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multidisciplinary clinical and translational research team focused on advanced multi-omics-based trials in colorectal cancer. The successful candidate will support the analyses of single-cell and spatial
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therapy for ADPKD by using patient-derived cyst-forming cellular assays and animal models. By integrating advanced molecular techniques with translational in vitro and in vivo systems, the project aims
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.•Cell-based virus assays [multi-color flow cytometry, primary cell culture (is an advantage)].•Experience in animal experimentation (FELASA B/C or equivalent) and in the development of transgenic and
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public and in-house biological datasets on thousands of patients (e.g. single-cell and bulk RNA-sequencing, joint omics profiles, perturbation datasets for knock-out and drug response, as well as clinical
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therapies. Lipids are of vital importance through interaction in cell membranes, as energy source and in cellular signalling and function. As such, they also play decisive roles in cardiovascular disease
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projects: Project 1Supervisors: Tom Van Doorsselaere and Fabio Bacchini Title: Radiative losses in particle-in-cell simulations of the solar coronaThe solar corona is an extremely hot, low-density plasma
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candidate will be encouraged to independently explore large-scale omics datasets (e.g., bulk and single-cell RNA-seq, spatial transcriptomics, proteomics) to identify and prioritize novel biomarker
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structures and precise functions drive essential cellular processes. The exciting challenge we now face is: can we build such motors from the bottom up, at the nanoscale? In the ERC-funded project
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considered is that insights from such simulations can also support human-robot cooperative cell design to maximize task success, dexterity, and execution efficiency of various ReX activities on a variety of
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screening of chemical compounds and other external factors for their capacity to induce diploid pollen formation in banana Elucidation of the underlying cellular mechanisms and cytological defects together