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1. OBJECTIVE: To summarize the application of myoblast in skeletal muscle contraction and gene treatment research.

2. It has been reported that myoblast transplantation for heart failure after myocardial infarction succeeded in clinical trial.

3. The Myoblast Autologous Grafting in Ischemic Cardiomyopathy ( MAGIC ) trial: first randomized placebo - controlled study of myoblast transplantation.

4. Objective To observe the morphological changes and myoblast proliferation dynamics of skeletal muscle after chronic spinal cord compression in rats.

5. Inclusive criteria: Literature about the biological characteristics of myoblast, the application in skeletal muscle contraction and gene treatment.

6. Recently, the research on applying skeletal muscle myoblast to transplant within the myocardium to replace the damaged myocardium and scar tissue developed greatly and are widely paid attention to.

7. Recovery rate of gastrocnemius wet weight: The myoblast group was better than extracellular matrix gel group and saline group.

8. North Dakota bioengineer Douglas McFarland has grown myoblast cells from chicken, turkey, lamb, pig and cow, Mironov said.

9. Objective To observe the changes of myoblast proliferation dynamics of atrophic skeletal muscle after denervation in rats and their relationship with muscle atrophy.

10. Myoblast transplantation has been carried out for a certain period, but its efficiency in repairing inherited myopathy or severe muscular injury is not satisfactory.

11. CONCLUSION: Myoblast provides a research platform for skeletal muscle contraction function, which also lays a foundation for the muscle tissue engineering research in gene treatment.

12. How to improve the efficiency of the myoblast transplantation was also discussed.

13. The inhibition of Myostatin expression can accelerate the myoblast proliferation and myofibril hypertrophy, which results in the skeletal muscle hyperplasia.

14. Objective:To research the effect of Yiqi Shenggu parenteral solution on in vitro proliferation of myoblast.

15. HE staining and image analysis system were used to measure the diameter and cross section area of rat gastrocnemius muscle cells and cytoflowmeter to detect the periodical changes of myoblast.

16. Objective To investigate the effects of time varied stress on the proliferation of myoblast in rats and provide the basic experimental data for the remodeling of tissue in functional orthopaedics.

17. CONCLUSION: Severely cryodamaged tibialis anterior muscle in rats can be used for the animal models of transplanted myoblast.

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18. Observation with transmission electron microscope: There were regeneration medullated nerve fibers in myoblast group and extracellular matrix gel group.

19. Objective To review the research progress in transplantation of the skeletal muscle myoblast.

20. Methods: Separating skeletal muscle of neonate mice, and cultured in vitro. Myoblast were primarily cultured in vitro with DMEM/F-12 culture liquid.

21. Objective To investigate the effects of time varied stress on the shape-alteration of myoblast in rats and to provide a theoretic base to determine the mechanics of myoblast in orthodontic therapy.

22. AIM:To explore the effect of oxidative stress on the proliferation and apoptosis of myoblast C2C12 by utilizing hydrogen dioxide(H2O2)to serve as exogenous active oxygen source.