Using this approach, we observed physiologically plausible brain activity patterns associated with pedaling in the primary and secondary sensory and motor cortices and the cerebellum.
Furthermore, using a second-level analysis and regions of interest approach, we observed a clear functional and structural dissociation between the combined and the picture condition.
By using this synthetic approach, we observed metal nanoparticles (NP) with diameters of 1 2 nm homogeneously supported on the MSN.
Using the Langmuir monolayer approach, we observed that sequence reversal has a central role in the lateral stability of peptide monolayers, in the ability of the molecules to partition into the air water interface and in the rheological properties of peptide films, whereas the peptide's secondary structure, determined by ATR-FTIR, was the same for all peptides.
Using a cognitive task analysis (CTA) approach, we observed operators working on an advanced control room of a nuclear power plant digital simulator and noted several opportunities for improvement in the human/system interfaces related to the graphics design, alarm systems and procedure integration.
Using this approach, we observed that total HFE mRNA expression varies among tissues.
Using this approach we observed no significant difference in mean speed of the wild-type and FLNaKD cells (Figure 2D).
Using this approach we observed that Lhx2 expression synergises with specific signalling pathways, resulting in increased frequency of colony forming cells in developing EB cells.
Using the ASE approach we observed allelic expression imbalance for five of six candidate genes described by Cheung et al [5].
Using this approach, we observed that Fyb, a well-known YopH substrate, binds YopH through the N129 and the catalytic domain.
Using our approach we observed signaling cross-talk between the MEK and mammalian target of rapamycin (mTOR) pathways, converging on ribosomal protein S6 phosphorylation in HSC/HPC.
