Yannick Poirier
Papers
2
Total Citations
11
H-Index
2
About
Yannick Poirier is a leading researcher in radiation oncology physics, with a focus on advancing precision in preclinical and clinical radiotherapy. His work bridges the gap between small animal irradiator quality management and proton therapy treatment planning, particularly for head and neck cancers. Poirier’s major contribution includes developing a failure modes and effects analysis (FMEA) quality management framework for image-guided small animal irradiators (IGSAI), a paradigm-shifting approach that enhances the reliability and reproducibility of radiation biology research. This work, cited 8 times, underscores his commitment to translating clinical-grade quality assurance to preclinical settings. In proton therapy, he investigates the robustness of noncoplanar versus coplanar plans for bilateral head and neck tumors, addressing inter-fractional variations and treatment efficiency. His 2023 study, with 3 citations, highlights the trade-offs between plan robustness and imaging dose, informing clinical decision-making. Poirier’s research is notable for its practical impact on treatment accuracy and safety, making him a key figure in modern radiation oncology. His achievements demonstrate a dedication to improving both fundamental radiobiology and patient care through rigorous, innovative physics applications.
Research Focus
Key Achievements
Top Papers
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