OBJECTIVE: @entity1 with @entity161 exhibit @entity51 , which may impact social functioning. Whether these deficits reflect aberrant sensory processing, an inability to maintain information in memory, or dysfunctional integration of these two functions remains unclear. METHODS: @entity2414 was administered to 38 @entity161 @entity1 (SZ) and 42 @entity23 ( @entity23 ). @entity7286 , N170 and N250 ERP amplitudes were measured to assess sensory processing. Evoked theta power during the delay interval was quantified to assess memory maintenance. RESULTS: The N170 ERP was larger to negative compared to neutral facial expressions in both groups, while SZ exhibited increased evoked theta power during the delay interval. Increased theta power was associated with worse behavioral performance in response to sad and fearful expressions for @entity23 , but this relationship was only found in response to fearful expressions for SZ. Finally, only @entity23 showed consistent correlations between N170 amplitude and theta power during the delay interval. CONCLUSIONS: Integration between measures of sensory processing and memory functioning may be affected in SZ. SIGNIFICANCE: These findings may indicate that the oscillatory networks subserving emotion processing and sustained attention are intertwined, and comprise part of the social brain network that is affected in @entity161 .

@entity2414 in XXXX : From encoding to maintenance-related EEG.

@entity1 :: ('9606', 'Species') :: ['Persons', 'patients'] @entity7286 :: ('4791', 'Gene') :: ['P100'] @entity51 :: ('MESH:D009461', 'Disease') :: ['deficits recognizing facial emotions'] @entity23 :: ('MESH:D007174', 'Disease') :: ['healthy controls', 'HC'] @entity161 :: ('MESH:D012559', 'Disease') :: ['schizophrenia'] @entity2414 :: ('MESH:D008569', 'Disease') :: ['A facial emotion memory paradigm']
@entity161 :: (MESH:D012559,Disease) :: ['schizophrenia']
