Papers
2
Total Citations
46
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2
About
Laura Rossi is a leading researcher in rehabilitation robotics, with a primary focus on the development and clinical application of powered exoskeletons for gait recovery. Her work centers on understanding how these wearable robotic devices interact with human physiology, specifically targeting the neuromuscular adaptations that occur during rehabilitation after severe neurological injury. Rossi’s major contribution lies in her detailed analysis of how exoskeleton assistance, mechanical structure, and walking aids influence muscle activation patterns. Her seminal 2019 study (39 citations) systematically dissects these factors, providing a critical framework for optimizing exoskeleton design to better replicate natural gait. She further advanced the field with her 2020 investigation into how robotic training alters muscle activations in patients with incomplete spinal cord injury, offering essential evidence for the clinical efficacy of this technology. By bridging the gap between engineering and neurorehabilitation, Rossi’s work is shaping the next generation of assistive devices, helping to restore mobility and improve quality of life for individuals with severe motor deficits.
Research Focus
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