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Table 2. 

Results from the Analysis of Training-related Modulation of Activity during Choices of Low Value Items for Train Both Pairs across the 10 Training Runs (p < .05, Corrected)

Train Both Chose Low
Cluster
Region
No. of Voxels in Region
Cluster Size
x
y
z
Peak Z
R precuneus cortex 482 2,491 −72 10 4.17 
R intracalcarine cortex 353      
L occipital pole 273      
R superior lateral occipital cortex 250      
L intracalcarine cortex 233      
R supracalcarine cortex 129      
R lingual gyrus 112      
R cuneal cortex 78      
R occipital pole 75      
R superior parietal lobule 59      
L superior lateral occipital cortex 38      
L precuneus cortex 30      
L supracalcarine cortex 25      
L lingual gyrus 20      
L cuneal cortex 15      
L inferior lateral occipital cortex 453 805 −48 −84 −2 3.86 
L occipital fusiform gyrus 130      
L temporal occipital fusiform cortex 35      
L occipital pole 15      
L lingual gyrus 10      
Right thalamus 112 802 −4 14 3.62 
Left thalamus 107      
Left caudate 67      
Right caudate 60      
Right pallidum 22      
Right putamen 11      
R inferior lateral occipital cortex 397 740 42 −74 −20 3.76 
R temporo-occipital ITG 103      
R occipital pole 65      
R occipital fusiform gyrus 44      
R temporal occipital fusiform cortex 12      
L superior parietal lobule 325 726 −30 −56 48 3.56 
L superior lateral occipital cortex 152      
L postcentral gyrus 85      
L posterior supramarginal gyrus 36      
L anterior supramarginal gyrus 22      
R middle frontal gyrus 472 712 44 22 30 3.89 
R IFG, pars triangularis 51      
R precentral gyrus 21      
R IFG, pars opercularis 14      
R superior parietal lobule 189 470 36 −52 46 3.49 
R angular gyrus 83      
R posterior supramarginal gyrus 59      
R postcentral gyrus 42      
R superior lateral occipital cortex 38      
R anterior supramarginal gyrus 16      
Train Both Chose Low
Cluster
Region
No. of Voxels in Region
Cluster Size
x
y
z
Peak Z
R precuneus cortex 482 2,491 −72 10 4.17 
R intracalcarine cortex 353      
L occipital pole 273      
R superior lateral occipital cortex 250      
L intracalcarine cortex 233      
R supracalcarine cortex 129      
R lingual gyrus 112      
R cuneal cortex 78      
R occipital pole 75      
R superior parietal lobule 59      
L superior lateral occipital cortex 38      
L precuneus cortex 30      
L supracalcarine cortex 25      
L lingual gyrus 20      
L cuneal cortex 15      
L inferior lateral occipital cortex 453 805 −48 −84 −2 3.86 
L occipital fusiform gyrus 130      
L temporal occipital fusiform cortex 35      
L occipital pole 15      
L lingual gyrus 10      
Right thalamus 112 802 −4 14 3.62 
Left thalamus 107      
Left caudate 67      
Right caudate 60      
Right pallidum 22      
Right putamen 11      
R inferior lateral occipital cortex 397 740 42 −74 −20 3.76 
R temporo-occipital ITG 103      
R occipital pole 65      
R occipital fusiform gyrus 44      
R temporal occipital fusiform cortex 12      
L superior parietal lobule 325 726 −30 −56 48 3.56 
L superior lateral occipital cortex 152      
L postcentral gyrus 85      
L posterior supramarginal gyrus 36      
L anterior supramarginal gyrus 22      
R middle frontal gyrus 472 712 44 22 30 3.89 
R IFG, pars triangularis 51      
R precentral gyrus 21      
R IFG, pars opercularis 14      
R superior parietal lobule 189 470 36 −52 46 3.49 
R angular gyrus 83      
R posterior supramarginal gyrus 59      
R postcentral gyrus 42      
R superior lateral occipital cortex 38      
R anterior supramarginal gyrus 16      

Regions listed here demonstrated negative relationship with the proportion of choices of the low value items on Train Both pairs across the 10 runs. For each cluster, the list shows all regions from the Harvard–Oxford atlas that contained more than 10 active voxels within that cluster, along with the peak x/y/z location for the cluster in MNI space.

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