Much attention is paid in the recent years to the mobility properties of the com-ponents of cell surface membranes, especially specific receptors and antigens, since the description of the dynamic behavior of these macromolecules is necessary for the understanding of the mechanism of signal transduction through the biological membra
Spatial distribution and dynamics of plasma-membrane proteins are thought to be modulated by lipid c...
Spatial distribution and dynamics of plasma-membrane proteins are thought to be modulated by lipid c...
Translational and rotational diffusion of fluorescent molecules on the surface of small biological s...
A lipid bilayer provides a compartmentalized matrix within which embedded proteins and other macromo...
It has become increasingly evident that the spatial distribution and the motion of membrane componen...
It has become increasingly evident that the spatial distribution and the motion of membrane componen...
AbstractIt has long been known from fluorescence recovery after photobleaching experiments that the ...
The fast dynamics of biomolecular systems are believed to be important to their physiological functi...
Protein lateral mobility in cell membranes is generally measured using fluorescence photobleaching r...
Supported cell-membrane sheets are promising in vitro systems to investigate the properties of membr...
Fluorescence microphotolysis is a versatile method for diffusion measurements in single cells and ot...
We describe how membrane proteins diffuse laterally in the membrane plane together with the lipids s...
A present challenge of membrane biophysics is deciphering the dynamic behavior of molecules, such as...
AbstractThe motional averaging of powder pattern line shapes is one of the most fundamental aspects ...
<p>By random walk (top panels), there is broad dispersal of the messenger proteins through the cytop...
Spatial distribution and dynamics of plasma-membrane proteins are thought to be modulated by lipid c...
Spatial distribution and dynamics of plasma-membrane proteins are thought to be modulated by lipid c...
Translational and rotational diffusion of fluorescent molecules on the surface of small biological s...
A lipid bilayer provides a compartmentalized matrix within which embedded proteins and other macromo...
It has become increasingly evident that the spatial distribution and the motion of membrane componen...
It has become increasingly evident that the spatial distribution and the motion of membrane componen...
AbstractIt has long been known from fluorescence recovery after photobleaching experiments that the ...
The fast dynamics of biomolecular systems are believed to be important to their physiological functi...
Protein lateral mobility in cell membranes is generally measured using fluorescence photobleaching r...
Supported cell-membrane sheets are promising in vitro systems to investigate the properties of membr...
Fluorescence microphotolysis is a versatile method for diffusion measurements in single cells and ot...
We describe how membrane proteins diffuse laterally in the membrane plane together with the lipids s...
A present challenge of membrane biophysics is deciphering the dynamic behavior of molecules, such as...
AbstractThe motional averaging of powder pattern line shapes is one of the most fundamental aspects ...
<p>By random walk (top panels), there is broad dispersal of the messenger proteins through the cytop...
Spatial distribution and dynamics of plasma-membrane proteins are thought to be modulated by lipid c...
Spatial distribution and dynamics of plasma-membrane proteins are thought to be modulated by lipid c...
Translational and rotational diffusion of fluorescent molecules on the surface of small biological s...