Real-time TCD-vEEG monitoring for XXXX in @entity302 .

@entity1 @entity410 @entity548 @entity2500 @entity302 @entity531
PURPOSE: Recently, a novel multi-model monitor has been available, which integrates real-time signals of transcranial Doppler (TCD) and video-EEG (vEEG) into one workstation. We sought to test the feasibility of this device in detecting @entity531 in @entity1 with @entity302 . METHOD: Cerebral blood flow velocity (CBFV) of bilateral middle cerebral arteries and vEEG during @entity410 episodes were recorded simultaneously in 12 @entity1 (age 17-58 years) with @entity302 . The correlations between vEEG and CBFV findings were analyzed. RESULTS: Eleven @entity410 episodes were detected in 5 @entity1 . Of them, bilateral CBFV increase with interhemispheric asymmetry was observed in 4 @entity410 episodes of 3 @entity1 . EEG abnormalities preceded CBFV increase by 1-3s at the onset of a @entity410 . In a @entity1 with bilateral @entity2500 , no apparent CBFV changes were detected during 2 of 3 @entity410 episodes. Another @entity1 with previous frontal @entity548 displayed CBFV increase without interhemispheric asymmetry during 4 @entity410 episodes. CONCLUSION: It is feasible to evaluate @entity531 with good temporal correlation in @entity1 with frequent @entity410 episodes by real-time TCD-vEEG monitoring.
