. Author manuscript; available in PMC: 2018 Sep 1.

Published in final edited form as: Dev Sci. 2017 Dec 11;21(5):e12632. doi: 10.1111/desc.12632

Table 1.

Brain regions which showed longitudinal increases in activation during stop and go decisions.

Region	BA		x	y	z	t	k
Stop Decision W2 > W1
AI		L	−30	17	−2	6.80	9093^a
VS		L	−24	5	−8	4.40	^a
VS		R	21	5	−5	5.62	^a
Fusiform	37	R	27	−79	−11	7.26	^a
ACC	32/34		0	26	28	4.09	^a
TPJ	39	R	57	−40	28	4.09	^a
TPJ	39	L	−54	−37	28	3.84	^a
dlPFC	9	R	21	44	28	3.49	^a
MTG	21	R	42	−73	22	2.99	^a
SPL	7	L	−21	−61	49	6.02	541^b
MCC	24	L	−6	−46	58	4.07	^b
Go Decision W2 > W1
AI		L	−42	2	−5	3.82	3750^c
VS		R	15	14	−2	3.39	^c
VS		L	−18	8	−2	5.65	^c
STS	22	L	−60	−28	7	5.40	^c
Thalamus		L	−6	−19	−5	2.83	^c
Cerebellum		R	30	−40	−20	5.69	^c
MTG	21	R	48	−73	19	3.92	91

Note. R refers to right and L refers to left. x, y, and z refer to MNI coordinates; t refers to the t-score at those coordinates (local maxima); AI refers to anterior insula; VS refers to ventral striatum; MTG refers to middle temporal gyrus; ACC refers to anterior cingulate gyrus; vlPFC refers to ventrolateral prefrontal cortex; dlPFC refers to dorsolateral prefrontal cortex; TPJ refers to temporoparietal junction; IPL refers to superior parietal lobule; STS refers to superior temporal sulcus; MCC refers to mid-cingulate cortex. Regions that share the same superscript are part of the same cluster.