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tumours, and in pursuing eventual independent careers in academic research. Research approaches in our group include genomics, cell biology, functional genomics, mouse modeling, developmental biology, stem
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in AI-modeling, Monte Carlo simulation, and coding. The successful candidate will work alongside a multidisciplinary team, leveraging artificial intelligence and computational methodologies to optimize
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cancer models. Designs and executes experiments using high-throughput sequencing and molecular biology techniques. Collaborates actively with lab members, bioinformaticians, and clinical teams
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outcomes across multiple descendant generations (Di Gesù, Matz et al., Cell Rep 2022). The research program is focused on identifying the mechanisms by which maternal environmental exposures, from diet
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and in vivo animal models is essential. This position offers the opportunity to contribute to a translational research program aimed at advancing novel immunotherapies for solid tumors. Job Duties
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therapeutic strategies. Our research program is highly collaborative and integrative, using cutting-edge experimental approaches involving cell culture system, primary cell and organoid cultures, ex vivo models
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Postdoctoral Associate position as part of T32 program. This opportunity involves joining a multi-disciplinary research team focused on the microbiome and its role in gynecological pathologies. The research will
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intended for life science graduates from Immunology or Microbiology backgrounds, however, a graduate with background in Computer Science or Computational Biology will also be considered. The successful
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Associate to conduct original research in intestinal regeneration and repair with a focus on the intestinal stem cell. This project utilizes state of the art organoid and animal models systems combined with