"for further release" is a correct and usable phrase in written English.
It is typically used to indicate that the speaker or writer will provide more information at a later date. For example, "We will be providing a full statement on the issue later this week, so stay tuned for further release."
Since this procedure lead to a non-homogenous contamination by the release agent (Fig. 2), for further release agent contaminations an aerosol application was selected.
So, after this initial burst release, there was enough adsorbed protein present on the surface for further release.
These flies are artificially reared and treated with ionizing radiation to render males sterile for further release en masse into the field to compete with wild males and disrupt establishment of invasive populations.
This observation, combined with the unambiguous evidence for mosaic genomes, provides a truly novel insight into how parasites can coevolve with their hosts, enabling substantial diversification while retaining potential for further release of novelty by occasional inter-race mating and recombination.
Following the relative failure of their 2009 album No Line on the Horizon, U2 feared that the paying public's appetite for further releases was in terminal decline.
As these estimates were refined, they could be used to assess suitability of fragments for further releases and numbers of each sex needing to be released to compensate for dispersal.
One such effort included a full-color, 270-page EarthBound Anthology as a demonstration of consumer demand for further releases.
In absence of continued support for the series, an EarthBound fan community organized through Starmen.net to advocate for further releases using petitions and fan art.
Multiple video game journalists have written about the dedication of the game's fans in producing fan art and lobbying Nintendo for further releases in the series.
The first term of Equation 1 represents the burst phase during which the proteins from the surface of mesopores within microparticles and the outer surface of microparticles are released and during which the micropores within microparticles coalesce for the further release of the encapsulated drug.
Caspase-3 is responsible for the further release of cytochrome c, which ensures that the apoptotic decision is irreversible [ 14, 15].
