Intracranial EEG in the 21st Century

By B. Jobst, Fabrice Bartolomei, B. Diehl, B. Frauscher, P. Kahane, L. Minotti, A. Sharan, Nastasia Tardy, G. Worrell, J. Gotman. 2020

Citations in the corpus

Open multi-center intracranial electroencephalography dataset with task probing conscious visual perception (2025, unknown): “IEEG recording strategies vary across centers, ranging from the use of cortical grid and strip electrodes (Electrocorticography, ECoG) to the exclusive use of stereotactic depth electrodes (Stereoelectroencephalography, sEEG), or a combination of both 2 .”
A Case Study on EEG Signal Correlation Towards Potential Epileptic Foci Triangulation (2024, unknown): “As an alternative, several intracranial Stereo-EEG (SEEG) Sensors 2024 , 24 , 8116 2 of 11 electrodes [13–15] are implanted but need prior knowledge about useful placement, which has to be obtained from non-invasive EEG studies.”
Simultaneous invasive and non-invasive recordings in humans: A novel Rosetta stone for deciphering brain activity (2024, unknown): “This data can be retrospectively mined to both improve our understanding and treatment of epilepsy, and to study the neuro-physiological mechanisms underlying the functioning of the human brain (Jobst et al., 2020; Johnson et al., 2020; Parvizi and Kastner, 2018).”
DiffLSTM-MTE: A Hybrid LSTM-Diffusion Framework for Virtual iEEG Reconstruction From MEG (2026, unknown): “Invasive intracranial EEG (iEEG) is the gold standard for mapping epileptogenic networks [6], [7] but is limited by surgical risks, restricted spatial coverage, and high costs.”