M/EEG & Neuromod (MEG) Platform

The neuro @campusbiotech M/EEG & Neuromod platform provides researchers with equipment and expertise in electroencephalography (EEG), magnetoencephalography (MEG), and neuromodulation.

EEG and MEG are key neuroimaging techniques that allow for tracking brain activity at the millisecond level, ideal for studying rapid brain processes.

Neuromodulation uses electrical (TES) or magnetic (TMS) stimulation to non-invasively modulate brain activity, particularly in psychiatry for studying and treating disorders such as depression and schizophrenia.

The team also offers methodological support, including expertise in multichannel synchronization, implementation of experimental tasks, experimental design, MEG-EEG analyses, and the design of BCI/neurofeedback protocols.

Equipment

Magneto-encephalography (MEG)
  • MEGIN TRIUX neo MEG system
  • Eye-link 1000 plus eye-tracker
  • PROPixx Projector
  • Presentation and Stimulation software
Electro-encephalography (EEG)
  • EGI GES 400 128-256 channel EEG systems
  • ANT Neuro eego mylab 64-128 channel EEG systems
  • BrainAmp MR plus 64 channel EEG system – compatible with MRI
  • ActiChamp 64 channel EEG systems
  • Biopac MP36R / MP160 + BioNomadix
  • Eye-link 1000 plus eye-tracker
Non-invasive brain stimulation (TMS/TES)
  • MagStim BiStim TMS
  • MagStim Super Rapid Plus rTMS system
  • MagVenture MagProx XP TMS-MRI setup – compatible with MRI
  • Rogie Research BrainSight Neuronavigation trolley
  • Neuroelectrics StarStim 8 TES system – compatible with EEG
  • Neuroconn DC Stimulator Plus TES systems – compatible with MRI
  • Digitimer DS7A TES/FES system – compatible with MEG
  • Hasomed Rehamove 3 FES system
  • Noraxon Wireless EMG recording system

Services

  • Study design
  • MEG/EEG Data analysis
  • Data managemenet
  • EEG Data acquisition
  • TMS/TES operator
  • MEG patient installation and supervision
  • Neurofeedback / Brain Computer Interfaces Software development
  • Real-time EEG/MEG
  • Multi data streams synchronization
  • Electrical field modelling for optimal brain stimulation
  • Concurrent TMS-MRI setup


Address

Fondation Campus Biotech Geneva
Chemin des Mines 9
1202 Geneva


Contact

Dr Ysadora Charital
Infrastructure unit, Research and Grants Office
corefacilities(at)unige.ch

Dr Romain Cartoni
Director, Research and Grants Office
romain.cartoni(at)unige.ch