Epilepsy
Epilepsy is a chronic neurological condition characterized by a persistent predisposition of the brain to the occurrence of epileptic seizures. Epileptic seizures do not manifest themselves in the same way in everyone. Their picture varies depending on the type of seizure & the brain functions affected.
Difference between epileptic seizure & epilepsy:
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An epileptic seizure is a transient episode caused by sudden, excessive, or synchronized neuronal activity in the brain.
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It can manifest as changes in consciousness, responsiveness, mobility, sensations , or behavior. Not all seizures are accompanied by convulsions or loss of consciousness.
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A single epileptic seizure does not necessarily imply a diagnosis of epilepsy.
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The diagnosis of epilepsy is made by a neurologist, based on the history, clinical presentation & appropriate neurophysiological or imaging tests.
The contribution of qEEG Brain Mapping & EEG Neurofeedback
qEEG Brain Mapping is not a stand-alone diagnostic tool for epilepsy, it does not confirm or exclude the diagnosis & does not determine by itself the type or origin of seizures. It does not replace clinical EEG, video-EEG or other tests that the treating neurologist may deem necessary.
qEEG Brain Mapping quantitatively records & analyzes the electrical activity of the brain, providing complementary data on its function, which is taken into account with the medical history, diagnosis, medication & overall clinical picture of each individual.
During EEG Neurofeedback, the brain receives real-time visual & auditory feedback, which changes depending on its electrical activity. In epilepsy, its application is considered exclusively as a complementary intervention & not as a standalone treatment.
The program is designed individually, based on the qEEG Brain Mapping data, the type of seizures, the history & the overall clinical picture of the individual. The application of Neurofeedback requires cooperation with the treating neurologist & does not replace antiepileptic treatment or any other appropriate medical intervention.
With the aim of:
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Supporting the ability to self-regulate brain activity
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Complementary support for seizure control within the context of medical monitoring
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Improving the ability to regulate tension when it is stressful
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Supporting daily functioning & quality of life