Alix G. Renault
Papers
1
Total Citations
93
H-Index
1
About
Alix G. Renault is a leading researcher in sensorimotor neuroscience, whose work has fundamentally advanced our understanding of how the human nervous system integrates sensory feedback to control and learn movements. Her primary research areas include proprioception, motor adaptation, and the role of sensory loss in movement perception. Renault’s most impactful contribution is her landmark 2018 study on proprioceptive loss and arm movement control, which has garnered 93 citations. In this work, she demonstrated that while healthy individuals can adapt arm movements to imposed forces using proprioception alone—even without vision—patients with sensory neuronopathy, who lack proprioceptive feedback, cannot. This finding was pivotal in revealing that proprioception is not merely a backup for vision but an essential, independent system for motor learning and adaptation. Her research has profound implications for rehabilitation robotics and neuroprosthetics, offering a framework for designing assistive devices that compensate for sensory deficits. Renault’s work is celebrated for its elegant experimental design and its clear, mechanistic insights into how the brain uses body sense to guide action, making her a vital voice in the field of human motor control.
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Top Papers
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