Satellos Bioscience Inc.

Lead Development Program: Duchenne

The Company’s first application of its technology is directed towards the discovery and development of a small molecule drug for the treatment of Duchenne, the most common fatal genetic disorder diagnosed in childhood affects approximately one in 4,000 male births per year, worldwide. As depicted in the below Figure 2, individuals living with Duchenne experience severe and progressive loss of muscle function during their lives, often exhibited by loss of ambulation before their teenage years and generally culminating in death before the end of their third decade of life. There is no known cure.

Despite this dire scenario, Satellos takes hope for its novel approach from the fact that individuals living with Duchenne do make functional muscle as young children, albeit not as effective as their healthy peers. Our interpretation of the progressive nature of Duchenne, also depicted in Figure 2, is that the unmistakable signs of motor impairment and ambulatory challenges that become apparent during childhood represent a ‘tipping point’ in the balance between muscle damage and repair where regeneration fails to keep up with damage. Satellos has designed SAT-3247 with the goal of resetting the balance of regeneration over degeneration by enhancing the process of asymmetric division and the ensuing creation of new muscle cells.