George D. Yancopoulos
Thanks, Len. I'll start with Dupixent, which continues to set a high bar across multiple type 2 allergic diseases. Dupixent achieved another recent milestone as the first and only FDA-approved targeted medicine for bullous pemphigoid, a chronic debilitating and relapsing rare skin disease. Dupixent is now approved in the United States to treat eight distinct diseases driven by type 2 inflammation, including diseases affecting the skin, the gut, and respiratory system that can impact a broad range of patients from infants to elderly individuals. And as Len highlighted, Dupixent is the leading biologic treatment in its first 6 approved indications. We also remain excited about the potential for Dupixent in the elimination and treatment of allergies as well as a number of other approaches we are pursuing for allergies, such as our cat and birch-specific allergy programs with updates on these programs expected later this year. As previously reported, itepekimab, our interleukin-33 antibody evaluated for COPD in former smokers regardless of eosinophil levels, met the primary endpoint in only 1 of 2 replicate studies. Together with Sanofi, we continue to evaluate the data to inform next steps for potential future COPD development. Itepekimab development continues in other respiratory diseases, most notably the ongoing Phase III studies in chronic rhinosinusitis with nasal polyps as well as Phase II proof-of-concept studies in less validated clinical settings. Turning to our oncology efforts. In high-risk adjuvant CSCC, where Libtayo became the first immunotherapy to demonstrate a benefit where others had failed, the FDA accepted our supplemental BLA with priority review and assigned a PDUFA date in October of this year. This data set presented earlier this year at ASCO and published in the New England Journal of Medicine, reinforces our belief that Libtayo provides a best-in-class foundation for combination therapies with our other oncology assets. And in this context, Libtayo is being tested in combination with fianlimab, our LAG-3 antibody in a pivotal trial in first-line advanced melanoma, a setting in which this combination has generated compelling preliminary efficacy data when compared cross-trial to PD-1 monotherapy. The primary endpoint for this study is progression-free survival and KEYTRUDA monotherapy as a control. Enrollment for the PFS cohort was completed in January as expected, but results are now anticipated in late 2025 or early 2026 as the blinded PFS event rate accrual has slowed in recent months. Turning to our CD3 bispecifics. Lynozyfic, our BCMAxCD3 bispecific, has now been approved in the United States for relapsed/ refractory multiple myeloma. Lynozyfic's label is differentiated compared to other FDA-approved BCMA bispecifics with nearly double the complete response rates. Lynozyfic's label also includes a more favorable profile for cytokine release syndrome, shorter required hospitalization period and a more convenient dosing regimen with longer intervals between doses for those patients that achieve at least very good partial responses after 24 weeks on therapy. More broadly, we believe Lynozyfic has the potential to become the backbone for therapeutic approaches across the myeloma treatment landscape. That is from premalignant settings through advanced disease using both monotherapy and limited novel combination approaches. I've already summarized how Lynozyfic may have best-in-class activity in the most advanced myeloma patients where it was recently approved. Moving to the pre-malignant settings, starting with high-risk smoldering myeloma. In the initial cohort of 19 evaluable patients with linozpic monotherapy, we observed a 100% overall response rate with a favorable safety profile. Among the first 6 patients achieving 1 year of follow-up, 5 were in complete response and all 6 were MRD negative. In this regard and recognizing the limitations of cross- trial comparisons, Darzalex was recently approved in the EU as a monotherapy with a complete response rate of only 8.8% in a similar setting. Based on this early data in high-risk multiple myeloma patients, which suggests that Lynozyfic could prevent progression to malignant disease, we plan to initiate a Phase III head-to-head study against Darzalex in the fourth quarter. In another premalignant plasma cell disorder, light chain amyloidosis, exploratory data with Lynozyfic monotherapy showed that the average light chain levels were normalized by 2 weeks in the first 11 treated patients, all of whom had failed prior therapies. For context, -- while noting the limitations of cross-trial comparisons, patients taking a 4-drug combination standard of care containing Darzalex as 1 of the 4 components in previously untreated light chain amyloidosis, it took more than 5 months for patients to approach without achieving normalization. Now moving to the second-line multiple myeloma setting for patients who have failed or progressed after the initial triplet or quadruplet regimen, usually containing Darzalex and 2 and 3 other agents. We presented data at ASCO earlier this year showing that Lynozyfic combined with carfilzomib showed strong responses in relapsed or refractory myeloma patients, demonstrating a 90% response rate and a 76% complete response rate. We think this novel doublet regimen could potentially offer an important new treatment option for second-line patients who have failed their CD38-containing frontline regimens and anticipate initiating a registrational randomized Phase III trial in the fourth quarter of this year to evaluate the Lynozyfic, carfilzomib doublet against standard of care in the second-line setting. Importantly, across all of these settings, no new or unexpected safety signals have emerged