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model systems, ranging from patient-derived samples, reprogrammed neuroepithelial stems cells to genetically modified animal models. We are specifically recruiting for a project studying nuclear genes
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techniques including single cell multiomics, human sample analysis, mouse models of allergic diseases, imaging and advanced flow cytometry. Specifically, the student will characterise memory ILC2 skin niches
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Lanner, expert in stem cell biology, Research Specialist Filippo Locri, expert in animal models of retinal degenerations and Assistant Professor James Tribble, expert in retinal inflammation and high
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using in vivo, ex vivo human and animal models. With the ultimate goal of providing important new knowledge for skin diagnostics and care, the doctoral student is expected to gain broad knowledge on: How
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an organotypic model of MASH, compounds targeting GPCRs will be screened to identify new targets for disease intervention. Using subcellular biosensors, the doctoral student will illuminate the similarities and