Sentence examples for binding at the surface from inspiring English sources

Availability of biotin for streptavidin binding at the surface of the fibers has been determined via a competitive colorimetric assay.

Interatomic binding at the surface is determined by both ionic and covalent contributions with a clear distinction between terminal oxygens and different bridging surface oxygens.

All of the investigated ligands listed in Table 1 were found to undergo binding at the surface (see inset in Fig. 1), inducing new hybrid properties of the surface-modified nanoparticle colloids.

As we observed with the serotype D strains, the serotype A isolates examined also displayed plasminogen binding at the surface (Fig. 1B).

These sites have been shown to help with crystalline starch hydrolysis and also help promote disruption of α-glucan interchain binding at the surface of granular starch, thereby enhancing enzymatic degradation of crystalline starches by glucoamylase I [ 30, 31].

Therefore this layer is likely due to strong CBM binding at the surface along with an inherent property of the Cel9A CD that inhibits its penetration (e. g. larger size that slows its entry into the bulk of the film).

If K+ and Mg2+ act by binding to a distinct binding site at the surface or in a more buried location, this site would be additional to that which binds Na+ selectively.

This could lead to physico-chemical alterations of the membrane or create new ligands for carbohydrate binding proteins at the surface of the cells that would mediate the binding.

The capture surface was assumed to be coated uniformly with antibodies against the analyte (either cytokines or antibodies) and the binding reaction described by a reversible equilibrium process: 3where B is the concentration of free binding sites at the surface and Cs is the concentration of analyte antibody complex at the surface.

Silicon-nanowire transistors have also been used as chemical sensors: their resistance changes measurably when a biomolecule such as mRNA or a protein attaches to a binding molecule at the surface.

In general, the principle is based on the detection of interfacial changes of the binding reaction at the surface and can be employed not only for a sensitive and selective measurement of specific biomolecules, but also for real-time monitoring of binding kinetics, thermodynamics, affinity, and specificity [3, 4].