We are dedicated to pioneering genetic breakthroughs for children with Congenital Muscular Dystrophy. Through powerful collaborations between scientists, clinicians and supporters, we are delivering hope and new therapeutic possibilities to families facing a lack of alternatives.
Our two-year-old daughter, Betsy, was diagnosed with an extremely rare genetic neuromuscular disorder called Congenital Muscular Dystrophy (CMD). Her specific disorder is considered a dystroglycanopathy, which affects many areas of her body, including her muscles and brain. Unfortunately, time is not on Betsy’s side and things will get much worse as she gets older.
When Betsy was diagnosed, we were told that there is nothing that we can do but watch and wait. As her parents, we refused to sit around watching and waiting as our daughter regressed. Fight CMD was created to use advancements in science to develop a treatment option for children facing Congenital Muscular Dystrophy.
Our two-year-old daughter, Betsy, was diagnosed with an extremely rare genetic neuromuscular disorder called Congenital Muscular Dystrophy (CMD). Her specific disorder is considered a dystroglycanopathy, which affects many areas of her body, including her muscles and brain. Unfortunately, time is not on Betsy’s side and things will get much worse as she gets older. When Betsy was diagnosed, we were told that there is nothing that we can do but watch and wait. As her parents, we refused to sit around watching and waiting as our daughter regressed. Fight CMD was created to use advancements in science to develop a treatment option for children facing Congenital Muscular Dystrophy. While advancements in precision medicine and gene therapy offer a glimmer of hope for Betsy, the traditional treatment development pipeline remains a major obstacle. To give her a real chance, we must build an entirely new treatment customized to this type of CMD. We have partnered with top researchers to develop a therapy to slow the progression of Betsy’s disorder. Our mission is to fight for a cure so that children facing CMD have a treatment option and are given a chance at life. No family should have to watch and wait helplessly with no treatment options.

Our drug development program is focused on gene therapy approaches to treat B3GALNT2-Related Congenital Muscular Dystrophy. Betsy and her friend, Hugo, are two of less than 10 children worldwide with this mutation. Our hope is our efforts to develop a treatment for this mutation will have broad implications for each child and family fighting CMD.

Tyler Harris is founder, President, and CEO of Fight CMD.
He is a Principal Financial Analyst at Raytheon (RTX) supporting the Naval Power Division. He has over 9 years of experience in the defense industry. Prior to Raytheon, he worked in Healthcare Finance for nearly 7 years with Ochsner’s Health System, Children’s Hospital of New Orleans, Singing River Health, and other institutions.
He holds an MBA and a BS in Banking & Finance from Mississippi State University. He also completed an additional BS in Accounting from the University of Southern Mississippi.

Amanda Harris is the co-founder and vice president of Fight CMD.
Amanda Harris is the co-founder and vice president of Fight CMD. She practices medicine as a board-certified Physician Assistant in dermatology. She holds a BS in Biological Sciences from Louisiana State University and a Masters of Physician Assistant Studies from LSU Health Sciences Center in New Orleans. As an undergraduate student, Amanda was involved in a research study aimed at identifying an environmentally friendly termiticide, which was published in the Journal of Economic Entomology. She combines her medical and research background with a personal mission: to create a groundbreaking treatment for CMD to help her daughter, Betsy, and other children like her.

Brooke Abraham is the secretary of Fight CMD. She works in HR in talent acquisition.
Brooke Abraham is the secretary of Fight CMD. She works in HR in talent acquisition. She studied General Studies at Louisiana State University. She is passionate about supporting the treatment development for CMD for her niece, Betsy, and other children like her.
We believe a treatment for CMD is possible and within reach
When fighting a progressive disease, each new discovery matters.
Together, we are stronger and more effective