Corresponding empirical and simulated spontaneous seizure activity.

<p>(A) Patient 1 with temporal lobe epilepsy showing right-hemisphere hippocampal early involvement propagating after several seconds in the contra-lateral hemisphere, and (B) Patient 5 with parietal epilepsy. In both (A) and (B), on the left-side panel, the estimated epileptogenic network fro...

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Bibliographic Details
Main Author:	Borana Dollomaja (21078343) (author)
Other Authors:	Huifang E. Wang (21078346) (author), Maxime Guye (220548) (author), Julia Makhalova (21078349) (author), Fabrice Bartolomei (220545) (author), Viktor K. Jirsa (10156983) (author)
Published:	2025
Subjects:	Genetics Neuroscience Physiology Biotechnology Immunology Mental Health Infectious Diseases Biological Sciences not elsewhere classified Information Systems not elsewhere classified reconstructed intracranial electrodes personalized modeling approach despite various methods simulated brain signals prevalent brain disorder systematically evaluate methods virtual brain twin simulated brain activity abnormal brain activity xlink "> epilepsy simulated signals based patient &# 8217 evaluation </ p 30 real drug resistant epilepsy patients temporal seizure generation specific stimulation location virtual epileptic cohort resistant epilepsy virtual patient interictal activity brain surgery brain region brain data specific anatomical seizure onset epileptic drugs using patient systematically evaluated structural connectivity stimulation parameters silico exploration quantitatively comparing provided data openly available key parameters induced seizures ground truth functional data epileptogenic zones empirical data electrode levels also demonstrated
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Corresponding empirical and simulated spontaneous seizure activity.

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