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characterizing patient-derived microglia-integrated nigrostriatal assembloids to investigate neuroinflammation in the pathogenesis of Multiple System Atrophy (MSA) and to evaluate therapeutic modulation
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diffraction and pair distribution function analysis, infrared spectroscopy, and µ-Raman spectroscopy. Chemical mapping and phase speciation will be evaluated by fluorescence and X-ray absorption spectroscopy
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simulated spectral data, evaluate the performance of the developed models, and contribute to their methodological improvement. They will also contribute to scientific exchanges within the laboratory and with
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controlling heat, fluid, and gas transfers on the formation of resources such as natural hydrogen. This issue will be re-evaluated in the Aquitaine Basin and the northern Pyrenees. This postdoctoral project
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gamma, beta or alpha radionuclides, with the aim of achieving a theranostic application on advanced pancreatic and colorectal cancers. The postdoctoral candidate would work on the preclinical evaluation
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. In particular, he/she will be expected to :• Select and evaluate the most suitable approaches from the wide range of machine learning and computer vision methods available in the literature, with
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protocol, critical evaluation of the performance of the pXRF including the evaluation of raw spectra to obtain quantitative chemical data. Explore colour generation based on compositional data, optical
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or models in close collaboration with experimentalists. This project focuses on deciphering tumor cell plasticity, including method evaluation/development and biological interpretation of the results. In
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skills include expertise in programming with Python, C, and C++ languages, as well as solid experience in model design, tuning, and evaluation. A good understanding of microarchitectures is an asset, as is
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, fluid, and gas transfers on the formation of resources such as natural hydrogen. This issue will be re-evaluated in the Aquitaine Basin and the northern Pyrenees. Where to apply Website https