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| Physical exercise with biomedical sensors |
| The purpose of this study is development of motion coaching system by using
artificial inteligence (AI). Automated motion analysis by biomedical sensors
could detect modifications and improve exercise performance. We believe
that this development could depend on resolution of children's dislike
for physical activity. |
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| Complementary and alternative treatments in severe disease with inactivity |
Exercise to some disorder with inactivity is widely accepted as a method
to promote improvement of motor dysfunction. Although the effectiveness
of exercise in the treatment of various medical condition is proven and
established, many patients dislike physical activity and this therapeutic
exercise is often inconsistently practiced. We have reported the influences
of hyperbaric treatment as complementary and alternative treatments in
skeletal muscle regeneration and diabetes with obesity.
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| Physiological adaptations of motor system to metabolic disease, inactivity, and exercise |
| We are investigating novel treatment to reinforce the effectiveness of
exercise. Main targets of the treatment are skeletal muscle, adipose tissue,
liver, pancreas, and brain. We have reported the influences of exercise
in skeletal muscle regeneration, inactivity, pulmonary hypertension, diabetes,
and obesity. |
