Thank you, Len. Over the last few months, as Len just mentioned, we have delivered multiple important data readouts, showcasing the strength of our robust pipeline and the potential to drive future growth with positive pivotal data for Dupixent for our C5 program, our cat and birch allergy programs as well as in our rare disease programs. I will also update progress in oncology, anticoagulation and other programs. Starting with immunology and inflammation. Dupixent continues to deliver remarkable outcomes in addressing indications driven by type 2 inflammation, potentially adding to its existing approvals for 8 diseases in the United States. We are anticipating the FDA's acceptance of our submission for Allergic Fungal Rhinosinusitis, or AFRS in patients aged 6 years and older based on positive data that we plan to present shortly. This represents yet another potential opportunity for expanding Dupixent's label. Moving to our IL-33 antibody, itepekimab, which was studied in COPD for which it met its primary endpoint in 1 of 2 replicate Phase III trials. We and Sanofi are contemplating another Phase III trial for itepekimab in COPD pending feedback from regulators. Itepekimab development is also advancing in other respiratory diseases, most notably our ongoing Phase III studies in chronic rhinosinusitis with nasal polyps, where our genetic evidence is compelling. Moving to our innovative and multipronged allergy program. As previously announced, our Phase III studies of our antibodies for cat allergy and for birch allergy have yielded statistically significant and clinically meaningful outcomes on primary and key secondary endpoints. These results represent the first proof of principle that targeting allergens with highly specific monoclonal antibody cocktails can achieve improvements in both ocular itch and redness. Importantly, in prior clinical trials, our cat and birch allergy approaches have delivered impressive and durable therapeutic benefits across nasal, respiratory and skin allergy symptoms. In the coming months, we plan to present these results at an upcoming medical meeting and initiate confirmatory Phase III studies for these programs. In the U.S. alone, these therapies could help approximately 1.6 million people suffering from severe cat allergies and the approximately 1.4 million people suffering from severe birch allergies. Regarding our innovative severe food allergy program, enrollment and dosing are progressing well in our small proof-of-concept trial combining linvoseltamab and Dupixent. The first 3 patients have responded remarkably with greater than 90% rapid reductions in the allergy-causing immunoglobulin E levels following a short course of linvoseltamib treatment, which are then maintained and continue to decrease with ongoing Dupixent maintenance. Full enrollment of this small initial study is still expected over the next few months. Based on insights gained from the program so far, we are advancing the development of next-generation agents designed to specifically and safely deplete allergy-causing plasma cells, the first of which is expected to enter clinical trial next year, alongside several other promising novel candidates in immunology and inflammation. Moving on to oncology and starting with Libtayo, which was recently FDA approved as the first and only immunotherapy for adjuvant treatment of high-risk cutaneous squamous cell carcinoma following surgery and radiation based on the only successful clinical trial in this setting, the CPO trial data that showed a notable 68% reduction in risk of disease recurrence or death. This approval expands and extends Libtayo's leading position in non-melanoma skin cancers. Moving to fianlimab, our LAG-3 antibody study in combination with Libtayo. Our pivotal trial in metastatic melanoma is ongoing with enrollment for our progression-free survival cohort completing in last January, and results are now anticipated in the first half of the coming year due to slower rates of event accrual. Lynozyfic, our BCMAxCD3 bispecific has been approved in the United States and the EU for relapsed/refractory multiple myeloma. Lynozyfic has the potential for best-in-class efficacy in this late-line setting compared to the other approved BSMAxCD3 bispecifics with almost double the rates of complete responses as reported in the respective label. This is the basis for our enthusiasm for studying Lynozyfic in earlier lines of myeloma and even in precursor settings as a monotherapy or in limited combinations. Consistent with this, we've recently presented promising Phase II results in high-risk smoldering myeloma patients with Lynozyfic monotherapy, demonstrating a 100% objective response rate in 19 evaluable patients with all 6 patients who have been followed for at least 1 year, achieving a molecular complete response. A Phase III head-to-head study against Darzalex is planned to start in the coming months with Darzalex having demonstrated a 9% complete response rate in this setting. In addition, we have observed rapid normalization with Lynozyfic monotherapy in previously treated light chain amyloidosis patients, including patients who have previously received and failed a Darzalex-containing combination chemotherapy. Finally, I would like to highlight that Lynozyfic has demonstrated an 83% overall response rate as a monotherapy in newly diagnosed multiple myeloma patients with responses deepening over time. Updated results will be reported at a medical meeting later this year. Altogether, these data give us confidence in terms of pursuing Lynozyfic as a monotherapy or in simplified combination in early lines and precursor settings of myeloma. Though I won't go into detail on odronextamab today, I want to highlight that our Phase III study evaluating odronextamab as first-line monotherapy against the