Table 3.

Vision-related activation foci

Focus	Task	Baseline	Zstat	Talairach ′88 (mm)			Left map (map-mm)		Right map (map-mm)		R-L2-D
				x	y	z	u	v	u	v
Color
Lueck et al., 1989	View color	Gray
1a (T1)			–	22	−73	−8	−206	−10	−208	−23	13
1b (T1)			–	−24	−70	−5	−201	−14	−205	−26	13
Zeki et al., 1991
2a (T1)			2.9	20	−66	−4	−204	−28	−205	−46	18
2b (T1)			3.9	−26	−68	−8	−193	−25	−191	−30	5
2c (T1)			13	−4	−90	0	−236	−1	−244	−6	9
Corbetta et al., 1991	Attend color	Passive
3a (5)			2.0	−5	−61	9	−236	−31	−236	−46	15
3b (5a)			2.0	−5	−65	14	−242	−24	−166	133	174*
3c (5b)			2.0	−6	−71	15	−188	109	−164	127	30
3d (6)			2.0	−8	−76	4	−230	−14	−247	−25	20
3e (6a)			2.0	−6	−71	4	−232	−17	−232	−33	16
3f (23)			2.2	−24	−52	0	−200	−43	−192	−52	12
3g (24)			2.0	−21	−80	19	−174	67	−158	75	18
3h (25)	Attend color	Div att’n	2.2	−24	−80	−4	−204	−3	−200	−11	9
3i (26)			2.0	19	−76	2	−216	−3	−224	−27	25
3j (27)			2.2	−26	−80	6	−209	91	−184	42	55
3k (27a)			2.2	−24	−82	11	−175	62	−185	46	19
3l (27b)			2.0	−23	−82	15	−175	64	−162	68	18
3m (27c)			2.0	−21	−81	21	−170	65	−157	77	18
3n (28)			2.0	23	−77	32	−154	59	−142	79	24
Motion
Zeki et al., 1991	Coherent motion	Static
2d (T2)			5.6	38	−62	8	−152	0	−150	10	10
2e (T2)			4.5	−38	−74	8	−175	29	−162	12	21
Watson, 1993
4a (T1)			7.8	−44	−70	0	−168	−7	−159	1	12
4b (T1)			9.0	40	−68	0	−165	−10	−157	5	17
4c (T1)			11	2	−88	0	−238	−3	−195	116	127*
4d (T1)			11	4	−88	4	−238	−1	−199	118	125*
McCarthy et al., 1995	Incoherent motion	Blinking
5a (T1)				43	−64	7	−147	−2	−146	8	10
5b (T1)				−45	−67	1	−164	−2	−155	1	9
Dupont et al., 1994	Coherent motion	Static
6a (T1)			4.9	46	−72	0	−175	2	−162	1	13
6b (T1)			5.7	−32	−74	8	−176	26	−166	10	19
6c (T1)			4.2	8	−90	0	−232	2	−248	−5	17
6d (T1)			4.6	24	−74	16	−164	121	−154	69	53
6e (T1)			4.6	40	−72	−12	−177	−15	−178	−20	5
6f (T1)			3.9	52	−38	16	−77	−19	−70	−27	11
6g (T1)			3.9	20	−74	28	−149	70	−147	123	53
6h (T1)			4.4	48	−28	36	−36	−5	−48	30	37
Zeki et al., 1993	Coherent motion	Static
7a (T2)			5.9	−42	−68	−4	−166	−10	−165	−17	7
7b (T2)			4.3	40	−72	0	−185	−4	−162	5	25
7c (T1)	Illusory	Static	4.1	−38	−66	0	−163	−10	−165	−24	14
7d (T2)			3.9	42	−58	−12	−161	−19	−147	−39	24
7e (T3)			3.9	40	10	0	12	−64	8	−62	4
7f (T3)			3.9	6	14	40	53	154	71	119	39
7g (T3)			3.6	−60	−44	12	−108	−16	−79	−23	30
DeJong et al., 1994	Optical flow	Coherent
8a (T1)			3.9	−28	−80	−8	−201	0	−194	−10	12
8b (T1)			4.6	40	−66	−8	−165	−13	−173	−24	14
8c (T1)			4.1	22	−86	4	−216	7	−203	−12	23
8d (T1)			4.0	22	−86	8	−210	94	−186	47	53
8e (T1)			3.8	22	−76	36	−144	76	−135	78	9
8f (T1)			3.8	−38	−60	−8	−161	−14	−153	−35	22
Corbetta et al., 1991	Attend motion	Passive
3o (2)			2.7	5	−78	15	−191	102	−174	108	18
3p (3)			2.2	14	−65	−4	−211	−19	−213	−41	22
3q (15)			2.0	−37	−61	2	−158	−4	−162	−26	22
3r (16)			2.0	−39	−50	9	−123	2	−109	−8	17
3s (17)			2.0	33	−78	2	−184	25	−178	11	15
3t (18)			2.0	30	−59	0	−200	−38	−162	−31	39
3u (19)			2.0	−30	−65	17	−152	33	−150	21	12
3v (4)	Attend motion	Div att’n	2.2	14	−84	6	−242	10	−202	126	123*
3w (20)			2.2	−39	−70	17	−155	30	−154	24	6
3x (21)			2.2	53	−29	17	−55	−25	−71	−32	17
3y (22)			2.2	−21	−35	−13	−199	−69	−189	−81	16
Orban et al., 1995	Attend motion	Passive
9a (F3)				−25	−88	−1	−210	10	−201	−12	24
Focus	Task	Baseline	Zstat	Talairach ′88 (mm)			Left map (map-mm)		Right map (map-mm)		R-L2-D
				x	y	z	u	v	u	v
Form
Malach et al., 1995
10a (p 8136)	Objects	Textures		43	−73	−18	−174	−14	−178	−20	7
Puce et al., 1995
11a (T2)	Letters	Faces		−40	−66	−17	−173	−22	−175	−23	2
11b (T2)		Textures		−37	−71	−22	−176	−20	−179	−23	4
