<p>A: top left-lateral view of the functional activations 4 s after stimulus onset for the contrast “algebra true vs. arithmetic true”, overlaid onto a three-dimensional rendering of the brain of a representative individual, axially cut at . B: top left-lateral view of the functional activations 8s after stimulus onset for the contrast “algebra true vs. arithmetic true”, overlaid onto a three-dimensional rendering of the same brain as in A, axially cut at . The color bar indicates -values (uncorrected) and applies to both A and B.</p
: Mental calculations involve various areas of the brain. The frontal, parietal and temporal lobes o...
<p>(<b>A</b>) Axial slice renderings of activations and deactivations associated with improvisation ...
Objectives: Recent findings suggest that mental arithmetic involves shifting attention on a mental c...
<p>Anterior-left lateral view of the functional activations for the contrast “algebra true vs. arith...
<p>Activations for the contrast: “algebra true vs. arithmetic true”, thresholded at ( uncorrected) ...
<p>Activation maxima for the contrast: “algebra true vs. arithmetic true”, thresholded at ( uncorre...
<p>A is the areas where were more active in the 2-NF condition than in the 1-NF condition. B is the ...
<p>Cortical activation maps are shown for the contrasts of Linear – Match (A), Quad – Simple, masked...
<p>Activation maxima for the contrast: “arithmetic false vs. arithmetic true”, thresholded at ( unc...
<p>The figure shows the boundaries of activation clusters separately for each mathematical condition...
To explore brain areas involved in basic numerical computation, functional magnetic imaging (fMRI) s...
To explore brain areas involved in basic numerical computation, functional magnetic imaging (fMRI) s...
<p>The brain areas activated in 4-digit visual mental addition, in contrast to the visual control ta...
Electronic Poster Session: Functional MRI (Neuro) - fMRI Methods: no. 3930Modern neuroimaging techni...
<p>Panel A gives a detailed view on the course of the fiber tracts in axial orientation. Two largely...
: Mental calculations involve various areas of the brain. The frontal, parietal and temporal lobes o...
<p>(<b>A</b>) Axial slice renderings of activations and deactivations associated with improvisation ...
Objectives: Recent findings suggest that mental arithmetic involves shifting attention on a mental c...
<p>Anterior-left lateral view of the functional activations for the contrast “algebra true vs. arith...
<p>Activations for the contrast: “algebra true vs. arithmetic true”, thresholded at ( uncorrected) ...
<p>Activation maxima for the contrast: “algebra true vs. arithmetic true”, thresholded at ( uncorre...
<p>A is the areas where were more active in the 2-NF condition than in the 1-NF condition. B is the ...
<p>Cortical activation maps are shown for the contrasts of Linear – Match (A), Quad – Simple, masked...
<p>Activation maxima for the contrast: “arithmetic false vs. arithmetic true”, thresholded at ( unc...
<p>The figure shows the boundaries of activation clusters separately for each mathematical condition...
To explore brain areas involved in basic numerical computation, functional magnetic imaging (fMRI) s...
To explore brain areas involved in basic numerical computation, functional magnetic imaging (fMRI) s...
<p>The brain areas activated in 4-digit visual mental addition, in contrast to the visual control ta...
Electronic Poster Session: Functional MRI (Neuro) - fMRI Methods: no. 3930Modern neuroimaging techni...
<p>Panel A gives a detailed view on the course of the fiber tracts in axial orientation. Two largely...
: Mental calculations involve various areas of the brain. The frontal, parietal and temporal lobes o...
<p>(<b>A</b>) Axial slice renderings of activations and deactivations associated with improvisation ...
Objectives: Recent findings suggest that mental arithmetic involves shifting attention on a mental c...