Sentence examples for charged interplay from inspiring English sources

Ms. Scaggs, whose charged interplay with Mr. Fitzpatrick fuels the band's energetic live shows, is a more prominent presence on the new album.

Despite its bloodiness and the sexually charged interplay of the power-mad couple of the title, "Macbeth" has been adapted by some book publishers as a story for children, and some theater companies, like the Children's Shakespeare Theater in Rockland County, N.Y., have produced the play with a teenage cast.

In order to confirm the charge interplay between proteins and POMs as the key element in crystal formation, we crystallized the model protein hen egg white lysozyme (HEWL, pI ∼ 11) with Na6[TeW6O24]·22H2O (PDB entry: 4PHI).

A structural analysis of our simulation trajectories revealed not a single, but two distinct association patterns dominated by an interplay between two charged contact points near the binding site.

PAGE A14 WHY THE NORTHERN LIGHTS DANCE Researchers working on a NASA mission to understand the interplay of magnetic fields and charged particles blown outward from the sun have identified the trigger for the colorful electrical storms in the polar regions.

Tunneling through semiconducting nanostructures is determined by the interplay between charging effects and the discrete level spectrum originating from the three-dimensional confinement.

Heterogeneously charged particles represent a class of multipolar units that are characterized by a competitive interplay between anisotropic attractive and repulsive interactions, due to the repulsion/attraction between charged-like/oppositely charged regions on the particle surface.

He charged, charged, charged".

Comparison of RTA3 and RTA3-C15S highlighthethe interplay of amphipathicity and electrostatics that underlies the combination of high antimicrobial activity and strong prokaryotic-selective toxicity required for therapeutic potential in positively charged helical antimicrobial peptides.

This observation underscores the complex interplay between hLYS charge distribution and bacteriolytic function, and it suggests that specific regions of stereochemical conservation are key to engineering lysozymes with high level activity in both inhibitory and non-inhibitory conditions.

The key parameter controlling the interplay of surface and bulk charging phenomena is the overlap of the Debye lengths of ionomer and metal surfaces in relation to the width of the gap.