<p>Diffusion of mouse IgG across naïve membrane (squares) or diffusions of IgG (circles) or C1q (triangles) across reconstituted membranes. Values represent the relative amount of solute retained in the loaded chamber as a function of time.</p
AbstractThe image-mean square displacement technique applies the calculation of the mean square disp...
We have formulated a kinetic model for the primary steps that occur at the cell membrane during rece...
A persistent discrepancy exists between theoretical predictions and experimental observations for th...
The image-mean square displacement technique applies the calculation of the mean square displacement...
In this note, the profile concentration of diffusing particles inside a membrane has been calculated...
<p>A substance with concentrations in compartment I and in compartment II is diffusing through a ...
PACS 68.35.Np – Adhesion Abstract – The adhesion of cells is mediated by membrane receptors that bin...
There exist many examples of membrane components (e.g. receptors) accumulating in special domains of...
AbstractProteins in plasma membranes diffuse more slowly than proteins inserted into artificial lipi...
This review provides a manual which enables the reader to perform calculations on the rate with whic...
The imagination has been fired by the idea that biological mem- branes might be Z-dimensional fluid....
AbstractWe test here a previously proposed hypothesis about lateral heterogeneity of cell membranes,...
Lateral diffusion of mobile proteins and lipids (tracers) in a membrane is hindered by the presence ...
The efficient transport of membrane proteins is vital in maintaining life. In this work, we investig...
Purpose To investigate how intracellular metabolites diffusion measured in vivo up to very high q/b ...
AbstractThe image-mean square displacement technique applies the calculation of the mean square disp...
We have formulated a kinetic model for the primary steps that occur at the cell membrane during rece...
A persistent discrepancy exists between theoretical predictions and experimental observations for th...
The image-mean square displacement technique applies the calculation of the mean square displacement...
In this note, the profile concentration of diffusing particles inside a membrane has been calculated...
<p>A substance with concentrations in compartment I and in compartment II is diffusing through a ...
PACS 68.35.Np – Adhesion Abstract – The adhesion of cells is mediated by membrane receptors that bin...
There exist many examples of membrane components (e.g. receptors) accumulating in special domains of...
AbstractProteins in plasma membranes diffuse more slowly than proteins inserted into artificial lipi...
This review provides a manual which enables the reader to perform calculations on the rate with whic...
The imagination has been fired by the idea that biological mem- branes might be Z-dimensional fluid....
AbstractWe test here a previously proposed hypothesis about lateral heterogeneity of cell membranes,...
Lateral diffusion of mobile proteins and lipids (tracers) in a membrane is hindered by the presence ...
The efficient transport of membrane proteins is vital in maintaining life. In this work, we investig...
Purpose To investigate how intracellular metabolites diffusion measured in vivo up to very high q/b ...
AbstractThe image-mean square displacement technique applies the calculation of the mean square disp...
We have formulated a kinetic model for the primary steps that occur at the cell membrane during rece...
A persistent discrepancy exists between theoretical predictions and experimental observations for th...