Sarepta to develop Arrowhead’s muscular dystrophy treatments

Sarepta to develop Arrowhead’s muscular dystrophy treatments

Sarepta Therapeutics is acquiring from Arrowhead Pharmaceuticals the exclusive global rights to develop ARO-DUX4 and ARO-DM1, two RNA interference (RNAi) therapeutic candidates in Phase 1/2 clinical testing, each for one type of muscular dystrophy. ARO-DUX4 is being tested for facioscapulohumeral muscular dystrophy (FSHD) and ARO-DM1 for…

A walker should help prevent falls, right?

I’m getting more comfortable using my walker. However, it just doesn’t pay to trust the darned thing. The other day in my bedroom, I was putting clothes away. I was planning to take a shower later in the day, so I thought I’d save myself some steps. I grabbed…

DMD gene therapy GNT0004 set to enter Phase 3 trial in Europe, US

GNT0004, an experimental gene therapy for Duchenne muscular dystrophy (DMD), appears to be working as intended in the initial parts of a multiphase clinical trial, with benefits including stable or improved motor function. That’s according to data presented by Genethon, the therapy’s developer, at the ASGCT Breakthroughs in…

Regenxbio starts pivotal trial testing DMD gene therapy RGX-202

Regenxbio has initiated the pivotal phase of a clinical trial testing its experimental gene therapy RGX-202 in boys with Duchenne muscular dystrophy (DMD). If the results are positive, they could support the therapy’s accelerated approval by the U.S. Food and Drug Administration (FDA). Regenxbio has also announced…

How I experienced inclusion (and didn’t) during my education

On Saturday, I presented at the Participation — Inclusion in Action Conference 2024, which was held in my home of Singapore for the first time. My physiotherapist at the National University Hospital, who’s also a disability and healthcare researcher and one of the event’s key organizers, invited me to…

New technology may inform effective MD gene therapies: Study

A new technology called StitchR effectively restored the production of large muscle proteins dystrophin and dysferlin in mouse models of Duchenne muscular dystrophy (DMD) and limb-girdle muscular dystrophy (LGMD), according to a study. The results have potential implications for gene therapies. The technology works by delivering two halves…