![]() In this project, we will examine the influence of spinal neuroplastic changes after the gait training on the cardiac adaptation.To develop a gait training program as an aerobic exercise to improve physical fitness in non-ambulatory individuals with spinal cord injury. We will also develop an AI-based control program in order to make the gait training program available in home or community settings. In this project, we will use a novel gait training device developed in our laboratory to train chronic non-ambulatory stroke survivors.Gait training in chronic non-ambulatory stroke survivors for improving cardiovascular, pulmonary, and sensorimotor functions. We have worked on clinical trials using this mind-body approach in people with fibromyalgia, Parkinson’s disease, and cancer with promising outcomes. Recently we worked intensively on the other focus area to explore the Qigong exercise as a holistic mind-body intervention for improving simultaneously multiple symptoms that are mediated by stress. To develop novel approaches and technologies in neurorehabilitation for people with neurologic disorders such as stroke or spinal cord injury. One focus area is on the neuro-motor control of movement, locomotion and balance in healthy human subjects and people with neurological disorders and sports injuries. ![]() Research in the Neuromuscular Research Laboratory has two focus areas. ![]() Our researchers are also exploring the efficacy of a mind-body intervention for multiple symptoms in people with chronic pain, Parkinson’s disease, or knee osteoarthritis.
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