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. Author manuscript; available in PMC: 2009 Mar 6.
Published in final edited form as: Neuroimage. 2006 Jun 6;32(2):842–853. doi: 10.1016/j.neuroimage.2006.04.177

Table 1.

Brain regions identified by analysis of target trials

Brain Region Side Center of Mass (mm) X, Y, Z Brodmann Area(s) Volume (μl)
1 Superior temporal gyrus, temporoparietal junction L -54.5, -29, 12.1 41, 42 539
2 Superior temporal gyrus, temporoparietal junction R 53.5, -27.2, 16.5 40, 41 300
3 & 8 Anterior insula & precentral gyrus R 36.7, 3.2, 17.6 13 & 6 808
4 & 9 Posterior insula & precentral gyrus R 46.5, -5.5, 6.3 13 & 6 582
5 Fusiform gyrus, into parahippocampal gyrus L -23.5, -45.4, -9.3 19, 37 680
6 Fusiform gyrus R 24.1, -53, -9.3 19, 37 741
7 Precentral gyrus R 26.3, -13.4, 65.1 6 240
10 Midcingular gyrus B -3.3, -7.9, 42 24 318
11 Occipital cortex: lingual gyrus, cuneus B 1.5, -78.5, 1.5 17, 18 9625
12 Middle occipital gyrus L -31.4, -88.1, 0.7 18 907
13 Middle occipital gyrus R 28.8, -88.6, 0.7 18 1110

Regions in Talairach space where the BOLD signal intensity varied linearly with the number of cued locations. All ROIs except the middle occipital gyri increased in activation with less precise spatial cueing, an effect that was dependent upon the presentation of a target signal. L = left, R = right, B = bilateral. Regions 3 and 8 as well as regions 4 and 9 were artificially separated by removing one and two voxels of functional data, respectively.