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Figure 4 ASNase II release profiles from the ASNase II-loaded CSNPs in three solutions.
The appropriate Ag nanostructures were produced in three solutions of different AgNO3 concentration.
Figure 4 shows ASNase II release profiles from the ASNase II-loaded CSNPs in three solutions.
The lower part of Table 1 is the Hp-π interactions in three solutions (water, acetonitrile, and cyclohexane) using CCSD and PCM method [34 37].
Au NR@SiO2 nanoparticles in three solutions mentioned above were persistently excited by a 808-nm laser (1.5 W/cm2) for 4 min, and three solutions were treated as controls.
ASNase II release from the matrix complex was evaluated in three solutions of glycerol (5% -phosphate-buffered saline (PBS) solution (pH 7.4), PBS solution (pH 7.4), and DDW containing 5% -phosphate-buffered
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It hAnodicn alsoxidationrated that titanium so modified presents higher resistance to corrosion in the investigated environment than titanium not modified in Tyrode's solution.
The release profile of the drug was measured in two solutions, both designed to mimic the environment in the human intestine.
The corrosion resistance was evaluated by salt spray test and potentiodynamic scan in two solutions: 0.5MH2SO4 + 0.05 M KSCN and 5% NaCl solutions.
It has been found that the threshold level for the chloride salts with a same valent cation is identical in two solutions.
Theses gels were fixed twice in two solutions containing different concentrations of methanol and acetic acid (40% methanol/10% acetic acid; 5% methanol/5% acetic acid) and then washed with deionized water (3×20 minutes).
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