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About

L. Lehenaff is a clinical researcher focused on neurorehabilitation, particularly the application of robotic-assisted therapy for stroke recovery and neuromuscular conditions. Their major contributions center on evaluating the efficacy and patient selection criteria for robot-assisted upper limb rehabilitation in subacute stroke survivors. A key study, "Do all sub acute stroke patients benefit from robot-assisted therapy? A retrospective study" (2015, 30 citations), critically examined which patients—including those with severe impairments or cognitive deficits—are most likely to benefit from robotic therapy, challenging the assumption that all patients respond equally. This work has informed more personalized rehabilitation protocols. Lehenaff also explored robotic-assisted rehabilitation for rare conditions like Parsonage-Turner syndrome (2013) and demonstrated how robotic metrics can objectively measure treatment impact in subacute stroke (2012). Their research bridges clinical practice and technology, emphasizing evidence-based patient selection to optimize outcomes. With a focused body of work that has garnered citations in the rehabilitation robotics field, Lehenaff’s contributions help clinicians tailor intensive robotic therapies to individual patient needs, advancing precision in neurorehabilitation.