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Research
Latest papers
Is the movement representation in the motor cortex a moving target?
Neuron · 2007 · senior author
Latest funding
- $1,185,750
Neural mechanisms of spatial self-motion estimation for motor control in the cerebellum
CIHR · 2026 · Nominated PI
- $100,000
Neural mechanisms of spatial self-motion estimation for motor control in the cerebellum
CIHR · 2025 · Nominated PI
- $148,861
A cutting-edge radio-frequency coil for structural and functional MRI of the primate brain at ultra-high magnetic field
NSERC · 2023 · Co-investigator
1 publications.
Is the movement representation in the motor cortex a moving target?
Kalaska JF, Green A
Neural mechanisms of spatial self-motion estimation for motor control in the cerebellum
Principal investigators: Green, Andrea M
Keywords: Cerebellum; Motor Control; Neurophysiology; Non-Human Primates; Posture; Reaching; Reference Frames; Sensory Integration; Spatial Self-Motion; Vestibular
Neural mechanisms of spatial self-motion estimation for motor control in the cerebellum
Principal investigators: Green, Andrea M
Keywords: Cerebellum; Motor Control; Neurophysiology; Non-Human Primates; Posture; Reaching; Reference Frames; Sensory Integration; Spatial Self-Motion; Vestibular
A cutting-edge radio-frequency coil for structural and functional MRI of the primate brain at ultra-high magnetic field
Principal investigators: Shmuel, Amir
A transcranial magnetic stimulation setup for animal research
Principal investigators: Dancause, Numa
Interdisciplinary studies of spatial motion estimation and motor planning
Principal investigators: Green, Andrea
Neuronal correlates for body-centered and world-centered representations of spatial self-motion
Principal investigators: Green, Andrea M
Keywords: Cerebellum; Motor Control; Neural Computation; Neurophysiology; Non-Human Primate; Posture; Reference Frames; Sensory Integration; Spatial Motion; Vestibular
Infrastructure for interdisciplinary studies in embodied decisions and actions
Principal investigators: Cisek, Paul
Cerebral cortical neural mechanisms for feedback vs feedforward contributions to motor skill learning
Principal investigators: Kalaska, John F; Green, Andrea M
Keywords: Computational Models; Feedback Control; Internal Models; Motor Control; Motor Cortex; Motor Skill Learning; Non-Human Primates; Predictive Feedforward Control; Premotor Cortex; Single-Neuron Recordings
Reference frame transformations and multisensory integration for self-motion estimation
Principal investigators: Martin, Christophe
Keywords: Computational Modelling; Gravity; Multisensory Integration; Non-Human Primate Neurophysiology; Reference Frame Transformation; Single Unit Recordings; Spatial Motion; Vestibular
Reference Frame Transformations for Spatial Self-Motion Estimation
Principal investigators: Martin, Christophe
Keywords: Gravity; Modelling; Multisensory Integration; Neurophysiology; Non-Human Primate; Reference Frame Transformation; Sensorimotor Control; Spatial Motion; Vestibular
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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