Gene therapy offers the hope of delivering a fully functional dystrophin gene to muscles for people with Duchenne muscular dystrophy. In this project Professor George Dickson and his team will develop improved gene therapy techniques that have an enhanced ability to increase dystrophin protein in muscles. The researchers will do this by making changes to the micro-dystrophin gene and to the harmless virus that delivers it to muscles. This is a continuation of Professor Dickson’s previous work that could result in improved, second-generation gene therapies to test in future clinical trials, and better treatment options for people with Duchenne muscular dystrophy in the long term.
Gene therapy offers the hope of delivering a fully functional dystrophin gene to muscles for people with Duchenne muscular dystrophy. In this project Professor George Dickson and his team will develop improved gene therapy techniques that have an enhanced ability to increase dystrophin protein in muscles. The researchers will do this by making changes to the micro-dystrophin gene and to the harmless virus that delivers it to muscles. This is a continuation of Professor Dickson’s previous work that could result in improved, second-generation gene therapies to test in future clinical trials, and better treatment options for people with Duchenne muscular dystrophy in the long term.