Thanks, Dallin. I'll begin my remarks with ELEVIDYS and then provide an update on our pipeline. We continue to advance the ELEVIDYS clinical program and share new datasets as they become available. We recently published the primary one year EMBARK results in Nature Medicine, a high impact journal. In addition, we had multiple presentations at the World Muscle Society Congress in early October. This included additional EMBARK data, Muscle MRI and Cardiac MRI. Muscle MRI changes were consistent with functional outcomes from EMBARK Part 1, showing stabilization or slowing of disease progression with SRP-9001, while progression occurred in placebo treated patients evidenced by accumulation of fat and fibrosis. Cardiac MRI demonstrated that at one year post gene therapy there was no evidence of harm observed. Future longitudinal cardiac MRI studies will assess long-term protection of cardiac muscle. As we previously described, ELEVIDYS contains an MHCK7 promoter that expresses well in the heart to protect cardiac muscle. We have shown in the mdx rat model of Duchenne improvements in cardiac function as well as overall survival. In addition to the EMBARK data, we've also presented safety and expression data from Study 103 or ENDEAVOR, demonstrating consistent safety and expression data across ambulatory and non-ambulatory patients. As of the end of October 2024, we have dosed over 80 late ambulatory and non-ambulatory patients within our clinical program and continue to see a consistent safety profile. Finally, we shared five-year longitudinal data from Study 101 demonstrating that SRP-9001 stabilizes or slows DMD progression with an increase in divergence from natural history over time. As shown by external control analysis and supported by the independent cTAP analysis. No new safety signals were identified. As mentioned on our last call, the ELEVIDYS accelerated approval for non-ambulatory patients includes a post marketing commitment to confirm clinical benefit which will be addressed via our non-ambulatory and late ambulatory Study 303 also known as ENVISION. As a reminder, ENVISION is a global randomized double-blind placebo controlled two-part study. ENVISION is progressing well with US enrollment complete and the remaining recruitment occurring ex-US. Enrollment is expected to be completed in 2025 with our last patient last visit expected in 2027 following an 18-month placebo-controlled period. We also continue to advance clinical studies that monitor long-term follow up with the ELEVIDYS. Our long-term follow up studies include ENDURE and EXPEDITION. As a reminder, ENDURE is a Phase 4 observational study that will follow individuals treated with ELEVIDYS for up to 10 years. In addition, EXPEDITION is a Phase 3 study enrolling approximately 400 patients that were previously enrolled ELEVIDYS clinical trials and followed for consistent safety and efficacy measures for up to five years. Regarding patients currently ineligible to receive ELEVIDYS under the expanded label, we continue to advance multiple studies. For the approximately 15% of patients who are screened out for preexisting anti AAV rh74 antibodies, we have commenced two studies, one with embodies to cleave antibodies and a second with plasmapheresis to remove antibodies. We expect to have expression and safety data from fentanyl patients in early 2025. In addition, for patients under the age of 4, we've treated patients as young as 2 in our Study 103 and together with our partner Roche, we are executing Study 302 involved to gain experience dosing patients under 4 and as young as 3 months. We continue to communicate the range of trial experience in patients treated with ELEVIDYS from those that are under 4 to those with more advanced disease. Moving now to our programs for the limb-girdle muscular dystrophy or LGMD. Starting with SRP-9003. As we mentioned on the first quarter call, we initiated dosing early this year and study SRP-9003-301 also known as EMERGING [ph] or Phase 3 multinational open label clinical trial of SRP-9003 for the treatment of limb-girdle muscular dystrophy type 2E for beta sarcoglycanopathy. The agreed primary endpoint of EMERGING is expression of beta sarcoglycan, the absence of which is the sole cause of the disease. The study is on track to be fully enrolled by the end of 2024. Assuming a positive pre BLA meeting, we will anticipate a BLA filing in 2025. We are encouraged by the agency's willingness to support a viable pathway for SRP-9003, an ultra rare genetic condition that is progressively debilitating, results in loss of ambulation and leads to early mortality. The ability to progress a small NF15 biomarker study, together with our ability to demonstrate delivery of a functional beta sarcoglycan protein is extremely important not just for this program, but for the other sarcoglyconopathies in our pipeline, including LGMD2D and LGMD2C, both of which are progressing to the clinic. Having successfully advanced SRP-9003, we submitted our SRP-9004 IND update reflecting our suspension process this year with Phase 1 initiation expected by year's end. As a reminder, SRP-9004 is designed for the treatment of limb-girdle muscular dystrophy type 2D or alpha sarcoglycanopathy. Finally, we are also rapidly progressing our program for SRP-9005 for the treatment of limb-girdle muscular dystrophy type 2C or gamma sarcoglycanopathy. We plan to engage with FDA in Q4 of this year with plans to initiate a clinical study in Q1 2025. To summarize, we are very pleased with the progress of our LGMD portfolio and expect to have three of our LGMDs in the clinic in less than six months. We are maximizing the synergies across this platform from both an R&D and manufacturing perspective, and our sites are firmly set on accelerating the remainder of the LGMD assets to the clinic. Continuing with our RNA platform and beginning with our PMOs, the ESSENCE trial, our post marketing requirements for golodirsen and casimersen as well as mission or post marketing commitment for EXONDYS are both fully enrolled and remain on track. We look forward to sharing data as soon as the study is complete. Turning now to PPMO. As announced today and in line with our unwavering commitment to patients first, we have decided to discontinue development of SRP-5051, also known as vesleteplirsen, our investigational peptide-conjugated PMO or PPMO to treat Duchenne. This means dosing and our momentum study SRP-5051-201 has stopped. The safety of study participants is our highest priority, and while we are encouraged by the dystrophin expression results with SRP-5051, the long-term safety in a chronic treatment setting does not support further development. Our initial hypothesis was that the hypomagnesemia was manageable and monitorable. Although events thus far remained medically manageable in a small number of patients, we saw persistent hypomagnesemia despite treatment discontinuation, and our risk benefit analysis led us to end the study. The MOMENTUM study has provided important information around the use of RNA targeted therapies to increase dystrophin production in Duchenne, and we are extremely grateful to the patients, families and clinicians who participated in our studies. Now, let's spend a moment discussing our current and future pipeline. During the past six years since I joined Sarepta, we've been diligently building expertise and capabilities to advance our current portfolio and identify new assets. We've significantly advanced the field of genetic medicine through clinical trials and advanced research for patients with preexisting antibodies and the potential for redosing. We've also advanced regulatory precedent for gene therapy for rare disease as evidenced by a rapidly developing LGMD platform. On the research side, we have optimized, developed and characterized new AAV capsids that will change the landscape for neuromuscular gene therapy and unlock potential in cardiac and central nervous system disease areas. As an example, we've optimized the construct for Charcot-Marie-Tooth type 1A or CMT1A using AAV rh74 and are now rapidly advancing to the clinic following exciting preclinical data. As a reminder, we are using a surrogate approach for delivery of the neurotrophin-3 or NT3 gene to improve myelination and nerve regeneration in CMT1A. This pipeline in a product approach has applicability to other CMTs as well as other demyelinating indications. We look forward to highlighting our impressive pipeline in an R&D Day in 2025. I'll close by thanking all the patients who participate in our trials and my incredibly talented R&D colleagues who make all of this possible. The future is bright because of their work. I'll now turn the call over to Ian Estepan for an update on our financial results. Ian?