Sentence examples for be interpreted in structural from inspiring English sources
After correction, trends in both contributions can be interpreted in structural terms with respect to the hydrogen bond inventory or residual ligand motions.
Results from our mutagenesis experiments were interpreted in structural models of the c-oligomer that have been obtained by restrained MD simulations.
These parameters can be interpreted in a structural context, allow discrimination between different binding mechanisms and guide drug design.
Although the zP2X4 receptor was crystallized in the absence of ATP (Kawate et al., 2009), it does allow mutagenesis studies to be interpreted in a structural context and highlights a region that incorporates several residues important for determining P2X receptor pharmacological properties.
Fitting of volume versus temperature data using equation (5) yields values of θ, V(T 0) and X which can be interpreted in terms of vibrational, structural and heat capacity data.
Thus, the contradiction of different degrees of structure and sequence symmetries of the two domains of PCB family proteins can be interpreted in terms of similar key structural residues.
This implies that the increased activation seen here may be interpreted in the context of increased structural constraints put on bilateral functional motor networks in the VPT group (Salvan et al., 2013).
The difference observed in the Ki values of the two analogues can be interpreted in terms of desolvation effects, subtle structural changes of protein residues and changes in water structure.
The equilibrium nanoparticle structures for the four alloy types were compared with each other, and the structural features can be interpreted in terms of the interplay of their material properties, such as the surface energy and heat of formation.
The differences in the magnetic and electrical properties should be interpreted in terms of other factors, probably different structural deformation of the SrRuO3 unit cell.
This enhancement was consistent with the facile exchange of surface and subsurface atoms within individual nanoparticles, which can be interpreted in terms of a variety of potential structural and electronic influences.
