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. 2009 Nov 4;20(7):1685–1695. doi: 10.1093/cercor/bhp232

Table 6.

Correlation between Ch4p volume and gray matter volume in MCI

Brain region Side CS Coordinates
P T31
x y z
Medial frontal gyrus (BA 9) R 689 8 46 28 0.001 4.58
Posterior hippocampus L 355 −33 −30 −5 0.001 4.46
Middle frontal gyrus (BA 10) L 285 −31 41 6 0.001 4.39
Uncus (BA 20) L 755 −36 −14 −27 0.001 4.11
Temporal pole (BA 38) L −33 7 −28 0.001 3.62
Ch4p/extended amygdala L 1096 −19 −10 −10 0.001 4.08
Parahippocampal gyrus (BA 35) L −23 −22 −19 0.001 3.76
Parahippocampal gyrus (BA 35) L −17 −16 −27 0.001 3.41
Subcallosal gyrus (BA 25) R 267 11 21 −4 0.001 4.01
Subcallosal gyrus (BA 25) R 10 32 −9 0.001 3.58
Posterior cingulate/precuneus (BA 31) L 365 −13 −55 26 0.001 4.01
Superior temporal gyrus (BA 22) L 295 −50 −36 3 0.001 3.71
Anterior cingulate (BA 32) R 197 11 42 7 0.001 3.60
Posterior hippocampus R 124 32 −30 −1 0.001 3.54
Middle temporal gyrus (BA 21) R 299 42 −3 −21 0.001 3.50
Temporal pole (BA 38) R 36 8 −24 0.001 3.30
Subcallosal gyrus (BA 25) L 109 −12 19 −5 0.001 3.34
Middle temporal gyrus (BA 21) L 194 −47 −14 −19 0.001 3.31
Middle temporal gyrus (BA 21) L −48 −3 −23 0.005 3.20
Fusiform gyrus (BA 37) R 186 38 −55 −10 0.001 3.25
Middle temporal gyrus (BA 37) R 41 −52 −3 0.005 3.08
Angular gyrus (BA 39) L 81 −43 −63 17 0.005 3.22
Parahippocampal gyrus (BA 28) R 59 22 −20 −19 0.005 3.19
Parahippocampal gyrus (BA 28) R 18 −17 −27 0.005 2.97
Superior temporal gyrus (BA 41) R 96 40 −38 12 0.005 3.14
Middle temporal gyrus (BA 21) L 74 −50 −26 −12 0.005 2.97
Superior temporal gyrus (BA 21) L −51 −22 −4 0.005 2.89

Note: L/R (left and right cerebral hemispheres, respectively). CS (cluster size) was set at 50 contiguous voxels. Coordinates in bold delineate a cluster and the peak-effect coordinate (in the Talairach reference space) within the cluster. Subsequent nonbold coordinates identify further peaks within the same cluster. Statistical values are uncorrected voxel-level P values and their corresponding T-values (31 degrees of freedom). BA (Brodmann area).