Beatrice Lagomarsino

Technology Transfer and Innovation (Italy), University of Genoa

Papers

Total Citations

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About

Beatrice Lagomarsino is a pioneering researcher at the intersection of biomechanics and rehabilitation technology, specializing in the non-invasive assessment of muscle function and human-robot interaction. Her work is fundamentally reshaping how we understand muscle fatigue and the adaptive responses of the human body to assistive devices. Lagomarsino’s most cited paper, “Evaluating Muscle Fatigue With Non-Invasive Approaches: A Review of Methods, Metrics, and Implications” (2025, 7 citations), provides a critical, comprehensive framework for assessing fatigue—a key factor in sports performance, rehabilitation, and occupational safety. This review has quickly become an essential resource for researchers seeking accurate, non-invasive tools to monitor neuromuscular health. Her second major contribution, “Adaptive Response of Muscle Activity to Exoskeleton-Assisted Walking” (2025, 2 citations), tackles a pressing challenge in clinical robotics: the risk that excessive device assistance may diminish voluntary muscle control. By revealing how muscles adapt their activation patterns during exoskeleton use, Lagomarsino is informing the design of smarter, more responsive assistive technologies. Her work has immediate implications for optimizing rehabilitation protocols and preventing muscle atrophy in patients using robotic aids. With a clear focus on translating physiological insights into practical, non-invasive solutions, Lagomarsino is establishing herself as a leading voice in the future of human-centered biomechanics.