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gene expression of the same cells. The overarching goal is to generate quantitative models of how microenvironmental gradients regulate cellular gene expression in vivo, advancing towards a molecular
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direct immune activation. The project integrates molecular physiology, multi-omics, and spatial systems biology to uncover the mechanistic basis of this immune-metabolic switch. The successful candidate
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, interdisciplinary team working at the interface of computational biology, genomics, and molecular cancer physiology. Our laboratories aims to understand how biophysical microenvironments such as pH and oxygen (O
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since 2017. The around 260 employees create an international, highly collaborative research environment across disciplines. The Merino Group focuses on harnessing the phenotypic and molecular
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experienced in working with in vivo animal models, preferably models related to perinatology You have strong laboratory-based skills related to molecular biology, neuroscience, immunology You have experience