AI Article Synopsis

  • Corticosteroids are the only proven treatment to improve strength and function in boys with Duchenne muscular dystrophy (DMD), but their prescription varies widely and isn't used in some countries.
  • A clinical trial aims to compare three common corticosteroid regimens while standardizing the treatment for DMD complications and minimizing side effects.
  • The trial will recruit 300 boys aged 4-7, assigning them to one of the three regimens and tracking their progress for at least 3 years to determine which treatment is most effective and has the fewest adverse effects.

Article Abstract

Despite corticosteroids being the only treatment documented to improve strength and function in boys with Duchenne muscular dystrophy (DMD) corticosteroid prescription is inconsistent and in some countries, corticosteroids are not prescribed. We are conducting a clinical trial that (1) compares the 3 most frequently prescribed corticosteroid regimes; (2) standardizes treatment of DMD complications; and (3) standardizes prevention of corticosteroid side effects. Investigators at 38 sites in 5 countries plan to recruit 300 boys aged 4-7 who are randomly assigned to one of three regimens: daily prednisone; daily deflazacort; or intermittent prednisone (10days on/10days off). Boys are followed for a minimum of 3years to assess the relative effectiveness and adverse event profiles of the different regimens. The primary outcome is a 3-dimensional variable consisting of log-transformed time to rise from the floor, forced vital capacity, and subject/parent satisfaction with treatment, each averaged over all post-baseline visits. The study protocol includes evidence- and consensus-based treatment of DMD complications and of corticosteroid side effects. This study seeks to establish a standard corticosteroid regimen for DMD. Since all new interventions for DMD are being developed as add-on therapies to corticosteroids, defining the optimum regimen is of importance for all new treatments.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC6279424PMC
http://dx.doi.org/10.1016/j.cct.2017.04.008DOI Listing

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