Table 3. MNI coordinates and Brodmann areas (BA) of statistically stronger cerebral inhibition in high hynotizable (N = 15) as compared to low hypnotizable participants (N = 15) for P300 wave (280 ms) during PP trials.

X(MNI)	Y(MNI)	Z(MNI)	t*	BA	Limbic Lobe
5	−30	30	5.26	23	Cingulate Gyrus
5	−30	25	5.11	23	Posterior Cingulate
0	−30	30	5.10	23	Cingulate Gyrus
5	−30	35	5.09	23	Cingulate Gyrus
0	−25	30	5.01	23	Cingulate Gyrus
20	−30	40	4.95	31	Cingulate Gyrus
−5	−30	30	4.92	23	Cingulate Gyrus
15	−30	40	4.86	31	Cingulate Gyrus
5	−20	30	4.84	23	Cingulate Gyrus
5	−35	25	4.80	23	Posterior Cingulate
20	−35	40	4.74	31	Cingulate Gyrus
10	−30	40	4.73	31	Cingulate Gyrus
0	−35	35	4.73	31	Cingulate Gyrus
15	−25	40	4.73	31	Cingulate Gyrus
0	−20	30	4.71	23	Cingulate Gyrus
−5	−30	25	4.62	23	Posterior Cingulate
5	−30	40	4.62	31	Cingulate Gyrus
15	−35	40	4.62	31	Cingulate Gyrus
5	−20	35	4.61	23	Cingulate Gyrus
0	−35	25	4.58	23	Cingulate Gyrus
0	−30	40	4.55	31	Cingulate Gyrus
−5	−20	30	4.54	23	Cingulate Gyrus
−10	−30	40	4.53	31	Cingulate Gyrus
−5	−30	40	4.53	31	Cingulate Gyrus
−15	−30	40	4.52	31	Cingulate Gyrus

^*t-crit. = 3.88, p<.01.