Kazuhiro Tamaki

Papers

Total Citations

H-Index

About

Kazuhiro Tamaki’s research focuses on the intersection of rehabilitation engineering and geriatric medicine, particularly using wearable robotic technologies to address age-related mobility decline. His most cited work investigates the Hybrid Assistive Limb (HAL) lumbar type, a robotic suit designed to support voluntary hip motion in patients with locomotive syndrome—a condition of reduced mobility prevalent in aging populations. In a 2021 pilot study (28 citations), Tamaki demonstrated that HAL-assisted exercise training can improve gait function and reduce fall risk, offering a promising non-pharmacological intervention for sarcopenia and frailty. This contribution is especially significant in Japan’s rapidly aging society, where traditional exercise programs often fail due to patient fatigue or injury risk. Tamaki’s work bridges robotics and clinical rehabilitation, providing evidence that wearable exoskeletons can safely enhance neuromuscular retraining. His findings have implications for extending healthy life expectancy and reducing the burden on long-term care systems. By quantifying both kinematic improvements and patient-reported outcomes, Tamaki has helped establish HAL lumbar type as a viable tool in preventive geriatric care, marking a notable step toward integrating assistive robotics into standard rehabilitation protocols.