The reduction of Ag ions (Ag+) to Ag NPs was roughly monitored by visual inspection of the solution.
The reduction of metal ions was routinely monitored by visual inspection of the solution (color change from yellow to brown) and by measuring the ultraviolet-visible spectrophotometer of the solution by periodic sampling of aliquots (1 ml) of the aqueous component.
Indeed, inspection of the solution NMR structure of the isolated murine SH3C does not show an obvious binding grove, suggesting that this domain may not bind to, or bind with low affinity, to target proteins [ 176].
Inspection of the solutions indicates that the MOGA is able to find the optimum pay-off characteristic between the daily energy cost and zone thermal comfort.
After 24 hours at neutral pH, visual inspection of the solutions for the peptides adopting a β-sheet structure revealed the presence of insoluble aggregates, indicating tertiary or quaternary arrangements possibly leading to the formation of intermolecular-stacked β-sheets (see below).
Although a clear increase in size and count rate was measured, visual inspection of the solutions (concentration: 1 mg/mL) above their respective LCST did not show any turbidity; this indicates a low level of weak aggregation and only small cluster size.
Visual inspections of the solutions prior to analysis indicated no turbidity.
A post-reaction visual inspection of the FeCl2 solution showed a fine-grained colloid of reddish color that, in the presence of atmospheric O2 changed color to light brown.
Inspection of the final solution showed two factors explaining 49.7% of the total variance: 1) professional sources (ie, social worker, nurse, psychiatrist, psychologist, neurologist, and family doctor), and 2) nonprofessional sources (ie, spouse and children, other relatives, and friends).
For comparison to previously published results in which manual inspection of solutions was carried out, we carried out a similar analysis in which we visually inspected two to four alternative solutions, and for eight of the samples selected a solution different from the point estimate, resulting in an RMSE of 0.44 (supplementary Figure S4B, available at Annals of Oncology online).
The resulting inspection plan is the solution of an optimization problem based on the minimization of expected fatigue damage detection delay.
