Manel Vila‐Vidal

Preictal high-connectivity states in epilepsy: Evidence of intracranial EEG, interplay with the seizure onset zone and network modeling

The paper identifies high-connectivity states (HCS) as a pre-seizure biomarker in epilepsy, showing increased probability hours before seizures and linking it to seizure-onset zone dynamics.

Brain network connectivity underlying remission in early psychosis: a whole brain model approach

This study uses whole-brain models to analyze brain connectivity differences between remitting and non-remitting early psychosis patients, finding altered functional connectivity and potential compensatory mechanisms.

A comparative study between a power and a connectivity sEEG biomarker for seizure-onset zone identification in temporal lobe epilepsy

This study compares power and connectivity-based sEEG biomarkers for identifying seizure-onset zones in temporal lobe epilepsy, finding that power-based methods generally perform better but both can achieve similar results with optimal parameter tuning.

Using in silico perturbational approach to identify critical areas in schizophrenia

This study uses in-silico perturbation of a whole-brain model to identify critical brain areas involved in schizophrenia by analyzing resting-state fMRI data.

Assessing the coupling between local neural activity and global connectivity fluctuations: Application to human intracranial EEG during a cognitive task

This paper introduces a novel analytical framework to correlate local neural activity with global connectivity fluctuations in human intracranial EEG data during a face-recognition task, finding that similar connectivity patterns are coupled to local activity in face-processing brain regions.

Low entropy map of brain oscillatory activity identifies spatially localized events: a new method for automated epilepsy focus prediction

The paper introduces a method to identify spatially localized brain events using entropy mapping, achieving high sensitivity and specificity in predicting epilepsy foci.