Neutron diffraction and time-resolved laser-spectroscopic experiments on the light-driven proton-pump bacterio-rhodopsin revealed the location of water molecules and their functional importance. About seven water molecules in the proton pathway across this membrane protein were determined at 15% rel. humidity in the ground state
Linear dichroic difference Fourier transform infrared spectra upon formation of the M photointermedi...
The changes in the photocycle of the wild type and several mutant bacteriorhodopsin (D96N, E204Q, an...
ABSTRACT Protonated networks of internal water molecules appear to be involved in proton transfer in...
It has been shown that water molecules participate in the proton pathway of bacteriorhodopsin. Large...
AbstractA wealth of information has been gathered during the past decades that water molecules do pl...
We investigated the influence of hydration water on the relationship between structure, dynamics an...
AbstractWe used neutron scattering and specific hydrogen-deuterium labeling to investigate the therm...
AbstractBackground: Bacteriorhodopsin (bR) from Halobacterium salinarum is a proton pump that conver...
AbstractBacteriorhodopsin (BR) is a transmembrane protein in the purple membrane (PM) of Halobacteri...
Local atomic motions in bacteriorhodopsin (BR), the membrane protein in purple membranes (PMs) of Ha...
AbstractInternal water molecules are considered to play a crucial role in the functional processes o...
Local atomic motions in bacteriorhodopsin (BR), the membrane protein in purple membranes (PMs) of Ha...
AbstractBy neutron scattering experiments and time-resolved absorption spectroscopy we have investig...
AbstractThe photocycle and the proton pumping kinetics of bacteriorhodopsin, as well as the transfer...
AbstractProtein-bound internal water molecules are essential features of the structure and function ...
Linear dichroic difference Fourier transform infrared spectra upon formation of the M photointermedi...
The changes in the photocycle of the wild type and several mutant bacteriorhodopsin (D96N, E204Q, an...
ABSTRACT Protonated networks of internal water molecules appear to be involved in proton transfer in...
It has been shown that water molecules participate in the proton pathway of bacteriorhodopsin. Large...
AbstractA wealth of information has been gathered during the past decades that water molecules do pl...
We investigated the influence of hydration water on the relationship between structure, dynamics an...
AbstractWe used neutron scattering and specific hydrogen-deuterium labeling to investigate the therm...
AbstractBackground: Bacteriorhodopsin (bR) from Halobacterium salinarum is a proton pump that conver...
AbstractBacteriorhodopsin (BR) is a transmembrane protein in the purple membrane (PM) of Halobacteri...
Local atomic motions in bacteriorhodopsin (BR), the membrane protein in purple membranes (PMs) of Ha...
AbstractInternal water molecules are considered to play a crucial role in the functional processes o...
Local atomic motions in bacteriorhodopsin (BR), the membrane protein in purple membranes (PMs) of Ha...
AbstractBy neutron scattering experiments and time-resolved absorption spectroscopy we have investig...
AbstractThe photocycle and the proton pumping kinetics of bacteriorhodopsin, as well as the transfer...
AbstractProtein-bound internal water molecules are essential features of the structure and function ...
Linear dichroic difference Fourier transform infrared spectra upon formation of the M photointermedi...
The changes in the photocycle of the wild type and several mutant bacteriorhodopsin (D96N, E204Q, an...
ABSTRACT Protonated networks of internal water molecules appear to be involved in proton transfer in...