Sentence examples for more favourable interaction from inspiring English sources

This is due to the higher basicity of the N than OH, causing a more favourable interaction of the SO3H group with N.

Conversely upon methylation of Lys, PABC is predicted to provide a more favourable interaction site for the eRF3-N PAM2 motif than when unmodified, whereas binding of the PAIP2 PAM2 does not appear to be significantly affected.

With these considerations, the increase of the gg conformation population for GlcNAc 6S) in comparison to GlcNAc could be explained by more favourable interaction of O4 H dipole with O6 SO3 dipole in comparison to weak repulsion between two O H dipoles in the nonsulfated derivative since the angle and distance between these dipoles are lower in gg in comparison to the gt conformation.

Compared with 6, the activity of compound 10 increases by nearly threefold with an IC50 value of 143 n m, suggesting that the sulfur linker may enable more favourable interactions with the protein.

In the six-membered aromatic ring series, the 3-amino substituted benzene derivative (20) exhibits an IC50 value of 118 nM, suggesting that the NH2 group may enable more favourable interactions with the enzyme.

In contrast, the W93A mutation had a small effect on binding to cruzipain but a much greater effect on interaction with cathepsin L. Residue R91 of L6 makes a hydrogen bond with cathepsin L N18, while in cruzain, residue 18 is an aspartate which can make an energetically more favourable ionic interaction.

In this case, the six membered ring formation seemed to be faster than the five membered ring one, an acceleration that could be explained by a more favourable orbital interaction between the aryl ring and alkene in the transition state for the former case.

The co-existence of endothelial cells within a tumour may provide a favourable scaffold to which the glioma cells can attach, facilitating tumour growth via more favourable cell cell interactions.

The result shows that the thermal stability and tensile strength of the nanocomposites prepared by twice-modified clay surpassed the neat PMMA and PMMA/s-Cloisite Na+ microcomposites, which is attributed to the formation of more favourable polymer-filler interaction in the PMMA/s-Cloisite 20A nanocomposites.

The interface at blocked and closed states could be identified from the models, and based on the expectation that all myosin binding sites will be accessible to the myosin head in the open state (M-state), we find that zone 2 will be more favourable for Tm interaction.

In order for the latter to be a viable competitor, it has to enable a set of significantly more favourable external (packing) interactions in comparison to the former.