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. Author manuscript; available in PMC: 2010 Nov 15.
Published in final edited form as: Neuroimage. 2009 Jun 9;48(1):117–125. doi: 10.1016/j.neuroimage.2009.05.097

Table 1.

Clusters showing functional change after training.

P-value # Voxels x y z Area
Increases
<0.0001 1291 −2 60 2 Medial frontal
<0.0001 226 −48 −69 31 L. Sup. occiptal
0.002 130 −4 −52 29 Cingulate gyrus
Decreases
<0.0001 2987 −6 −64 50 L. Precunuous/parietal
<0.0001 1698 39 10 25 R. Inf. frontal gyrus
<0.0001 1335 −35 −73 −11 L. Occipital fusiform gyrus
<0.0001 1237 −42 4 20 L. Precentral gyrus
<0.0001 1217 −1 8 47 Paracingulate gyrus
<0.0001 1004 54 −44 20 R. Supramarginal gyrus
<0.0001 672 −35 36 22 L. Middle frontal gyrus
<0.0001 604 −28 −4 51 L. Middle frontal gyrus
<0.0001 244 32 41 25 R. Frontal pole
<0.0001 231 −33 −80 19 L. Sup. occipital
0.002 124 −10 −17 0 L. Thalamus

Clusters showing a change in functional activity after 2 weeks of training on the mirror-tracking task. Voxel coordinates are reported in MNI space and area labels were determined using the Harvard–Oxford Structural Atlas in FSLview (Flitney et al., 2007).