Muscular Dystrophy Treatment with Stem Cell Therapy
A muscle disease that often gets transferred from one generation to another is called Muscular Dystrophy (MD). The condition gradually leads to damage or weakening of muscle fibers or the voluntary muscles. Thus, a patient suffering from MD condition faces problems while doing activities like:
Damaging connective tissues is not the only harm that different types of MS cause. MS may even lead to heart muscle damage as well as involuntary muscles like internal organs.
What Causes Muscular Dystrophy?
Dystrophin is an essential protein that helps in the growth and function of muscles. When this essential protein is deficient in a person it may lead to MS. For many individuals, this deficiency is mainly caused due to genetic reasons.
Medications are commonly used for the treatment of MS that helps in reducing the symptoms of muscle spasms, stiffness and weakness. In certain cases, the function of the immune system gets suppressed due to some drugs that are used to slow down dying muscle cell damage.
Stem Cell Therapy for Muscular Dystrophy
Many clinical studies reveal that stem cells may offer more effective benefits to MS patients than medications, physical therapy, or assistive devices such as wheelchairs, walkers and canes. Stem cells have the ability to produce dystrophin that can break in affected cells. Moreover, the transmitted stem cells can produce several specialized cells that are required by the patient’s body.
Two Major Kinds of Results of MS Stem Cell Treatment
- Healthy Muscle Fibers are Produced–Stem cells with no genetic defect that leads to Muscular Dystrophy can be administered into the muscles of the patient. This results in the generation of working muscle fibers for replacing the damaged ones.
- Inflammation is Reduced- When muscles are damaged in MS, inflammation increases that also speeds up the process of muscle degeneration. Using stem cells release chemicals that decrease inflammation slowing down the disease’s progress.
Benefits of Stem Cell Therapy for MS
- Causes hindrance in the progress of MD
- Muscle fiber destruction prevention
- Muscle power can be preserved
- Avoidance of complications such as heart failure and respiratory issues
- Muscle destruction can be possibly reduced
- Immune system boost
- Internal organs and system function better
- Leads to independent living
- Improved quality of life
While there is no cure to date for muscular dystrophy, stem cell research and implantation of healthy cells into individuals diagnosed with various forms of muscular dystrophy may improve function and mobility as well as slow the muscle-wasting process.
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