Skip to main content
. 2016 Dec 6;6:38481. doi: 10.1038/srep38481

Table 3. Activation table of brain areas showing group differences during correct inhibition to lures; no differences were found between cirrhosis vs. no-cirrhosis and between amnestic group and unimpaired patients.

  Cluster Index Z-score MNI (mm)
X y z
Amnestic/Non-amnestic >Unimpaireda
Cluster 2: 2252 voxels
 Central Opercular Cortex, L 2 3.50 −42 −22 20
 Postcentral Gyrus, L 2 3.20 −38 −24 40
 Insular Cortex, L 2 3.12 −36 −10 8
Cluster 1: 1199 voxels
 Postcentral Gyrus, R 1 3.16 34 −32 40
 Posterior Cingulate Gyrus, R 1 3.15 14 −36 42
 Superior Parietal Lobule, R 1 2.62 32 −40 58
Amnestic/Non-amnestic >Unimpairedb
Cluster 4: 5395 voxels
 Temporal Occipital Fusiform Cortex, R 4 3.63 38 −60 −10
 Occipital Pole, L 4 3.54 −22 −102 4
 Occipital Pole, R 4 3.40 32 −90 30
Cluster 3: 2670 voxels
 Central Opercular Cortex, L 3 3.70 −40 −20 22
 Insular Cortex, L 3 3.57 −38 −12 14
 Superior Parietal Lobule, L 3 3.16 −36 −42 58
 Postcentral Gyrus, L 3 3.02 −58 −14 46
Cluster 2: 1585 voxels
 Parietal Operculum Cortex, R 2 3.37 48 −24 30
 Postcentral Gyrus, R 2 3.35 56 −18 40
Cluster 1: 1029 voxels
 Precuneous Cortex, R 1 3.25 14 −36 44
 Precuneous Cortex, L 1 3.20 −10 −52 66
 Posterior Cingulate Gyrus, R 1 3.10 6 −36 46
 Superior Parietal Lobule, R 1 3.01 14 −50 64
 Lateral Occipital Cortex (Sup), R 1 2.91 24 −58 52

aPresents the brain areas where the brain activation to correct inhibition to lures was significantly greater in the Amnestic/Non-Amnestic compared to Amnestic type groups on fMRI. bPresents the brain areas where the brain activation to correct inhibition to lures was significantly greater in the Amnestic/Non-Amnestic compared to the Unimpaired type group on fMRI. A ‘Cluster’ is a group of anatomically adjacent voxels found to be statistically significant after thresholding with z-threshold = 2.3 and p = 0.05. Z-score represents the magnitude of group differences in activation and Montreal Neurological Institute (MNI) coordinates (x, y and z axis) represent a standardized way of presenting the anatomical location of the peak Z-score on a normalized brain template.