Papers
21
Total Citations
346
H-Index
11
About
Yukiyo Shimizu is a pioneering rehabilitation researcher whose work centers on robotic-assisted therapy for neurological and spinal disorders, with a particular focus on the Hybrid Assistive Limb (HAL) exoskeleton system. Her research has substantially advanced the clinical application of wearable robotic suits for patients with conditions ranging from spinal cord injury and cerebral palsy to ossification of the posterior longitudinal ligament (OPLL) and brachial plexus injury. Shimizu's most influential contributions demonstrate HAL's therapeutic potential across diverse patient populations—including adolescents, postoperative cases, and individuals with chronic quadriplegia—accumulating over 250 citations collectively. Her groundbreaking work on spasticity reduction in C4 quadriplegia and gait coordination reshaping in myelopathy patients has helped establish robotic intervention as a credible complement to conventional rehabilitation where no effective medical treatments previously existed. Notably, she has extended HAL's application beyond lower-limb gait training to upper-limb rehabilitation following brachial plexus injury, and contributed to the development of a novel ankle-joint HAL device for foot drop. Through rigorous case studies and biomechanical analyses, Shimizu has helped translate exoskeleton technology from experimental settings into meaningful clinical practice, offering renewed hope to patients with otherwise limited recovery pathways.
Research Focus
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- 10Development of a New Ankle Joint Hybrid Assistive Limb16 citations · 2022