Table 1.

Functionally persistent hubs in dynamic brain networks (AAL-90).

ROI name	Hub probability	Degree variability (z-score)
L Rolandic operculum	0.90	0.09
L Superior temporal gyrus	0.87	0.19
R Insula	0.85	1.18
R Rolandic operculum	0.85	0.51
R Superior temporal gyrus	0.84	0.10
L Insula	0.81	1.12
R Heschl gyrus	0.80	−0.22
R Precental gyrus	0.77	0.34
L Heschl gyrus	0.75	−0.03
L Postcentral gyrus	0.74	0.39
L Anterior cingulate and paracingulate gyri	0.73	0.29
R Supplementary motor area	0.71	0.62
R Postcentral gyrus	0.70	0.10
R Lenticular nucleus, putamen	0.67	1.90
R Temporal pole: superior temporal gyrus	0.67	2.34
L Superior frontal gyrus, medial	0.65	−1.10
R Anterior cingulate and paracingulate gyri	0.64	0.53
R Supramarginal gyrus	0.63	0.90
L Lenticular nucleus, putamen	0.63	0.64
L Temporal pole: superior temporal gyrus	0.62	1.42
L Gyrus rectus	0.60	−0.07
L Median cingulate and paracingulate gyri	0.60	1.14
R Superior frontal gyrus, medial	0.59	−1.12
L Superior occipital gyrus	0.58	−0.72
R Superior frontal gyrus, medial orbital	0.57	−1.28
L Superior frontal gyrus, medial orbital	0.57	−1.33
R Superior occipital gyrus	0.55	0.19
L Precental gyrus	0.54	0.44
L Paracentral lobule	0.54	1.08
R Median cingulate and paracingulate gyri	0.53	0.87
R Inferior frontal gyrus, opercular part	0.53	−0.04
L Inferior frontal gyrus, opercular part	0.53	0.62
R Gyrus rectus	0.52	0.35
L Angular gyrus	0.51	−1.09

Functionally persistent hub regions (i.e., probability >0.5) at the group level are listed here. L, left; R, right. Hub probability represents the occurrence probability as functional hubs across windows, and degree variability denotes temporal variability of functional degree centrality across windows, which was further converted to z-score value by subtracting its mean across the brain and then dividing by the associated standard deviation. Positive z-score values indicate large temporal variability above the mean value across the brain.