Table 3.

Areas of activation resulting from parametric manipulation.

Model	Region of activation	Number of voxels	BA	x	y	z
Quadratic	Body/tail of caudate-R	2588	–	17	−14	20
	DLPFC-R	1744	9,46	46	24	34
	DLPFC-R	1486	9	30	41	43
	Frontal pole-R	164	10	9	60	3
	Middle temporal gyrus-R	209	37	58	−56	−6
	Parietal cortex-L	1194	39	−41	−45	33
	Parietal cortex-R	9419	7,39,40	19	−64	36
	Pre-central gyrus-L	1119	4	−27	−7	64
	Pre-central gyrus-R	4440	4,6	29	0	54
	Pre-central gyrus-R	183	4	15	−3	57
	Premotor cortex-L	491	6	−32	1	33
	Putamen-L	643	–	−23	−1	17
	Putamen-L	315	–	−28	−4	2
	Putamen-R	1882	–	27	−8	2
	Superior parietal cortex-L	1398	7	−17	−71	55
	VLPFC-R	256	45	40	30	8
	Anterior cingulate gyrus-L	204	24	−5	33	21
	OFC-L	467	24,32	−8	37	12
Linear	DLPFC-L	246	46	−46	19	37
	DLPFC-R	283	9,46	33	21	47
	Inferior temporal gyrus-L	776	20,21	−58	−28	−16
	Insula-L	230	13	−31	12	6
	Parietal cortex-L	179	7	−13	−77	37
	Precuneus-L	257	17,18,31	−25	−70	26
	Putamen/insula-R	2271	13	24	11	11
	Superior parietal cortex-L	174	40	−26	−53	44
	OFC-L	33	11	−2	36	−10
	Parahippocampal gyrus-L	216	36	−26	−31	−11
Quadratic>Linear	Angular gyrus-R	60	39	45	−55	7
	DLPFC-R	537	9,46	18	27	57
	DLPFC-R	122	9	13	39	51
	Middle temporal gyrus-R	95	21	53	−46	−1
	Motor cortex-R	89	4	28	−2	64
	Occipital cortex-R	122	17,18	20	−96	15
	Posterior parietal cortex-R	937	7	16	−80	45
	Posterior cingulate gyurs-L	83	23	−10	−27	33
	Posterior cingulate gyurs-R	124	30	15	−53	25
	VMPFC-R	360	11	5	55	3
Linear > Quadratic	Anterior cingulate gyrus-L	150	24	−8	32	11
	Motor cortex-L	95	4	−3	−10	56
	Parahippocampal gyrus-L	173	36	−23	−33	−13
	Superior parietal cortex-L	117	7	3	−42	63

BA, Brodmann areas; x,y,z, Talairach coordinates (Talairach and Tournoux, 1998) of central voxel in activated cluster. Cluster size threshold based on uncorrected voxelwise p < 0.005 and cluster size alpha <0.05. Bold items indicate negative t-values.