Simply Stated

3d helix chromosome or Dna structure, technology science background. 3d render illustration
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Simply Stated: Revisiting Muscular Dystrophy

By Sujatha Gurunathan | September 3, 2024
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In Case You Missed It…

By MDA Staff | August 8, 2024
DNA and RNA Editing Concept. 3D Illustration
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Simply Stated: Updates in Exon Skipping Technology

By Sujatha Gurunathan | July 31, 2024
Protein enzymes fold into their structure to fulfill their function - 3d illustration
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Simply Stated: Updates in GNE Myopathy

By Sujatha Gurunathan | June 27, 2024
Endocrine glands through out the human body
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Simply Stated: Updates in Endocrine Myopathies

By Sujatha Gurunathan | May 21, 2024
Ribonucleic acid strands consisting of nucleotides important for protein bio-synthesis - 3d illustration
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Simply Stated: Updates in SELENON-Related Myopathy

By Sujatha Gurunathan | May 7, 2024
CK Creatine Kinase illustration with doctors
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Simply Stated: The Creatine Kinase Test

By Sharon Hesterlee, Ph.D. | March 7, 2024
Glass slides in the laboratory. Hand in blue glove holding glass organ samples. Histological examination. The microscope in the background blurred. Pathologist at work.
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Simply Stated: Muscle Biopsy

By MDA Staff | February 23, 2024
The key pathologic change of the muscular dystrophy is the myonecrosis. At an early phase, necrotic fibers appear swollen, homogeneous and deeply eosinophilic. This disease is caused by mutations of dystrophin, the largest known human gene, located on chromosome Xq21.
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Simply Stated: Updates in LAMA2 Muscular Dystrophy

By Sujatha Gurunathan | February 20, 2024
Color image of a real life young physically impaired ALS patient computer gaming with the help of his electronic wheelchair.
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Simply Stated: Updates in Collagen VI-Related Dystrophy

By Sujatha Gurunathan | January 6, 2024