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generated a comprehensive resource of pancreatic primary tumors and primary cell cultures. Multiple NGS methods and biological readouts have been conducted to decipher the molecular makeup and phenotypes
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: Elucidating Bacterial Impacts on Colorectal Cancer Phenotypes and Therapies using patient-derived Organoids" as soon as possible. We are deploying advanced organoid co-culture systems and in vivo models in
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close collaboration with a partner group at the Otto von Guericke Universität Magdeburg, characterizing, quantifying, and manipulating biofilm formation of a strictly anaerobic methanogenic model
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fees and international fees. Overview Are you interested in working with non-animal complex 3D models of human disease in the fields of tissue inflammation and fibrosis? Organ fibrosis is a global unmet
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and in pathological models, we aim to establish direct links between molecular determinants and muscle physiopathology Detailed Description of the Project : Not all muscles in the body are equivalent
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(or equivalent) in biological sciences. Strong research background in cell biology, molecular biology, mouse models of cancer, and/or biochemistry. Prior experience in stem cells, vascular biology, 3D organoid
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experience planning & developing projects preferred. Extensive knowledge and expertise in molecular biology, biochemistry, cancer biology, and animal models (mice) preferred. Requires successful completion
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the Department of Biochemistry and Molecular Biology, which is part of the Biocenter of the University Würzburg. The Biocenter has a vibrant research environment with multiple groups working on central questions
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functional theory and ab-initio molecular dynamics simulations) with artificial intelligence techniques to parameterize machine learning force fields and kinetic Monte Carlo methods to model the molten salt
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the Otto von Guericke Universität Magdeburg, characterizing, quantifying, and manipulating biofilm formation of a strictly anaerobic methanogenic model organisms, in order to maximize terpene production