Sentence examples for structural spaces from inspiring English sources

Mapping of structural spaces to geospatial layers can provide unique ways of intuitive navigation in complex data sets and therefore improve data analysis.

To analyze these obtained results from the viewpoint of the device scalability, we have considered constraints regarding very limited device structural spaces to fit by the gate insulator and NW channel for aggresively scaled gate length (Lg) and/or very tight NW pitch.

Neon lines start to trace and accent the structural spaces around her, gliding across the pavement and eventually sprouting into a forest of color, representing her increased outreach to the city.

Application of advanced methods such as replica exchange Monte Carlo to sample the rugged energy spaces of proteins, and graph manifold learning to analyze the vast structural spaces of the molecular ensembles that constitute them, should prove useful for a variety of ab initio approaches to structure prediction, genome annotation, and drug design.

Phytoalexins structural spaces contain terpenoids, glycosteroids, flavonoids and polyphenols and these biologically active compounds supposed to exhibit antimicrobial properties [ 18- 20].

Natural products chemistry survived and began to flourish again in recent years also through chemical biology and chemical genetics and the realization that natural product structures often explore structural space unavailable to combi-chem approaches.

It is considered that highly porous nanofibrous mat with high surface area and nanosized roughness offers a biomimicking structure during cell culture, more structural space for accommodation and attachment and proliferation of cells, and enables the efficient exchange of nutrient and metabolic wastes.

Physicochemical space are likely to differentiate compounds according to their ADMET properties; structural space will differentiate compounds according to the structure of their chemical graph; finally biological space attempts to differentiate compounds according to their relative affinity for protein targets.

This genetic diversity can serve as an important source for new biocatalysts with desired characteristics [ 13, 14], as well as providing targets for structure-function analysis expanding our understanding of protein structural space [ 15, 16].

Projecting these structures onto the first two principal components of their structural space as described previously [ 24], reveals four major clusters.

As mentioned in the global searching segment, the structures of the GC pilus tend to converge into a smaller structural space, even with little distance constraints.