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Mnesys - Team - Francesca Baglio

 

Francesca Baglio

Francesca Baglio

https://www.dongnocchi.it/ricerca-scientifica/i-centri-irccs/irccs-s-maria-nascente-milano/caditer
fbaglio@dongnocchi.it

02403081 
Milano (Lombardia) Italy
 

NEUROLOGO, RICERCATORE

Fondazione Don Carlo Gnocchi Onlus - IRCCS

Francesca Baglio is a neurologist and the Vice Scientific Director at the IRCCS Fondazione Don Carlo Gnocchi ONLUS in Milan, Italy. She also serves as an Adjunct Professor of Neurology at the University of Milan and Sacro Cuore of Milan.
Her research focuses on the field of Neuroscience, where she leads and coordinates numerous scientific projects aimed at advancing diagnostic and rehabilitative approaches.
Currently, Dr. Baglio coordinates the research activities of the Advanced Center for Diagnosis and Rehabilitation Therapy (CADiTeR), which is dedicated to developing innovative rehabilitation treatments for patients with chronic neurological and systemic diseases.
Her work integrates the use of advanced MRI sequences and image-processing methods for both diagnostic applications and the monitoring of physical and cognitive rehabilitation outcomes. Dr. Baglio is the author of numerous publications in internationally peer-reviewed journals and has presented her research at a wide range of national and international scientific conferences (Scopus ID 8966898500).



Pubblications

Project Lines

 Advancing fNIRS integration with f/MRI for brain connectomics in healthy and diseased brains

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Advancing fNIRS integration with f/MRI for brain connectomics in healthy and diseased brains

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Neural dynamics and plasticity: Exploring the potential of explainable AI methods to study neuronal  dynamics, connectivity, and plasticity for neurorehabilitation

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Neural dynamics and plasticity: Exploring the potential of explainable AI methods to study neuronal dynamics, connectivity, and plasticity for neurorehabilitation

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3T-MRI and neurophysiological methods to explore structural and functional  brain networks (i.e.  vision and sensory-motor) connectivity changes induced by neurostimulation, brain damage and rehabilitation

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3T-MRI and neurophysiological methods to explore structural and functional brain networks (i.e. vision and sensory-motor) connectivity changes induced by neurostimulation, brain damage and rehabilitation

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 Modelli interpretabili di connettività cerebrale per la medicina personalizzata

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Modelli interpretabili di connettività cerebrale per la medicina personalizzata

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