Table 2.
Regions showing differential activation across ER task conditions at pre-training: main effect of typea
| Brain region | L/R | Cluster size (voxels) | Maxima of cluster x/y/z (mm)b | Z | Differential activation |
|---|---|---|---|---|---|
| Superior medial PFC | R | 34 | 6/60/30 | 3.98 | Attend and Regulate > Neutral |
| Middle temporal pole | R | 21 | 45/18/30 | 3.71 | Attend > Neutral |
| Middle temporal gyrus | L | 46 | −51/−39/−3 | 3.59 | Attend > Neutral |
| −54/−27/−6 | 3.35 | Attend > Neutral | |||
| −48/−21/−15 | 3.23 | Attend > Neutral | |||
| Fusiform gyrus | L | 53 | −30/−66/−6 | 4.23 | Neutral > Attend |
| −24/−81/−6 | 4.17 | Neutral > Attend | |||
| R | 13 | 30/−66/−3 | 3.23 | Neutral > Attend | |
| Cuneus | R | 121 | 9/−93/18 | 4.45 | Attend > Neutral |
| Vermis | L | 64 | −3/−60/−36 | 4.11 | Attend > Neutral |
| 0/−72/−30 | 3.59 | Attend > Neutral |
aRegions that showed differential activation across conditions (F contrast) at the whole-brain level with significance level thresholded at puncorrected < 0.001. Subsequent univariate analyses revealed the specific conditions that showed a significant difference (reported in the last column).
bStereotaxic coordinates of peak voxels in MNI space.