Laurine Munier

Papers

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About

Laurine Munier is a rising leader in the development of automated systems for preclinical cancer research, with a primary focus on advancing zebrafish xenograft models. Her work addresses a critical bottleneck in translational oncology: the precise, high-throughput microinjection of cancer cells into zebrafish larvae. By engineering automation to replace labor-intensive manual techniques, Munier has made these fragile models more reliable and scalable for predicting patient-specific responses to cancer therapeutics. Her most-cited paper (2025, 5 citations) demonstrates how automated microinjection can transform zebrafish xenografts into practical clinical diagnostic tools, while a related 2024 study (2 citations) further refines the methodology. Though early in her career, Munier’s contributions are already shaping the future of personalized medicine, bridging the gap between animal models and patient care. Her work not only enhances reproducibility but also reduces the technical expertise required, democratizing access to this powerful platform. As the field moves toward high-content screening, Munier’s innovations stand out for their potential to accelerate drug discovery and improve therapeutic outcomes.