These observations can be explained by the fact that at medium concentrations, the ratio of sorptive surface area to arsenic available is high, and thus there is a greater chance for arsenic removal.
ADM showed rapid intracellular accumulation, to levels 100-fold the plasma concentration in vivo or the incubation medium concentration in the in vitro experiments.
Insulin medium concentration in the basal condition was 79.2 ± 8.6 pmol/l in wild-type islets and 87.8 ± 6.9 pmol/l in Aldh1b1tm1lacZ null islets.
At low-medium concentrations, the effect was antagonistic and believed to be controlled by the average molecular mass of the added fractions.
For the three concentrations of MNPs in this study, only the medium concentration was demonstrative of the morphological effect.
Quantitation of multiple images shows that the amount of accumulated fat was linearly proportional to the medium concentration of 4‑HNE in the range of 0.25 - 2 mM.
The increase in the medium concentration and initial permeate flux facilitated both the decline of the permeate flux and the biofilm formation by causing concentration polarization of the medium.
The medium and high concentrations of VBRB increased the contents of all the four lipids significantly, except for the medium concentration of VBRB, which decreased the PE content significantly (P < 0.05).
The medium concentrations of the different cytokines were measured with ELISA (R&D Systems, Minneapolis, MN, USA and BioVendor, Czech Republic).
We found citrate efflux to be most robust at the lowest palmitate concentration, measurable at the medium concentration, but not significantly increased at the highest concentration.
