
Christoph Michel
Function: Professeur ordinaire
Nom du groupe: Functional Brain Mapping Laboratory
Group type: Main
Affiliations: Faculty of Medicine, Department of Basic Neurosciences
Domaines: Perception, Attention and Cognition
Mot clés: brain lesions, brain networks, mental disorders
Activités de recherche
Our principal research interest is the organization and the dynamics of the large-scale neuronal networks of the human brain that characterize mental functions, and the understanding of disturbances of these networks in patients with brain dysfunctions. Electromagnetic imaging based on high-density EEG is our principal instrument to study these questions. Our group is working on the development of spatio-temporal signal analysis techniques that allow to characterize neuronal electric activity in time and space. In order to enhance spatial resolution, other functional imaging techniques, in particular functional MRI are included. Besides the combination of electromagnetic and haemodynamic brain imaging techniques, our research projects also integrate direct intracranial recordings, neuropsychology and lesion studies as well as non-invasive brain stimulation. Besides cognitive and clinical studies in humans, the lab also integrates an animal electrophysiology section with high-density epidural as well as multi-site intracranial recordings. In a top-down approach, the aim of this section is to advance in the understanding of the neural mechanisms that lead to the alterations that we observe in EEG studies in humans and patients.
Dernières publications
Neuromuscular assessment of force development, postural, and gait performance under cognitive-motor dual-tasking in healthy older adults and people with early Parkinson's disease: Study protocol for a cross-sectional Mobile Brain/Body Imaging (MoBI) study.
Resting-State EEG Microstates and Power Spectrum in Borderline Personality Disorder: A High-Density EEG Study.
Experimentally-evidenced personality alterations following meningioma resection: A case report.
The coupling between the spatial and temporal scales of neural processes revealed by a joint time-vertex connectome spectral analysis.
Hide the members of the Lab

Prof. Christoph Michel
+41 22 37 95 457
christoph.michel@unige.ch

Lucie Bréchet
+41 22 37 90 852
lucie.brechet@unige.ch

Denis Brunet
+41 22 37 90 851
denis.brunet@unige.ch

Victor Ferat
+41 22 37 90 883
victor.ferat@unige.ch

Fabien Friscourt
+41 22 37 95 357
fabien.friscourt@unige.ch

Maëlle Hernot
maelle.hernot@unige.ch

Stefania Konstantopoulou
+41 22 37 90 853
stefania.konstantopoulou@unige.ch

Cheyenne Mauriello
+41 22 37 90 868
cheyenne.mauriello@unige.ch

Charles Quairiaux
+41 22 37 95 357
charles.quairiaux@unige.ch

Vincent Rochas
+41 22 37 90 890
vincent.rochas@unige.ch

Tomas Ros
+41 22 37 90 865
tomas.ros@unige.ch

Kim Wyss
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Contact
Faculté de médecine
Université de Genève
Email: Christoph.Michel@unige.ch
Further informations concerning our animal studies can be addressed to: charles.quairiaux@unige.ch