Thank you, Tsveta. Next slide, please. In the third quarter, we continued to make strong progress across our pipeline. In early August, we announced PYRUKYND approval for adults with thalassemia in Saudi Arabia. And earlier this month, we received a positive CHMP opinion recommending PYRUKYND for marketing authorization in adults for the treatment of anemia associated with transfusion-dependent and non-transfusion-dependent alpha or beta thalassemia in Europe and we look forward to a final regulatory decision by early next year. Finally, our reviews remain ongoing in the United Arab Emirates and in the U.S., where we continue to progress towards our new PDUFA goal date of December 7. Beyond PYRUKYND, we were pleased to announce enrollment completion in the Phase IIb trial of Tebapivat for the treatment of lower-risk MDS. Tebapivat, our more potent PK activator has the potential to be the first oral therapy to address anemia due to ineffective erythropoiesis in patients with lower-risk MDS. I will share more on this potential opportunity shortly. Please move to the next slide. As we approach the anticipated top line results for the Phase III RISE UP trial, I wanted to take a moment to highlight the significant need in this community as well as our potential to deliver a disease-modifying novel treatment with PYRUKYND. There are approximately 100,000 diagnosed adult and pediatric patients with sickle cell disease in the United States and a significantly larger number worldwide. Sickle cell disease remains profoundly underserved. The lack of suitable treatment options contributes to a high mortality rate that has, in fact, worsened with U.S. life expectancy in the late 30s, underscoring a significant opportunity for therapeutic innovation. PYRUKYND is a potential first-in-class oral therapy for sickle cell disease, targeting both hemolysis and vasal occlusion through a unique PK activation mechanism of action, activating both PKR and PKM2 isoforms, decreasing 2,3-DPG, limiting hemoglobin S polymerization and increasing ATP to support red blood cell health. Please move to the next slide. Guided by extensive engagement with the sickle cell community, we designed the Phase III RISE UP trial to align with clinical needs, positioning PYRUKYND to potentially reshape the treatment landscape for sickle cell disease. One of the 2 primary endpoints investigates hemoglobin increase, which addresses chronic anemia and thereby potentially reduces organ damage and improves how patients feel and function. Our other primary endpoint evaluates the reduction in annualized rate of sickle cell pain crises, which are linked to organ dysfunction, early mortality and a decreased quality of life for many patients. Importantly, one of our key secondary endpoints will investigate potential improvement in fatigue, which is an overlooked symptom. In fact, chronic fatigue in sickle cell disease patients have been shown to be comparable to fatigue experienced by patients with other debilitating diseases like cancer and cystic fibrosis. In the trial, we will assess the improvement from baseline on the PROMIS Fatigue 13A scale, a validated measure of fatigue for this population. We look forward to sharing top line results of the Phase III RISE UP trial by the end of this year. Please move to the next slide, where we present high-level view of the trial design and statistical plan. As a reminder, since the trial includes 2 primary endpoints, the trial is positive if statistical significance is achieved on either one of the endpoints. The prespecified statistical testing strategy allows testing of the key secondary endpoints if at least one of the primary endpoints is met, thereby preserving the opportunity to show benefit on other key features of the disease, including fatigue. We remain confident in PYRUKYND's potential to become transformative therapy for sickle cell patients and underserved and unrepresented population with significant unmet need. Next slide, please. I'd like to take a moment to highlight our second more potent pyruvate kinase activator, Tebapivat, which is being investigated in ongoing Phase II trials for 2 rare disease indications, low-risk myelodysplastic syndrome and sickle cell disease. Low-risk MDS accounts for approximately 70% of all myelodysplastic syndrome. Symptomatic anemia is the primary concern for most patients. Therefore, the primary treatment goal is to improve quality of life by managing the underlying anemia caused by ineffective erythropoiesis. Decreased lipolytic activity has been seen in MDS patients where they may show decreased PK activity and an abnormal pyruvate kinase [indiscernible] kinase symptomatic ratio. Tebapivat is designed to correct red blood cell metabolism by increasing ATP production and normalizing the PK/HK ratio. Today, there are limited treatment options to address low-risk MDS and we believe Tebapivat has the potential to be the first oral medicine to address anemia due to ineffective erythropoiesis. We completed the Phase II portion in November 2023 and progressed to the Phase IIb portion, which evaluates 3 higher doses than were evaluated in the Phase IIa portion. This trial will investigate 10 milligrams, 50 milligrams and 20-milligram doses of Tebapivat daily versus placebo over 24 weeks. Today, we announced that we achieved enrollment completion and we continue to expect top line data in early 2026. We are also investigating Tebapivat for the treatment of sickle cell disease. Enrollment remains ongoing in the Phase II trial and we look forward to providing updates in the coming months. Please move to the next slide. We continue to advance our early-stage rare disease pipeline with AG-181, an oral PAH stabilizer intended for the treatment of phenylketonuria and AG-236, our siRNA selectively targeting TMPRSS6 for the treatment of polycythemia vera. Our first early-stage program is AG-181 for the treatment of PKU. There are 15,000 to 20,000 patients diagnosed with phenylketonuria in the U.S. where patient symptoms can range from mild to severe. Currently available treatment options have demonstrated limited efficacy or significant safety issues, leaving patients with a gap in treatment and limited to phenylalanine restricted diet, therefore, significantly impacting the patient's quality of life. Our Phase I multiple ascending dose trial in healthy volunteers is currently ongoing and we look forward to providing updates on this trial in the future. Our second early-stage program is AG-236 for the treatment of polycythemia vera, a rare hematologic disease that affects approximately 100,000 patients in the U.S. PV causes an excessive production of red blood cells, increasing blood volume and viscosity and can result in thrombosis, cardiovascular events or death. Current treatment options are limited to phlebotomy, hydroxyurea and other cytoreductive therapies. However, these medicines do not effectively control [indiscernible] for more severe patients. We believe AG-236 has the potential to address the remaining unmet need with a potentially improved safety and efficacy profile and less frequent dosing. Last quarter, we received IND clearance and dosed the first subject in the Phase I trial in healthy volunteers and look forward to providing updates as the trial progresses. With that, please move to the next slide, and I will hand the call back to Brian for closing remarks.