Red blood cells can adhere to a solid surface by means of adhesion molecules that can be linked to erythrocyte membrane receptors, as it is the case of hyaluronate molecules, which bind to the CD44 receptor on the erythrocyte membrane. The objective of this work was to measure the specific energy (gd) of the erythrocyte hyaluronate receptor (CD44) to its hyaluronate ligand, under dynamic conditions. For this purpose, a controlled flow chamber, installed on the stage of a microscope was used and microscopic images were digitized and processed with a digital image processor (DIP) connected with a charged coupled dense (CCD) camera. Calculated specific energies were within the values determined for other types of cellular adhesion. Methodology...
Within this work, a simplified model system was developed for the experimental investigation of phys...
The study of the erythrocyte morphology, interaction, and dynamics is essential to understand how se...
The α-haemolysin (HlyA) is an exotoxin produced by several strains of uropathogenic E. coli, one of ...
Received: Feb.2008 | Accepted: Apr.2009Red blood cells can adhere to a solid surface by means of adh...
The simultaneous determination of adhesion and deformability parameters of erythrocytes was carried ...
The simultaneous determination of adhesion and deformability parameters of erythrocytes was carried ...
The mechanism of interaction involved in cell-cell adhesion has significant implications in biologic...
In recent years, the study of cell adhesion to surfaces has been of increasing clinical and research...
AbstractWe investigated the mechanical strength of adhesion and the dynamics of unbinding of red blo...
AbstractLarge polysaccharide molecules composing the glycocalyx have been shown to prevent cell adhe...
We have built an experimental model system of specific adhesion between two fluid surfaces on which ...
A membrana eritrocitária contém proteínas e glicoproteínas imersas em uma bicamada lipídica que poss...
ABSTRACT We investigated the mechanical strength of adhesion and the dynamics of unbinding of red bl...
Charles University in Prague Faculty of Pharmacy in Hradec Králové Department of Biological and Medi...
Cell-substratum adhesion is an essential component of a variety of physiologic processes. The succes...
Within this work, a simplified model system was developed for the experimental investigation of phys...
The study of the erythrocyte morphology, interaction, and dynamics is essential to understand how se...
The α-haemolysin (HlyA) is an exotoxin produced by several strains of uropathogenic E. coli, one of ...
Received: Feb.2008 | Accepted: Apr.2009Red blood cells can adhere to a solid surface by means of adh...
The simultaneous determination of adhesion and deformability parameters of erythrocytes was carried ...
The simultaneous determination of adhesion and deformability parameters of erythrocytes was carried ...
The mechanism of interaction involved in cell-cell adhesion has significant implications in biologic...
In recent years, the study of cell adhesion to surfaces has been of increasing clinical and research...
AbstractWe investigated the mechanical strength of adhesion and the dynamics of unbinding of red blo...
AbstractLarge polysaccharide molecules composing the glycocalyx have been shown to prevent cell adhe...
We have built an experimental model system of specific adhesion between two fluid surfaces on which ...
A membrana eritrocitária contém proteínas e glicoproteínas imersas em uma bicamada lipídica que poss...
ABSTRACT We investigated the mechanical strength of adhesion and the dynamics of unbinding of red bl...
Charles University in Prague Faculty of Pharmacy in Hradec Králové Department of Biological and Medi...
Cell-substratum adhesion is an essential component of a variety of physiologic processes. The succes...
Within this work, a simplified model system was developed for the experimental investigation of phys...
The study of the erythrocyte morphology, interaction, and dynamics is essential to understand how se...
The α-haemolysin (HlyA) is an exotoxin produced by several strains of uropathogenic E. coli, one of ...