1
Summary of background data: Intraoperative evoked potentials are sensitive to most anesthetics.
2
Electroretinograms and visual evoked potentials were performed just prior to endpoint collection.
3
In 20 cases the evoked potentials showed a continuous delay in the latency.
4
Electrodiagnostic studies were repeated and evoked potentials indicated supratentorial recovery in the cerebrum.
5
Changes in nerve conduction were analyzed by measuring visual evoked potentials.
6
Neurophysiological studies show increased latencies of evoked potentials and event-related potentials.
7
Somatosensory evoked potentials were categorized as normal, abnormal, or bilaterally absent.
8
Single-pulse- evoked potentials, however, were preserved after cooling in all cases.
9
The results are discussed in the context of the additive model of evoked potentials.
10
Heartbeat- evoked potentials (HEPs) were assessed during rest and a heartbeat perception task.
11
Somatosensory evoked potentials after median and tibial nerve stimulation were within the normal range.
12
Somatosensory evoked potentials, brainstem auditory evoked potentials, and cortical auditory evoked potentials were normal.
13
Induced gamma oscillations and evoked potentials were not systematically co-localized.
14
Visual evoked potentials revealed markedly decreased in amplitudes and elongated latencies for both eyes.
15
DC-potential and evoked potentials (white matter stimulation) were recorded in layer III.
16
Conclusions: Evoked potentials might be of use in detecting alterations related to HE in children.