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. 2020 Jun 3;20(4):798–815. doi: 10.3758/s13415-020-00803-7

Table 1.

Whole-brain analysis of action sequencing during the study phase

Contrasts and Anatomical Label MNI coordinate Voxels max t
X y z
Sequencing > Nonsequential Control
 R Cerebellum (Crus 2) 20 −76 −36 532 5.29***
  R Cerebellum (Crus 2) 32 −80 −36 4.58***
 L Cerebellum (Crus 2) −28 −84 −28 320 4.97***
  L Cerebellum (Crus 2) −18 −78 −40 4.24***
  L Cerebellum (Crus 2) −28 −78 −38 4.23***
 L Middle Occipital Gyrus −42 −68 6 1783 8.41***
 R Middle Temporal Gyrus 44 −66 4 1315 8.38***
 L Precuneus −6 −50 10 541 5.02***
 L Hippocampus −24 −8 −22 158 5.28*
 L Middle Temporal Gyrus −56 4 −20 162 4.82*
Social Sequencing > Nonsequential Control
 R Cerebellum (Crus 2) 20 −76 −36 633 5.94***
  R Cerebellum (Crus 2) 32 −78 −34 5.02***
 L Cerebellum (Crus 2) −30 −84 −28 464 5.34***
  L Cerebellum (Crus 2) −30 −78 −36 5.03***
  L Cerebellum (Crus 2) −18 −78 −36 4.39***
 L Middle Occipital Gyrus −42 −68 6 1,967 8.10***
 R Middle Temporal Gyrus including TPJ 44 −66 4 1,340 7.83***
 L Posterior Cingulate Cortex 0 -52 30 816 6.00***
 L Middle Temporal Gyrus −64 −12 −12 683 5.45***
 L Hippocampus −24 −8 −22 194 5.73*
 mPFC −8 62 26 289 4.48**
Nonsocial Sequencing > Nonsequential Control
 R Cerebellum (Crus 2) 20 −76 −36 310 4.32***
  R Cerebellum (Crus 2) 30 −80 −32 3.94***
 R Middle Temporal Gyrus 46 −68 4 1217 8.47***
 L Middle Occipital Gyrus −42 −68 6 1411 8.22***
 L Precuneus −6 −50 10 225 5.05**
Social Sequencing > Nonsocial Sequencing
 R Cerebellum (Crus 2) 24 −86 −40 120 4.07°
 L Cerebellum (Crus 2) −32 −80 −36 123 4.41°
 R Angular Gyrus, including TPJ 50 −60 28 221 4.52**
 L Angular Gyrus, including TPJ −40 −56 24 584 5.58***
 L Precuneus −8 −54 38 931 6.16***
 R Middle Temporal Gyrus 62 −4 −20 444 5.95***
 L Medial Temporal Gyrus −48 12 −28 1,094 6.08***
 mPFC −2 48 40 342 4.13***
Nonsocial Sequencing > Social Sequencing
 ---
20 s > 40 s (all Sequencing conditions)
 R Lingual Gyrus 4 −78 −2 10825 10.53***
 L Hippocampus −22 −30 −4 195 6.06*
 L Precentral Gyrus −48 −4 54 6483 6.72***
 L Middle Frontal Gyrus −38 48 12 382 4.57***
40 s > 20 s (all Sequencing conditions)
 R Angular Gyrus, including TPJ 54 −64 30 25,8 5.58**
 L Angular Gyrus including TPJ −44 −64 30 340 4.46***
Social 20 s > Social 40 s
 R Lingual Gyrus 4 −78 −2 2076 8.12***
 R Middle Occipital Gyrus 32 −74 24 585 5.24***
 L Fusiform Gyrus −34 −72 −14 1725 5.86***
 L Precentral Gyrus −48 −4 54 451 5.19***
Social 40 s > Social 20 s
 R Angular Gyrus, including TPJ 54 −64 28 223 5.32**
 L Angular Gyrus, including TPJ −44 −64 28 270 4.24**
 R Calcarine Gyrus 16 −56 10 194 4.82*
Nonsocial 20 s > Nonsocial 40 s
 L Lingual Gyrus −30 −88 −14 2849 5.59***
 R Lingual Gyrus 4 −78 −2 3048 8.35***
 R Superior Parietal Lobule 24 −64 50 1326 5.28***
 L Precentral Gyrus −46 −6 56 269 5.45***
Nonsocial 40 s > Nonsocial 20 s
  ---
Spreading Interaction: Social 40 s > (Social 20 s = Nonsocial 20 s = Nonsocial 40 s)
 R Cerebellum (Crus 2) 26 −84 −40 452 5.24***
  R Cerebellum (Crus 2) 34 −78 −36 4.49***
 L Cerebellum (Crus 2) −30 −78 −36 509 5.68***
  L Cerebellum (Crus 2) −20 −86 −36 5.08***
 R Angular Gyrus, including TPJ 54 −60 28 585 6.98***
 L Angular Gyrus, including TPJ −42 −58 24 838 6.72***
 L Posterior Cingulate Cortex 0 −52 32 1062 6.44***
 L Middle Temporal Gyrus −58 −8 −24 611 6.39***
 R Middle Temporal Gyrus 60 −2 −18 320 5.61***
 mPFC −10 38 56 154 5.46*

Coordinates refer to the MNI (Montreal Neurological Institute) stereotaxic space. Whole-brain analysis thresholded at voxel-wise uncorrected p < 0.001 with cluster-wise FWE corrected p < 0.05, with voxel extent ≥10. Only the highest peaks of each cluster are shown, except for the cerebellum showing all peaks. L = left, R = right

*p < 0.05, **p < 0.01, ***p < 0.001 (peak FWE corrected). °p < 0.08, cluster-level FWE corrected and p < 0.005 cluster-level FWE corrected using a small volume correction with a sphere with 15-mm radius and centered around a priori MNI coordinates [±24 −76 −40] (Van Overwalle & Mariën, 2016; Van Overwalle et al., 2019b, 2020a, b)