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) the influence of environment and stress factors (including mechanical factors, infection, toxins, UV irradiation) on the healing response, (vi) genetic and epigenetic mechanisms driving the response of tissues
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). Description We are interested in investigating the epigenetic and transcriptional dynamics, as well as dysregulation within key immune and non-immune cells among patients at different stages of atopic
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100%, Zurich, fixed-term This is a joint project between the ETH Sustainable Food Processing, Nutrition and Metabolic Epigenetics, and Translational Nutrition Biology Group in the Department
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response in chronic inflammatory skin disease such as atopic dermatitis (AD). More specifically, we are interested in investigating the epigenetic and transcriptional dynamics, as well as dysregulation
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fascinated by the intricate mechanisms governing cell fate transitions within the nucleus. Our mission is to decode how epigenetic regulation crafts neural development, leveraging brain organoids as our
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of Sustainable Food Processing, Laboratory of Nutrition and Metabolic Epigenetics, and ETH Laboratory of Translational Nutrition Biology Software Engineer with Experience in Computational Fluid Dynamics Modeling