Thank you, Milano, and hello to everyone on today's call. Takeda is entering an exciting new period of growth powered by our late-stage pipeline. As Christophe mentioned, in 2025, we were 3 for 3, delivering positive Phase III data readouts for oveporexton, rusfertide and zasocitinib. These exciting results are at the high end of our expectations, further strengthening our belief that these new medicines have the potential to fundamentally reshape their respective therapeutic landscapes, bringing transformative benefits to patients in the next 18 months. Let me begin with oveporexton, our expected first-in-class orexin 2 receptor agonist, which can transform the treatment paradigm for narcolepsy type 1. Approximately 85% of patients in the Phase III oveporexto trials saw measurable improvement, which brought them into the normative range on the Epworth Sleepiness Scale, or ESS, the gold standard measure of excessive daytime sleepiness. That means the majority of patients have the possibility of a normal day. In both Phase III studies, oveporexton achieved clinically and statistically significant improvements across all 14 primary and secondary endpoints with most participants reaching normative ranges. This normalization across such a broad range of NT1 symptoms, including daytime sleepiness, nighttime symptoms, cataplexy and cognitive function is unprecedented. Oveporexton doesn't just manage symptoms, it addresses the underlying orexin deficiency in NT1, offering patients a single, well-tolerated oral therapy that could restore how a majority of NT1 patients feel and function. We have submitted a new drug application to the FDA and are working to launch oveporexton this calendar year. Next is rusfertide, our hepcidin mimetic for polycythemia vera. One key data point from the Phase III study is the ability to maintain hematocrit control below 45% through 52 weeks. Real-world data shows that 78% of PV patients experience uncontrolled fluctuating hematocrit, leading to a fourfold increase in the risk of thrombotic events, including stroke, deep vein thrombosis, pulmonary embolism and acute coronary syndrome. Rusfertide targets the biology upstream, offering more stable and durable hematocrit control and fewer variable swings in hematocrit. Durable hematocrit control with impressive safety and tolerability also led to clinically meaningful and statistically significant benefits to patients' quality of life as measured by the PROMIS Fatigue Scale and myelofibrosis symptom assessment form. By reducing fatigue and other key disease-related symptoms as well as the need for phlebotomy, rusfertide enables patients to spend less time managing their disease and more time engaging in everyday activities. We have submitted an NDA to the FDA and are working to launch rusfertide in PV this calendar year. And finally, we have zasocitinib, our next-generation TYK2 inhibitor for immune-mediated diseases. In our Phase III psoriasis studies, zasocitinib worked fast with significant improvement in PASI 75 within 4 weeks. Patients, of course, want clear skin. At week 16, more than half of patients on zasocitinib achieved PASI 90 or almost clear skin, and approximately 30% achieved PASI 100 or completely clear skin. PASI scores continue to improve through week 24. These results are at the very high end of reported results for all therapies in development. Zasocitinib is a once-daily, well-tolerated pill that does not have any food interactions. We are looking forward to sharing the complete data at a medical conference in the near future and expect to launch zasocitinib in psoriasis during calendar year 2027. In addition, we remain confident in future indication expansion opportunities for zasocitinib, including psoriatic arthritis and inflammatory bowel disease. Together, oveporexton, rusfertide and zasocitinib represent three transformative medicines we plan to bring to patients over the next 18 months. They demonstrate the strength of our R&D engine, the speed and quality of our clinical execution and our commitment to delivering therapies that meaningfully change how patients live. Next slide, please. These first three approvals are just the beginning. I want to highlight some additional bright spots within our late-stage pipeline. Building on our success, a head-to-head study of zasocitinib versus deucravacitinib is fully enrolled and on track to read out in 2026. These data are not required for filing, but will be insightful to further differentiate zasocitinib from other oral psoriasis medicines. Last November, at the American Society of Nephrology Kidney Week, we presented new IgA nephropathy data from a proof-of-concept study for mezagitamab, our anti-CD38 monoclonal antibody. IgAN is a progressive autoimmune disease that causes irreversible damage to kidney function. Patients receiving mezagitamab demonstrated durable kidney function for about 2 years. This is an incredible 18 months after the initial 5-month treatment period, suggesting a disease-modifying effect sustained long after dosing that could allow for extended treatment holidays, very important for patients with this lifelong disease where many progress to kidney failure within 10 years. In addition to oveporexton, we are excited about the potential of our second orexin 2 receptor agonist, TAK-360, which is initially focused on patients with normal orexin levels like those with narcolepsy type 2 and idiopathic hypersomnia. Phase II studies in NT2 and IH are enrolling well, and we expect to have data this year to inform Phase III development. Next slide, please. Turning our attention to oncology. Late-stage highlights include elritercept, our activin A/B ligand trap that showed compelling data in myelofibrosis as presented at this past ASH meeting. Phase II myelofibrosis data showed clinically meaningful improvements in anemia and thrombocytopenia alongside favorable trends in spleen volume and symptoms when added to ruxolitinib. Elritercept remains a late-stage, potentially best-in-class approach across MDS and myelofibrosis. And lastly, we recently licensed two new innovative oncology drugs from Innovent Biologics, now called TAK-928 and TAK-921. TAK-928 is a potential first-in-class alpha biased IL-2 PD-1 bispecific antibody designed to selectively activate tumor-specific cytotoxic T cells through activation of the IL-2 alpha CD25 receptor while reducing the risk of exhaustion through immune checkpoint inhibition. In early-stage clinical studies, TAK-928 has demonstrated encouraging activity in heavily pretreated immunotherapy and chemotherapy refractory lung cancer as well as in immunologically cold tumors such as microsatellite stable colorectal cancer. We have seen compelling high-quality data in well over 1,200 Chinese patients and consistent early signals from ex-China populations. We have completed the rapid transfer of data and materials and are now executing with speed to generate global data sets that will supplement the China data shared last year at ASCO. This will allow us to advance TAK-928 to treat a broad range of solid tumors, including non-small cell lung cancer and microsatellite stable colorectal cancer. These go to Phase III decisions will start as soon as 2026 and into 2027. The shared investment in TAK-928 has a 60-40 split with Innovent and is stage gated by these go decisions. TAK-921 is a Claudin 18.2 targeted antibody drug conjugate that couples a selective antibody with a silenced Fc region to a topoisomerase payload. This approach is designed for potent, tumor-specific delivery of this preferred payload to patients with pancreatic and gastric cancers where unmet need remains high. The engineered Fc silencing reduces off-target toxicity in the GI tract and lung, potentially allowing for more robust dosing and the ability to combine with first-line regimens. Clinical data shows lower rates of GI adverse events relative to other Claudin 18.2 targeted antibodies in development. We plan to develop TAK-921 in first-line gastric cancer and first-line pancreatic cancer. And now I'd like to turn it back to Christophe and Julie for a few closing remarks.