Sentence examples for for structural development from inspiring English sources

This model has been proposed by Keller et al., for structural development during elongational flow.

These results suggest that sila-substitution is a useful approach for structural development of selective AR ligands.

Our results suggest that incorporation of silyl functionality is a useful option for structural development of biologically active compounds.

Applying the Kruskal Wallis ANOVA test (p < 0.005), the plots were evaluated for structural development (density, mean D130, mean height and basal area), architecture (trunks/tree ratio) and species composition (% basal area).

The minimal relative growth rate observed in other treatments apart from compost treated pots might be due to utilization of available P and C for structural development by AMF at the expense of the plant, this agrees with the observation of Graham and Abbott (2000).

In the normal mammary gland, IGF-I is required for structural development, promoting ductal growth and differentiation [ 16].

SNA techniques thus help to understand existing networks and to identify innovation potentials in order to generate new information and reveal options for structural developments.

When comparing the PD 54 and PD 38 cultures, the remaining genes were enriched for the biological processes of structural development, cell adhesion and localization, transmembrane transport, response to extracellular stimuli and cell signalling and maintenance of cellular homeostasis and ion homeostasis as determined using the g:Profiler software.

This was also done to uncover the mechanisms responsible for cellular structural development in the high-pressure foam injection molding process.

These results suggest that disubstituted adamantane, like the boron cluster m-carborane, is a promising hydrophobic pharmacophore for further structural development of nonsteroidal PR antagonists.

The lack of further structural ordering at temperatures above 2400 °C and the low activation energy (ca. 90 kJ/mol) are thought to be the result of the limited space available for further structural development considering the nano-sized multi-walled carbon nanotubes.