Figure 6.
Functional connectivity of the intermediate-level subnetwork. (A) The circle plots visualize the “congruency” in the connectivity patterns of each pair of seeds across diverse experimental tasks (MACM; “left circle”) and fluctuations across time (RSFC; “right circle”). It shows the intranetwork characterization comparing to what extend seeds are identically connected within the social brain. (B) The task-dependent (“orange”) and task-free (“blue”) connectivity maps of seed as well as their spatial overlap (“yellow”) are displayed separately on the left, left-midline, superior, right-midline, and right surface views of a T1-weighted MNI single-subject template rendered using Mango (multi-image analysis GUI; http://ric.uthscsa.edu/mango/). All results are cluster-level corrected for multiple comparisons. For abbreviations see Table 1.

Functional connectivity of the intermediate-level subnetwork. (A) The circle plots visualize the “congruency” in the connectivity patterns of each pair of seeds across diverse experimental tasks (MACM; “left circle”) and fluctuations across time (RSFC; “right circle”). It shows the intranetwork characterization comparing to what extend seeds are identically connected within the social brain. (B) The task-dependent (“orange”) and task-free (“blue”) connectivity maps of seed as well as their spatial overlap (“yellow”) are displayed separately on the left, left-midline, superior, right-midline, and right surface views of a T1-weighted MNI single-subject template rendered using Mango (multi-image analysis GUI; http://ric.uthscsa.edu/mango/). All results are cluster-level corrected for multiple comparisons. For abbreviations see Table 1.

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