Table 1. The table shows anatomical regions with significant activation changes, their laterality, and BA, Brodmann’s areas.

Brain Region	BA	No. Voxels	Peak t-value	x	Y	z
Negative feedback > baseline
R. Superior Frontal Gyrus	10	19	7.47	39	53	19
R. Ventral Striatum		52	8.81	27	−4	10
R. Ventral Striatum		27	8.11	−24	2	7
R. Superior Temporal Gyrus	41/6	28	7.38	57	−19	7
R. Inferior Occipital Gyrus	18/19	142	10.50	30	−94	−11
Baseline > Negative feedback
R. Medial Prefrontal Cortex	9/6	17	7.23	3	44	37
L. Dorsolateral Frontal Cortex	45	67	8.79	−45	29	7
L. Inferior Frontal Gyrus	13/47	22	7.55	−30	23	−8
R. Inferior Frontal Gyrus	13	11	7.44	42	26	10
R. Inferior Frontal Gyrus	47	35	9.22	27	26	−11
R. Thalamus		136	9.20	6	−16	−2
Positive feedback > Negative feedback
R. Middle Frontal Gyrus	46/9/47	1638	19.61	51	26	31
Inferior Frontal Gyrus
Ventral Striatum
R. Medial Frontal Gyrus	8	18	7.19	3	32	46
L. Middle Frontal Gyrus	9/46	1039	14.34	−42	8	46
Inferior Frontal Gyrus
L. Inferior Frontal Gyrus	13/47	45	9.79	−33	23	−5
L. Anterior Cingulate Cortex	32/24	73	7.89	−3	41	−2
R. Posterior Cingulate Cortex	31/23	100	9.55	6	−31	34
R. Precuneus	7	29	7.87	12	−67	40
L. Superior Temporal Gyrus	22	310	9.61	−57	−46	7
R. Middle Temporal Gyrus	21	191	9.16	54	−46	−11
L. Inferior Parietal Lobule	40/7	332	9.01	−42	−67	43
Superior Parietal Lobule
R. Inferior Parietal Lobule	40/7	377	9.05	54	−58	43
Superior Parietal Lobule
Feedback stage: Quit > continue
R. Medial Frontal Gyrus	32/9	33	7.41	9	26	34
Anterior Cingulate Cortex
Choice stage: Quit > continue
R. Inferior Frontal Gyrus	47	97	9.32	36	20	−8
R. Middle Frontal Gyrus	10	35	8.84	39	50	1
R. Inferior Frontal Gyrus	9	224	10.11	51	14	25
R. Middle Frontal Gyru	46	142	8.84	48	32	22
L. Insula	13	29	7.31	−33	17	4
R. Middle Temporal Gyrus		13	7.06	54	−46	−5
R. Inferior Parietal Lobule	7	60	7.05	33	−61	40

Areas of brain activation for negative feedback (MNI coordinates).