Marie-Victorin Laboratory – UdeM
90 Vincent-d’Indy Ave., Outremont, QC H2V 2S9 (Contact)
University of Montreal
BRAMS Technological Platform offers vast research space and equipment at the cutting-edge of technology. Among the many facilities available, there are five soundproof testing booths, an fNIRS system (functional Near-InfraRed Spectroscopy), a TMS system (Transcranial Magnetic Stimulation), five high density EEG systems (Electroencephalography), five BIOPAC systems (psychophysiological parameters), a Dome with 80 speakers, and a motion capture video recording system. Research professionals work at the center to provide the necessary technical and administrative support to all members and their students.
Laboratories
Motion Capture Lab
- Qualisys System, 32 cameras, 1000 frames per second (infrared markers) Records human movements with high resolution in 3D (largest non-commercial system in Canada)
- XSens MVN mobile motion-capture system
- Records human movement via IMU (inertial movement unit) sensors
Transcranial Magnetic Stimulation (TMS) Lab
- Transcranial Magnetic Stimulation System (TMS) – Magstim/ Rapid 2 Stimulates the brain with magnetic pulses
- EMG AD Instruments Captures and records muscle activity
- Brainsight Neuro-navigation system Optical positioning system allowing real-time visualization of the stimulation site
Two Electroencephalography (EEG) Labs
(In soundproof, electrically shielded Faraday booths)
Recording of EEG data without electric or acoustic interference
- Five 64-channel BioSemi EEG systems High-density recording of electrical brain activity (up to 64 electrodes)
- Two Neuroscan Synamps EEG systems -TMS compatible High-density (64 channels) recording of electrical brain activity (alone or during TMS stimulation)
fNIRS Laboratory (functional Near InfraRed Spectroscopy)
Assesses the activation of the cortex by measuring the amount of oxygenated and deoxygenated hemoglobin in relation to neuronal activity
Soundproof booth with a Dome of 80 speakers
Allows the controlled presentation of a sound environment
Testing laboratories – Three general-purpose soundproof booths with:
- Five BIOPAC systems Recording of physiological responses such as respiration, heart rate, electrodermal activity, pulse oximetry, etc.)
- A transcranial direct current stimulation system (tDCS) To activate or inhibit brain areas using non-invasive brain stimulation
- EyeLink 1000 EyeTracker system Captures and accurately analyzes eye activity, such as gaze direction
- KEMAR dummy-head microphone Binaural recording and calibration
- Two AC40 interacoustics audiometers Allowing standard audiometry tests (measuring auditory thresholds)
- Polhemus 3D head tracker 3D localization of the exact position of specific regions of the head/ EEG electrodes
- 32-channel Digital Mixer console with 32 microphone Preamplifiers Recording 3D sound environments
- Two in-ear binaural microphones Recording sounds in the ear canal
General equipment
- 20 computer stations for data analysis, and 27 desks for postdocs and students.
- Polycom teleconference system in the Conference room
- 2 small interview rooms
Software
- Matlab
- Acqknowlege
- Besa 5
- Besa 6 complete
- Eprime
- Presentation
- Brainvoyager QX
- Adobe Creative Suite 5
- Brain Vision Analyzer
- Max MSP 5 + Jitter
- Max MSP 6 + Jitter
- Sony Vegas 12
