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. 2007 Oct 31;8:91. doi: 10.1186/1471-2202-8-91

Table 2.

Brain areas activated for each condition and conjunction displayed on figure 5

Coordinates

Brain area x y z T value
Horizontal – Vertical checkerboards
 L V1 area -12 -90 -6 13.27
 R V1 area 15 -84 -3 11.19
 Left pallidum -15 9 0 10.68
Vertical – Horizontal checkerboards
 V1/V2v border 0 -75 -3 6.32
 V3/V3A border 9 -93 24 5.87
 V1/V2d border -3 -96 12 5.77
Audio trials – visual trials
 L Heschl gyrus -45 -18 3 25.07
 R Heschl gyrus 48 -15 6 24.46
 L sup. temporal gyrus -57 -6 0 20.93
 R sup. temporal gyrus 60 -18 3 20.81
 R sup. temporal gyrus 54 -6 -3 20.29
 L sup. temporal gyrus -66 -39 9 14.14
Video trials – Audio trials
 L inf. occipital gyrus -39 -84 -6 19.79
 R fusiform gyrus 42 -60 -12 18.84
 R mid. occipital gyrus 36 -81 -3 18.56
 R fusiform gyrus 33 -42 -18 18.52
 L inf. temporal gyrus -42 -69 -9 18.40
 L mid. occipital gyrus -30 -90 0 16.99
 R precentral gyrus 45 3 30 9.31
 R precentral gyrus 39 -6 51 7.40
 L precentral gyrus -45 0 33 7.24
 L hippocampus -24 -33 0 6.61
Left motor – Right motor
 R postcentral gyrus 45 -24 60 15.64.21
 L cerebelum -15 -51 -18 11.88
 R rolandic operculum 39 -21 18 11.42
 L cerebelum -6 -63 -12 9.87
 R thalamus 15 -21 9 9.32
 L lingual gyrus -12 -93 -6 6.23
 R putamen 30 -12 3 9.07
 R supp. motor area 6 -18 51 9.03
 R precuneus 12 -51 72 5.75
 R paracentral lobule 12 -18 78 5.50
Right motor – Left motor
 L poscentral gyrus -39 -27 54 17.46
 R cerebelum 15 -51 -18 12.85
 L thalamus -18 -24 6 7.08
 L supp. motor area -6 -18 51 6.81
Motor – Sentence trials
 L postcentral gyrus -42 -30 54 14.19
 R precentral gyrus 39 -21 57 12.68
 supp. motor area 0 -9 54 10.90
 R cerebelum 18 -54 -21 9.51
 L supp. motor area -6 0 45 8.98
 L rolandic operculum -42 -6 12 8.44
 L cerebelum -18 -54 -21 8.06
 L thalamus -15 -24 9 7.61
 R precentral gyrus 30 -9 60 7.41
 R thalamus 12 -18 9 6.51
 R rolandic operculum 42 -3 12 6.26
 L cerebelum (vermis) -6 -60 -12 5.97
 R inf. parietal gyrus 36 -42 48 5.97
 R postcentral gyrus 60 -21 21 5.88
 L putamen -27 -6 9 5.64
 R cerebelum 9 -57 -12 5.42
Sentences reading – checkerboards
 L mid. temporal gyrus -57 -39 6 11.54
 L sup. temporal gyrus -60 -3 -12 10.95
 L precentral gyrus -51 -9 45 10.72
 L supp. motor area -6 0 63 10.64
 L supp. temporal gyrus -57 -12 -9 10.36
 L inf. frontal gyrus (tri.) -45 12 24 8.82
 R sup. temporal gyrus 57 -6 -9 8.01
 R mid. temporal gyrus 51 -24 -3 7.81
 L precuneus gyrus -18 -45 15 7.48
 R mid. temporal gyrus 48 -36 3 7.47
 R cerebelum 45 -63 -30 7.41
 L lingual gyrus -21 -96 -15 7.4
 L inf. temporal gyrus -45 -60 -15 7.17
 L fusiform gyrus -39 -15 -24 6.76
 R hippocampus 24 -18 -15 6.61
 L hippocampus -24 -18 -15 6.6
 R cerebelum 36 -60 -30 6.45
 L angular gyrus -33 -57 21 6.33
 Thalamus 0 -24 9 6.33
 L lingual gyrus -39 -84 -18 5.33
Auditory & visual sentences
 L sup. temporal gyrus. -57 -3 -9 12.46
 L mid. temporal gyrus -54 -39 6 11.09
 L mid. temporal gyrus -60 -48 9 10.77
 R mid. temporal gyrus 51 -24 -3 9.23
 R sup. temporal gyrus. 48 -33 6 8.86
 R mid. temporal gyrus 57 -39 9 8.41
 L mid. frontal gyrus -51 -3 51 7.83
 L supp motor area -6 3 63 7.78
 R sup. temporal gyrus 57 6 -15 7.74
 R cerebelum 33 -60 -27 7.67
 L inf. frontal gyrus (oper.) -48 9 27 7.10
 R calcarine 9 -69 12 6.86
 L calcarine -3 -72 12 6.08
Calculation – Sentences
 L putamen -18 12 0 9.60
 L inf. parietal gyrus -42 -48 45 9.34
 R putamen 21 15 0 9.10
 R inf. parietal gyrus 42 -42 45 8.27
 ant. cingulate gyrus -3 12 45 7.10
 L precentral gyrus -51 3 30 6.83
 L sup. frontal gyrus -27 0 57 6.60
 L sup. occipital gyrus -27 -72 39 5.53
Calculation – rest & Reading – rest
 L inf. frontal gyrus (oper.) -48 9 27 9.75
 L precentral gyrus -54 -6 48 8.83
 L supp. motor area -6 0 60 9.12
 R cerebelum 33 -60 -27 8.07
 L mid. temporal gyrus -54 -39 6 7.19
 R calcarine 15 -66 9 7.12
 L sup. occipital gyrus -27 -69 33 5.76
Calculation – rest & Reading – checkerboard
 L supp motor area -6 0 60 7.57
 L precentral gyrus -51 -9 45 6.77
 L mid. temporal gyrus -54 -39 6 5.91

For each contrast, areas were listed (R = right, L = left) with their spatial coordinates in stereotaxic space (MNI) and t-value from SPM random effect analysis on 81 subjects (p < 0.05 corrected for multiple comparison across brain volume, with a minimal cluster extent of 5 voxels)