Sentence examples for molecular structural features from inspiring English sources

Identification of a potential reactive protein binding mechanism via a set of molecular structural features.

Thus, this study's objective was to engineer fibrocartilages that capture both gross and molecular structural features of native tissues.

Preliminary structure activity relationship (SAR) studies were carried out to understand the relationship between molecular structural features and inhibition activities of synthesized derivatives.

In order to retrieve phenolic antioxidants with potential applications in biological systems, one could combine the molecular structural features (the presence of a phenol group) with thermochemical annotation information on the OH bond.

The technique uses explicit description of atom locations with no adjustable potential parameters and thus allows parametric study of molecular structural features such as non-planar aliphatic rings, irregularly-shaped polyaromatic cores, and methyl groups.

Simulants have been traditionally chosen by experts, by means of intuition, using similarity in one or more physical properties (such as vapor pressure or aqueous solubility) or in the molecular structural features (such as functional groups) between the stimulant and the CWA.

The entire SIBLING protein family likely arose from the secretory calcium-binding phosphoprotein (SCPP) family by gene duplication, since this cluster of genes encodes proteins with similar molecular-structural features and functions [ 5].

From the viewpoint of molecular design, structural features such as the long π conjugation style, molecular planarity and length of the conjugated bridge play important roles in functional chromophores, which are highly promising for electronic applications like photonic materials [10, 11], holographic optical data storage [12] and organic photorefractive materials.

Identifying molecular and structural features responsible for these differences is important for understanding how natural polymorphism leads to functional divergence within the HLA-A3 superfamily.

Amongst the panoply of chemical, physical, and biological properties that these materials exhibit, a comprehensive understanding of the mechanical properties is perhaps the most challenging as it involves connecting molecular level structural features to macroscopic mechanical behavior.

In conclusion, Asp 159 is a critical core residue of an IgE-binding and IgE-mediated cross-reactive epitope 156SILDP160 of Der f 7. Results obtained from this study provide more information on molecular and structural features related to allergenicity, underlying basis of IgE cross-reactivity between allergens, and in designing safer immunotherapy.