Sentence examples for fast equilibration between from inspiring English sources

These quantitative insights indicate the fast equilibration between the bound and the unbound states of XylE and XYP.

The methods use electromigration as a means to speed up the transport process, allowing for fast equilibration between rock sample and tracer solution.

Compared to morphine IV PCA, sufentanil features high liposolubility and fast equilibration between plasma and central nervous system (t1/2Ke0 of 6 min compared to 168 min with morphine), and its sublingual administration provides rapid onset of analgesic activity with a constant median plasma half-time following repeated administration (Sacerdote et al., 2016).

A targeted disruption of CA IV inhibits fast equilibration between HCO3− and CO2 near the cell membrane and leads to a transient disequilibrium, and delayed restoration of the HCO3− concentration resulting in decreased HCO3− influx and hence smaller activation of HCO3−-dependent sAC-mediated activation of flagellar beat (Fig. 8).

In principle, fast equilibration between the two enantiomers of a sec-alkylmetallic reagent or between two diastereomers of a chiral transition-metal complex could enable enantioselective cross-coupling through a dynamic kinetic asymmetric transformation (DYKAT), in which the newly formed stereogenic center is controlled by the chirality of the metal catalyst.

A fast equilibration method suitable for amorphous polymer systems is also detailed.

Due to the short path length of some micrometers, the entire volume is within the Nernst diffusion layer, hence resulting in fast equilibration.

Fast equilibration time and complex oxygen concentration patterning based on the microchannel design expands the experimental possibilities to include studies not possible with conventional technologies.

In sperm carbonic anhydrases located in the cytoplasm, such as CA II, use CO2 to provide HCO3− by catalytic fast equilibration, resulting in early activation of spermatozoa by sAC.

Assuming fast equilibration of viral load relative to the time scale of emergence of new mutants allows to model the evolution in the number of viral strains as a Markov process [ 35] with constant transmission rates between states which are proportional to the equilibrium viral load.

The intuitively assumed fast equilibration of chemicals in the compartment volumes proved to be one of the most important simplifying steps in the SBSP modeling.