- Lecturer
- Yosuke NAGATA
- Research Field
Cell Biology, Biochemistry, Regenerative Medicine
- Keyword(s)
Skeletal muscle, muscle hypertrophy, muscle regeneration, muscle satellite cells
- Research theme
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- Muscle hypertrophy involving cell fusion at high loads
- Mechanisms regulating the initiation of muscle regeneration
- Self-renewal of skeletal muscle stem cells
- Regulation of muscle cell function by sphingolipids
Skeletal muscle is an essential tissue for healthy living, and thus, age-related deterioration of motor function is a major problem. This is related to the fact that skeletal muscles become larger (muscle hypertrophy) or smaller (muscle atrophy) depending on the conditions of use. In addition, the dysfunction of muscle satellite cells causes serious symptoms. By elucidating the molecular mechanisms of skeletal muscle regeneration and muscle hypertrophy, this laboratory aims to contribute to the improvement of quality of life by overcoming the decline in muscle regenerative capacity associated with aging and muscle diseases.

- Desired cooperation
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- Effects of Artificial Functional Regulation of Muscle Satellite Cells on Muscle Regenerative Potential in the Medium to Long Term
- Development of technology for hypertrophy and maturation of muscle fibers in cell culture system