Migraine is typically associated with pain and its
regulation. A series of multiple functional and structural
abnormalities within pain related resting-state brain
networks in migraine patients have been confirmed by
previous functional magnetic resonance imaging (fMRI)
studies [5-9]. Altered functional connectivity mainly
distribute in the right frontoparietal network (RFPN),
the default mode network (DMN), the sensorimotor
network (SMN), the silence network, the periaqueductal
gray networks, and so on. As a powerful tool to map
intrinsic brain activities, fMRI also provides means to
elucidate the possible neural mechanisms associated with