<p>In color are the regions more activated in at least one of the motion (M) conditions relative to the static (S) condition (contrast M-S): V6; <i>MT+</i>, middle temporal complex; V3A; <i>CSv</i>, visual cingulate sulcus area; IPSmot, Intra Parietal Sulcus motion area. The plots represent the averaged BOLD percent signal change ± standard error of the mean across subjects and hemispheres for each experimental condition labelled as follows: TRA, translational; CIR, circular; RAD, radial; SPI, spiral; RAND, random; STA, static.</p
<p>(A) Activation maps representing the main effect of practice during the CS (red) and SS (blue) co...
<p>ACC: anterior cingulate cortex, FEF: frontal eye field, inf.: inferior, IPS: intraparietal sulcus...
<p>‘Seed region’ is <b>(A)</b> hMT+ in the damaged hemisphere (left in controls) and <b>(B)</b> hMT+...
<p>(A) Area V6 mapped with the functional localizer, i.e., coherent flow versus randomly moving dots...
<p>An inflated (medial and dorso-lateral views) and flattened representation of the left hemisphere ...
<p>Average motion coherence coefficients extracted from the functionally defined ROIs (see Materials...
<p>Percentage of BOLD signal change (mean V1, V2, V3) is plotted over time (s) for all three motion ...
<p>Top row: Activation of the cortices lining postcentral sulcus near its junction with the intrapar...
Motion processing regions apart from V5+/MT+ are still relatively poorly understood. Here, we used f...
<p>A: Average time-course for V1 seed, V6, PCu/Cu, PIVC/PIC in infants (left) and adults (right) in ...
<p>Significant statistical parametric <i>t</i> maps are shown on a surface rendering of the superior...
The processing of motion in the primate brain is distributed across multiple regions of the cerebral...
<p>Top panels: Line plot illustrating the changes in threshold to detect global motion with training...
<p>The percentage signal changes measured in each ROI of the left and right hemisphere (AAC, PAC, MG...
<p>Representative single voxel tuning curves illustrate differences in the spatial tuning across vis...
<p>(A) Activation maps representing the main effect of practice during the CS (red) and SS (blue) co...
<p>ACC: anterior cingulate cortex, FEF: frontal eye field, inf.: inferior, IPS: intraparietal sulcus...
<p>‘Seed region’ is <b>(A)</b> hMT+ in the damaged hemisphere (left in controls) and <b>(B)</b> hMT+...
<p>(A) Area V6 mapped with the functional localizer, i.e., coherent flow versus randomly moving dots...
<p>An inflated (medial and dorso-lateral views) and flattened representation of the left hemisphere ...
<p>Average motion coherence coefficients extracted from the functionally defined ROIs (see Materials...
<p>Percentage of BOLD signal change (mean V1, V2, V3) is plotted over time (s) for all three motion ...
<p>Top row: Activation of the cortices lining postcentral sulcus near its junction with the intrapar...
Motion processing regions apart from V5+/MT+ are still relatively poorly understood. Here, we used f...
<p>A: Average time-course for V1 seed, V6, PCu/Cu, PIVC/PIC in infants (left) and adults (right) in ...
<p>Significant statistical parametric <i>t</i> maps are shown on a surface rendering of the superior...
The processing of motion in the primate brain is distributed across multiple regions of the cerebral...
<p>Top panels: Line plot illustrating the changes in threshold to detect global motion with training...
<p>The percentage signal changes measured in each ROI of the left and right hemisphere (AAC, PAC, MG...
<p>Representative single voxel tuning curves illustrate differences in the spatial tuning across vis...
<p>(A) Activation maps representing the main effect of practice during the CS (red) and SS (blue) co...
<p>ACC: anterior cingulate cortex, FEF: frontal eye field, inf.: inferior, IPS: intraparietal sulcus...
<p>‘Seed region’ is <b>(A)</b> hMT+ in the damaged hemisphere (left in controls) and <b>(B)</b> hMT+...