Control and experimental samples treated with anti-inflammatory stimuli were projected toward positive values of the first dimension and samples with signs of activation were projected toward negative values.
If the areas of maximal MEP response to Ri-TMS are completely located within the area activated on fMRI, the result is rated as "match"; while "match/nonmatch" indicates an only partial overlap of fMRI and Ri-TMS The areas of maximal MEP response by Ri-TMS and fMRI activation were projected as maps on the surface reconstructions from MRI for each individual (Fig. 2).
This means that if a source activation signal is projected through its leadfield to sensor space and then back to source space through the inverse solution, the recovered signal should be the same as the original.
Finally, the pattern of hubs activation in the cortical areas for navigators having degree of navigation skills is projected.
If the target points: "point 0", "point 3" or "point" is projected on the center of monitor image, ΔX will not exceed the activation threshold value.
Whole brain activation maps were projected on the inflated cortical sheet of one subject or on a template brain normalized in Talairach space.
High-resolution T1-weighted three-dimensional (3D) anatomical MR data sets were transformed into Talairach space, used for co-registration and averaged to generate a composite image onto which functional activation results were projected.
For presentation purposes, statistical parametric activation maps were projected on the inflated surface of a representative participant's cortex, using FreeSurfer.
However, occipitocortical activation is not necessarily projected only to posterior sensors, but may also be projected to other regions of the scalp (as seen in Figure 10, permutation-corrected t-map; top panel, center).
From this electrical activity, it can infer where in the brain that activation is coming form.
