Muscle Growth

Muscle Growth People rely on technology to do everything for them, with the introduction of modern convenient equipment such as cars, remote controls, and even electric toothbrushes. As the generation grows in today's society, physical problems are almost obsolete. You can complete work such as shopping and visiting friends with a comfortable computer. In this sedentary lifestyle, there is little muscle size besides athletes who want to succeed in sports.

Muscle muscle growth means increasing muscle by increasing the amount of non-contracting muscle cell fluid (muscle). Although the muscle size is increased by training, muscle strength does not increase due to the decrease in cross sectional area, but it means a decrease in muscle fiber density. The idea is that bodybuilders do muscle growth of sarcoplasmic reticulum "not functioning". For this reason, if strong muscle concentration is required, training should be done that requires the use of a gentle representative and high load to produce myofiberal hypertrophy. Representative with high degree of load

Growth factor by gene therapy: A number of factors that control muscle growth and regeneration are known. These include myostatin, a natural inhibitor of muscle growth. Inhibition of myostatin leads to muscle growth and regeneration, and a decrease in fat and fibrosis. Follistatin is a natural inhibitor of myostatin and two clinical trials assessed whether intramuscular injection of follistatin by rAAV1 would be beneficial to patients with primary myopathy. In Becker muscular dystrophy, muscular dystrophy is caused by dystrophin mutation, but the disease course is lighter than DMD, follistatin is delivered to the quadriceps femoris, muscle histology and walking distance are evaluated. Four out of six patients with a history of histological improvement and increased walking distance were reported. Sporadic inclusion body myositis, acquired inflammatory myopathy, follistatin are also injected intramuscularly into the quadriceps muscles of 6 females via rAAV1