for Lynozyfic. Based on these collective data sets suggesting that Lynozyfic may have unprecedented ability to address myeloma and premalignant disease and become a new backbone for myeloma therapies, we anticipate conducting as many as 10 registrational trials for Lynozyfic, including a broad registrational program in frontline myeloma for transplant-eligible and ineligible patients. On to odronextamab, our CD20xCD3 bispecific, which, once again, as with Lynozyfic, we are looking to advance odronextamab into earlier lymphoma settings and enrollment in these trials is proceeding expeditiously. In first-line follicular lymphoma, the Phase III Olympia-odronextamab monotherapy study has already completed enrollment. As previously reported, in an FDA-mandated lead-in cohort, odronextamab monotherapy demonstrated an encouraging 100% complete response rate in the first 12 evaluable patients with a favorable safety profile. For reference, standard of care rituximab plus CHOP and rituximab plus lenalidomide are reported to demonstrate complete responses of approximately 65% on average in these populations. In addition to the potential improved rate of complete responses, we believe a monotherapy chemo-free approach could also provide a favorable safety profile in comparison to these other chemo-based regimens. In first-line diffuse large B-cell lymphoma, the Phase III OLYMPIA-3 study comparing odronextamab plus CHOP or O-CHOP to rituximab plus CHOP, the current standard of care, has completed enrollment in the FDA-mandated lead-in cohorts. In the first 13 patients treated at the intended odronextamab dose, O-CHOP demonstrated once again a 100% complete response rate with a favorable safety profile. For reference, R-CHOP in first-line DLBCL has historically demonstrated complete response rate of about 75% in this setting. Both Lynozyfic and odronextamab represent potential significant treatment advances in their respective disease areas, and we look forward to rapidly advancing these programs. We plan to present or publish many of these early data sets over the coming months. Turning now to thrombosis. Our Factor XI program continues to advance rapidly. The first pivotal study in postoperative venous thromboembolism following total knee replacement surgery, evaluating our Factor XI catalytic domain antibody versus apixaban and enoxaparin has begun enrollment. We anticipate data from the short duration study in 2027, which could support a fast-to-market regulatory pathway. Additional pivotal studies in thrombosis indications are set to launch by year-end with more pivotal study starts expected early next year. Moving now to our obesity efforts. Our recently in-licensed GLP-1/GIP receptor agonist positions us well to expand into the growing obesity market. Regeneron has multiple opportunities in this large and growing therapeutic area, including GLP-1/GIP receptor agonist monotherapy, a longer-acting agent in preclinical development as well as approaches to enhance the quality of GLP1-based weight loss through combination therapies with lean mass bearing agents. We also see an opportunity to address common obesity comorbidities with novel combinations. Results from our ongoing Phase II COURAGE study, which is evaluating the combination of trevogrumab, a myostatin antibody with or without garetosmab, an activin-A antibody and semaglutide confirm the potential to enhance GLP-1-mediated weight loss while preserving lean mass. At the interim analysis, our trial confirmed that approximately 35% of semaglutide-induced weight loss was due to lean mass loss, an average loss of 7 to 8 pounds of lean mass per patient, once again highlighting a well-documented concern associated with this therapeutic class. Combining semaglutide with our muscle-preserving antibodies reduced lean mass loss by 50% to 80%, while also increasing fat mass loss at the 26-week time point. The combination of semaglutide with trevogrumab was generally well tolerated. The triplet combination of semaglutide with both antibodies had a higher rate of discontinuations due to tolerability issues and other adverse events, consistent with the safety profile previously observed with garetosmab monotherapy in other disease settings. Emerging data from across this class further validates our approach in this area. Final 26-week efficacy and safety results were consistent with the interim data and will be presented in the late-breaking session at the 61st Annual Meeting of the European Association for the Study of Diabetes in September of 2025. Concluding with our Regeneron Genetic Medicines pipeline. Our C5 siRNA and antibody combination has shown robust efficacy in patients with paroxysmal nocturnal hemoglobinuria or PNH. These data in PNH support our confidence in this regimen's potential to improve outcomes and reduce treatment burden in generalized myasthenia gravis, where pivotal results from an ongoing Phase III study are expected in the third quarter. This study will provide insights into the activity of both the C5 siRNA monotherapy and C5 siRNA antibody combinations. Our ongoing Phase III studies in geographic atrophy and PNH as well as preclinical efforts in this space further underscore our commitment to advancing this program. In addition, we also continue to advance our genetic medicines programs in NASH, neurodegenerative disorders and hearing loss and expect to provide updates over the next few months. In summary, Regeneron continues to lead in scientific innovation, delivering results that redefine possibilities in medicine. Our R&D expertise has enabled us to build one of the most dynamic and promising pipelines in the industry, and we look forward to several important milestones in the coming months. With that, let me turn it over to Marion.