Marco Toigo

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About

Marco Toigo is a researcher at the intersection of rehabilitation robotics and neuromuscular assessment, focusing on restoring motor function in individuals with neurological disorders. His work centers on developing robotic systems that both quantify and treat muscle weakness, particularly in stroke patients and those with other neurological impairments. Toigo’s major contribution lies in advancing robot-assisted assessment of muscle strength, demonstrating how rehabilitation robots equipped with sensors can precisely measure force impairments and monitor patient progress during neurorehabilitation. His most-cited paper (2017, 19 citations) establishes this framework for objective, quantitative evaluation. Toigo has also pioneered virtual reality-based strength training using exoskeleton robots, creating adaptive games for upper extremity rehabilitation that sustain arm flexor muscle action through real-time difficulty adjustments. This innovative approach addresses muscle weakness—the primary functional impairment after stroke—by combining engaging VR environments with robotic precision. Though his citation counts are modest, Toigo’s work represents a meaningful step toward personalized, technology-driven rehabilitation, offering new tools for clinicians to deliver targeted, measurable therapy. His research continues to explore how robotic systems can bridge the gap between assessment and intervention in neurorehabilitation.