Corpus ID: 30004503

[Filters as selective electrodes for synthetic penetrating ions].

  title={[Filters as selective electrodes for synthetic penetrating ions].},
  author={L. Drachev and A. Kaulen and V. D. Samuilov and I. I. Severina and A. Semenov},
  volume={24 6},
4 Citations

Topics from this paper

pH‐Abhängigkeit der Cytochrom c2 (c)‐Reduktion und des Membranpotentials (Δ Ψ) in Modellsystemen und Chromatophoren von Purpurbakterien
Ubiquinol‐1 reduces cytochrome c in solution at a rate which increases 10‐fold with an increase in pH by one unit within the range of 6.5 – 8.5. Light‐dependent generation of ΔΦ in proteoliposomesExpand
The dibromothymoquinone effect on membrane potential generation in Rhodospirillum rubrum chromatophores.
In quinone-depleted chromatophores and proteoliposomes containing the P-870 reaction center and light-harvesting antenna complexes, DBMIB stimulates membrane potential generation in the light, probably restoring some of the quin one-dependent processes in the membrane. Expand
The inhibition of photosynthetic electron transfer in Rhodospirillum rubrum by N ,N' -dicyclohexylcarbodiimide.
DCCD blocks the electron transfer in the chromatophores between the primary (tightly bound) and secondary ubiquinones and prevents light-induced generation of a membrane potential in the course of cyclic and non-cyclic electron transfer. Expand
Membrane potential effect on nanosecond recombination luminescence in Rhodospirillum rubrum
Some data indicate that the pigment-protein complex of the reaction center in purple bacteria spans the chromatophore membrane [l-7]. Primary conversion of light energy in the reaction centersExpand