Sentence examples for functional release of from inspiring English sources

These nanogels show redox-sensitive degradation behavior in reductive cytosol-like environments and we have demonstrated the loading and functional release of the large model protein β-galactosidase with the nanogels using HRP cross-linking.

This implies that, although the number of functional release sites and/or releasable dopamine content is still greatly reduced in the DA-PTEN-KO MitoPark transplanted striatum when compared with the intact striatum, these sites maintain the capacity for normal, dopamine transporter-mediated control of extracellular dopamine levels.

Here we show that the number of functional release sites and the number of anatomically identified synaptic contacts are equal at connections between spiny stellate and pyramidal cells in rat barrel cortex.

Specifically, Aβ42 fused to the functional release factor domain of yeast translational termination factor, Sup35p, formed sodium dodecyl sulfate (SDS -stable low-n oligomerSDS -stable yeast, which impaired release factor activity.

In the present study we have shown that PrP3F4 not only leads to larger vesicles but also increases pvr with simultaneous reduction in the number of functional release sites equivalent to fewer ready-releasable vesicles.

This excludes the possibility that the increase in TC-L4 relative to TC-L6 is due to an increase in the number of functional release sites per TC axon.

Thus, any developmental increase in the strength of the TC input to L4 must be due to an increase in the number of axons contacting each cell or an increase in the number of functional release sites per TC axon onto each L4 cell.

In conclusion, we have shown for the first time that MDSCs from tumor-bearing mice express P2X7R which is functional and promotes release of immunosuppressive cytokines upon triggering with ATP.

Thus the controlled release of functional molecules such as drugs, antimicrobial substances or perfumes from materials can be achieved.

Herein, we present the combination of SiO2 micropillars with PEM coating as an approach to develop new functional materials for sustained release of drug molecules.

Our results demonstrate that pH control is crucial to maintain antibody stability during the fabrication of core/shell fibers and ensure release of functional protein.