Rafael Amado
Analyst · Leerink Partners
Thank you, Samantha. Over the past years, we have built a globally integrated R&D engine that spans from discovery through global registrational development while also delivering on regional development across therapy areas. Our ability to design and execute high-quality global studies with speed and discipline is a core strength that positions us well for development across regulatory geographies. We are embedding AI in R&D, including drug discovery and clinical trial design, to enhance the quality of our decisions and to more efficiently advance our pipeline. The data we presented at AACR last month highlights the output of this engine across our global pipeline that included both externally sourced and internally discovered products. Let me start with Zoci. In extensive-stage small cell lung cancer, at the go-forward dose of 1.6 milligrams per kilogram, Zoci demonstrated a confirmed intracranial overall response rate of 62.5% and a best overall intracranial response rate approaching 69%, including 4 complete responses. Grade 3 or higher treatment-related adverse events were approximately 16%. Responses of this magnitude inside the brain in one of the most treatment-resistant tumor types in oncology are meaningful signals of differentiation. The safety data reinforced what we have consistently observed. This is a best-in-class profile. Our registrational Phase III DLLEVATE study is enrolling well and is on track to complete enrollment in the first half of 2027, positioning us for an interim analysis and potential accelerated approval submission next year. In extrapulmonary neuroendocrine carcinoma, a setting where there is no established standard of care in the second line and beyond, Zoci demonstrated a confirmed ORR of 38.2%. This compares favorably to currently used regimens, which typically show response rates of approximately 18% with limited durability. We are actively engaging with regulators on a potential registrational path and are well underway recruiting into an extension single-arm study. Depending on the outcomes of regulatory discussions, we could initiate a registrational or confirmatory study by year-end. Now on the collaborations with Amgen and Boehringer Ingelheim exploring Zoci in combination with T-cell engagers. The scientific rationale is straightforward. Zoci delivers rapid tumor debulking through targeted cytotoxicity, while T-cell engagers drive antigen-dependent immune-mediated killing. The mechanisms are complementary, the toxicity profiles are expected to have limited overlap, and together, they have the potential to deepen and extend responses in ways neither mechanistic approach achieves alone. The Phase I with Amgen, which includes a cohort of untreated patients with triple combination of Zoci, IMDELLTRA and Imfinzi is already enrolling and the BI study is expected to follow in the coming months. We're also evaluating Zoci in combination with PD-L1 with or without chemotherapy in a Phase I study in first-line small cell lung cancer with data expected later this year. The chemo-sparing approach may allow for extended treatment duration compared to chemotherapy alone, where patients typically discontinue after 4 cycles. This is the basis of our Phase III strategy with IO, which we are actively discussing with regulators. Beyond Zoci, our global oncology pipeline continues to advance. ZL-6201, our LRRC15 ADC is already in the clinic. ZL-1311, our wholly owned MUC17 targeting T-cell engager is expected to enter the clinic by year-end. We will provide updates as data mature. On the regional oncology side, we submitted a marketing authorization application for Tumor Treating Fields in locally advanced pancreatic cancer and expect an approval for this indication by year-end and for Tivdak for cervical cancer in the coming months. Turning to immunology. We recently presented preclinical data for ZL-1503, our IL-13/IL-31 receptor alpha bispecific at Immunology 2026. The data showed rapid and durable inhibition of both IL-13-driven inflammation and IL-31-mediated pruritus across disease models in nonhuman primates with sustained effect following single dose. We believe this data supports the potential for differentiated efficacy, less frequent dosing and broad application across multiple atopic diseases, including asthma, rhinitis and conjunctivitis. Initial Phase I data in healthy volunteers and atopic dermatitis patients are expected in the second half of this year. Finally, in our regional immunology portfolio, our partner, Vertex, reported positive Phase III interim results from the RAINIER study of povetacicept in IgA nephropathy achieving approximately a 50% reduction in proteinuria versus placebo and meeting both the primary and all secondary endpoints. I want to close with a broader point. The progress I've described today reflects a pipeline strategy built on biological rationale, clinical differentiation and execution and an organization that now has the infrastructure to advance multiple program simultaneously at speed and across geographies. We have significant data emerging throughout the year, and I look forward to providing those updates. And with that, I'll hand it over to Josh.