Papers
7
Total Citations
328
H-Index
7
About
Corwin Boake is a leading researcher in robotic rehabilitation for neurological injury, specializing in upper extremity recovery after spinal cord injury (SCI) and stroke. His work bridges engineering and clinical medicine, developing and validating robotic devices—such as the MAHI Exo-II and RiceWrist—to quantify and improve motor function. Boake’s major contributions include demonstrating that robotic movement quality measures (e.g., smoothness, trajectory error) strongly correlate with gold-standard clinical scales like the Fugl-Meyer Assessment, as shown in his highly cited 2010 paper (107 citations). He has also proven the feasibility of robotic training for tetraplegic patients, with studies showing functional gains in arm and hand movement (50 citations) and even single-case reports of significant recovery after incomplete SCI (63 citations). His 2012 blinded randomized trial (62 citations) compared robotic-assisted locomotor training to over-ground gait training in chronic stroke, setting a benchmark for evidence-based robotic therapy. Boake’s work is notable for its rigorous methodology, combining objective robotic metrics with clinical assessments to advance neurorehabilitation. With over 300 total citations, he is a key figure in translating robotic technology into practical, patient-centered recovery tools.
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