Stem Cell Therapy for MuscularDystrophy Prospective Regeneration
                     Stem Cell Therapy for 
MuscularDystrophy: Prospective 
Regeneration
INTRODUCTION
A collection of hereditary diseases, muscular 
dystrophy (MD) causes increasing muscle 
weakening and deterioration. Over time, 
disorders like Duchenne, Becker, and limb-girdle 
muscular dystrophy compromise mobility, 
breathing, and heart performance. Although 
there isn't a permanent solution right now, 
stem cell Treatment for Muscular Dystrophy is 
becoming a viable course of action.
Stem Cell Therapy: How It 
Treatments Muscular 
Dystrophy
Stem cell treatment seeks to slow down 
disease development and heal injured 
muscle tissue. The course of therapy 
comprises:
• Bone marrow, umbilical cord, or adipose 
tissue supplies stem cells.
• Purified and multiplied in a lab, the cells 
are processing and cultivating.
• Stem cells are injected either directly 
into afflicted muscles or intravenuously.
These stem cells operate 
using:
Building muscular fibres and slowing down 
degradation.
• Lowering of inflammation and prevention 
of further muscle injury.
• Increasing blood flow will help muscles 
operate better.
• Ad advantages of stem cell treatment for 
MD
• Enhanced mobility and muscular strength.
• Slower development of muscular atrophy.
• In advanced situations, better cardiac and 
respiratory functions.
Difficulties and Prospective 
Future Directions
Stem cell treatment for MD is currently in 
experimental stage even if early studies 
and clinical trials show encouraging 
findings. Long-term safety and efficacy 
need further research to guarantee.
Conclusion
For those with muscular dystrophy, stem cell therapy offers hope as it may delay disease 
progression and enhance quality of life. Future management of muscular dystrophy could 
find a radical solution as research develops.
Contact us
Global Stem Cell Care
Phone no: 7042216389
Address: F3/3A, 2nd floor Abul Fazal 
Enclave, Jamia Nagar, New Delhi, Delhi 
110025, India
Website: www.globalstemcellcare.com