Thanks, Brian. Our pipeline includes a well-rounded mix of late-stage programs nearing market entry and promising mid- and early-stage opportunities that showcase our therapeutic depth and breadth. We prioritize opportunities where our expertise and resources can make a measurable impact and create significant value. As you may have seen, this morning, we announced top line results from our second Phase III pediatric study, Activate-Kids, which evaluated mitapivat in pediatric patients with PK deficiency who are not regularly transfused. This complements the Phase III activated T study of mitapivat in children with PK deficiency who are regularly transfused, which read out top line data in August of last year. Turning to the results of the Activate-Kids study. A total of 30 patients age 1 to less than 18 years old were enrolled with 19 randomized to mitapivat twice daily and 11 randomized to match placebo. All patients in both arms completed 20-week double-blind period. The primary endpoint of the study was hemoglobin response, defined as a greater than or equal to 1.5 grams per deciliter increase in hemoglobin concentration from baseline that is stayed at 2 or more scheduled assessments at weeks 12, 16 and 20 during the double-blind period. The primary endpoint of the study was met. There were 31.6% or 6 of 19 patients in the mitapivat arm achieving a hemoglobin response compared to 0% or 0 of 11 patients in the placebo arm. In addition, improvements in changes from baseline for markers of hemolysis were observed in the mitapivat arm compared to the placebo arm. In the 20-week double by period, a similar proportion of patients have adverse events in the mitapivat and placebo arms, and there are no discontinuations of study treatment due to adverse events for any reason. The safety results were consistent with the safety profile for mitapivat previously observed for adult patients with PK deficiency who are not regularly transfused. With data now available from the randomized placebo-controlled double-blind period of both Phase III pediatric PK deficiency studies, we look forward to sharing more detailed findings with the community and interacting with regulators. The ACTIVATE-KIDS and ACTIVATE-KIDS Phase III studies marked Agios' first pediatric clinical program for a rare hemolytic anemia, providing valuable insights that will help shape the company's future clinical programs evaluating mitapivat in pediatric patients with thalassemia in sickle cell disease. Now turning to thalassemia. This is a rare lifelong inherited blood disorder that causes chronic anemia and patients with thalassemia often experience a range of debilitating complications such as organ damage, stroke and other serious health issues. Government management strategy for thalassemia, such as blood transfusions and iron collation therapy can also lead to significant secondary effects compounding the health challenges patients face. Today, patients have limited or no effective treatment options with 67% of diagnosed patients in the U.S. have no approved therapies. In 2024, we announced positive results from the energized and energized Phase III trial evaluating mitapivat versus placebo in adults with non-transfusion-dependent and transfusion attendant alpha or beta thalassemia, respectively. A top line summary of the results across these 2 studies is shown on the left-hand side of this slide. Based on the favorable benefit/risk profile observed in both the energized and enterprise Phase III studies, we believe mitapivat has the potential to become a foundational and convenient oral medication for thalassemia patients regardless of their genotype or transfusion needs. In December, we announced a simultaneous filing for regulatory approval of PYRUKYND for this indication in the U.S., the European Union, Kingdom of Saudi Arabia and the United Arab Emirates. And last month, we announced that the FDA accepted our supplemental new drug application with a PDUFA goal date of September 7, 2025. Moving on to sickle cell disease. This inherited lifelong blood disorder is estimated to affect approximately 120,000 to 135,000 individuals across the U.S. and EU5 with a global prevalence exceeding 3 million. Clinical features of sickle cell disease are chronic hemolytic anemia and vaso-occlusion, which can lead to pain for quality of life, organ damage and early mortality. There is an urgent need for novel therapeutic options to elevate the standard of care for patients suffering from this debilitating and life-threatening disease. Based on the positive results from our Phase II RISE Up study, along with encouraging data from other hemolytic anemias with a shared pathophysiology, we see significant potential with mitapivat in sickle cell disease as well. The Phase III RISE Up study completed enrollment in October 2024 with over 200 patients enrolled globally, achieving this milestone just over a year after improvement began. In this study, we have 2 independent primary endpoints, hemoglobin response and annualized rate of sickle cell pain crises. Obtaining inter-primary endpoints allows us to apply alpha to the trial secondary end points. With our secondary endpoints, we are using a variety of measures to assess mitapivat's potential in improving our patients feel and function. We expect to report top line results from the Phase III study in late 2025, with a regulatory filing and potential U.S. approval in 2026. We believe mitapivat has the potential to emerge as a best-in-class therapy aimed at addressing the high unmet need in this disease by improving anemia, reducing sickle cell pain crises and making patients feel better. Next, I'd like to give a brief update on DevatIVA, which is currently being explored as a potential treatment option for low-risk MDS in sickle cell disease. With lower-risk MDS, we aim to deliver the first oral therapy that addresses anemia due to ineffective erythropoiesis in the disease. This disease affects approximately 75,000 to 80,000 patients in the U.S. and EU5 with lower-risk MDS accounting for approximately 70% of all MDS cases. Last year, we initiated a Phase IIb study of tevapipat Viva in MDS featuring 3 cohorts at dosages of 10, 15 and 20 milligrams, all of which are higher than the 5-milligram dose in the Phase IIa study. Enrollment is proceeding well, and we are on track to complete enrollment later this year. Additionally, last September, the FDA granted orphan drug designation to tevapipat in this indication, underscoring the importance of bringing an oral treatment option to patients suffering from this rare disease. In sickle cell disease, given the significant medical need in the heterogenety of the disease, treating physicians emphasize the importance of having multiple treatment options available. In 2024, we presented Phase I results of tevapipat in sickle cell disease at the ASH annual meeting. Based on these findings, we will advance this clinical program to Phase II development with patient enrollment expected to begin in mid-2025. With that, I will now turn the call over to Sarah.