Sentence examples for supramolecular structures and from inspiring English sources

1H solid-state NMR techniques are shown to provide unique structural insight for a diverse range of systems including pharmaceuticals, self-assembled supramolecular structures and silica-based inorganic organic materials, such as microporous and mesoporous materials and heterogeneous organometallic catalysts, for which single-crystal diffraction structures cannot be obtained.

We organize the contents according to the chemically classified nanostructures, including metallic nanostructures, self-assembled organic and supramolecular structures, and fine engineered metal oxides.

In an aqueous environment the copolymers form supramolecular structures and thus increase drug accumulation in solid tumours due to the EPR (enhanced permeability and retention) effect.

The supramolecular structures and morphologies in xerogel samples of gelators have been carefully studied using the transmission electron microscopy and the atomic force microscopy characterizations.

The fabrication of supramolecular structures and devices requires molecules that are capable of interlocking in a predictable well defined manner on surfaces required for nanobiotechnological applications.

Supramolecular assembly of nucleic acids with carriers will be probed from thermodynamics and computational perspectives to understand supramolecular structures and their dynamics.

The heat treatment modified the supramolecular structure and conferred the polymer nanofibre with the rate-controlling function.

The results indicate that the supramolecular structure and the loading percentage are highly dependent on the layer charge density and the synthesis routes of the LDHs materials.

This work deals with the design and manufacturing of porous gelatin-based hybrid materials with tuneable supramolecular structure and morphology for potential application as scaffolds in tissue engineering and drug delivery.

Using an engineered extracellular matrix of Type I collagen we examined how the stiffness, supramolecular structure, and glycosylation of collagen matrices influence the protein levels of cellular FAK and the activation of myosin II.

The angular dependence of the thermal expansion coefficient of annealed films, which were free of any preferred molecular orientation, was governed by the supramolecular structure and was found to be in good agreement with theoretical predictions related to traditional composite materials.