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. 2016 Jan 7;9:693. doi: 10.3389/fnhum.2015.00693

Table 3.

Results of the ALE meta-analysis from the direct contrasts revealing the bottom-up modulation of the MR network exerted by the type of stimulus and strategy.

Cluster Area MNI coordinates Cluster size (voxels)
X Y Z
MR OF BODILY- NON-BODILY STIMULI
1 L Inferior parietal lobe −45.2 −31.6 40 291
2 R Postcentral gyrus (Areas 2, 3b, 4p) 26.35 −48.19 66.1 194
3 L Superior frontal gyrus −20 8 62 107
4 M Middle cingulate cortex 3 19 40 97
5 R Cerebellum 0 −80 −20 72
6 L Posterior medial frontal gyrus −6 4 63 62
7 L Superior parietal lobe −20 −68 46 46
8 R Insula 40 22 −4 45
9 L Superior parietal lobe −18 −46 64 39
10 R Cerebellum 12 −80 −20 36
11 L Cerebellum −10 −46 −14 34
12 R Angular gyrus 30 −66 48 28
13 L Superior parietal lobe −34 −50 68 28
14 L Calcarine cortex −10 −93 −8 26
15 L Inferior parietal lobe −30 −54 52 26
MR OF NON-BODILY—MR OF BODILY STIMULI
1 R Middle occipital gyrus 32 −90 20 173
2 R Cuneus 18 −76 32 145
3 R Superior parietal lobule, precuneus 16 −60 58 83
MOTOR-IMAGERY BASED/EGOCENTRIC MR—VISUO-SPATIAL IMAGERY BASED/ALLOCENTRIC MR
1 R Postcentral gyrus (Areas 2, 3b, 4p) 24 −44 62 215
2 L Inferior parietal lobe, postcentral gyrus (Areas 2, 1 3b) −44 −30 40 177
3 L Superior parietal lobe −18 −50 70 92
4 R Angular gyrus 34 −64 48 43
VISUO-SPATIAL IMAGERY BASED/ALLOCENTRIC MR—MOTOR-IMAGERY BASED/EGOCENTRIC MR
1 R Precuneus 16 −54 48 186
2 R Superior frontal gyrus 22 −12 52 124
3 R Superior occipital gyrus 28 −70 28 91
4 L Middle occipital gyrus −32 −89 13 76
5 L Superior parietal lobe −38 −64 58 48
6 L Inferior temporal gyrus, inferior occipital gyrus −50 −68 −10 46
7 L Middle occipital gyrus −28 −72 32 27
8 R Posterior medial frontal gyrus 8 10 54 26
MR OF HANDS—MR OF BODY
1 L Precentral gyrus (Area 6) −20 −2 59 180
MR OF BODY—MR OF HANDS
1 L Lingual gyrus (Area 18) −15 −69 −1 77
MOTOR-IMAGERY BASED-EGOCENTRIC MR
1 R Middle frontal gyrus/precentral gyrus (Area 6) 29 12 52 449
2 L Superior parietal lobule −22 −56 66 343
3 L Superior frontal gyrus/precentral gyrus (Area 6) −22.8 −4.8 58.4 273
4 L Superior parietal lobule −25 −72 41 125
5 R Postcentral gyrus (areas 1, 2, 3b) 34 −42 66 107
6 L Inferior occipital gyrus −42 −70 −4 98
EGOCENTRIC MR- MOTOR-IMAGERY BASED
1 L Cuneus −12 −79 20 109
2 L Middle temporal gyrus −61.91 −52.15 −1.12 68
3 L Calcarine gyrus, Linual gyrus −15 −65 5 36
4 L Cuneus −2 −80 22 34
5 R Cerebellar vermis 4 −73 −26 31
PAIR OF STIMULI-SINGLE STIMULI
1 L IFG (p. Opercularis) −46.67 9.33 20.67 216
2 L Middle frontal gyrus −25.67 8.33 63 209
3 R Middle occipital gyrus 42 −83 0 345
4 L Superior parietal lobule −20 −47.6 65.2 124
5 L Middle occipital gyrus −30 −70 34 46
6 L IFG (p. Triangularis) −43 27 13 37
7 L Cerebelum −38 −74 −26 34
SINGLE STIMULI—PAIR OF STIMULI
1 R Inferior/Superior parietal lobule 32 −48 48 238
2 R Cerebellar vermis 6 −73 −16 111
3 L Middle occipital gyrus −38 −86 26 79
4 L Middle occipital gyrus −31 −95 10 63
5 R IFG (p. Opercularis) 38 8 34 63
6 L Middle frontal gyrus −18 −6 48 50
7 L Inferior parietal lobule −40 −42 38 45
8 R Precuneus 12 −70 50 40
9 L Precuneus −12 −56 52 39
10 L (L Cerebelum (Crus 1) −40 −50 −30 36
11 R Middle frontal gyrus 28 4 44 31
12 L Superior medial gyrus −4 18 42 29
13 L Paracentral lobule 4a −8 −30 66 25

Peaks of activation corrected above the threshold, MNI Coordinates (x, y, z) of maximum ALE-value, and maximum ALE-value of this cluster. All peaks are assigned to the most probable brain areas as revealed by the SPM Anatomy Toolbox (Eickhoff et al., 2005).