【Major Papers of the Laboratory】
・Temporary meniscus extrusion is caused by cumulative stress from uphill and downhill tasks in healthy volunteers, FRONTIERS IN SPORTS AND ACTIVE LIVING, 6, 20240408
・Medial meniscus extrusion during gait is associated with decrease in knee rotation in early-stage knee osteoarthritis, GAIT & POSTURE, 110, 23-28, 202405
・Sex differences in factors of pelvis and lower-limb joint kinematics influencing dynamic knee valgus during single-leg squat, JOURNAL OF BACK AND MUSCULOSKELETAL REHABILITATION, 37(1), 205-211, 202401

【Education】
【Under-graduate】We instruct in general human movements and in control and compensation of human movements involved by musculoskeletal or neurological diseases using orthoses and prostheses. We focus on a better understanding of the mechanics concepts involved. In addition, we also instruct in a physical therapy approach for aged or physically disabled people through such subjects as <Theories and Techniques on Barrier Free Environment> and <Geriatric Diseases>. In our classes, we actively introduce English and English materials. We structure the courses to provide the requisite mechanical concepts

【Graduate】We instruct graduate students to understand human postural and motor controls through such subjects as Seminar on Biomechanics and Advanced Seminar on Biomechanics to complete master thesis or doctoral thesis linked to clinical practices.

【Research】
We analyze the kinetic and kinematic components and other properties of everyday activities performed by healthy people. We also apply the same analysis with people with disabilities. Some activities studied include gait (walking and running) and sit-to-stand movement, which are the most common of human movements. We use instruments such as a 3D motion analysis system, force platforms, accelerometers, and other instruments, to collect and analyze the motions.
The findings of our research, which is based on biomechanical data analysis, are applied to improve the quality of life of people who have restricted freedom of motion.  New therapeutic exercises are developed to speed rehabilitation. We are also involved in developing proactive strategies for health promotion, and preventing physical injuries and disabilities stemming from repetitive motion.