Motor Control Laboratory

McGill University
Department of Psychology 
1205 Dr. Penfield Ave.
Stewart Biology Building 
Montreal (Qc)
Canada H3A 1B1 
Tel: (514) 398-6111
Fax: (514) 398-4896

 

 

 

 

 

 

 

 

 

 

[Latest Publications]

 

 

 

 

 

  Current Lab Members
 
Professor
David J. Ostry

Ph.D. Students
Daniel R. Lametti
Andrew A. G. Mattar

Post-Docs
Mohammad Darainy
Takayuki Ito
Sazzad Nasir
Amélie Rochet-Capellan

Staff
Guillaume Houle (Computer Engineering)
Patricia Lauzon (Lab Manager/Research Assistant)

Departmental Links
Psychology Department
Behavioural Neuroscience Training Program

Collaborations and Alumni
 

A. G. Feldman Institut de Réadaptation  (Montreal, Canada)
J. R. Flanagan     Queen's University  (Kingston, Canada)
V. L. Gracco     McGill University  (Montreal, Canada)
P. L. Gribble      University of Western Ontario  (London, Canada)
R. Laboissière    INSERM  (Lyon, France)
K. G. Munhall     Queen's University  (Kingston, Canada)
A. Parush         Carleton University  (Ottawa, Canada)
V. Sanguineti    DIST  (Genova, Italy)
L. E. Sergio      York University  (Toronto, Canada)
D. M. Shiller  McGill University  (Montreal, Canada)
M. Suzuki       Kinjo Gakuin University  (Nagoya, Japan)
M. K. Tiede     Haskins Laboratories  (New Haven, USA)
Nicole Malfait Université de Provence  (Marseille, France)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


Research Projects

    Our research focuses on biological mechanisms of voluntary movement. We study the uniquely complex movements of human speech production and build detailed anatomical and physiological models of the underlying neural control. We carry out parallel studies of multi-joint arm movement and likewise develop computer models of arm motor control. The overall goals are to understand the interplay of sensory and motor function in the control of movement and also the relationship between predictive and responsive aspects of motor control. Our current interests are in understanding the somatosensory basis of speech production, the maintenance of stability in orofacial and limb motor behaviours, learning and adaptation in speech and limb movement, and more generally the relationship between neural and biomechanical determinants of movements. Our psychophysical studies involve the use of robotic devices that apply precise mechanical loads to the arms or the jaw. The work also involves 3D motion measurement, electromyographic recording and physiological modeling.

For further information or to request reprints of articles please contact David Ostry.


Last updated December, 2008