À propos
I work on the derivation of human brain connectivity from signals recorded with SEEG electrodes implanted in brains of patients suffering from pharmaco-resistant epilepsy. The electrodes not only record, but also stimulate and tracking of the stimulus spread in the brain allows to infer connectivity pathways. This method, unlike diffusion-MRI connectivity mapping, allows to derive directionality of connections and latency of signal propagation. I integrate these information with structural connectivity to obtain a brain atlas of neuronal communication speeds along white matter tracts. In my other projects I use the enriched structural connectivity for resting state modelling, I work on an atlas of white matter maturation and on detection of responses to stimulation affected by epileptic pathologies.
Since 2017 postdoctoral researcher working in Olivier David’s group on the F-TRACT project (https://f-tract.eu/) firstly in Grenoble and then in Marseille, France.
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