Sentence examples for structurally distinguished from inspiring English sources

In contrast to philosophers mentioned above and in contrast to contemporary simulation theorists, psychologists did not see empathy necessarily as a phenomenon or method that has to be structurally distinguished from the theoretical inferences and explanatory strategies of the natural sciences.

Thus, rather than being functionally classified in v- and t-SNAREs, these proteins can also be structurally distinguished.

Monoenoic fatty acids and polyunsaturated fatty acids are structurally distinguished by the presence of repeating methylene units.

The G-protein coupled receptor 30 (GPR30), a seven-transmembrane domain protein, was recently identified as a novel estrogen receptor structurally distinguished from the classic ERα and ERβ [ 14].

Fullerene C60 as a representative of a new structurally distinguished class of carbon nanocompounds is of interest for biomedical application.

Inspired by two structurally distinguishing examples, Largazole and Psammaplin A, which possess macrocyclic depsipeptide and simple linear amide scaffold respectively, we designed one novel molecular hybrid by replacing the alkene moiety in Largazole with a semirigid amide bond.

Further, the performance of our approach was compared with recently reported CUSP algorithm (Sandhya et al., 2008) that utilizes protein's structural homologs and structural alignments to distinguish structurally conserved regions.

CD23 is distinguished structurally from almost all other immunoglobulin receptors as it belongs to the C-type (calcium-dependent) lectin superfamily [7].

Constructed structural models are used to refine identification of structural homologs and to distinguish structurally-conserved from structurally-variable regions in homologous proteins.

As a consequence, this hierarchical two-step fragmentation scheme identifies all compound subsets that have structurally analogous cores, i.e., core structures that are only distinguished by a structural modification at a single site.

Thus the β-FNA/calcium model provides a novel, cell-based approach to distinguish structurally related μ-opioid agonists, and in the specific case of the oxymorphols, receptor reserve differences provided a means to bridge functional in vitro and in vivo models.