Add to ORKGThe functioning of some important membrane bound enzymes of the living systems is connected with charge translocation. A method has been elaborated to measure the displacement current due to the motion of protons on light excitation in the bacteriorhodopsin molecules. From the time distribution and the amplitudes of the current it has been established that the translocation of protons takes five different steps all with different distances inside the proteins
The photoinduced electric response of oriented purple membranes associated with processes before the...
AbstractThe voltage dependence of light-induced proton pumping was studied with bacteriorhodopsin (b...
This paper demonstrates that an atomic force microscope can be used to directly monitor rapid membra...
The functioning of some important membrane bound enzymes of the living systems is connected...
The short-circuit photoresponse of a bacteriorhodopsin-based photoactive membrane is studied. The me...
Fast displacement photocurrents have been reported in bacteriorhodopsin model membranes by several g...
The light-driven proton pump current generated by bacteriorhodopsin reconstituted in asymmetric plan...
The short-circuit photoresponse of model membranes containing bacteriorhodopsin to short (35 ms) and...
The adsorption of bacteriorhodopsin(bR)-containing purple membranes (PM) to black lipid membranes (B...
The flash-induced charge movements during the photocycle of light-adapted bacteriorhodopsin in purpl...
We have measured the light-induced short-circuit current generated by a planar membrane containing b...
AbstractRecent measurements show that the proton movements of chemiosmotic energy coupling may occur...
Proton-transfer reactions belong to the most prevalent reactions in the biosphere and make life on E...
The active transport of protons across the low dielectric barrier imposed by biological membranes is...
AbstractThe light-driven proton pump bacteriorhodopsin (bR) was functionally expressed in Xenopus la...
The photoinduced electric response of oriented purple membranes associated with processes before the...
AbstractThe voltage dependence of light-induced proton pumping was studied with bacteriorhodopsin (b...
This paper demonstrates that an atomic force microscope can be used to directly monitor rapid membra...
The functioning of some important membrane bound enzymes of the living systems is connected...
The short-circuit photoresponse of a bacteriorhodopsin-based photoactive membrane is studied. The me...
Fast displacement photocurrents have been reported in bacteriorhodopsin model membranes by several g...
The light-driven proton pump current generated by bacteriorhodopsin reconstituted in asymmetric plan...
The short-circuit photoresponse of model membranes containing bacteriorhodopsin to short (35 ms) and...
The adsorption of bacteriorhodopsin(bR)-containing purple membranes (PM) to black lipid membranes (B...
The flash-induced charge movements during the photocycle of light-adapted bacteriorhodopsin in purpl...
We have measured the light-induced short-circuit current generated by a planar membrane containing b...
AbstractRecent measurements show that the proton movements of chemiosmotic energy coupling may occur...
Proton-transfer reactions belong to the most prevalent reactions in the biosphere and make life on E...
The active transport of protons across the low dielectric barrier imposed by biological membranes is...
AbstractThe light-driven proton pump bacteriorhodopsin (bR) was functionally expressed in Xenopus la...
The photoinduced electric response of oriented purple membranes associated with processes before the...
AbstractThe voltage dependence of light-induced proton pumping was studied with bacteriorhodopsin (b...
This paper demonstrates that an atomic force microscope can be used to directly monitor rapid membra...