standard of care in follicular lymphoma patients is fully enrolled. Similarly to Lynozyfic, odronextamab demonstrated potentially best-in-class efficacy in late-line patients, driving our enthusiasm for this approach in the earlier line settings. I'd also like to remind you that in the lead-in cohort for this Phase III study in first-line follicular lymphoma, odronextamab monotherapy demonstrated a 100% complete response rate, further reinforcing the potential of odronextamab in this setting. Moving on to our C5 and complement inhibitor programs. Let me remind you that in Paroxysmal Nocturnal Hemoglobinuria or PNH, where deep blockade of C5 seems critical to prevent breakthrough hemolysis and potentially catastrophic events, the lead-in cohort for our Phase III study demonstrated that our once-monthly subcutaneous regimen combining a C5 antibody with a C5 siRNA may provide the best-in-class disease control with the best-in-class convenience. For PNH patients, we have also just initiated our first-in-human study of our siRNA targeting complement factor B, primarily intended for the 20% to 30% of patients who remain anemic despite optimal C5 therapy due to so-called extravascular hemolysis. Moving on to our C5 program in generalized myasthenia gravis. In the third quarter, we announced positive Phase III results for our C5 siRNA, cemdisiran. This sRNA conveniently dosed subcutaneously every 3 months showed statistically significant results for the primary endpoint, improvement in the MG-ADL score compared to placebo and numerically better results compared to other C5 inhibitor therapies in cross-trial comparisons. The convenience advantage for patients currently being treated with regular intravenous infusions, together with its efficacy and safety profile, position cemdisiran as a potential best-in-class treatment option for this debilitating neuromuscular disorder. We are planning on submitting a U.S. regulatory application for cemdisiran monotherapy in the first quarter of 2026, pending FDA discussions with global submissions to follow. Finally, for our C5 program in terms of our efforts in ophthalmology, we are hoping to complete enrollment in the first quarter of 2026 for the leading cohort of our first Phase III study in geographic atrophy with initial results expected by the end of 2026. Additionally, in ophthalmology, I'd like to note that we are initiating a clinical trial in active noninfectious uveitis of an intravitreally delivered CD3 monoclonal antibody, which is designed to locally block autoimmune T cell activity in the eye, marking the first in a new series of novel ophthalmology targets that we will be progressing to the clinic over the next year. Turning to our anticoagulation efforts, and in particular, to our Factor XI program involving 2 different antibodies designed to tailor anticoagulation therapy for each individual patient's needs. Pivotal studies in postoperative venous thromboembolism following total knee replacement surgery are in progress with data anticipated in 2027. Pivotal studies in other anticoagulation indications are set to launch in the coming months. On November 10, we will kick off a new investor event series called the Regeneron Roundtable, which will spotlight our various innovative pipeline programs, starting with our Factor XI story, in which we will provide for the first time, exciting new clinical data in trials exploring the Factor XI antibodies in catheter-associated thrombosis in a provoked subclinical GI bleeding study. Upcoming Regeneron roundtables will spotlight our opportunities in hematologic and solid tumor oncology, obesity and other areas. Moving to our growing siRNA portfolio coming out of our research collaboration with Alnylam. I'd like to highlight our ongoing clinical studies, including our PNPLA3 and CIDEB siRNAs in MASH, our SOD and HTT siRNAs in amyotrophic lateral sclerosis and Huntington's disease. And in addition, we plan to begin clinical trials for our alpha-synuclein sRNA for Parkinson's disease and our MAPT Tau siRNA for Alzheimer's in the coming months. Finally, I'd like to highlight our commitment to developing innovative new approaches in the ultra-rare disease space. In the third quarter, we announced unprecedented clinical benefit using garetosmab in our Phase III OPTIMA trial in fibrodysplasia osticans progressiva or FOP. Individuals suffering from this tragic genetic disorder progressively replace their muscle and soft tissue with abnormal bone formation encasing themselves in a horrific osseous cage. Remarkably, in the OPTIMA trial, we're able to demonstrate a greater than 99% reduction in abnormal bone formation at 56 weeks, offering great hope for this ultra-rare genetic disorder. Regeneron plans a U.S. regulatory submission by the end of 2025. We are also providing new hope for children suffering from another ultra-rare genetic disorder in which absence of the OTOF gene results in profound genetic hearing loss. As we recently described in the New England Journal of Medicine, our novel gene therapy approach provided meaningful hearing gains in 11 out of 12 treated children with several achieving normal hearing levels. The FDA recently announced that this program was the first new molecular entity selected for a commissioner's national priority voucher, and we are finalizing preparations for a U.S. regulatory submission this year. This program highlights Regeneron's commitment to advancing the leading edge of biotechnology. In summary, Regeneron has delivered a quarter filled with positive clinical readouts, advancing our pipeline and reinforcing our leadership in scientific innovation from groundbreaking advance in addressing some of the most common medical conditions to transformative innovation in the ultra-rare disease space. With that, let me turn it over to Marion.