<p>(a) Brain activations in left (top) and right (bottom) hemispheres of professional (blue/yellow scale) and naive (gray shadow) drivers during motor reaction (1st column) and visuo-spatial (2nd column) tasks computed at whole brain corrected <i>p</i> < 0.05. (b) Left (top) and right (bottom) hemispheres activation contrast maps for the two tasks, where blue color corresponds to regions significantly more activated in naive as compared to professional drivers, while red color corresponds to regions significantly more activated in the professional drivers group (<i>p</i> < 0.05, whole brain corrected).</p
<p>(FDR <0.05 combined with cluster level corrected, FWE <0.05).</p><p>Notes: x, y, z indicate the M...
<p>STG, superior temporal gyrus; FEF, frontal eye fields; IPL, inferior parietal lobule; SPL, superi...
<p>The event-related averages (bottom panels, corresponding to the labeled arrows in the brain image...
<p>Brain activations in subjects with right early brain lesion > subjects with left early brain lesi...
<p>(A) Brain areas showing stronger activation for the one back task on color-pairs compared to pass...
<p>Activation was determined by whole brain analyses using different contrasts tapping into differen...
<p>Left panels: A contrast of “yes” vs. “no” judgments for the agency-judgment condition revealed ac...
<p>(a) Brain regions showing voxels significantly activated in a fixed-effects analysis of all parti...
<p>(<b><i>A</i></b>) The brain images illustrate occipital activation for control and dyslexic group...
<p>Brain areas activated by comparing size versus pattern discrimination in Experiment 1: the left L...
<p>Average activation maps for the Switch > Repeat contrast overlaid on a standard brain (<i>p</i> <...
<p>The results are superimposed in red on a standard rendered single subject brain (available on SPM...
<p>Statistical maps of differences in fMRI activation for each group for each condition. Statistical...
<p>(A) Blue sections indicate parietal activations for the PD task, identified by the contrast PD vs...
<p>Medio-posterior view on the inflated left occipital cortex of subject HP (A and B) and subject AK...
<p>(FDR <0.05 combined with cluster level corrected, FWE <0.05).</p><p>Notes: x, y, z indicate the M...
<p>STG, superior temporal gyrus; FEF, frontal eye fields; IPL, inferior parietal lobule; SPL, superi...
<p>The event-related averages (bottom panels, corresponding to the labeled arrows in the brain image...
<p>Brain activations in subjects with right early brain lesion > subjects with left early brain lesi...
<p>(A) Brain areas showing stronger activation for the one back task on color-pairs compared to pass...
<p>Activation was determined by whole brain analyses using different contrasts tapping into differen...
<p>Left panels: A contrast of “yes” vs. “no” judgments for the agency-judgment condition revealed ac...
<p>(a) Brain regions showing voxels significantly activated in a fixed-effects analysis of all parti...
<p>(<b><i>A</i></b>) The brain images illustrate occipital activation for control and dyslexic group...
<p>Brain areas activated by comparing size versus pattern discrimination in Experiment 1: the left L...
<p>Average activation maps for the Switch > Repeat contrast overlaid on a standard brain (<i>p</i> <...
<p>The results are superimposed in red on a standard rendered single subject brain (available on SPM...
<p>Statistical maps of differences in fMRI activation for each group for each condition. Statistical...
<p>(A) Blue sections indicate parietal activations for the PD task, identified by the contrast PD vs...
<p>Medio-posterior view on the inflated left occipital cortex of subject HP (A and B) and subject AK...
<p>(FDR <0.05 combined with cluster level corrected, FWE <0.05).</p><p>Notes: x, y, z indicate the M...
<p>STG, superior temporal gyrus; FEF, frontal eye fields; IPL, inferior parietal lobule; SPL, superi...
<p>The event-related averages (bottom panels, corresponding to the labeled arrows in the brain image...