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TITLE: Spatiotemporal dynamics and plasticity mechanisms in cancer cell populations : A data-driven model inference approachThe development and regeneration of tissues result from a complex
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cell culture (organoids and in vitro skin reconstructions) and different in vivo models (patient- and cell line-derived xenografts, xenopus model, and transgenic mice), which are relevant for studying
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interaction with Bordeaux University Hospital teams. We have already developed various innovative modelling tools including 3D cell culture (organoids and in vitro skin reconstructions) and different in vivo
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engineeringYears of Research Experience1 - 4 Additional Information Eligibility criteria - PhD in molecular or cell biology. - Cell culture skills (eukaryotic cells). - Skills in biochemistry and molecular biology
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engineering that can be used for both LIB and NIB assemblies. Significant achievements were made and the Na-ion cells based on polyanionic Na3V2(PO4)2F3- hard carbon chemistry are under commercialization thanks
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spectro-electrochemical methods shall be used. Within this project, the study is to specifically focus on - the design of spectro-electrochemical cells adapted to study electrochemical interfac-es
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developed will be integrated in functional devices such as photovoltaic cells and photoelectrochemical cells. Other applications will also be studied through both national and international (Germany, Spain