Conversion of biomembrane-produced energy into electric form. I. Submitochondrial particles

Artificial energy conservation in the respiratory chain. No native coupling site between cytochrome c and oxygen

“…Energization of submitochondrial particle by reduced TMPD, on the other hand, has been reported by Skulachev et al [20]. Their conditions of assay with low antimycin and succinate present, however, did not allow to study coupling site three alone.…”

Anilinonaphthalene sulfonate and other synthetic ions as mitochondrial membrane penetrants: An H+ pulse technique study

“…ion penetrating through this membrane can be involved in the energy-dependent charge-specific response of mitochondria [2,. However, some ions affecting mitochondria (e.g.…”

Absence of a metabolically induced electrical potential across the mitochondrial semipermeable membrane

“…This potential should be approximated by the Nernst equation. A K ÷ diffusion potential was suggested earlier [ 10] to explain, on the basis of the chemiosmotic hypothesis, the phosphorylation observed in Table 1 References Experiment Apparent from [1] -59 X Log(X-)/(K÷)o membrane potential [ll isolated mitochondria in the presence of valinomycin and the efflux of K ÷ [11 ]. However, it would not be the result of an electrogenic pump and it would be irrelevant to the mechanism of oxidative phosphorylation.…”