Sentence examples for compound behavior from inspiring English sources

For the latter, Förster resonance energy transfer (FRET) between compound 1 (energy donor) and nitrobenzoxadiazole (NBD -labelled lipids iNBD -labelledositions (at head group or fatty acid), acting as energy acceptor, was used to monitor compound behavior, as this photophysicalipidsess strongly depends on the donor-acceptor dintance [11].

Analyses of Phase I data indicate reproducible levels of compound behavior that match previously known toxicological responses (Huang et al. 2008).

Another compound behavior driven by physicochemical properties (and heretofore not yet well-understood) is the ability of compounds to permeate into parasite cells and, for intracellular parasites, permeate into both the infected host cells and the parasite.

To handle multiple control objectives simultaneously, a library of elementary behaviors is defined; then, multiple elementary behaviors are combined, in a given priority order, into tasks (compound behaviors); to this aim the Null-Space-based Behavioral (NSB) approach has been adopted.

Using this model, there is the possibility of defining the behavior of complete plastic or isotropic hardening behavior or kinematics; in fact, steel hardening is a combination of isotropic and kinematic (compound) behaviors.

Liquid motion, thermal agitation, and mixing phenomenon are responsible of the compound dynamic behavior.

Multilayered coatings were analyzed by EDS and XRD techniques to evaluate the crystal structure and compound formation behavior.

It is out of scope for this work to examine compound clustering behavior and patterns derived thereof in detail, and deeper investigations are ongoing on whether the PTM method can be extended as a robust technique for knowledge discovery at the cluster level.

A compound's behavior is determined by the physicochemical properties of its referent compound, along with the lobule and SS features encountered.

For the evaluation of crystal structure and compounds formation behavior, X-ray diffraction (XRD) and cross-sectional transmission electron microscopy (XTEM) analyses were performed.

A 16-year study of a hydrocarbon plume shows that the extent of contaminant migration and compound-specific behavior have changed as redox reactions, most notably iron reduction, have progressed over time.