Thanks, Doug. 2023 was a year of great accomplishment for Sarepta, for the advancement of science, and for the health and well-being of patients living with rare disease. 2023 will also be remembered as being a defining moment in genetic medicine. In June 2023, the FDA granted accelerated approval to ELEVIDYS, first gene therapy to treat to Duchenne muscular dystrophy. Since that time, we've been successfully treating ambulatory pediatric patients aged four through five years with Duchenne, who have a confirmed mutation in the DMD gene. And then, just about two weeks ago, and as Doug mentioned, we were thrilled to announce that the FDA accepted and filed our efficacy supplement for ELEVIDYS, whereby they will now evaluate broadening the approved indication of ELEVIDYS. By removing age and emulation restrictions and converting the ELEVIDYS accelerated approval to a traditional approval. Should we receive accelerated approval for ELEVIDYS in the non-ambulant population in the United States? Our ENVISION study also called SRP-9001-303 will serve as our confirmatory study for this population. ENVISION is a global randomized double-blind placebo-controlled two-part study evaluating the safety and efficacy of delandistrogene moxeparvovec-rokl gene therapy in non-ambulatory and older ambulatory individuals with Duchenne. This study is ongoing with all remaining patients being enrolled outside of the United States. With U.S. enrollment completed and the remaining 85% of recruitment occurring ex-U.S., we are confident in our ability to complete this trial. Moving now to our limb-girdle muscular dystrophy or LGMD program, on January 16th, we announced that screening was underway in study SRP-9003-301, also known as the EMERGENE study. We are pleased to now share that the first patient has been successfully dosed in that study. To remind you, EMERGENE is a Phase 3, multi-national, open-label clinical trial of SRP-9003 for the treatment of limb-girdle muscular dystrophy Type 2E or beta-sarcoglycanopathy. The primary endpoint of EMERGENE is expression of beta-sarcoglycan, which is an extremely important endpoint for this program, for the other sarcoglycanopathies, including LGM2D and LGMD2C, and for the field of gene therapy. I'll explain why? Beta-sarcoglycanopathy is characterized by a mutation of the beta-sarcoglycan gene, which sits in a complex of the membrane called the sarcoglycan complex, and is important for function and for preventing muscle damage during contraction. The sarcoglycan complex is a subcomplex of the dystrophin-associated protein complex, or DAPC. A defective sarcoglycan protein results in loss or reduced expression of the other sarcoglycan, as well as other proteins in the complex, such as dystrophin. Therefore, by restoring the missing protein, such as beta-sarcoglycan, we're able to restore that functional complex at the membrane and thereby restore function to the muscle. Further, earlier this month, I had the opportunity to participate in the Speak Foundation's LGMD Scientific Workshop, which also featured officials from FDA, including Doctors Marks and Verdun, as well as patients, caregivers, and clinicians, among others. The key takeaways from the workshop included the perspective that traditional trial designs are not suitable for certain types of LGMD, and that to ensure these therapies have the best chance of success, the totality of evidence must be considered. Doctors Marks and Verdun also expressed their strong support for regulatory flexibility and a higher tolerance for uncertainty for rare diseases such as LGMD, when you're replacing the native protein, as well as support for surrogate endpoints for gene therapies. Currently, no treatments exist to effectively treat LGMD2E or the other LGMDs. The EMERGENE study, which will enroll 15 participants who are ambulatory and non-ambulatory, ages four and older, not only holds great promise for individuals suffering from LGMD2E, but will lay the foundation for other LGMD programs, as well as provide a viable regulatory pathway that supports the development of future gene therapies for rare and ultra-rare diseases. These data, combined with positive expression and functional data shared from our initial LGMD2E study, SRP-9003-101, which was also published in Nature Medicine earlier this year, and our Voyagene study, SRP-9003-102, which establishes safety experience across a broader patient population. They're together as totality of evidence. As a reminder, Voyagene is a Phase 1 study evaluating SRP-9003 for the treatment of LGMD2E in patients ages 18 and older in the ambulant population and ages 4 to 50 in the non-ambulant population. The primary endpoints are safety and change in beta-sarcoglycan expression. We expect to have the clinical results this year. Moving now to our RNA platform, we were also pleased to recently announce positive results from Part B of our MOMENTUM study, study SRP-5051-201. Based on the data we've generated to date, we believe SRP-5051 represents a best-in-class therapy from an efficacy perspective. MOMENTUM is a global, multi-ascending dose clinical trial of SRP-5051. Our next generation peptide phosphorodiamidate morpholino oligomer treatment for patients with Duchenne were amenable to exon 51 skipping. As previously discussed and based on these results, we believe we have a path forward to an NDA and are planning a meeting with FDA to discuss an accelerated approval. We anticipate that this meeting will occur in the third quarter of 2024. Regarding our post-marketing studies for the PMOs as mentioned, we completed enrollment in the ESSANCE trial, our post marketing requirement for golodirsen and casimersen. As a reminder, ESSANCE is a two-year study and is due to readout in early 2026. In addition, we are pleased to have completed enrollment in our MIS51ON study, our dose-ranging post-marketing commitment for EXONDYS. MIS51ON is a randomized double-blind safety and efficacy dose-finding study comparing the approved dosage of the Eteplirsen, 30 mg/kg/weekly, to a dosage that provides significantly higher exposure, up to 200 mg/kg/weekly. MIS51ON is a two-part Phase 3 study. It was fully enrolled in October 2023 with 160 patients. We remain committed to rapidly and diligently advancing MIS51ON and sharing data as soon as it becomes available. In conclusion, the months ahead are filled with great promise to advance our mission and serve patients around the world living with rare disease. I will now turn the call over to Ian Estepan for an update on our financial results. Ian.