PEG-MGF is a muscle change caused by strict exercise and muscle damage. Structural differences in liver tissue synthesis of IGF-1 and other factors, MGF into the muscle fiber repair skeletal muscle tissue, to prevent damage to cell death. It adds stem cells to the muscle and is triggered by a stimulus pulse after a significant mechanical stress is experienced in the muscle tissue. With age, MGF gene transcription is small, which is why the elderly muscle mass decline, some diseases will also affect its production.

According to a study in the UK, older people who exercise and accept hormones called "mechanical growth factor" (MGF) show an increase in muscle mass.

PEG-MGF can also help to treat age-related muscle strength loss, resulting in increased brittleness

This hormone may also be due to muscular dystrophy, amyotrophic lateral sclerosis (ALS), kidney disease or cancer and other diseases can not be intensive exercise patients. Astronauts can even help astronauts who spend a long time in space travel to slow down muscle loss.

PEG-MGF is a muscle change caused by strict exercise and muscle damage. Structural differences in liver tissue synthesis of IGF-1 and other factors, MGF into the muscle fiber repair skeletal muscle tissue, to prevent damage to cell death. It adds stem cells to the muscle and is triggered by a stimulus pulse after a significant mechanical stress is experienced in the muscle tissue. With age, MGF gene transcription is small, which is why the elderly muscle mass decline, some diseases will also affect its production.

According to a study in the UK, older people who exercise and accept hormones called "mechanical growth factor" (MGF) show an increase in muscle mass.

PEG-MGF can also help to treat age-related muscle strength loss, resulting in increased brittleness

This hormone may also be due to muscular dystrophy, amyotrophic lateral sclerosis (ALS), kidney disease or cancer and other diseases can not be intensive exercise patients. Astronauts can even help astronauts who spend a long time in space travel to slow down muscle loss.