Sentence examples for more efficient release from inspiring English sources

The pH-triggered release also depended on the flipid structure, where shorter linear tails yielded more efficient release.

Alternatively, but not exclusively, defects in melanin production in the cell wall of the A. fumigatus color mutants could also allow more efficient release of fungal proteolytic enzymes, which may also induce excessive immune responses within the host.

Yet the TRPA1 agonism of CS was more efficient releasing CGRP than the nicotinic action through nAChR.

Consequently, silver particles with a high specific area show more efficient ion release mechanisms and therefore the antibacterial effect is enhanced.

Whereas little difference could be observed between these gels in regard to the temperature of collapse, the swelling/deswelling behaviour showed discrepancies, in that the opaque gels (higher degree of crosslinking) showed a lower swelling ratio, but more efficient water release and more pronounced relative water uptake (reswelling).

It was more efficient to release a large stick of 250 pound DCs as the required lethal stick was four times the bombing error in range.

Interestingly, while viral titers in the absence of VPA reached a plateau after 72 h, VPA stimulated virus production beyond that limit and promoted more efficient viral release (Fig 4B).

In 2006, Santel et al. developed a novel liposomal siRNA formulation based on cationic lipids (siRNA-lipoplex/AtuPLEX), containing neutral fusogenic and PEG-modified lipid components, for improved pharmacokinetics and cellular uptake, and more efficient siRNA release [ 27, 28].

However, research at the calyx of Held has shown that, over development, vesicle exocytosis becomes more efficient and release probability decreases, reducing postsynaptic receptor saturation and desensitization [ 29, 30], suggesting that such synapses do not use more resources than are necessary to transmit high fidelity information.

The low impedance and high charge-storage capacity of the synthesized nanocomposite reflect the excellent electrochemical properties of the nanocomposite film; as these properties decrease and increase, respectively, more current will pass through the film in response to a particular voltage pulse, enabling more efficient drug release.

In order to activate cPKC, [Ca2+]i should reach a threshold level of 400 nmol l−1 (Almholt et al., 1999; Mogami et al., 2003); and localization seems to be important since Ca2+ influx over the surface membrane seems to be much more efficient than release from internal stores (Mogami et al., 2003; Pinton et al., 2002).