Evidence of a dissociation pattern in default mode subnetwork functional connectivity in XXXX .

@entity1 @entity15131 @entity161 @entity1833
The @entity15131 ( @entity15131 ) is suggested to play a pivotal role in @entity161 ; however, the dissociation pattern of functional connectivity of @entity15131 subsystems remains uncharacterized in this disease. In this study, resting-state fMRI data were acquired from 55 @entity161 @entity1 and 53 matched healthy controls. @entity15131 connectivity was estimated from time courses of independent components. The lateral @entity15131 exhibited decreased connectivity with the unimodal sensorimotor cortex but increased connectivity with the heteromodal association areas in schizophrenics. The increased connectivity between the lateral @entity15131 and right control network was significantly correlated with negative and anergia factor scores in the @entity161 @entity1 . The anterior and posterior DMNs exhibited increased and decreased connectivity with the right control and lateral visual networks, respectively, in schizophrenics. The altered @entity15131 connectivity may underlie the @entity1833 , delusions, thought disturbances, and negative symptoms involved in @entity161 . Furthermore, @entity15131 connectivity patterns could be used to differentiate @entity1 from controls with 76.9% accuracy. These findings may shed new light on the distinct role of @entity15131 subsystems in @entity161 , thereby furthering our understanding of the pathophysiology of @entity161 . Elucidating key disease-related @entity15131 subsystems is critical for identifying treatment targets and aiding in the clinical diagnosis and development of treatment strategies.
