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Fabrice Bartolomei

4 papers in the library · 5 citations · publishing 2009-2025

Papers

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Modulation of neural complexity and consciousness in temporal lobe seizures: Effects of high-frequency pulvinar stimulation.

Epileptic disorders : international epilepsy journal with videotape June 21, 2025 Ionuț-Flavius Bratu, Nada El Youssef, Stanislas Lagarde et al. 5 citations

Loss of consciousness/awareness during temporal lobe seizures significantly affects quality of life and is closely linked to pathological thalamocortical synchronization and loss of cortical signal complexity. The medial pulvinar nucleus (PUM) contributes to seizure propagation and awareness impairment, making it a potential target for neuromodulation. Acute high-frequency PUM stimulation has...

Epilepsy and Ecstatic Experiences: The Role of the Insula.

Brain Sciences October 22, 2021 Fabienne Picard, Peter Bossaerts, Fabrice Bartolomei

Ecstatic epilepsy is a rare form of focal epilepsy in which the aura (beginning of the seizures) consists of a blissful state of mental clarity/feeling of certainty. Such a state has also been described as a "religious" or mystical experience. While this form of epilepsy has long been recognized as a temporal lobe epilepsy, we have accumulated evidence converging toward the location of the...

The Global Workspace (GW) Theory of Consciousness and Epilepsy

Behavioural Neurology March 29, 2011 F. Bartolomei, Lionel Naccache

The global workspace (GW) theory proposes that conscious processing results from coherent neuronal activity between widely distributed brain regions, with fronto-parietal associative cortices as key elements. In this model, transition between conscious and non conscious states are predicted to be caused by abrupt non-linear massive changes of the level of coherence within this distributed...

Impaired consciousness during temporal lobe seizures is related to increased long-distance cortical-subcortical synchronization.

Brain : a journal of neurology August 2009 Marie Arthuis, Luc Valton, Jean Régis et al.

Loss of consciousness (LOC) is a dramatic clinical manifestation of temporal lobe seizures. Its underlying mechanism could involve altered coordinated neuronal activity between the brain regions that support conscious information processing. The consciousness access hypothesis assumes the existence of a global workspace in which information becomes available via synchronized activity within...