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. Author manuscript; available in PMC: 2015 Jul 13.
Published in final edited form as: Cereb Cortex. 2007 May 20;18(2):289–300. doi: 10.1093/cercor/bhm054

Table 4.

Areas of activation emerging from the group subtraction

Location of peak activation Brodmann’s
area
Cluster
size
t(20) MNI coordinates
x y z
(Control > autism)
 LMFG 9 133 4.30 −50 12 36
 RMFG 10 21 3.54 42 42 0
 LIFG 47 74 4.09 −24 8 −14
 RIFG 47 66 3.63 42 28 −6
 MedFG 8 128 3.94 −6 20 48
 Anterior cingulate 33, 24 791 5.64 6 12 24
 Cingulate gyrus 32 57 3.58 −4 26 34
 LIPL 40 42 3.85 −42 −38 26
 LIPL 40 18 3.50 −58 −38 22
 RIPL 40 33 3.97 42 −28 24
 R temporal pole 22 20 3.30 52 10 −4
 R superior temporal gyrus 22 140 4.22 46 −26 −6
 R middle temporal gyrus 39 76 5.07 44 −66 20
 L fusiform gyrus 19 14 3.55 −26 −60 −12
 L parahippocampal gyrus 28 12 3.88 −22 −20 −20
 L parahippocampal gyrus 21 3.28 −42 −42 −6
 L caudate 63 3.79 −18 −14 26
 R caudate 44 3.46 16 −10 28
 R mammillary body 27 3.57 4 −14 −12
 L thalamus 57 3.64 −2 −22 8
(Autism > control)
 R MFG 8 44 3.56 34 28 44
 R LPM area 6 76 4.38 32 −12 56
 R superior parietal lobe 7 18 3.81 28 −70 48

Notes: L = left, R = right. The threshold for significant activation was P < 0.005 for a spatial extent of at least 10 voxels, uncorrected for multiple comparisons. Region labels apply to the entire extent of the cluster. The t-values and MNI coordinates are for the peak activated voxel in each cluster only.