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About

Dr. Kentaro Mataki is a leading researcher in rehabilitation robotics, with a primary focus on the clinical application of the Hybrid Assistive Limb (HAL) for Care Support to address work-related low back pain and locomotive syndrome. His work centers on evaluating how wearable robotic exoskeletons can reduce lumbar load during physically demanding tasks, such as repetitive lifting and patient transfers. In a pivotal 2018 study (52 citations), Dr. Mataki demonstrated that the HAL for Care Support significantly reduced lumbar load during repetitive lifting, offering a promising solution for injury prevention among healthcare workers. He further validated these findings in a 2020 prospective study (27 citations), showing successful load reduction during simulated patient transfers. Expanding into rehabilitation, his 2021 pilot study (28 citations) explored the use of HAL lumbar-type training for patients with locomotive syndrome, a condition exacerbated by Japan's aging population. Dr. Mataki’s research bridges engineering and clinical practice, providing evidence that robotic assistance can both prevent occupational injuries and enhance functional recovery. His contributions are vital for developing safer work environments and effective rehabilitation strategies for an aging society.