Mural Oncology Highlights Pipeline Progress and Anticipated 2025 Catalysts Thursday, 9th January at 4:00 pm Readouts for two late-stage, potentially registrational trials of nemvaleukin alfa expected in late Q1/early Q2 2025 for platinum-resistant ovarian cancer and Q2 2025 for mucosal melanoma Preliminary data readouts for less-frequent intravenous dosing of nemvaleukin in patients with cutaneous melanoma expected in 1H 2025 for monotherapy, with patient enrollment now complete, and 2H 2025 for combination therapy Mural nominated two new development candidates, MURA-8518 a novel binding protein-resistant IL-18 with half-life extension, and MURA-7012, targeted split sub-units of IL-12; Mural anticipates an IND submission for MURA-8518 in Q4 2025 Company extends cash runway projection into Q1 2026 through operational efficiencies WALTHAM, Mass. and DUBLIN, Jan. 09, 2025 (GLOBE NEWSWIRE) --Mural Oncology plc(NASDAQ: MURA), a clinical-stage immuno-oncology company developing novel, investigational engineered therapies targeting cytokine pathways designed to address areas of unmet need for patients with a variety of cancers, today announced it has reached the 75% of overall survival (OS) events necessary for the planned interim analysis of ARTISTRY-7, its potentially registrational trial of nemvaleukin in combination with pembrolizumab in platinum resistant ovarian cancer (PROC), and that it has extended its cash runway projection into Q1 2026 beyond key upcoming catalysts. The company expanded its pipeline in Q4 2024, by nominating two development candidates, one for its interleukin-18 (IL-18) program and one for its IL-12 program. MURA-8518 is designed to be a half-life extended, binding protein-resistant IL-18 in order to overcome the native cytokine's limitations as a therapeutic. Mural expects to submit an Investigational New Drug (IND) Application or Clinical Trial Application (CTA) for a phase 1 trial of MURA-8518 in Q4 2025. MURA-7012 is comprised of targeted split IL-12 sub-units that preferentially self-assemble at the tumor site and are designed to limit systemic exposure.
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