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. 2010 Oct 7;6(5):582–590. doi: 10.1093/scan/nsq084

Table 2.

Regions of low gray matter volume associated with three facets of perceived emotional intelligence based on voxel-based morphometry analysis

MNI coordinates
Region Hemisphere Brodmann Area x y z Cluster size, k (voxels) Z-score
Attention to emotion
Superior frontal gyrus R 10 18 62 21 10 3.14
R 6 11 −13 76 13 3.24
Middle frontal gyrus R 10 33 61 7 482 3.63
Medial frontal gyrus L 6 −11 −3 59 478 4.10
L 6 −8 −19 56 179 3.77
R 6 7 −17 57 202 3.63
R 6 10 −2 63 164 3.47
Frontopolar gyrus R 10 12 69 8 225 3.55
Lateral orbital gyrus L 11 −42 35 −19 47 3.45
R 11 44 41 −17 405 3.37
Medial orbital gyrus L 11 −14 26 −22 281 3.56
R 11 10 64 −21 10 3.33
Inferior frontal gyrus R 45 48 30 7 11 3.25
Cingulate gyrus L 32 −11 29 32 174 3.60
R 32 12 39 16 18 3.24
Precentral gyrus R 4 13 −30 67 98 3.43
Cuneus R 18 25 −82 18 9 3.24
Clarity of emotion
No correlations emerged
Emotional repair
Cingulate gyrus L 32 −12 33 26 377 3.77
L 10 −13 50 2 9 3.25
Supramarginal gyrus R 40 37 −49 37 7 3.18

Note: MNI = Montreal Neurological Institute; L = left; R = right. All z-scores reflect a VBM threshold of P < 0.001 (uncorrected) and a minimum cluster size (k) of 7 contiguous voxels. All correlations are positive such that areas of reduced volume reported here are associated with lower self-reported ability in trait meta-mood domains. Coordinates reflect peak correlation within a cluster. Localization was done using the Talairach Daemon (Lancaster et al., 2000), with Brodmann areas and anatomical labels confirmed with the Talairach and Tournoux (1988) and Duvernoy (1999) atlases.