11c (T2)	Textures	Faces		22	−49	−16	−180	−44	−175	−55	12
11d (T2)				−24	−67	−12	−196	−24	−185	−32	14
11e (T2)		Letters		21	−59	−16	−183	−36	−180	−44	9
11f (T2)				−21	−64	−16	−198	−27	−183	−37	18
Corbetta et al., 1991	Attend shape	Passive
3z (7)			2.6	−8	−63	15	−183	121	−163	137	26
3A (8)			2.6	12	−69	13	−195	119	−179	142	28
3B (9)			2.6	14	−65	2	−217	−29	−243	−55	37
3C (29)			2.6	−17	−69	0	−214	−25	−210	−39	15
3D (29a)			2.6	−17	−71	−4	−212	−11	−219	−25	16
3E (30)			2.6	−17	−42	−15	−181	−45	−174	−58	15
3F (31)			2.6	35	−48	−11	−169	−39	−163	−46	9
3G (32)			2.6	−14	−42	−4	−219	−57	−202	−70	21
3H (33)			2.6	28	−31	−6	−190	−67	−179	−80	17
3I (34)			2.2	15	−46	6	−160	149	−224	−67	225*
3J (35)			2.2	39	−23	9	−44	−39	−57	−39	13
3K (10)	Attend shape	Div att’n	2.6	14	−78	15	−203	102	−165	79	44
3L (36)			2.2	−26	−82	−4	−206	3	−198	−10	15
3M (36a)			2.2	−23	−78	−4	−202	−6	−205	−16	10
3N (37)			2.6	−41	−65	−13	−175	−18	−176	−23	5
3O (38)			2.0	24	−38	−15	−175	−55	−169	−64	11
3P (39)			2.6	−15	−35	4	−221	−72	−212	−82	13
3Q (40)			2.6	19	−33	−4	−217	−74	−207	−87	16
3R (41)			2.2	15	−31	4	−218	−73	−210	−84	14
3S (42)			2.0	30	−27	−6	−186	−70	−175	−83	17
3T (43)			2.6	15	−46	9	−159	146	−151	160	16
3U (44)			2.2	−48	−14	4	−53	−48	−66	−55	15
3V (45)			2.6	50	−12	−2	−79	−52	−69	−67	18
3W (46)			2.6	−17	−74	32	−150	73	−141	113	41
Orban et al., 1995	Attend shape	Passive
9b (F3)			3.6	9	−73	7	−230	−19	−248	−42	29
9c (T1)			3.2	23	−56	34	−103	57	−99	56	4
Face
Puce et al., 1995	Faces	Letters
11g (T2)				30	−54	−20	−175	−41	−170	−48	9
11h (T2)				36	−66	−17	−177	−24	−178	−24	1
11i (T2)				47	−64	−1	−149	−13	−157	−13	8
11j (T2)				−38	−59	−21	−169	−29	−149	−43	24
11k (T2)				−40	−74	−3	−182	−4	−170	−17	18
11l (T2)	Faces	Textures		−39	−54	−23	−166	−31	−146	−48	26
11m (T2)				31	−54	−21	−174	−42	−168	−49	9
11n (T2)				38	−62	−18	−172	−27	−174	−31	4
11o (T2)				43	−65	−4	−163	−7	−161	−17	10
Haxby et al., 1994	Faces	Location + control
12a (T2)			6.2	30	−84	−8	−202	3	−193	−10	16
12b (T2)			4.6	36	−62	−16	−174	−27	−173	−33	6
12c (T2)			3.6	34	−58	0	−160	−10	−160	−30	20
12d (T2)			5.5	38	−40	−16	−151	−58	−150	−70	12
12e (T2)			4.8	24	30	4	54	−78	43	−91	17
12f (T2)			3.5	24	34	−12	53	−89	41	−99	16
12g (T2)			4.3	−28	−82	−12	−201	1	−191	−11	16
12h (T2)			4.7	−36	−58	−16	−172	−31	−171	−39	8
12i (T2)			4.4	−38	−42	−20	−150	−57	−148	−56	2
Spatial
Haxby et al., 1994	Location	Faces + control
12j (T3)			4.2	24	−76	24	−148	63	−147	71	8
12k (T3)			6.0	10	−58	44	−110	110	−99	133	25
12l (T3)			4.5	32	−38	36	−62	36	−59	43	8
12m (T3)			4.1	−24	−6	44	23	71	17	55	17
12n (T3)			4.3	−30	−80	16	−171	57	−157	67	17
12o (T3)			4.6	−16	−64	48	−109	100	−108	96	4
12p (T3)			4.4	−36	−44	36	−72	28	−61	40	16

Focus number assigns an identity to each focus (see Results, Fig.11). Reference to each focus in the original study is given as a table number (e.g., T1), figure number (e.g., F1), or (for Corbetta et al., 1991) their designated focus number. Task and Baseline refer to stimulus characteristics and behavioral requirements of the primary task and baseline control task. Statistical significance of each focus is reported as a Z statistic (Z stat). Talairach ′88 coordinates are as reported in the study or after converstion from Talairach ′67 coordinates (see Materials and Methods). Surface-based coordinates are determined from the nearest point on the left and right hemisphere flat maps. In the last column, R-L_2-D indicates the misalignment between left and right hemisphere map coordinates.