We then calculated the average dN/dS value for the entire K-Channel gene family (Table 1), and identified a subset of genes with particularly high values when compared to the group as a whole (i.e. > ~2× above the average value).
The presence of hGAD65 was confirmed by western blotting using anti-GAD antibodies and the level of accumulation accounted for up to 0.3% TSP, a significantly higher value when compared to the 0.04% TSP obtained for a nuclear transgenic plant (Avesani et al. [2010]).
It was observed that poorly-crystalline mineralogical impurities do not influence the pozzolanic reactivity; moreover, the PAI (pozzolanic reactivity index) was in the order 86.59% in mortar systems including thermally-treated material, which is a much higher value when compared to only 41.92% obtained when the material was in its natural state.
The proposed ternary composite PAn-PPy-Grt-Sp assembled in a device offered a maximal areal capacitance of 55.35 mF cm-2 at 0.3 mA cm−2, a higher value when compared to its counterparts of PAn-Grt-Sp (31.8 mF cm−2) and PPy-Grt-Sp (19.75 mF cm−2).
Another advantage of using the referenced approach in describing TICs was represented by the possibility of calculating the time necessary to reach the peak difference in signal, which, for adenocarcinomas, was the time when the parenchyma had the highest value when compared to the tumoral ROI.
On the other hand, the contrast recovery values for the two "non-radioactive spheres" show higher values when compared to the values reported in the literature [2].
It was found that tensile strength and Modulus of elasticity (MOE) of polyurethane nanocomposites containing 20% of zeolite were 2,9 MPa and 11.1 MPa respectively, which showed higher values when compared to those of unfilled polyurethane.
The contrast recovery values for the two largest spheres filled with non-radioactive water only ("non-radioactive spheres") (Table 1) show higher values when compared to the results reported in the literature for the Biograph mMR system [2].
