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. Position 2: Postdoctoral Researcher in Computational Electrocatalysis The successful candidate will investigate reaction mechanisms at electrochemical metal–water interfaces, with particular emphasis on how
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mechanisms and intercellular dynamics underlying bidirectional cell production by vascular cambium stem cells. We are utilizing lineage tracing techniques, molecular genetics, proteomics, advanced microscopy
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mechanisms underlying metabolic dysfunction during aging using cutting-edge approaches in immunology, metabolomics, transcriptomics, and tissue histology. The project will combine molecular biology
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interactions across ecosystem boundaries, yet the mechanisms linking terrestrial and aquatic communities remain poorly understood. This postdoctoral position is part of the TRACE – Trait Responses Across
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to determine the underlying genetic and molecular mechanisms of phage-mediated plant growth-promotion. Even though phages do not directly interact with plants, they can indirectly affect plant growth
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, Biochemists and Bioinformaticians working together to understand the molecular mechanisms which regulate immune cell signaling and programming in vivo. We are especially interested in programming of dendritic
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scientific foundation for investigating viable ancient bacteria recovered from archaeological ceramics to determine the evolutionary trajectories and adaptation mechanisms of the isolated bacteria under
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from archaeological ceramics to determine the evolutionary trajectories and adaptation mechanisms of the isolated bacteria under anthropogenic influences. Advances in ancient DNA techniques have
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function. IMMENs will develop novel experimental approaches to uncover the mechanisms and therapeutic potential of lymphatic endothelial immunomodulation in homeostasis, inflammation and tumorigenesis using
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circuitries in healthy and diseased brain. The topic is investigated at different levels, from molecular mechanisms to behaviour, using animal models and various electrophysiological techniques in combination