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. Author manuscript; available in PMC: 2016 May 9.
Published in final edited form as: J Cogn Neurosci. 2015 Dec 17;28(3):361–378. doi: 10.1162/jocn_a_00908

Table 3.

MRI Coordinates

Analysis Peak coordinates Peak location Cluster size (μl) Z-score
x y z
fMRI words > pseudowords −34 28 −12 L inferior frontal gyrus 29296 5.07
−4 42 52 L superior frontal gyrus 7248 4.97
−32 −40 −24 L fusiform gyrus 2496 4.73
10 −80 −26 R calcarine sulcus 2320 4
30 26 −10 R inferior frontal gyrus 4224 3.78
fMRI visual semantics −30 −36 −12 L parahippocampal gyrus / collateral sulcus 2656 4.9
fMRI abstract semantics −50 20 −12 L superior temporal gyrus 34984 5.38
−38 −90 −2 L middle occipital gyrus 2832 4.62
0 16 56 L / R superior frontal gyrus 7480 4.29
−4 −20 10 L thalamus 4048 4.23
Patient atrophy −29 −5 −34 L fusiform gyrus 93387 8.54
48 −1 −22 R middle temporal gyrus 10194 6.13
−17 41 11 L cingulate gyrus 1290 5.75
54 −44 −13 R inferior temporal gyrus 910 5.44
−31 12 32 L middle frontal gyrus 166 5.27
−57 −57 −6 L inferior temporal gyrus 214 5.15
−15 15 35 L cingulate gyrus 53 5.08
Patient regression analysis −28 −32 −7 L parahippocampal gyrus / hippocampus 2660 4.11

The results for “fMRI words > pseudowords” come from the contrast of word-association trials with pseudoword letter-matching trials. The results for “fMRI visual semantics” reflect the positive effects of the parametric modulator for visual association strength. The results for “fMRI abstract semantics” reflect the negative effects of the parametric modulator for visual association strength. The results for “Patient atrophy” are from the contrast of gray matter density in patients relative to controls. The results for the “Patient regression analysis” are from the regression of gray matter density and performance on visual relative to abstract concepts.