Thank you, Doug. I'll turn to the next slide. Today, we announced the top line results from our ESSENCE trial, the first placebo-controlled Phase III study of exon skipping therapies, VYONDYS 53 or golodirsen and AMONDYS 45 or casimersen to treat patients with Duchenne muscular dystrophy amenable to exon 53 or 45 skipping, respectively. To remind you, VYONDYS and AMONDYS are designed to address the underlying cause of Duchenne by restoring the messenger RNA or mRNA reading frame. The therapies use Sarepta's proprietary PMO chemistry and exon skipping technology to skip exons 53 and 45 of the dystrophin gene. Promoting the synthesis of a short and functional dystrophin protein is intended to slow decline in Duchenne patients. VYONDYS and AMONDYS were approved by FDA via the accelerated approval pathway in 2019 and 2021, respectively. Next slide, please. As shown on this slide, initiated in September 2016, the 225-person ESSENCE study was designed as a double-blind, placebo-controlled trial spanning 96 weeks, followed by a 48-week open-label extension, reflecting the scale, rigor and long-term commitment required to validate targeted treatments and select rare disease populations such as Duchenne. The trial was conducted across 75 centers in 24 countries. Next slide, please. In terms of baseline demographics, patients were well matched with 2:1 treated versus placebo with numbers of exon 45 and exon 53 amenable patients consistent with the prevalent Duchenne population. Functional baseline characteristics were also well matched. Now turning to the top line results on the next slide. ESSENCE demonstrated numerical superiority across the primary and most secondary endpoints. However, the study did not reach statistical significance on the primary endpoint, the 4-step Ascend at 96 weeks. Let me first highlight the key results, and then I'll provide more detail on each. First, and as mentioned, we believe COVID impacted study results. A post-hoc analysis of participants not impacted by COVID improved study results on the 4-step Ascend, with a lease square mean difference of 0.11 steps per second and a p-value of 0.09. Second, when a prognostic score is applied to identify the subpopulation at risk for decline on 4-step Ascend, a meaningful and significant treatment response is evident with a lease square mean difference of 0.186 steps per second and a p-value of 0.01. And importantly, there were no new safety signals with comparable AE rates between treated and placebo. AEs were largely mild or moderate. Next slide, please. As you will see on this slide and as I mentioned previously, although the data showed numerical superiority, the primary endpoint of this study was not met. Next slide, please. As Doug mentioned, COVID appears to have had an impact on study results. The study itself was challenged operationally during the COVID period with twice as many consecutively missed doses during COVID versus COVID-free patients and compressed clinical evaluation schedule. 43% of COVID-impacted patients had consecutively missed doses with an average of 8 missed doses. In addition, published studies specifically on the impact of the COVID pandemic in Duchenne have demonstrated a negative impact on function due to immobility, contractures and increased weight gain. On this slide, I've highlighted the COVID period that falls in the middle of the ESSENCE study, which began in late 2016 and completed in 2025. We define patients that began and completed their 96 weeks outside of this window as COVID-free. Next slide, please. Notably, a post-hoc analysis of the COVID-free participants improved study results on the 4-step Ascend primary endpoint as shown on the left, with a least square mean difference of 0.11 steps per second and a p-value of 0.09. This equates to an approximately 30% reduction in disease progression over 2 years on the 4-step Ascend. This is in stark contrast to those individuals impacted by COVID on the right. Had we seen this effect size in a sample size similar for the whole trial population, we would expect it would have reached statistical significance. Secondary endpoints also demonstrated improved study results in COVID-free participants. Next slide, please. Separately, we also performed an analysis using a prognostic scoring method published by the well-respected CTAP, a collaborative trajectory analysis project group, which is focused on Duchenne. This method published after we commenced ESSENCE is used to identify the population most at risk for decline and consequently, a maximum treatment benefit can be identified by avoiding floor and ceiling effects. The method includes baseline age 4-step Ascend velocity, rise from floor velocity, 10-meter walk run velocity and corticosteroid duration and type. The 4-step Ascend was the most sensitive endpoint and reached statistical significance with this prognostic score applied. With a clinically meaningful lease square mean difference of 0.186 steps per second and a p-value of 0.01, this equates to a 35% reduction in disease progression over 2 years on the 4-step Ascend. Next slide, please. There were no new safety signals with comparable adverse event rates between treated and placebo, reinforcing the favorable and manageable safety profile observed with our exon skipping therapies. Adverse events were largely mild or moderate. We believe the totality of these data along with the real-world evidence are compelling for AMONDYS and VYONDYS, and we'll be sharing these data with FDA to support sNDA filings. Next slide, please. Of note, and as you will see here, a number of factors generated from real-world evidence supports casimersen, including a mean age of 15 years for casimersen-treated patients to meet a wheelchair versus 9.5 to 12.3 years in the literature for standard of care. It also shows a 2.6-year delay in time to reach FVC percent predicted of less than 60% for patients 10 to 18 years old versus matched control and a 70% reduction in mortality rate for our PMO. Next slide, please. On this slide, you will see how the real-world evidence supports golodirsen, including a 3-year delay in loss of ambulation versus external control, a 7.5-year delay in the need for nighttime ventilation and a 70% reduction in mortality. Next slide, please. As you can appreciate on this slide, the real-world body of evidence supports the effect of our PMOs on the trajectory of Duchenne, including an impressive 5.4-year increase in survival, a 3- to 4-year delay in loss of ambulation and significantly slower rates of pulmonary and cardiac decline. Next slide. Further, it's important to note that our exon skipping therapies have treated over 1,800 patients worldwide from infants to adults in their 30s, providing a robust foundation of clinical experience and real-world evidence showing PMOs have been associated with slowing Duchenne disease progression, including delayed loss of ambulation, preserved pulmonary and cardiac function and extending survival. With a patient adherence rate of more than 90%, the sustained use reflects the clinical value of our exon skippers. And we were also pleased to announce at this year's World Muscle Society meeting that a clinically meaningful attenuation of pulmonary decline was demonstrated in patients with advanced Duchenne treated with casimersen compared to matched external controls. And it's also important to note that most of our post-marketing requirements or PMRs have been completed. Next slide, please. In terms of next steps, with the completion of ESSENCE, we've submitted the top line results to the agency. We plan to submit a request to schedule a meeting with the division by the end of the year to review the totality of evidence and discuss the path to a traditional approval. Our findings will also be shared at future scientific forums with plans for publication in a peer-reviewed journal. I'd like to take this moment to thank the Duchenne community, clinical trial investigators and KOLs for their unwavering support these past years. Drug development often poses what can seem like unmovable obstacles. In the face of those obstacles, particularly in rare and ultra-rare disease, we remain steadfast in the science and focused on taking the best, albeit at times the more challenging path forward for the benefit of patients. We remain committed to our exon-skipping therapies and to the benefit they have provided and continues to provide to those living with Duchenne. I'll now turn the call back to Doug.