Table 3.

Regions of significant difference (at p = 0.001) in activation for the Stroop effect (i.e. Stroop minus control condition) between ALS patients and healthy controls

Cerebral region	Brodmann area(s)	Side	Coordinates of centroid point			Area (voxels)
			X	Y	Z
ALS > CON
Hippocampus	–	L	−29	−9	−20	13
		L	−39	−19	−16	124
Inferior temporal gyrus	20, 37	L	−51	−14	−20	17
		L	−60	−49	−12	7
Parahippocampal gyrus	19, 28, 36	L	−34	−26	−20	30
		L	−40	−43	−8	26
		L	−38	−44	−4	4
Fusiform gyrus	18, 37	L	−43	−52	−16	8
		L	−8	−85	−16	117
		L	−27	−96	−16	20
Middle temporal gyrus	20, 21, 39	L	−49	−28	−12	98
		L	−55	−33	−8	110
		L	−51	−21	−4	7
		L	−58	−30	−4	13
		L	−53	−47	8	20
		L	−40	−67	20	71
Lingual gyrus	18	L	−16	−84	−8	116
		L	−11	−74	−8	14
		L	−14	−89	−8	56
Superior temporal gyrus	21, 22, 42	L	−51	−20	1	10
		L	−51	−20	4	10
		L	−56	−44	12	19
		L	−47	−53	12	25
		L	−48	−47	16	219
		L	−49	−36	20	124
Cingulate gyrus	24, 32	L	−3	35	12	6
		L	−12	42	16	4
		L	−12	34	20	15
		L	−22	24	20	15
		L	−9	36	24	24
		L	−23	23	24	4
		L	−8	11	28	13
		L	−10	26	32	117
	24, 32	R	1	34	16	5
		R	2	35	20	4
Insula	–	L	−35	24	12	37
Trans temporal gyrus	41	L	−50	−19	12	13
Middle occipital gyrus	19	L	−45	−71	12	8
Caudate nucleus	–	L	−25	26	16	109
Medial frontal gyrus	9	R	3	38	24	3
		R	3	38	28	4
	9, 32	L	−9	35	28	33
		L	−10	25	35	111
Postcentral gyrus	2	L	−57	−16	24	3
Inferior parietal	39, 40	L	−48	−43	24	56
		L	−48	−62	24	7
		L	−41	−40	40	73
		L	−49	−36	45	26
		L	−35	−44	45	19
Superior occipital gyrus	19	L	−36	−73	24	60
		L	−37	−73	28	59
		L	−38	−72	32	22
Supramarginal gyrus	40	L	−53	−38	28	23
		L	−38	−46	28	13
		L	−55	−39	32	3
		L	−35	−43	32	14
		L	−38	−41	35	63