Sentence examples for binding is predicted to from inspiring English sources

The predicted binding free energies are in very good agreement with experimental data and the binding is predicted to be mainly achieved through nonpolar interactions, whereas the relatively small differences in the polar contribution determine the specificity.

Conserved side chains involved in proton binding should be accessible, as proton binding is predicted to occur before recognition of peptide (Sala-Rabanal et al, 2008).

Using the online prediction databases TESS and Promo 3, we identified several transcription factors whose consensus sequences indicated a potential binding with the sequence encompassing the variant and in which this binding is predicted to be influenced by the C/A substitution.

Exon 6a also contains the highest number of sequence motifs where binding was predicted to occur with a seed length longer than 10 bp, and statistical analyses showed that the means of binding sites in this exon is significantly different from the other SHOX 3'UTR exons.

CTCF and RAD21 binding are predicted to be affected by rs1247938 and the ability of IKZF1 to bind is predicted to be altered by rs1920562.

Due to this rapid biotransformation and excretion and plasma protein binding in humans, peak BPA-concentrations after dietary exposures to BPA available for receptor binding are predicted to be very low even in worst case exposure scenarios.

For the PARP1 rSNP79 SNP, miR-145 binding was predicted to have the greatest ΔΔG (−5.71 kJ/mol), with the variant C allele ΔG being less negative than the wild-type T allele ΔG (Table I, a similar profile to that of two of the other three miRNAs predicted to bind this site) suggesting a decreased miR-145 binding to the variant PARP1 mRNA 3′UTR and thus increased PARP1 expression.

With respect to the p53/Mdm2 interaction, the p53 binding site is predicted to be an α-MoRF, and this binding site contains hydrophobic side chains that project deeply into the cleft located on the surface of the Mdm2 partner.

In contrast, phosphatidylglycerol bound at the non-annular binding site is predicted to experience a significantly different electrostatic environment from the annular/bulk lipids with higher-affinity interactions resulting in longer residency times within the binding site.

The sequence of the DYNLL-binding motif is predicted to be located in a disordered local environment with a nearby dimerizing coiled-coil segment.

The Mad1 part N-terminal to the Mad2-binding site is predicted to form a long coiled-coil.