The selective inhibitions of all compounds were observed against AChE in comparison with standard donepezil.
From CV results, six peaks corresponding to the formation of La-Zn intermetallic compounds were observed.
Remarkably enhanced activities toward the photodecomposition of several organic compounds were observed depending on the Ce and TiO2 contents.
The presence of this interlayer ensured that crack free welds were obtained and no brittle intermetallic compounds were observed.
Several compounds were observed to be cytotoxic at sub-micromolar level and a pattern of increased aerobic potency was observed in cells over expressing POR.
Under special feed gas compositions further by-products, formaldehyde and hydrocarbons, were found over Cu/ZSM-5, whereas none of these compounds were observed over γ-alumina.
In the as-dipped (galvanized) steel a continuous layer of Fe2Al5 existed at the Zn(Al /Fe interface, but no Fe Zn intermetallic compounds were observed.
Three signals, corresponding to different Al Pr intermetallic compounds, were observed by cyclic voltammetry, square wave voltammetry and open circuit chronopotentiometry.
In a Dy III) ion rich system, three signals attributed to the formation of Al-Dy intermetallic compounds were observed in CV and SWV analyses, while only two signals corresponding to Al-Dy intermetallic compounds were observed in the Dy III) ion poor system.
Furthermore, differences in the sensitivity order for the phenolic compounds were observed among the three biocomposite electrodes, which suggests that the nature of the electrode matrix influences the interactions in the tyrosinase catalytic cycle.
Superior anti-oxidant properties (better than the reference compound Trolox) of these compounds were observed by the oxygen radical absorbance capacity (ORAC) method and a cell-based assay using DCFH-DA as a probe.
