The phrase "amounts of release" is not standard in written English and may cause confusion.
It could be used in contexts discussing quantities related to a release, such as in scientific or technical writing, but it is not commonly used.
Example: "The study measured the amounts of release of various gases during the experiment."
Alternatives: "quantities of release" or "levels of release".
Additionally, results from evaluating sizes of water droplets obtained from performing the AWT for CFRP surfaces free from release agent and contaminated with distinct amounts of release agent, respectively, are shown in Figure 10.
The methods used for studying the release of these drugs are mainly based on standard dissolution tests in which the tablets are immersed in large amounts of release medium to determine their dissolution rates [15 17].
The experiments carried out clarify that it is not possible to differentiate between the standard evaluation criteria such as the average droplet size, the wetting proportion, and the possibility of differentiating highly concentrated amounts of release agent.
While alginate hydrogel showed a significantly lower (P < 0.05) initial release profile, no significant difference (P > 0.05) was observed in the amounts of release after day 3. Since ACS and alginate are bioresorbable scaffolds, we hypothesized that the kinetics of mAb retention and release were likely to be different in vivo.
However, facilities to recover large amounts of released hydrocarbons under emergency conditions are currently not feasible.
The amounts of released DOX in different buffers were monitored by UV-vis spectrophotometer at 480 nm.
The amounts of released tenofovir were measured by UV spectrophotometry.
The amounts of released glucose and xylose were used for calculating glucan and xylan conversions, respectively.
No arabinose was found in the water extractions and only insignificant amounts of released glucose were detected (Table 1).
We observed a substantial discrepancy between the amounts of released, and intracellularly retained IL-1β indicating a degradation process during its release.
