of ATP synthesis have been measured in bovine heart Mg-A...
l) The submitochondrial particle system can synthesize ATP in the early phase (220 seconds after the...
AbstractRecently, a novel molecular mechanism of torque generation in the F0 portion of ATP synthase...
International audienceThe purpose of this work was to show how the quantitative definition of the di...
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...
The relationship between the rate of substrate oxidation and the protonmotive force (electrochemical...
AbstractRecently, a novel molecular mechanism of torque generation in the F0 portion of ATP synthase...
The proton-motive forces generated in submitochondrial particles by both hydrolysis of ATP and oxida...
1. The magnitude of the protonmotive force in respiring bovine heart submitochondrial particles was ...
For the fist time the mitochondrial process of oxidative phosphorylation has been studied by determi...
1. The magnitude of the protonmotive force in respiring bovine heart submitochondrial particles was ...
Synthesis of ATP by the F1F0 ATP synthase in mitochondria and most bacteria is energized by the prot...
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