The aqueous solubility of probucol was increased over 50,000-fold by PSN delivery system and the cumulative release of lipophilic probucol was increased over 80% in GI fluids.
Additionally, in the inside region, hepatic differentiation of EB cells was increased over cardiac and vascular differentiation.
However, when the immersion time was increased over some critical point, the inhibition ability was almost invariable.
Temperature was increased over 10 days, which corresponds to the temperature variations occurring in some reef flats or during low tide conditions73,74,75.
The catalytic efficiency of the variants toward 2,4-dichlorophenol (DCP) degradation activity and the stability against H2O2 was increased over the wild type.
Crevice corrosion initiated more rapidly, and the rate of activation of propagation increased, as the temperature was increased over the range 85 135 °C.
Hepatic expression of Col1a2 and 3a1 mRNA was increased over fifteen-fold in the CCl4-treated group relative to the Control group, and this increase was reduced by 50% by TPPU treatment.
When magnesium loading was increased over the Pt/HY catalyst, the strength and the number of strong acid sites over the catalyst surface decreased and the number of weak acid sites increased.
As the concentration of PEG8 in the solution was increased over the range 1×10−6 M≤[PEG8]≤8×10−6 M, the degree of coating by PEG8 on the Pt surface increased to 0.21.
Surprisingly, the expression of PSMα3 was increased over 526-fold when exposed to linezolid with false-discovery rate of 1.16 × 10−16, indicating that the important role of PSMα3 in the pathogenic response to the linezolid like those of other toxins in the strain.
The results show that the extent of reduction of cobalt was increased over Co-supported pillared and delaminated zeolites, and the activities of the catalysts (i.e., CO conversions) were increased in the order of Co/MCM-22 < Co/Al2O3 MCM-36 Co/Al2O3 MCM-366 < Co/SiO2 MCM-36 zeolite.
