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advance an interdisciplinary project focused on the development of selective bifunctional degraders to eliminate extracellular Cathepsin D. Elevated levels of extracellular Cathepsin D contribute
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new technologies related mainly to the Internet of Things, the use of large amounts of data, and the autonomy of systems due to the development of AI. The effect can be beneficial, for example by
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mild reaction conditions to convert aldehydes into alcohols. It is an EU-funded project within the framework of a European project. This project is highly multidisciplinary, as its development will draw
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communications; Participate in project partner meetings and draft minutes; Present the project results. Where to apply Website https://utc.recruitee.com/o/chercheur-contractuel-en-bioprocedes-et-colorants-b
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, its improvement paving the way for enhanced embryo yield and developmental quality, ultimately reducing time-to-pregnancy. Interestingly, embryos displaying a faster development yield better clinical
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engineers, heavily contributing to instrumentation development and physics analysis. The candidate will be primarily based in Paris, with frequent travels to CERN. Where to apply Website https
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-capacity detector. Its objective is to achieve the quantitative determination of metallurgical evolutions, resolved in time but also in space, of chemical compositions (concept of combinatorial metallurgy
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glasses. Indeed, recent advances made in the fabrication of high-purity fluoride glass fibers show that this technology is very appealing for the development powerful and efficient laser sources in the
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camera, 2) design of a new optical system for polarization modulation of incident light, 3) development of electronic control for the image acquisition. 4) optimization of the illumination and detection
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combining space-based remote sensing and modeling, it aims to better understand the evolution of forest fuels and their role in fire propagation. Tested on pilot forest areas (Centre-Val de Loire and Pyrénées