The importance of high-density EEG in the detection of epileptiforminterictal changes and location of the epileptogenic foci
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2022-01-07 12:55
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612.82:616.853-079:577.21 (1)
Physiology. Human and comparative physiology (725)
Neurology. Neuropathology. Nervous system (972)
Material bases of life. Biochemistry. Molecular biology. Biophysics (664)
SM ISO690:2012
CHIOSA, Vitalie, GROPPA, Stanislav, GORINCIOI, Nadejda, CIOLAC, Dumitru, MISHINA, Liudmila I., MUNTEANU, Corneliu, VATAMAN, Anatolie. The importance of high-density EEG in the detection of epileptiforminterictal changes and location of the epileptogenic foci. In: 5th European teaching course on neurorehabilitation, Ed. 5, 1-4 iunie 2015, Cluj-Napoca. Cluj-Napoca, Romania: 2015, Ediția 5, p. 27.
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5th European teaching course on neurorehabilitation
Ediția 5, 2015
Congresul "14th Congress of EU Society for CLinical Neuropharmacology"
5, Cluj-Napoca, Romania, 1-4 iunie 2015

The importance of high-density EEG in the detection of epileptiforminterictal changes and location of the epileptogenic foci

CZU: 612.82:616.853-079:577.21

Pag. 27-27

Chiosa Vitalie, Groppa Stanislav, Gorincioi Nadejda, Ciolac Dumitru, Mishina Liudmila I., Munteanu Corneliu, Vataman Anatolie
 
”Nicolae Testemițanu” State University of Medicine and Pharmacy
 
 
Disponibil în IBN: 19 noiembrie 2021


Rezumat

High-density EEG is a method of electroencephalography recorded by 256 scalp electrodes, evenly covering the whole surface of the head, contributing to more accurate view of electrical source due to higher spatial and temporal resolution. The high spatial resolution combined with magnetic resonance characteristics of brain can provide the accurate information of epileptiform changes on EEG and localization of epileptogenic foci (ESI - Electrical Source Imaging). Several studies have demonstrated the clinical utility of the high-density EEG and ESI in the pre-surgical clinical evaluation of pharmacoresistant epilepsy. Locating spike sites using high-density EEG has proven to be more effective in predicting the seizure onset zone than other methods, including PET, MRI and ictal SPECT.

Cuvinte-cheie
high-density EEG, pharmacoresistant epilepsy, nonlesional epilepsy, magnetic resonance imaging, Electrical Source Imaging.