<p>(A) Positive and negative parametric effects of motion coherence. The statistical maps indicate brain regions showing significant activation increases with the coherence level (hot, including the MT+) and decreases with the coherence level (cold, including the dACC and bilateral insula). All maps are thresholded at <i>P</i> < 0.05, cluster-level FWE corrected across the whole brain. (B) Mean beta values for regions MT+, dACC, left and right insula. Peak coordinates derived from combining day 1 and day 2 t-fMRI data (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0196866#pone.0196866.t001" target="_blank">Table 1</a>). dACC: dorsal anterior cingulate cortex.</p
<p>(a) Brain activations in left (top) and right (bottom) hemispheres of professional (blue/yellow s...
With the advent of functional neuroimaging techniques, in particular functional magnetic resonance i...
<p>Activity correlated with the precision of prediction from the dynamic forward model. Cortical act...
<p>(A) Left: Sagittal and coronal slices showing right hippocampal activation for movement initiatio...
Humans have the ability to make motor responses to unpredictable visual stimuli, and do so as a matt...
<p>Regions showing significant activation by parametric effect of motion coherence during performanc...
<p>Average motion coherence coefficients extracted from the functionally defined ROIs (see Materials...
<p>ACC: anterior cingulate cortex, FEF: frontal eye field, inf.: inferior, IPS: intraparietal sulcus...
<p>(A) Significant brain activation for painful minus non-painful stimulation in left and right insu...
A functional hallmark of cortical neurons sensitive to visual motion is the dependency of their firi...
<p>A. Shown is the component that demonstrated the strongest effect of duration. Curves represent th...
<p>Coordinates refer to the voxels of maximum activation within significant clusters (P<0.05, whole-...
<p>Results are also shown in a close-up view of the posterior part of the brain rendered on a flat m...
<p>The graph shows the mean signal intensity (+/− s.e.m.) (in arbitrary units) in these regions in t...
<p>a) Coronal, sagittal and axial view for the whole-head contrast of the effect of stimulus present...
<p>(a) Brain activations in left (top) and right (bottom) hemispheres of professional (blue/yellow s...
With the advent of functional neuroimaging techniques, in particular functional magnetic resonance i...
<p>Activity correlated with the precision of prediction from the dynamic forward model. Cortical act...
<p>(A) Left: Sagittal and coronal slices showing right hippocampal activation for movement initiatio...
Humans have the ability to make motor responses to unpredictable visual stimuli, and do so as a matt...
<p>Regions showing significant activation by parametric effect of motion coherence during performanc...
<p>Average motion coherence coefficients extracted from the functionally defined ROIs (see Materials...
<p>ACC: anterior cingulate cortex, FEF: frontal eye field, inf.: inferior, IPS: intraparietal sulcus...
<p>(A) Significant brain activation for painful minus non-painful stimulation in left and right insu...
A functional hallmark of cortical neurons sensitive to visual motion is the dependency of their firi...
<p>A. Shown is the component that demonstrated the strongest effect of duration. Curves represent th...
<p>Coordinates refer to the voxels of maximum activation within significant clusters (P<0.05, whole-...
<p>Results are also shown in a close-up view of the posterior part of the brain rendered on a flat m...
<p>The graph shows the mean signal intensity (+/− s.e.m.) (in arbitrary units) in these regions in t...
<p>a) Coronal, sagittal and axial view for the whole-head contrast of the effect of stimulus present...
<p>(a) Brain activations in left (top) and right (bottom) hemispheres of professional (blue/yellow s...
With the advent of functional neuroimaging techniques, in particular functional magnetic resonance i...
<p>Activity correlated with the precision of prediction from the dynamic forward model. Cortical act...