Diagnosis is typically made upon patient history, although EEG recordings can be confirmatory if they occur during attacks.

Researchers also analyzed EEG recordings for each trial with respect to the timing of the action.

A continuous EEG recording of the brain's electrical activity may help to identify and localize seizure activity, especially in children.

This form of testing utilizes EEG recordings of visual-evoked potentials through the use of electrodes.

Simultaneous video and EEG recording can provide important clues about what type of seizure you have had.

The onset of a seizure was determined from EEG recordings; all seizures began in one hippocampus and rapidly propagated to the other.

Seizure prediction-based devices using long-term EEG recordings is presently being evaluated as a new way to stop epileptic seizures before they appear clinically.

This is mainly done for epilepsy patients as abnormalities in EEG recordings indicate the presence of ulegyria in the area of the brain being tested.

The hippocampus is one of many brain structures that can show a characteristic 4-12 Hz oscillation, theta rhythm, in an EEG recording.

This means that the brain response to a single stimulus or event of interest is not usually visible in the EEG recording of a single trial.