(Z)-Endoxifen receives Rare Pediatric Disease designation from FDA
(Z)-Endoxifen, a drug being developed by Atossa Therapeutics for DMD, recently received Rare Pediatric Disease Designation from the FDA.
(Z)-Endoxifen, a drug being developed by Atossa Therapeutics for DMD, recently received Rare Pediatric Disease Designation from the FDA.
Findings from the HOPE-3 trial indicate that deramiocel may improve cardiac and skeletal muscle health in patients with DMD.
In mouse and human cell models of DMD, treatment with obestatin repaired muscle damage and improved cellular function.
For individuals with DMD, “living on your own” can take on many different meanings.
Fewer than half of participants with DMD who were prescribed LVR therapy adhered to their treatment protocol, a study found.
Researchers found that trehalose further improved cellular function in animal models of DMD treated with microdystrophin therapy.
A study found that a synthetic compound known as a BB polymer may protect skeletal and cardiac muscles from damage in DMD.
Researchers found that targeting gut microbiome dysfunction in a mouse model of DMD improves muscle health and function.
The type of genetic variant a person with DMD has can impact which therapies they are eligible for.
The DMD gene is the largest known gene, making it more prone to mutations.