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. Author manuscript; available in PMC: 2015 Apr 27.
Published in final edited form as: Psychiatry Res. 2011 Sep 29;194(2):130–140. doi: 10.1016/j.pscychresns.2011.07.002

Table 5.

Left inferior parietal seed correlated activity in brain regions.a

Brain region Hemisphere MNI
coordinates
Cluster size Z-score p-value

X Y Z
S>O+Y
Superior Right 66 −38 14 237 5.46 <0.001
  temporal (22)
Superior Right 62 −42 8 237 3.07 0.002
  temporal (22)
Superior Right 68 −24 14 237 2.74 0.006
  temporal (42)
Temporal (41) Left −56 −24 10 200 3.73 <0.001
Superior Left −60 −24 8 200 3.32 0.001
  temporal (22)
Temporal (42) Left −60 −32 8 200 3.18 0.002
M+F>O+Y
S>M+F
Cingulate region
  Anterior cingulate (32–24) Right 6 40 6 95 2.71 0.007
  Anterior cingulate (32–24) Left −6 38 8 95 2.78 0.005
  Cingulate gyrus (31) Right 10 −46 44 83 2.76 0.006
Paralimbic/subcortical
  Caudate Right 20 −6 22 241 3.96 <0.001
  Thalamus Right 20 −12 16 241 3.18 0.002
  Insula (13) Right 38 −10 20 241 2.78 0.005
Parietal region
  Cuneus (18) Left −4 −78 32 239 3.47 0.001
  Precuneus (7) Right 6 −52 48 83 3.29 0.001
  Precuneus (7) Left 0 −56 48 83 2.96 0.003
  Precuneus (7) Left −10 −64 36 82 3.4 0.001
M+F>S

BA = Brodmann Area.

a

Used a statistical threshold of p = 0.01 (uncorrected) with minimal cluster size of 10 voxels and then the resulting clusters were corrected for whole brain multiple comparisons. The brain regions listed were significant at p = 0.05 corrected for multiple comparison at cluster level based on Monte Carlo simulations performed by AlphaSim.