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Support Our Endeavor to Expedite the

Discovery of a Cure

Enlist your support or make a contribution today to advance our mission


Helping Those in Need

Our Commitment

Our mission is to raise funds for the best global research efforts to find cures for every type of Muscular Dystrophy and to put an end to the terrible suffering of hundreds of thousands of children. We collect as much data as possible on different children with different types of muscular dystrophy and share the data with doctors and scientists around the world to expedite finding and delivering a cure.

Our goal is to cure every type of muscular dystrophy by funding cutting edge technologies around the world, and to accelerate the processes of finding the cure through the collective knowledge of scientists, doctors and other professionals that are willing to join our cause. In order to find a cure quickly without being hampered by political and big-corporation red tape, we aim to raise funds, knowledge, and human capital on a global scale.

Marching for a Cure: Our Anthem of Hope.

Who We Are

Our Story

We are a small dedicated group with the sole goal of curing muscular dystrophy (MD). We are working on…

Our Team

Team DMD Warriors unites diverse talents in a relentless pursuit of a cure for Duchenne Muscular Dystrophy…

Our Friends

Our circle of friends stands united in the fight against Duchenne Muscular Dystrophy. Fueled by love and a shared commitment…


Supporting Children

Helping Kids

Helping children with Duchenne muscular dystrophy (DMD) involves a multidisciplinary approach that addresses both their physical and emotional well-being.

This may include physical therapy to maintain mobility, adaptive devices to enhance independence, and emotional support for both the child and their family as they navigate the challenges associated with this progressive muscle-wasting condition. Staying informed about the latest medical advancements.

Our Quest is Centered on Unraveling the Complexities of DMD Treatment

Our Projects and Goals

We concentrate our efforts in funding research in four main areas.

  1. Utrophin Upregulation
  2. Exon Skipping
  3. Gene Therapy: Micro-Dystrophin 4500 bases
  4. Gene Therapy: AAV.Mini-Dystrophin Overlapping Vectors 6400 bases

Finding a Cure

Research and Hospitals

Medical Research

Guiding Humanity Towards a Better Tomorrow

Shriners

Change and Improve Lives

Locations

22 hospitals

Medical Research

DMD research drives transformative breakthroughs, offering hope to those affected. Researchers worldwide collaborate to reshape the medical landscape, striving to improve lives impacted by Duchenne Muscular Dystrophy.

About Shriners

Shriners Children’s Hospital is a beacon of specialized pediatric care and other complex medical needs. Committed to providing exceptional care, the hospital emphasizes family-centered support and is source of hope for children worldwide.

Shriners Locations

Shriners Hospitals for Children oversees a network of 22 hospitals spanning North America. To assist you in locating the nearest facility for you and your family, the link below containing a list of hospitals along with their contact information.

Recent News

  • MDA Ambassador Guest Blog: The Part I Let Belong: Learning to Embrace My Disability Identity

    John Scurto is a 29-year-old MDA Ambassador from Boca Raton, Florida, who lives with spinal muscular atrophy (SMA) and is a power wheelchair user. He holds an MBA and a graduate certificate in Disability Studies, and he is especially interested in the intersection of business and disability inclusion. With both lived experience and academic training,…

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  • Clinical Research Alert: Clinical Study in Children with SMA

    Researchers at Teachers College, Columbia University (New York) are seeking children living with spinal muscular atrophy (SMA) who are receiving disease-modifying therapy to participate in a pilot study exploring the integration of targeted rehabilitation strategies. This intervention aims to strengthen muscles, enhance neuromuscular coordination, and reduce fatigue, ultimately supporting improved movement and functional abilities in children with…

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