We previously described the use of a counter-rotating cone and plate rheoscope to measure the time and force dependence of break-up of doublets of sphered, swollen, and fixed red cells (SSRC) cross-linked by monoclonal IgM antibody. It has been shown that doublet break-up can occur by extraction of receptors from the membrane, rather than by antibody-antigen bond break-up, and is a stochastic process. We therefore prepared 4.62-microns carboxyl modified latex spheres with a covalently coupled synthetic blood group B antigen trisaccharide. Using a two-step carbodiimide process, ethylene diamine was covalently linked to the carboxyl modified latex spheres, and the trisaccharide, having an eight carbon spacer modified to bear a terminal carbox...
AbstractThe binding properties of biomolecules play a crucial role in many biological phenomena, esp...
The expressions derived in the previous paper for the respective normal, F3, and shear forces, Fshea...
Quantitative information regarding the kinetics of receptor-mediated cell adhesion to a ligand-coate...
In an extension of the previous paper, we describe the force dependence of break-up of doublets of l...
Measurement of the physical strength of bonds linking in biological cells is important in characteri...
Using previously developed theory for the hydrodynamic normal, F$ rm sb{n},$ and shear, F$ rm sb{s},...
Fixed spherical swollen human red blood cells of blood type B adhering on a glass surface through an...
We report on an extension of a previously described method to measure the hydrodynamic force to sepa...
ABSTRACT. Biological cell adhesion involves specific-molecular bonds to sparsely distributed surface...
Receptor-mediated cell adhesion is a central phenomenon in many physiological and biotechnological p...
AbstractThe formation of receptor ligand bonds at the interface between different cells and between ...
AbstractAntigen-antibody systems provide the flexibility of varying the kinetics and affinity of mol...
Proceedings of the NATO Advanced Research Workshop: Scanning Probe Microscopies and Molecular Mater...
Receptor-mediated cell adhesion phenomena play a vital role in many physiological and biotechnology-...
A simple micromechanical method has been developed to measure the rupture strength of a molecular-po...
AbstractThe binding properties of biomolecules play a crucial role in many biological phenomena, esp...
The expressions derived in the previous paper for the respective normal, F3, and shear forces, Fshea...
Quantitative information regarding the kinetics of receptor-mediated cell adhesion to a ligand-coate...
In an extension of the previous paper, we describe the force dependence of break-up of doublets of l...
Measurement of the physical strength of bonds linking in biological cells is important in characteri...
Using previously developed theory for the hydrodynamic normal, F$ rm sb{n},$ and shear, F$ rm sb{s},...
Fixed spherical swollen human red blood cells of blood type B adhering on a glass surface through an...
We report on an extension of a previously described method to measure the hydrodynamic force to sepa...
ABSTRACT. Biological cell adhesion involves specific-molecular bonds to sparsely distributed surface...
Receptor-mediated cell adhesion is a central phenomenon in many physiological and biotechnological p...
AbstractThe formation of receptor ligand bonds at the interface between different cells and between ...
AbstractAntigen-antibody systems provide the flexibility of varying the kinetics and affinity of mol...
Proceedings of the NATO Advanced Research Workshop: Scanning Probe Microscopies and Molecular Mater...
Receptor-mediated cell adhesion phenomena play a vital role in many physiological and biotechnology-...
A simple micromechanical method has been developed to measure the rupture strength of a molecular-po...
AbstractThe binding properties of biomolecules play a crucial role in many biological phenomena, esp...
The expressions derived in the previous paper for the respective normal, F3, and shear forces, Fshea...
Quantitative information regarding the kinetics of receptor-mediated cell adhesion to a ligand-coate...