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Field
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proteomics, and structural biology, you will explore the molecular interface between viruses and the cellular translation machinery. This PhD project offers comprehensive training in structural biology
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complexity to a network-shaped single cell – Physarum. Lacking any neurons, flows flushing throughout Physarum’s tubular network propagate input packaged as chemical concentration and flow shear force
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, the biological mechanisms through which they damage the lungs remain largely unknown. In this PhD position you will work within the in vitro work package, where you will expose advanced human lung cell models
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This PhD project, part of the REACT MSCA Doctoral Network, aims to develop an energy-efficient compute-in-memory (CIM) architecture using gain-cell memory for real-time edge learning, addressing
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for the different members; in particular, activities would include experimental validation using molecular biology, cell culture, enzymatic and metabolic assays for potential drug candidates emerging from a
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host–fungus interactions. Skilled in designing and performing in vitro antifungal assays, cell culture techniques, and molecular biology methods. Skilled in conducting and interpreting in vivo animal
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the lungs remain largely unknown. In this PhD position you will work within the in vitro work package, where you will expose advanced human lung cell models to realistic mixtures of climate change-related
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demonstrating knowledge of the underlying molecular mechanisms. c) Proficiency in in vitro cell culture models, particularly models mimicking the oral cavity and the interactions between oral components (e.g
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isolated from Streptomyces species. Tubercidin and structurally related natural antibiotics, including toyocamycin and sangivamycin, exhibit pronounced cytotoxic activity in numerous cellular models and
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the project “AIRE, IL-12 and interferon-g; Drivers of immune tolerance and T cell function”, funded by the Norwegian Research Council About the project/work tasks: The project is based on how AIRE, IL 12 and