MIT Press

Table 2.

Regions That Demonstrate Significant Hemodynamic Signal Change during the Observation of Targets in Pain Collapsed across Group, as Compared with Baseline Fixation Cross (p < .001, k > 10)

Brain Regions	MNI Coordinates			t
Brain Regions	x	y	z	t
R AI	36	24	−8	4.50
L AI	−26	30	0	3.75
	−40	26	−4	3.60
	−26	26	−10	3.70
R perigenual cingulate cortex	8	40	2	3.73^a
R dACC	2	30	36	3.82
L medial pFC	−2	42	26	4.13
L superior frontal gyrus/L dorsal aMCC	−6	18	52	4.02^a
R superior frontal gyrus/dorsal midcingulate cortex	12	−2	58	3.82^a
L orbital midfrontal gyrus	−4	34	−22	3.85^a
L IFG	−52	24	0	4.68
L IFG	−46	24	20	5.40
R IFG	52	32	4	6.65
R IFG	50	20	24	3.72
R temporal-parietal junction/midtemporal gyrus	60	−38	−4	3.02
R temporal-parietal junction/midtemporal gyrus	62	−50	0	4.07
R middle temporal gyrus	50	−10	−18	3.62
R fusiform gyrus	38	−70	−14	4.91
L fusiform gyrus	−34	−62	−14	3.75
R PAG	2	−22	−12	4.76^a

Brain Regions	MNI Coordinates			t
Brain Regions	x	y	z	t
R AI	36	24	−8	4.50
L AI	−26	30	0	3.75
	−40	26	−4	3.60
	−26	26	−10	3.70
R perigenual cingulate cortex	8	40	2	3.73^a
R dACC	2	30	36	3.82
L medial pFC	−2	42	26	4.13
L superior frontal gyrus/L dorsal aMCC	−6	18	52	4.02^a
R superior frontal gyrus/dorsal midcingulate cortex	12	−2	58	3.82^a
L orbital midfrontal gyrus	−4	34	−22	3.85^a
L IFG	−52	24	0	4.68
L IFG	−46	24	20	5.40
R IFG	52	32	4	6.65
R IFG	50	20	24	3.72
R temporal-parietal junction/midtemporal gyrus	60	−38	−4	3.02
R temporal-parietal junction/midtemporal gyrus	62	−50	0	4.07
R middle temporal gyrus	50	−10	−18	3.62
R fusiform gyrus	38	−70	−14	4.91
L fusiform gyrus	−34	−62	−14	3.75
R PAG	2	−22	−12	4.76^a

L = left hemisphere; R = right hemisphere.

^ak = 0.

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