Table 4.

Task PLS (n = 65) reveals a network that co-activates more for high-SES (vs. Low-SES) targets.

Hemisphere	Region	Cluster size	MNI coordinates (mm)			BSR
			x	y	z
Increased co-activation with lower status
	N/A
Increased co-activation with higher status
L	Cerebellum	2591	− 39	− 57	− 42	4.71
R	Cerebellum		45	− 65	− 24	4.61
R	Lingual gyrus		21	− 78	− 9	4.21
L	Cerebellum	75	− 30	− 33	− 51	5.18
R	Cerebellum	21	30	− 30	− 48	5.25
L	Temporal pole	111	− 24	6	− 39	3.91
	Pons	25	0	− 27	− 30	3.61
R	Temporal pole	24	33	3	− 33	3.84
L	Inferior temporal gyrus	123	− 60	− 45	− 21	4.37
L	Fusiform gyrus		− 52	− 51	− 21	3.44
R	Posterior superior temporal gyrus	2858	66	− 30	15	5.34
R	Supramarginal gyrus		63	− 24	18	4.92
R	Insula		36	18	− 9	4.46
R	Middle frontal gyrus		52	50	7	4.32
R	Superior parietal lobule		21	− 60	69	4.06
R	Postcentral gyrus		60	− 22	50	3.95
R	Inferior frontal gyrus		51	9	39	3.81
R	Midbrain	63	33	− 27	3	3.95
L	Insula	41	− 39	− 3	6	4.04
R	Middle occipital gyrus	21	42	− 84	6	3.60
L	Middle frontal gyrus	74	− 39	45	18	3.68
L	Superior frontal gyrus		− 31	57	18	3.49
L	Supramarginal gyrus	49	− 57	− 45	24	3.96
L	Precentral gyrus	584	− 48	− 12	30	4.39
L	Supramarginal gyrus		− 51	− 45	60	4.09
L	Postcentral gyrus		− 48	− 18	33	4.06
L	Inferior parietal lobule		− 48	− 42	45	3.95
R	Middle cingulate gyrus	71	6	3	33	3.80
L	Precuneus	25	− 21	− 66	36	3.39
R	Middle frontal gyrus	205	27	3	66	4.37
R	Superior frontal gyrus		21	30	57	3.44
L	Middle frontal gyrus	48	− 24	24	60	4.06
R	Superior frontal gyrus	41	9	− 6	84	3.62

R right, L left, BSR bootstrap ratio—BSR indexes reliability of each cluster. All BSR ≥ 3; all clusters ≥ 20 voxels.

Cluster subregions are reported to illustrate the anatomical extent of the cluster beyond the peak BSR.

Follow-up analyses revealed that this network was driven primarily by participants identifying as men (Fig. 5).