The initial leaching rates were higher in the presence of the additives, suggesting that they inhibit the passivating species from interfering with the Au leaching reaction and assist this reaction by forming complexes with the released Au(I) ion.
Simulation results were validated by observing both crystal growth rates, as well as final particle sizes of griseofulvin crystals grown using an antisolvent crystallization in the presence of individual and mixtures of additives, suggesting that the simulation approach may be used as a screening tool for selection of additives.
The oxygen- and IHP-induced effects were additive, suggesting that a combination of these parameters might be a useful tool in cartilage tissue engineering.
Responses in milk protein yield to combined infusions of His and glucose were additive, suggesting that the utilization of the first-limiting AA His was limited by glucose supply.
However, the increase of the anodic Tafel slopes in the presence of the additive suggests that CA extract can affect the kinetics of the anodic process.
The inhibitory effects of knocking down p300 and the chromatin remodeling coactivator, Brm/Brg-1, on EPO transcription were additive, suggesting that p300 and Brm/Brg-1 act independently.
The fact that the effects of LatA and pUL135 were not additive suggested that they exerted their effect via the same mechanism.
According to the CI values, the effects of ibandronate and antiestrogen were additive, suggesting that these compounds act through distinct mechanisms.
In RA synovial fibroblasts, however, the effect of the inhibitors was not additive, suggesting that the protein degradation pathways influenced each other.
The increase in the Bz-insensitive NaCl CT response by GalA-MRP and ethanol were additive, suggesting that ethanol and GalA-MRP bind to different intracellular-binding sites on the TRPV1t receptor.
Importantly, the effect of the combination of ion channel inhibitors is additive, suggesting that these two types of ion channel inhibitors work independently of each other to avoid reduction in the intracellular [K+].
