Sentence examples for optimal release of from inspiring English sources
In this study, we prepare a clinically applicable bone graft substitute engineered for the optimal release of oxysterol.
The hydrogel acts as an ocular depot that can release three different drug molecules at programmed rates and times to provide optimal release of each species.
These studies demonstrate that GrzM is required for the optimal release of MIP-1 α from NK cells.
It is worthwhile of mentioning that the concentration of rMIF found to trigger optimal release of endogenous MIF was 150 ng/ml.
Sufficient ionic strength was required for optimal release of Cytochrome C. Bad and Noxa BH3 peptides exhibited their bona fide antagonistic effects against Bcl-2/Bcl-xL and Mcl-1 proteins, respectively, whereas Bim BH3 peptide antagonized all three anti-apoptotic Bcl-2 members.
Caspase cleaved CK18 Asp neo-epitope (CK18 Asp NE, see Figure 1) was produced by incubation of MDA-MB-231/X-G4 MDA-MB-231/X-G4 MDA-MB-231/X-G4 MDA-MB-231/X-G4th 1 μ M staurosporine for 48 h, under cellstions resulting in maXIAPm induction of apoptosis and optimal release of the 21 knockdownde fragMcManusto tissuetculture medial(Bantel et al, 2004; Cummings et al, 2005).
From Figures 8(a) and 8(b), we can see that the optimal economic threshold is (h_{2}^=1.88), the optimal pesticide control intensity is (alpha^=0.175), the optimal release amount of natural enemy is (delta^=0.635), and the optimal control period of the pest is (T^=5.19).
end{aligned} The objective function is solved to find out the best economic threshold (h_{2}^), so as to obtain the optimal pesticide control intensity (delta^=delta(h_{2}^)), to find an optimal release amount of natural enemies (alpha^=alpha(h_{2}^)), and to find an optimal control period of pest (T^=T(h_{2}^)).
The results may be applied in the rational design of oligopeptide ester prodrugs to obtain prodrugs, which are stable upon storage and have an optimal release profile of the drug.
It is shown that activating multiple transmitters leads to a reduction in the total optimal release rate of drug molecules as well as improving the time duration between consecutive administrations.
In "Optimal release lead time of process 2", optimal release lead time of process 2 is developed, and in "Optimal release lead time of process 1", optimal release lead time of process 1 is discussed, and thus pairs of optimal base stock levels and optimal release lead time are derived for given demand lead time.
