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. 2015 Jun 1;10(6):e0128474. doi: 10.1371/journal.pone.0128474

Table 7. Brodmann areas (BA) and Talairach coordinates (x, y, z) of statistically stronger cerebral activation for P200 wave in high and low hypnotizable subjects (HHs and LHs) during Hyperalgesia and Hypoalgesia compared to Control treatment.

HHs during Hypnosis: Hyperalgesia vs. Control 1
x y z t* BA Lobe Structure
-54 -48 12 9.74784 22 Temporal Superior Temporal Gyrus
-54 -63 -1 9.53931 37 Temporal Middle Temporal Gyrus
-50 -43 21 9.46606 13 Temporal Superior Temporal
-50 -63 -1 9.29273 19 Temporal Inferior Temporal/Middle Occipital Gyrus
-30 -55 63 8.98662 7 Parietal Superior Parietal Lobule/Precuneus
HHs during Hypnosis: Hypoalgesia vs. Control 2
40 45 25 -8.6906 10 Frontal Middle Frontal Gyrus
40 40 30 -8.79829 9 Frontal Superior Frontal Gyrus
-5 20 17 -9.29295 33 Limbic Anterior Cingulate
30 15 13 -8.89571 13 Sub-lobar Insula
25 -86 32 -9.1781 19 Occipital Cuneus
HHs during Waking: Hyperalgesia vs. Control 3
-53 -40 -18 3.17 37 Temporal Inferior Temporal Gyrus
HHs during Waking: Hypoalgesia vs. Control 4
54 4 -21 -4.45 21 Temporal Middle Temporal Gyrus
LHs during Hypnosis: Hyperalgesia vs. Control 5
-53 16 37 5.33 9 Frontal Middle Frontal Gyrus
-53 -22 -24 5.17 20 Temporal Inferior Temporal Gyrus
LHs during Hypnosis: Hypoalgesia vs. Control 6
30 32 40 -5.72 9 Frontal Middle Frontal Gyrus
-55 -54 40 -4.89 40 Parietal Inferior Parietal Lobule
LHs during Waking: Hyperalgesia vs. Control 7
-35 46 42 5.19 9 Frontal Middle Frontal Gyrus
-60 -53 -15 5.04 37 Temporal Inferior Temporal Gyrus
LHs during Waking: Hypoalgesia vs. Control 8
49 47 4 -3.89 10 Frontal Middle Frontal Gyrus
-40 -31 52 -4.12 40 Parietal Postcentral Gyrus
50 -32 52 -3.64 40 Parietal Postcentral Gyrus

1 tcrit = 8.35, p<0.01

2 tcrit = 8.28, p<0.01

3 t crit = 4.61, p<0.05

4 t crit = 5.43, p<0.05

5 t crit = 13.56, p<0.05

6 t crit = 14.21, p<0.01

7 t crit = 14.04, p<0.05

8 t crit = 14.80, p<0.05