Muscular Dystrophy is a disease that causes muscles to weaken and lose mass. A dystrophin deficiency that has turned acute is the major cause of this sickness. Duchenne muscular dystrophy is the most common kind of muscular dystrophy, and it may be fatal if not treated. This kind of muscle degeneration can only be cured by stem cell therapy.
The most prevalent and crucial tissue in the human body for movement is skeletal muscle. Myoblast-differentiating adult muscle cells are among them. This myoblast combines together to form multinucleated muscle fibres that contribute in the growth and structure of skeletal muscle. The determinants of genetics Muscular Dystrophy results in structural abnormalities and muscle cell death, as well as the weakening of muscle fibres. As a consequence of the fast weakening and loss of muscle stem cells, as well as systemic muscular atrophy, patients may die of respiratory or cardiac failure. DMD, like other degenerative neurological and muscular illnesses, is caused by the loss of healthy cells that are required for appropriate bodily function. When a crucial muscle protein is absent or altered, Muscular Dystrophy develops, resulting in gradual muscular degeneration, loss of endurance, and limb deformities. Patients, on the other hand, have discovered hope with stem cell treatment for Muscular Dystrophy in India. These cells are supplied to the body in a way that allows them to embed themselves in the muscles, where they produce cytokines, improve blood flow, and repair damaged muscle cells. Cytokines also help to mend damaged muscle membranes, increase functional protein levels, repair injured neurons, reduce muscle cell lesions, and improve muscular activity.
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December 2023
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