EEG in adults with epilepsy

EEG in adults with epilepsy

Long range video EEG monitoring is a diagnostic technique for epilepsy or epileptic seizures. Patients need to be hospitalized for a period of time, usually 2 days. During the monitoring, patients received continuous monitoring and recording of video and electroencephalogram monitoring. Video electroencephalogram monitoring can accurately observe and analyze the relationship between seizure behavior and EEG discharge.

Short-term video EEG monitoring: Video EEG monitoring is conducive to distinguish between epileptic seizures and non-epileptic seizures, determine the type of epileptic seizures, but also to reduce and stop antiepileptic drugs to provide an irreplaceable guiding role.EEG machine

High-density video localization electroencephalogram monitoring is the latest advanced epilepsy diagnosis and focal localization technology in the world. Electroencephalographic source localization/high-density epilepsy electroencephalographic localization monitoring with high-density electrode lead distribution and electrocardiographic and electromyographic fusion analysis can accurately record the relationship between epileptic seizures recorded by video and the origin of epileptic discharges, and improve the diagnosis of epilepsy types and localization of epileptic foci. It is the latest technology in epilepsy field in the world . For patients with intractable epilepsy, especially those with surgically corrected intractable epilepsy, monitoring the origin of intracerebral discharges during seizures and evaluating the suitability of patients for surgical treatment are indispensable monitoring means.EEG machine

Video-EEG monitoring with intracranial electrodes: When scalp video-EEG recording and neuroimaging can not provide sufficient evidence for surgery, it is necessary to perform video-EEG monitoring with intracranial electrodes, i.e. video-EEG monitoring with intracranial electrodes, i.e. placing the electrodes on the surface of the brain after craniotomy in order to record more accurately the cerebral discharge. Activity. Electroencephalogram monitoring results of intracranial electrodes can ultimately guide clinicians to identify the "epileptic origin area" (i.e. the brain region where epilepsy begins), assist surgeons to more accurately resect the lesion area or to disconnect the epileptic origin from normal brain tissue, but also to the greatest extent to retain the functional areas of the brain.

The specific choice of adult epileptic EEG should be combined with the actual situation.EEG machine