TABLE 4.

Areas of significant activation for Lie-minus-True group analysis of Mock-crime and No-crime groups.

Cluster	k	Voxel z-value	MNI Coordinates of Voxel with Largest t-value X, Y, Z (mm)	Anatomic Location of Voxel with Largest t-value	Brodmann’s Area of Voxel with Largest t-value	Complete Anatomic Area of Cluster
Mock-crime Group Analysis of Lie-minus-True (FDR < 0.05, k > 25)
1	920	5.29	−45, 30, −9	L orbitofrontal	47	L orbitofrontal
		4.69	−42, 12, 45	L precentral	9	L superior temporal pole
		4.66	−54, 30, −3	L orbitofrontal	45	L insula
						L precentral
						L inferior frontal
						L middle frontal
2	104	4.83	54, 15, −12	R superior temporal pole	38	R superior temporal pole
		3.81	33, 18, −15	R insula	48	R insula
		3.4	36, 27, −6	R orbitofrontal	47	*R orbitofrontal
3	234	4.66	−42, −51, 48	L inferior parietal	40	L inferior parietal
		4.53	−60, −51, 33	L supramarginal	40	L supramarginal
		3.58	−33, −42, 51	L inferior parietal	40	L angular
4	42	4.47	9, −3, 6	R thalamus	NA	R thalamus
		3.94	15, 0, 18	R caudate	NA	R caudate
5	367	4.31	9, 18, 54	R supplementary motor	6	R supplementary motor
		4.03	−3, 18, 48	L supplementary motor	32	L supplementary motor
		3.98	−6, 15, 57	L supplementary motor	6	*R anterior cingulate
						R middle cingulate
						L middle cingulate
						L superior medial frontal
						R superior medial frontal
6	65	4.23	9, −105, 6	R calcarine	17	R calcarine
		3.38	6, −93, 3	L calcarine	17	L calcarine
						R superior occipital
						R cuneus
7	187	4.19	27, −87, −9	R inferior occipital	18	R inferior occipital
		4.08	12, −84, −18	R cerebellum	18	R cerebellum
		3.95	−6, −81, −18	L cerebellum	18	L cerebellum
						R lingula
						L lingula
						R fusiform
8	62	4.01	39, 54, 12	R middle frontal	46	*R middle frontal
		3.81	33, 51, 21	R middle frontal	46	R superior frontal
9	116	3.8	−27, 51, 24	L middle frontal	46	L middle frontal
		3.46	−33, 60, 15	L middle frontal	10	L inferior frontal
		3.42	−45, 51, 6	L middle frontal	46	L superior frontal
10	35	3.7	−18, −102, 12	L middle occipital	17	L middle occipital
						L superior occipital
11	31	3.63	−9, −27, 18	L thalamus	NA	L thalamus
						L hippocampus
12	50	3.51	−24, −63, 60	L superior parietal	7	L superior parietal
		3.32	−15, −69, 60	L precuneus	7	L precuneus
13	34	3.28	−60, −36, −12	L middle temporal	20	*L middle temporal
		3.2	−51, −42, −6	L middle temporal	21	L inferior temporal
No-crime Group Analysis of Lie-minus-True (FDR < 0.05, k > 25)
1	576	5.02	−3, −24, 48	L middle cingulate	NA	L middle cingulate
		4.39	−12, −18, 42	L middle cingulate	NA	R precuneus
		4.19	9, −54, 33	R precuneus	23	R calcarine
						L calcarine
						L precuneus
						L cuneus
						R posterior cingulate
						L posterior cingulate
						L supplementary motor
						R supplementary motor
						L paracentral lobule
2	659	5.01	12, 54, 0	R orbitofrontal	10	*R orbitofrontal
		4.97	−12, 42, −15	L rectus	11	L rectus
		4.87	−3, 48, −18	L rectus	11	L orbitofrontal
						R rectus
						L anterior cingulate
						*R anterior cingulate
						L medial superior frontal
						R medial superior frontal
						R superior frontal
3	29	4.64	−45, −78, 36	L middle occipital	39	L middle occipital
						L angular
4	224	4.42	45, −27, 63	R postcentral	3	R postcentral
		3.94	42, −18, 45	R postcentral	4	R precentral
		3.86	30, −30, 54	R postcentral	3
5	117	4.22	57, −66, 18	R middle temporal	39	R middle temporal
		3.84	42, −51, 21	R middle temporal	39	R middle occipital
						R superior temporal
						R angular
6	27	4.15	30, −12, 9	R putamen	48	R putamen
						R insula
7	27	3.76	21, −18, −27	R parahippocampus	30	R parahippocampus
		3.46	27, −12, −27	R parahippocampus	36

^*Regions that have been significantly activated in our prior 3 studies for Lie-minus-True.

R, right; L, left; k, number of voxels in cluster; NA, location does not have a Brodmann’s Area value such as being located in deep brain structures or white matter.

Brodmann’s Areas and anatomic locations were determined using MRIcro and finding the closest reasonable value.