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of the main project; 2. Improve proficiency in the inverse modeling techniques provided by the PEST software, and apply them to the experimental data for calibration of the MFLUX model, as specified in the main
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training. Experience must be demonstrated in zebrafish handling, maintenance, and genetic editing (CRISPR/Cas9), flow cytometry, cell sorting, and in vivo imaging, as well as in molecular cloning, qPCR, and
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strategies by integrating genomic data and functional assays. Working at the interface of cancer biology and immunology, the fellow will establish advanced in vitro and in vivo models (including IDO1 knockout
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fibroadipogenic progenitor cells from animal models of aging will be evaluated. Interested candidates must have a background in biomedicine, biology, or related disciplines and a doctorate with a solid background
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to elucidate cellular and molecular mechanisms underlying DMD and healthy aging, employing iPSC-derived cellular models, skeletal muscle differentiation, and three-dimensional muscle tissue engineering
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the Education and Knowledge Dissemination axis. The project aims to investigate and bring visibility to women-led movements that resist the predatory models of large-scale wind energy project installation in
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and healthy aging, employing iPSC-derived cellular models, skeletal muscle differentiation, and three-dimensional muscle tissue engineering. Requirements: PhD in Genetics or related fields; demonstrated