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|
x,y,za
|
Hemisphere
|
Peak intensity
|
Number of voxelsb
|
Regionc
|
Brodmann’s area
|
|---|
|
Incon_Con > Con_Con (Lower activated)
|
|
24 -63 39
|
R
|
3.817
|
34
|
Precuneus
|
7, 31
|
|
Con_Incon > Incon-Incon (Higher activated)
|
|
-63 -18 -6
|
L
|
7.604
|
47
|
Superior_Temporal_Gyrus
|
39
|
|
-3 -30 36
|
L
|
4.112
|
39
|
Precuneus, Angular gyrus
|
7,31
|
|
-39 51 6
|
L
|
5.367
|
170
|
Middle_Frontal_Gyrus
|
46
|
|
-33 18 30
|
L
|
4.992
|
89
|
Middle_Frontal_Gyrus
|
9
|
|
33 39 39
|
R
|
4.241
|
53
|
Middle_Frontal_Gyrus
|
9
|
|
33 -9 39
|
R
|
3.992
|
35
|
Posterior_Cingulate_Cortex
|
31
|
|
15 48 -15
|
R
|
3.936
|
48
|
Superior_Frontal_Gyrus
|
11
|
|
48 33 18
|
R
|
5.270
|
212
|
Inferior_Frontal_Gyrus
|
8,9,46
|
- aPeak MNI Coordinates.
- bWe first identified clusters of contiguously significant voxels at an uncorrected threshold p < 0.01, as also used for display purposes in the figures. We then tested these clusters for cluster-level FWE correction p < 0.01 and the AlphaSim estimation indicated that clusters with 30 contiguous voxels would achieve an effective FWE threshold p < 0.01. Voxel size = 3*3*3.
- cThe brain regions were referenced to the software Xjview (http://www.alivelearn.net/xjview8) and double checked with atlas.
