Christophe Lafosse
Papers
2
Total Citations
12
H-Index
2
About
Christophe Lafosse is a leading researcher in neurorehabilitation, whose work focuses on harnessing robotic technologies to restore mobility after stroke. His primary research areas include robot-assisted gait training, exoskeleton-based therapy, and the critical timing of rehabilitation interventions for optimal motor recovery. Lafosse’s major contributions lie in demonstrating the physiological viability and therapeutic potential of overground robotic walking for nonambulatory stroke survivors. His 2019 study on robot-assisted overground walking (8 citations) was pivotal, showing that such technology can safely elevate heart rate and perceived exertion to aerobic exercise levels, even in patients who cannot walk independently. More recently, his 2024 pilot randomized trial (4 citations) has broken new ground by investigating whether the timing of exoskeleton-assisted training—specifically during the sensitive 5-8 week post-stroke window—enhances lower limb motor recovery and reduces abnormal muscle synergies. This work challenges conventional rehabilitation timelines and suggests that early, targeted robotic intervention may be key to maximizing neuroplasticity. Lafosse’s research is shaping how clinicians deploy wearable robots, moving beyond simple mobility aids toward precision-timed, physiology-driven therapy protocols that could redefine recovery standards for stroke survivors.
Research Focus
Key Achievements
Top Papers
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