Table 2.

Reliable clusters identified for the significant LV in the task PLS analysis (bootstrap ratios ≥ ±2.5).

Lag	Cluster region		BA	Figure	Talairach coordinates			Size	Bootstrap
					X	Y	Z
A. POSITIVE SALIENCES/BOOTSTRAP RATIO
1	L	Thalamus			−22	−34	11	213	4.32
1	R	Precentral gyrus	44		44	14	10	183	5.41
1	R	Insula	13		36	−7	13	168	5.83
1	R	Posterior cingulate	29		12	−46	15	147	6.37
1	R	Cerebellar tonsil			30	−49	−40	140	5.77
1	R	Inferior frontal gyrus	47		28	35	0	120	4.95
1	L	Declive			−18	−85	−23	72	4.69
1	L	Parahippocampal gyrus	34		−12	−9	−20	51	4.49
2	R	Cingulate gyrus	31		24	−23	36	65	4.44
2	R	Cerebellar tonsil			24	−62	−39	50	3.75
3	L	Inferior frontal gyrus	46		−42	35	2	94	6.21
5	L	Culmen		a	−26	−27	−34	93	7.67
5	R	Middle frontal gyrus	10	b	42	64	−9	73	6.58
5	L	Caudate body		c	−6	5	15	65	4.32
7	L	Rectal gyrus	11		−6	34	−20	78	4.57
7	R	Rectal gyrus	11		12	34	−18	59	3.69
B. NEGATIVE SALIENCES/BOOTSTRAP RATIOS
1	L	Red nucleus			0	−22	−4	357	−6.44
2	L	Middle temporal gyrus	22		−55	−41	2	1570	−6.82
2	L	Precentral gyrus	6		−48	2	31	1299	−6.48
2	R	Middle frontal gyrus	46		50	21	23	963	−5.56
2	R	Culmen			10	−68	−6	798	−6.98
2	L	Subthalamic nucleus			−8	−14	−3	739	−5.89
2	L	Postcentral gyrus	3		−30	−35	44	684	−5.58
2	R	Superior temporal gyrus	22		46	−17	9	667	−4.93
2	L	Superior frontal gyrus	10		−18	61	17	624	−6.32
2	L	Cingulate gyrus	24		−6	19	29	531	−4.66
2	L	Superior frontal gyrus	6		−6	16	54	524	−5.84
2	R	Postcentral gyrus	2		42	−25	40	433	−4.63
2	R	Medial frontal gyrus	10		16	55	10	367	−4.89
2	R	Putamen			20	14	7	364	−5.87
3	L	Paracentral lobule	5		0	−30	55	2239	−8.04
3	R	Medial frontal gyrus	10		10	59	10	900	−6.59
3	R	Parahippocamp. gyrus			28	1	−15	643	−5.47
3	L	Putamen			−28	0	6	567	−6.66
3	L	Precuneus	31		−30	−71	20	393	−4.89
3	R	Precentral gyrus	6		50	3	20	362	−4.89
4	L	Cingulate gyrus	24		−16	2	46	613	−5.88
4	R	Medial frontal gyrus	6		16	5	61	497	−4.64
4	L	Insula	13		−38	−44	22	443	−7.66
4	L	Precentral gyrus	4		−58	−12	26	357	−6.69
5	L	Cingulate gyrus	32	d	−8	17	36	2197	−7.82
5	L	Superior temporal gyrus	41	e	−46	−29	7	1822	−13.20
5	R	Superior temporal gyrus	42	f	69	−19	6	1108	−7.73
5	L	Amygdala		g	−20	−12	−10	753	−4.33
5	R	Precentral gyrus	6	h	38	−12	41	742	−6.48
5	L	Medial frontal gyrus	10	i	0	66	−3	646	−6.75
5	L	Inferior temporal gyrus	37	j	−59	−56	−2	429	−5.40
5	R	Uncus	28	k	28	1	−28	390	−7.72
5	L	Putamen		l	−26	19	1	364	−7.47
6	R	Medial frontal gyrus	6		8	−23	49	3066	−8.15
6	L	Medial frontal gyrus	10		−2	60	−3	837	−7.28
6	R	Inferior frontal gyrus	44		51	5	18	814	−5.22
6	L	Putamen			−22	16	−1	778	−7.19
6	L	Inferior parietal lobule	40		−51	−36	26	536	−5.24
6	L	Superior frontal gyrus	10		−22	49	5	353	−4.51
6	L	Thalamus			−4	−29	−6	314	−3.88
6	R	Medial frontal gyrus	9		8	46	18	313	−7.17
7	L	Anterior cingulate	32		−8	36	18	2266	−6.48
7	L	Inferior frontal gyrus	9		−46	7	25	1593	−6.88
7	L	Declive			−40	−57	−17	1584	−6.51
7	L	Supramarginal gyrus	40		−48	−43	33	1343	−7.37
7	R	Declive			34	−61	−10	906	−5.75
7	R	Superior frontal gyrus	6		16	20	54	863	−6.44
7	R	Precuneus	7		24	−56	43	841	−6.79
7	R	Caudate head			8	11	−4	759	−6.24
7	R	Middle frontal gyrus	46		48	20	21	689	−6.24
7	L	Inferior occipital gyrus	18		−30	−88	−10	624	−7.00
7	R	Inferior temporal gyrus	20		48	−4	−33	395	−4.04

Lag refers to the time period, in TRs of 2 s each, after stimulus onset during which the peak bootstrap ratio occurred. Cluster region and BA indicate the locations and Brodmann areas determined from Talairach and Tournoux (1988). A designation for cross-reference to regions active in lag 5 and appearing in Figure 3 is indicated. The letter designation appears to the right of the region in Figure 3. Talairach coordinates x, y, and z indicate voxel coordinates in Talairach space. Size refers to the number of contiguous voxels in the cluster. Bootstrap is an index of reliability across subjects.