Sentence examples for molecules and provide from inspiring English sources

The polymer linkers tether the molecules and provide their proper orientation in probing experiments.

Because Raman spectra serve as molecular fingerprints, SERS has been intensively studied for its ability to facilely detect molecules and provide a chemical analysis of a solution.

Protein structures with controlled geometry will allow the systematic study of the effect of spatial arrangement of enzymes and signaling molecules, and provide new scaffolds for functional nanomaterials.

The data highlight the effectiveness of TD-DFT//DFT for simulating photochromic molecules and provide insight into the challenges involved in designing novel multi-photochromic systems.

Although this is clearly an oversimplification of the actual situation, it is adequate to qualitatively illustrate the differences in the adsorption behavior of the molecules and provide sufficient insight for our study objectives.

We demonstrate that Nanogold-modified mica surfaces (Nanogold-mica) have less effect on the length and topography of DNA molecules and provide a suitable environment for higher efficiency of enzymatic reactions on DNA.

QTAIM is grounded on the idea that atoms can still be identified in molecules and provides the quantum mechanical bases for that [10],[28].

This represents two catalytically relevant complexes with just one or two inhibitory Bistris molecules and provides the basis of the PchP function and regulation.

The observed fast ion transport suggests a fundamental difference between the ionic transport mechanisms in polymers and small molecules and provides a new paradigm for design of highly conductive polymer electrolytes.

Interaction with astrocytes at the lesion site results in the formation of an OEC channel between the host astrocytic pathways on either side of the lesion, being devoid of inhibitory molecules and providing a pathway for the severed axons to regenerate successfully across the lesion and reach tissue targets [15].

Diffusion tensor imaging (DTI), a noninvasive MRI technique, measures the random motion of water molecules and provides information about cellular integrity and pathology [ 49].