@entity2026 in the basal ganglia were analyzed. Five @entity1 with @entity1315 who were candidates for surgery had diagonal depth electrodes implanted in the basal ganglia: four of them in the putamen, and one in the pallidum and caudate. Time-frequency and power spectral analyses were used to analyze the EEG. Significant frequency components of 2-10 Hz were consistently observed in the basal ganglia. The frequency of this component slowed during @entity410 . There was a significant ictal increase in power spectral density in all frequency ranges. The changes in the basal ganglia were consistent while @entity410 activity spread over the cortex, and partially persisted after the clinical @entity410 ended. They were inconsistent in the period after @entity410 onset. @entity410 originating in the mesiotemporal structures can affect physiological rhythms in the basal ganglia. The basal ganglia did not generate epileptiform EEG activity. An inhibitory role for the basal ganglia during temporal lobe @entity410 is suggested.

@entity2026 in the @entity1 basal ganglia in XXXX .

@entity1 :: ('9606', 'Species') :: ['persons'] @entity2026 :: ('MESH:D001037', 'Disease') :: ['Preictal, ictal, and postictal oscillations'] @entity1315 :: ('MESH:D004833', 'Disease') :: ['temporal lobe epilepsy'] @entity410 :: ('MESH:D012640', 'Disease') :: ['seizure', 'Seizures', 'seizures']
@entity1315 :: (MESH:D004833,Disease) :: ['temporal lobe epilepsy']
