In our contact maps, we include all the residues that have at least one contact with the minimum distance < 10 Å.
In this map we included the locations of regulator-encoding genes lacR, rafR and galR, the GC-percentage and putative binding sites (similarity to motif >90% [ 8]).
To infer the specificity of the mapping procedure we included the reference genome sequence of water buffalo, which belongs to the same subfamily (Bovinae) as cattle.
In order to compare the predictions calculated by FEM with the experimental results obtained by APT, superimposed to these strain maps, we have included the APT data corresponding to the upper layer of QDs in the form of In concentration isolines, ranging from 25% In (dark blue) to 45% In (red), in steps of 5%.
Thus, the maps we present include, in a balanced way, the effects of near and distant large earthquakes, spatial distribution of seismic activity, the site geology, and the site soil properties.
When an item, essential for image-based meta-analysis, was not produced as part of the standard analysis (e.g., the contrast standard error map in SPM) we included it in the model and depend on the exporters to generate it from existing data.
To map colour responses, we included a condition in which the non-inducing control stimuli were presented in colour instead of black.
Because the relationship between MAP and stiffness is nonlinear, we included both a MAP and a MAP-squared term in these models.
We included mapping the power output for 20 μm, 60 μm and 100 μm wide grid lines as function of cell length, finger spacing and TCO sheet resistance and show that also for wide fingers efficiency improvement of more than 15% is possible.
In order to be useful as a tool for functional prediction and discovery, we included mapping between DNA microarray identifiers and mouse proteins.
