The photoelectric activity of different parts of lipid bilayer containing bacteriorhodopsin was investigated by moving a small actinic light spot across the Plateau-Gibbs border and the bimolecular part of this reconstituted model membrane. The results give direct evidence that bacteriorhodopsin incorporated into the bimolecular region of the lipid membrane is responsible for the photoelectric activity of this system. A technique for scanning the photoelectric activity of a modified bimolecular lipid membrane is described in detail
We have measured the light-induced short-circuit current generated by a planar membrane containing b...
AbstractThe kinetics of 3 photoinduced responses of bacteriorhodopsin have been compared: spectral c...
The light-driven proton pump current generated by bacteriorhodopsin reconstituted in asymmetric plan...
Motivated to produce electricity with photon activated ion pumps, the main purpose of this work was ...
The objective of this work was to conduct basic research in biologically inspired energy conversion ...
Various methods to incorporate bacteriorhodopsin in black lipid membranes are reported. Both purple ...
The short-circuit photoresponse of a bacteriorhodopsin-based photoactive membrane is studied. The me...
Photoelectroactivity of oriented purple membrane layers attached to an ion exchange film has been in...
The short-circuit photoresponse of model membranes containing bacteriorhodopsin to short (35 ms) and...
This paper demonstrates that an atomic force microscope can be used to directly monitor rapid membra...
The temperature dependence of the photovoltage developed by a model membrane containing bacteriorhod...
Fast displacement photocurrents have been reported in bacteriorhodopsin model membranes by several g...
In this paper we characterize the mechanistic roles of the crystalline purple membrane (PM) lattice,...
When purple-membrane fragments from Halobacterium halobium are added to one aqueous phase of a posit...
The main project of this work was focused on the investigation of out-of-equilibrium fluctuation of ...
We have measured the light-induced short-circuit current generated by a planar membrane containing b...
AbstractThe kinetics of 3 photoinduced responses of bacteriorhodopsin have been compared: spectral c...
The light-driven proton pump current generated by bacteriorhodopsin reconstituted in asymmetric plan...
Motivated to produce electricity with photon activated ion pumps, the main purpose of this work was ...
The objective of this work was to conduct basic research in biologically inspired energy conversion ...
Various methods to incorporate bacteriorhodopsin in black lipid membranes are reported. Both purple ...
The short-circuit photoresponse of a bacteriorhodopsin-based photoactive membrane is studied. The me...
Photoelectroactivity of oriented purple membrane layers attached to an ion exchange film has been in...
The short-circuit photoresponse of model membranes containing bacteriorhodopsin to short (35 ms) and...
This paper demonstrates that an atomic force microscope can be used to directly monitor rapid membra...
The temperature dependence of the photovoltage developed by a model membrane containing bacteriorhod...
Fast displacement photocurrents have been reported in bacteriorhodopsin model membranes by several g...
In this paper we characterize the mechanistic roles of the crystalline purple membrane (PM) lattice,...
When purple-membrane fragments from Halobacterium halobium are added to one aqueous phase of a posit...
The main project of this work was focused on the investigation of out-of-equilibrium fluctuation of ...
We have measured the light-induced short-circuit current generated by a planar membrane containing b...
AbstractThe kinetics of 3 photoinduced responses of bacteriorhodopsin have been compared: spectral c...
The light-driven proton pump current generated by bacteriorhodopsin reconstituted in asymmetric plan...