|Backward walking in people with Parkinson's disease
|Balance function of children with attention deficit hyperactivity disorder (ADHD)
|Shum, Bo-man Selina
|Balance performance between community-dwelling stroke fallers and non-fallers
|Balance performance in children with Developmental Coordination Disorder
|Lee, Yuen-li Velma
|The balance performance of Tai Chi and non-Tai Chi practitioners in HongKong
|Ng, Pui-ling Vivien
|Beliefs in healthy diet and physical activities among parents of school-age children with intellectual disability
|Biofeedback gait retraining under real-world running conditions
|Chan, Yau Shan Zoe
|Biomechanical analysis of human motion on a horse-riding machine
|Ng, Chu-kei Richy
|Biomechanical and electromyographic analyses of muscle strengthening
|Law, Ka-yee Rainbow
|Biomechanical assessment and electromagnetic intervention for diabetic ulcers
|Choi, Ming Chun
|The biomechanical property of the foot-ankle complex and the balance performance for people with diabetes mellitus
|Chau, Mei-wa Rosanna
|Bone and muscle properties in individuals with chronic stroke
|Miller, Tiev B
|Bone density and macrostructure of the radius in patients after chronic stroke : relationship to muscle function and cardiovascular health
|Cheng, Qun Ada
|Brain mechanism underlying Iowa gambling task : an fMRI study
|Brain-machine-muscle interfaces for restoring locomotion after spinal cord injuries
|Alam, Md. Monzurul
|Can acu-TENS improve quality of sleep?
|Can home based resistance training improve perceived and functional abilities for community dwelling elders?
|Can mini-BESTest predict recurrent falls in patients with Parkinson's disease? : a six months prospective study
|Lau, Nga Chi
|Can pre-emptive and continued transcutaneous electrical nerve stimulation (TENS) improve the management of post-operative knee pain?
|Can Tai Chi improve the balance control of elderly persons with visual impairment?
|Chen, Wei Ellen