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. 2016 Jan 8;6:19128. doi: 10.1038/srep19128

Table 2. Correlation between RSFCs within cerebellar-cortical networks and severity of stuttering.

Seed ROI Target regions Talairach
BA x y z z score Cluster size
Positive correlation
L lobule VI L precuneus 7 –26 –81 46 3.79 201
  L anterior cingulate 10 –10 48 –2 3.35 74
  L cerebellum lobule VI   –34 –57 –19 4.34 277
  R cerebellum VIII   30 –59 –46 4.18 152
  R cerebellum vermis VI   6 –66 –8 3.71 245
R lobule VI R inferior frontal gyrus 45 55 35 2 3.70 77
  L cerebellum lobule III   –24 –69 –23 3.55 98
  L cerebellum crust I   –32 –65 –24 3.23  
Vermis III R superior frontal gyrus 6 12 15 66 4.05 136
  R superior frontal gyrus 10 14 67 19 3.67 72
  L cerebellum/fusiform   –32 –40 –20 3.06 71
Negative correlation
L lobule VI R middle occipital gyrus 18 38 –95 3 4.86 369
  R cuneus 18 4 –99 3   468
  L lingual gyrus 17 –16 –98 –12 3.55  
Vermis III L cingulate gyrus 24 –2 –9 26 5.01 146
  R postcentral gyrus 1 53 –19 56 3.37 92
  R precentral gyrus 4 57 –12 49 3.33  

The location of the maximum pixel values were expressed in the human brain atlas of Talairach. Z-score correspond to the actual maximum pixel value within the brain region from the SPM (Voxelwise p < .005, uncorrected, cluster p < 0.03, corrected, k > 64, Monte Carlo simulation). L = left; R = right; BA = Brodmann’s area.