Sentence examples for binding interactions suggests that from inspiring English sources

The ability of LigBCen2 to impart variable host binding interactions suggests that LigB plays an important role in Leptospira infections.

These binding sites and interactions suggest that collagen may be a suitable surface for hPSC culture; however in practice the demonstrated ability of collagen to support hPSCs has been limited.

The ankyrin groove of ankyrin-repeat domains is a common binding site for protein protein interactions, suggesting that this region of ASB9 may bind the substrate and orient it in a suitable way to allow polyubiquitination.

The later interactions suggest that binding of H3K4me3 and H3K9me3 tails by the tudor domains are similar.

Thus, conserved binding events are highly stable protein-DNA interactions, suggesting that they play functional roles in many cell types.

Whilst GCH1 and GFRP were able to bind in the absence of known ligands, the presence of L-phe substantially elevated the maximal binding and the affinity of interaction – suggesting that, in an in vivo system (where ligands and substrate would be circulating), the two proteins would display high affinity interactions.

However, the binding constant and the dissociation constant of PfClpQ FI interaction suggest that the interaction has low binding affinity.

Together, these considerations and the observed specificity of the interaction suggest that intraspecies protein binding between Diva and Harakiri is analogous at the structural level.

In contrast, ΔCRD-YFP-mSmo failed to show an interaction, suggesting that the CRD was required for oxysterol binding.

This suggests that E2 binding to the RING1 domain may induce some conformational change that influences the RING0 Rcat interaction.

Assuming the affinities are measured accurately suggests that additional sequence positions are modulating the binding strength of PDZ peptide interactions.