M. Zettin

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About

M. Zettin is a leading researcher in neurorehabilitation, specializing in the intersection of cognitive neuroscience and robotic-assisted motor recovery. Their work focuses on restoring gait function and motor control in patients with brain lesions, particularly after stroke. Zettin’s major contributions include pioneering cognitive-motor training protocols that integrate mental representation of movement with robotic orthoses, demonstrating how re-learning walking involves both physical and neural plasticity. Their 2023 study on re-learning mental representation of walking after brain lesions, using a robotic orthosis, has garnered 5 citations and highlights the potential of combining cognitive strategies with exoskeleton technology to enhance rehabilitation outcomes. Additionally, Zettin’s 2017 research on control curves for a lower-limb robotic exoskeleton, derived from joint angle analysis during unloaded walking, established foundational motion laws for active orthoses. This work, cited 2 times, supports the development of body-weight-supported robotic training systems that improve gait symmetry and motor learning. Zettin’s innovative approach bridges cognitive science and engineering, offering new pathways for stroke survivors to regain mobility and quality of life. Their research continues to influence neurorehabilitation practices, emphasizing the importance of integrating mental imagery with robotic assistance for effective recovery.