Table 3.

Brain areas activated by anticipation, outcome, and evaluation from the ALE analysis (FDR p<0.05 and a minimum cluster size of 60 voxels).

Region	L/R	x	y	z	ALE (10−3)	Size
Anticipation
Nucleus Accumbens	R	12	10	−4	20	7960
Nucleus Accumbens	L	−12	10	−6	20
Insula	R	38	20	−8	10
Insula	L	−32	18	−6	8
Thalamus	R	4	−12	12	6
Thalamus	L	−10	−22	12	6
Brain Stem	R	8	−18	−10	6
Brain Stem	L	−4	−24	−6	5
Putamen	R	24	4	0	5
Supplementary Motor Area	R	2	8	48	8	2258
Anterior Cingulate Cortex	L	2	24	40	7
Anterior Cingulate Cortex	R	4	38	38	5
Anterior Cingulate Cortex	R	2	28	34	7
Supplementary Motor Area	L	−2	−6	50	4
Medial Orbitofrontal Cortex	L	−2	50	−16	5	450
Inferior Parietal Lobule	L	−28	−58	50	5	327
Middle Frontal Gyrus	R	40	28	34	4	192
Superior Parietal Lobule	R	34	−52	52	3	131
Middle Frontal Gyrus	L	−26	4	52	4	119
Precentral Gyrus	L	−44	6	30	3	95
Posterior Cingulate Cortex	L	0	−30	32	4	94
Outcome
Nucleus Accumbens	R	12	10	−6	27	11322
Nucleus Accumbens	L	−10	8	−4	26
Medial Orbitofrontal Cortex	L	−2	56	−6	10
Medial Orbitofrontal Cortex	R	2	48	−14	9
Amygdala	R	26	0	−16	10
Insula	R	36	22	−8	9
Insula	L	−28	24	−8	7
Thalamus	R	4	−16	6	9
Anterior Cingulate Cortex	R	8	24	32	7
Supplementary Motor Area	R	4	22	52	6
Frontal Pole	L	−18	40	−16	6
Posterior Cingulate Cortex		0	−22	32	5	345
Superior Frontal Gyrus	L	−24	30	48	5	150
Supplementary Motor Area	R	2	−6	50	4	147
Inferior Frontal Gyrus	L	−54	18	16	3	113
Occipital Pole	L	−32	−94	−12	5	111
Middle Frontal Gyrus	R	44	36	28	4	110
Evaluation
Pallidum	L	−10	4	−4	7	2846
Putamen	L	−26	6	−8	5
Nucleus Accumbens	R	10	10	−10	5
Nucleus Accumbens	L	−16	4	−14	5
Dorsomedial Frontal Cortex	L	−2	24	42	3	585
Anterior Cingulate Cortex	R	6	26	34	3
Anterior Cingulate Cortex	L	−2	32	30	3
Lateral Orbitofrontal Cortex	R	30	30	−16	3	363
Insula	R	38	18	−4	2
Caudate	R	20	4	18	2	202
Frontal Pole	L	−36	50	10	4	137
Frontal Pole	R	32	54	−4	2	132
Precentral Gyrus	L	−48	4	24	3	100