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leading to societal and economic benefits. The following project is offered at the University of Münster: Mapping and quantification of collagenase activity in protease-damaged tissue; Subject area
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the mechanisms that generate and resolve DNA damage. We have developed and routinely apply high-resolution mapping technologies — including LAM-HTGTS for direction-resolved DNA break mapping, Hi-RepliSeq
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qualifications. Possible topics are: The theory of ultrafast pump-probe experiments (e.g., time-resolved X-ray scattering and spectroscopy), simulations and data processing of actual ultrafast experiments, mapping
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advanced imaging, the project will map how ion transport and micro-fluid dynamics couple to interfacial energetics, explaining field-responsive changes that remain hidden in equilibrium-centric models
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ELEGANCE website: https://elegance.dtu.dk/ Google Scholar profile: https://scholar.google.com/citations?hl=en&user=yZDS88IAAAAJ More information about DTU Biosustain: www.biosustain.dtu.dk CPE group: https
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will map systemic interdependencies in terms of potential trade-offs and synergies in the implementation of ESW, as well as implement stakeholder participation processes and co-creation processes
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transcriptomics (Visium HD, Xenium), single-cell RNA sequencing, and computational modeling, the student will map tumor cell states, lineage hierarchies, and differentiation trajectories. Insights from
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, vegetation mapping, and LiDAR-based ecology. We're looking for candidates with strong technical skills and ecological interest—people who want to use LiDAR, AI, and spatial modeling to advance our
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PhD fellowship at the Copenhagen Center for Glycocalyx Research at the Department of Cellular and Mo
modifications in cellular signaling. Define key alterations in proteins and glycans and map how membrane dynamics and glycan–protein interactions reshape cellular networks. Link structure to function by