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PhD project: Our lab studies regulatory mechanisms at the interface of proteostasis and genome stability. We are particularly interested in the diverse signalling functions of the posttranslational
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expertise in the Luck lab on the use of AlphaFold and other structure prediction methods to prioritize PPIs that are likely mediated by a novel mode of protein binding. A new assay will be implemented
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to participate in sea-going research Desirable qualifications: experience in processing and interpretation of observational data practical fluid mechanics experience in the lab or in the field international
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4-12 weeks lab rotations
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). The in vivo part of this project will be performed in her lab. Methodology We combine a variety of immunologic, metabolic and multi-omics methods to understand the phenotypic changes and mechanistic
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the distribution of mechanical loads in the wind farm, thus also extending the lifetime of the wind farm. Your PhD project is integrated into the Living Lab 70 GW Offshore Wind, which researches crucial aspects
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and omics approaches established in our lab to characterize and define the cellular, molecular and functional changes of dendritic cells. These changes will be carefully compared to monocytes, which
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on the application via DAAD portal Click on 'Application portal' at the bottom of the page to go to the DAAD portal. There you will be provided with an online application form to enter your application data. This is
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accumulation and inflammatory response. We will take advantage of unique tools that were previously developed in our lab to map R-loops and associated proteins with proximity-based proteomics and high-content
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-cell and omics approaches established in our lab and functionally validated in transgenic mouse models that have defects in dendritic cell differentiation. Due to their rapid activation and low frequency