PresentationOkay. Welcome, ladies and gentlemen, to the last day of the JPMorgan Healthcare Conference. My name is [indiscernible], and I'm very happy to introduce the team of Molecular Partners, who will be taking you through their presentation, mostly Patrick, but then we have Martin, Michael and Michael here as well. After the presentation, there's time for some Q&A. So feel free to save your questions for the end, and I'll leave it to the team. Patrick?Patrick AmstutzCo-Founder, CEO, Member of Managemen ...

Summary of Molecular Partners FY Conference Call Company Overview - **Company Name**: Molecular Partners (NasdaqGS:MOLN) - **Focus**: Development of DARPin candidates, particularly in the field of radiotherapy - **Financial Position**: Over $100 million in cash (approximately CHF 93 million) available for investment in R&D [4][30] Key Industry Insights - **Biotech Sector Outlook**: Increased confidence in a turnaround for the biotech sector in 2026, following a challenging period [3] - **Radiotherapy Market**: Positive feedback and renewed interest in radiotherapy, highlighted by the successful IPO of Aktis Oncology [3] Core Product Focus - **Primary Candidate**: MP0712, a DLL3-targeted DARPin, is expected to drive value creation in the upcoming year [4][6] - **Pipeline Overview**: Emphasis on MP0712, with additional focus on MPO 317 and MPO 533, which are also in development [6][11] Product Development and Clinical Trials - **MPO 317**: Initially considered a dead program, it has been revived due to promising phase one data showing immune activation in colorectal carcinoma. A new trial will involve 75 patients across 11 centers in France, with results expected in 2027 [10][11] - **MPO 533**: A multispecific DARPin targeting acute myeloid leukemia (AML), designed to eradicate residual disease clones. The focus will be on low disease burden patients [11][12] Radiotherapy Mechanism - **Mechanism of Action**: MP0712 utilizes a DARPin vector linked to a radioisotope (Lead-212) to target DLL3 in small cell lung cancer. The approach aims to combine the efficacy of T cell engagers with the durability of antibody-drug conjugates (ADCs) [14][16][18] - **Clinical Strategy**: The company plans to initiate a phase one dose escalation trial, starting with a 75-megabecquerel dose, with a fast-to-market strategy for small cell lung cancer [27][30] Safety and Efficacy Considerations - **Safety Profile**: The rapid decay of Lead-212 is expected to result in minimal hematological toxicity, with recovery of blood values anticipated [34][37] - **Patient Experience**: Radiotherapy is expected to offer a better quality of life for patients compared to T cell engagers, which often cause acute side effects [37] Partnerships and Collaborations - **Orano Med Partnership**: A 50/50 partnership focused on the supply of Lead-212, with Orano Med providing a robust supply chain and infrastructure for the isotope [40][43] - **Future Collaborations**: The company is open to exploring partnerships for other isotopes, such as actinium, to enhance treatment options [45][46] Future Directions - **Expansion of Indications**: Beyond small cell lung cancer, there are plans to explore other neuroendocrine tumors with DLL3 expression [47][48] - **Innovative Imaging Techniques**: The use of imaging agents to select patients with DLL3 expression is seen as pivotal for maximizing treatment efficacy [48] Conclusion - **Focus for 2026**: The primary focus will be on MP0712, with expectations for first-in-human results and safety data in the first half of the year, followed by activity data in the second half [30]