Sentence examples for bulk release from inspiring English sources

With a month to go before the winner is announced, Burnham, the shadow health secretary, will on Thursday go on the attack over the government's bulk release of NHS performance statistics, which is expected to show longer waiting times for some conditions.

The encapsulation properties of hydrocolloids provide an opportunity to create such solutions where the requirement is of slow release or bulk release of drugs or any other product in the surrounding system.

Self-diffusion studies using fluorescence recovery after photobleaching (FRAP) and bulk release studies indicate that macromolecule mobility within, and release out of, these gels can be modulated by varying the hydrogel mesh size.

MJ formation is followed by the bulk release of Toxoplasma proteins into the host cell at or around the time of invasion.

Our previous characterization of eGFP labelled HIV derivatives had revealed that - while bulk release efficiency of labelled virus was comparable to wild-type - cells expressing the labelled HIV derivative displayed electron dense aggregates at the plasma membrane, suggesting altered release kinetics; furthermore released particles displayed reduced infectivity.

The gradual disappearance of these pillars by increasing the annealing time can be expected to result in a relaxation of the whole stack and a decrease in strain, since the disappearance of connections between the LPL and the bulk releases the two mismatched lattices at the origin of strain.

It is likely that this technique is more suitable to study a primarily cell-based phenomenon than simple measurement of cytokine production by a bulk-release method such as ELISA testing of supernatants from unfractionated cell cultures.

At nanosize level, helper hydrophilic polymers were used to impart the desired surface, bulk and release properties to PLGA NPs prepared by a modified emulsion-solvent diffusion technique.

Characterization of Microparticle and Implant Delivery: Microparticle and bulk implant release was characterized in vitro through brief (<30 s) exposure of fabricated arrays to PBS.

Normal excitation contraction coupling involves Vm depolarization, transsarcolemmal Ca2+ influx, bulk Ca2+ release from the sarcoplasmic reticulum, resulting in increased [Ca2+]i forming a Ca2+ transient (CaT).

Functionally, this time delay in FIH-release can prevent a premature FIH-release during a brief and perhaps only transient reoxygenation event, and only sustained reoxygenation will trigger bulk FIH-release.