Sentence examples for by faster release of from inspiring English sources

As the width of MN-created microchannels is usually in the micron range [23], that is, significantly larger than the size range of test NPs in the present study, and NPs size dependence of Rh B skin permeation can be explained by faster release of the encapsulated water soluble Rh B from smaller size NPs with larger surface to volume ratio.

In that study, we have observed that the reaction rate is increased by nearly an order of magnitude by the presence of saturating concentration of CoA, which is explained by the faster release of the thiolation product rather than by release of the adenylation intermediate.

The higher rate of release that occurs over the first several days is similar to "burst release" profiles observed for many other polymer-based controlled release systems, and likely occurs as a result of the partial wetting of some surface features upon initial immersion, followed by the subsequent faster release of small amounts of peptide residing near the surface of the film.

This effect may be explained by the fast release of insulin in the upper intestine, where it is better absorbed by the high gradient concentration of insulin than other regions.

The induction effects are most apparent during the substorm expansion onset when the rapid growth of the ionospheric conductivity is accompanied by the fast release of the magnetic energy stored in the magnetotail during the growth phase.

The obtained results show an early and fast release of rifampin followed by sustained and prolonged release of vancomycin and levofloxacin, respectively, which are mainly governed by the progressive in vitro degradability rate of these scaffolds.

We verified this by emulating the stomach conditions in an in vitro reactor using the measured pH values and pepsin activities and observed a fast release of CH100 mainly by the action of PG.

The mineral portion contributed an initial fast release of nutrients to the plants, followed by a slow release from the organic portion, ensuring nutrient availability for long periods.

The in vitro release showed biphasic release pattern with initial fast release of drug (>50%) in 8 h followed by sustained release (up to 85%) by the end of 48th h.

The fast swelling of the unmodified tablet might be the reason for a fast release of the drug within the first 2 h followed by a slower but still increasing release over the last 4 h.

A pH-controlled release of individual drugs was achieved by the predominant release of gentamicin from mesoporous bioactive glass in an acid environment and fast release of naproxen in an alkaline environment from polypeptide nanomicelles.