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: • Developing and optimizing DGT passive samplers for simultaneous monitoring of PFAS, antibiotics, and biocides • Designing and conducting laboratory experiments (performance tests, kinetics, microcosms
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in cancer cell signaling. The host team has demonstrated its immunomodulatory role in cutaneous melanoma, and this project aims to evaluate its potential as a therapeutic target. o Perform xenografts
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operation of scientific instruments. Our team Strong Interacting Matter in the theory division of IJCLab focuses on nuclear theory and its applications to others fields of physics. Our team, is
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have access to the state-of-the-art general relativistic radiative particle-in-cell code Zeltron, and to high-performance computing facilities at the French and European levels. IPAG is a major French
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, optimisation of chromatographic conditions, development of a comprehensive standards database) and will perform metabolomics studies in human, cellular and animal samples. He/She will contribute
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the project. Design and perform experiments to investigate lipid metabolism and organelle dynamics. • Apply cell biology, biochemical, and imaging approaches to study lipid synthesis, transport, and storage. • Develop
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stimulating, dynamic, and high-quality research environment, particularly in immunology, with access to all necessary state-of-the-art technological platforms. The laboratory benefits from strong clinical
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robust spectral and angular performance, ensuring stable optical behavior over wide incidence angles, large-area scalability, and environmental robustness. The main objectives of the project are: • Design
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reliable than the current state of the art, by exploiting techniques from semiclassical analysis, an area of pure mathematics specifically designed to study high-frequency problems. This will be achieved by
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collagen secretion in scarring and fibrotic diseases. The postdoctoral researcher will: • Contribute to the design and conceptual development of the project • Design and perform experiments addressing