Thanks, Doug. And good afternoon. As we look forward to the weeks and months ahead, we remain resolute in our conviction and our values to follow the science and present the objective evidence to support SRP-9001’s ability to change the trajectory of Duchenne muscular dystrophy. Our goal with SRP-9001 is to alter the course of the fatal disease by treating the underlying cause of Duchenne with a onetime gene therapy that delivers functional dystrophin to the muscle. Sarepta has generated the most compelling, preclinical, biomarker and clinical functional results to date more than any other gene therapy in development for Sarepta. We've been able to demonstrate based on the strong scientific underpinning of our construct that early SRP-9001 data provided read through for our positive clinical experience with the therapy. After years of research, we identified an optimal gene cassette able to retain the most critical, protective and functional elements and fit in inside AVV, thereby enabling its delivery. This gene cassette was packaged into our AAV of choice rh.74 and we chose MHCK7 as our promoter. The early data showed robust expressions across skeletal, diaphragm and cardiac muscles, and as a result of that expression as well as the dystrophin protein demonstrating functional benefits, we saw a clinical benefit at the target dose in patients with Duchenne. I will explain in a bit more detail. Individuals with Duchenne don't have a functioning dystrophin-associated protein complex or DAPC. Understanding this, when we inserted a functional dystrophin protein, we saw up-regulation of the DAPC in animal models. More specifically, we saw an almost one-for-one up-regulation of DAPC when there was expression of the SRP-9001 dystrophin, confirming the protective properties of the protein. Further, we saw significant reduction increase in kinase or CK. CK is an enzyme associated with muscle damage. The reduction in CK provided further proof that SRP-9001 was reasonably likely to predict clinical benefit. Since 2018 and across multiple studies, we dosed the largest number of Duchenne patients, more than any other gene therapy in development for this disease. And the clinical results have surpassed our expectations. In summary, SRP-9001 demonstrated robust expression of dystrophin far above what literature would suggested is necessary to be protective of the muscle. All of it is properly localized at the muscle membrane or sarcolemma or it acts as a shock absorber. We developed a cell-based potency assay that shows that SRP-9001 is active, functional and protective at the muscle membrane. And as in animal models with robust expression of SRP-9001, it's a significant reduction of CK. Finally, expression of SRP-9001 in patients leads to upregulation of DAPC. In addition to all of this compelling evidence, we are able to show functional benefits versus what natural history will predict on NSAA or the North Star Ambulatory Assessment, which is our primary functional endpoint. We observed benefit across one-, two-, and four-year time points. Based on the totality of the data we believe that SRP-9001 qualifies as a disease modified agent as the levels of dystrophin expressed are reasonably likely to predict clinical benefit in patients with Duchenne. Now moving to limb-girdle muscular dystrophy or LGMD, we remain committed to advancing our LGMD portfolio in the process of variety of subtypes. I look forward to providing updates on these important programs in the month ahead. Currently, we are making excellent progress on journey, our LGMD Natural History Study and in Voyagene, our Phase 1 study evaluating SRP-9003 for the treatment of limb-girdle muscular dystrophy Type 2E, in ambulant adult patient and non-ambulant patients. It’s in clinical process SRP-9003 material. Combined with positive expression functional data shared from our initial study, SRP-9003-101, we believe [ph] the data from Voyagene which will give us insights into a broader patient population. Our next milestones for Voyagene includes completing enrollment in the second half of the year and beginning our Phase 3 study using commercially representative process material later in the year. Finally, we are on track to commence a systemic pilot study for SRP-6004 dual-vector rh74-mediated gene therapy to treat LGMD2E characterized by the absence of the protein dysperlin. Turning now to the progress we've made with our RNA platform, we are pleased to complete enrollment in the first quarter of 2023 for our MOMENTUM study for SRP-5051 and we remain on track, we will announce data from the study in the back half of 2023. In regards to our post-marketing studies or the PMOs, as mentioned last quarter, we completed enrollment in the ESSENCE trial for post-marketing requirement for golodirsen and casimersen and continue to make good progress with our MIS51ON study, which is on track to be fully enrolled this year. In closing, we are looking forward to the advisory committee meeting on Friday, May 12, and it will provide us the opportunity to share the science and the data in support of SRP-9001. I would like to take this opportunity to thank our Sarepta team who have been diligently working these past months. I will now to turn the call over to Dallan for an update on our commercial activities. Dallan?