Papers
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Total Citations
13
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About
Fabien Moreillon is a leading figure in translational neuroscience, specializing in the development of advanced tools for studying motor control and neurological disorders. His primary research focuses on designing robotic platforms and behavioral paradigms that enable the precise monitoring of natural, three-dimensional limb movements in animal models. Moreillon’s major contribution is the creation of a versatile robotic system that allows for the detailed dissection of sensorimotor components during reaching and grasping tasks—a critical step for bridging the gap between basic motor control research and clinical applications. His most cited work (2019, 13 citations) has provided a foundational framework for capturing richer behavioral signals than previously possible, directly impacting studies on motor recovery and neuroprosthetics. This innovative approach has been instrumental in advancing translational research, offering new avenues for understanding and treating conditions like stroke and spinal cord injury. Moreillon’s work stands out for its technical ingenuity and its potential to reshape how researchers investigate the neural underpinnings of movement, making him a key contributor to the future of rehabilitative neuroscience.
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