Sentence examples for binding were found to from inspiring English sources
The forces involved in binding were found to differ for the two surfactants proving that the spacer length is an important factor which governs the interaction.
According to GO functional enrichment, proteins with the molecular functions of structural molecule activity, structural constituent of ribosome, oxidoreductase activity, ligase activity, and nucleotide binding were found to be significantly enriched (Fig. 7a; Additional file 3: Table S2), which were associated with energy and substance metabolism.
The relative sizes of the correlations between k 3 and K eq (r=0.57) and k b (r = 0.86) are measures of how much equilibration and binding were found to contribute to the net trapping rate k 3. Most of the v d dependence of k 3 is contained in K eq, as evidenced by the strong correlations between v d and K eq(r=−0.73) but comparatively weak correlations k b and v d (r=−0.27).
Genomic loci associated with Myc binding were found to encompass a wide range of biological functions including metabolism, protein biosynthesis, and cell signaling – functions generally consistent with the ability of Myc proteins to stimulate cell growth.
Many genes encoding proteins involved in transport and binding were found to be anaerobically repressed (Table 1, Figure 4).
Two different mechanisms, failure to reach the plasma membrane and impaired ligand binding, were found to result in the growth disorder.
The total electrostatic contribution to binding is found to be inversely correlated with buried total and non-polar surface area.
Protein A binding was found to be 67.4±3.8% on the gold surface which then allowed an immobilization of 42.1±2.09% antibody.
In the particular systems studied, 90% of the binding was found to be completed after only 85 120 s.
β-OG ligand binding was found to vary with respect to hydrophobicity, hydrophilicity, hydrogen bonding, van der Waals interactions with ligands and tightness of the binding site.
Multilayer binding is found to be regulated by the pH of the solution and the molecular mass and concentration of hyaluronan.
