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Your Job: As part of your activities, you will investigate the wetting behavior of alcohols/lactones and other oxygen-containing LOHC systems on catalyst and membrane surfaces and the effects
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closely with a wet-lab PhD student from the team of Prof. Dr. Jeremias. Job-ID: V000014523 Field of application: Medizinische Fakultät Location: Heidelberg Job Category: Science and teaching Working hours
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: 21.07.2025 Limitation:Temporary (2 Jahre, Weiterbeschäftigung angestrebt) Contract:TV-L Your tasks Single cell multicomics of bone marrow cells: wet lab experiments involving preparation of cells
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: 29.07.2025 Limitation:Temporary (2 Jahre, Verlängerung angestrebt) Contract:TV-L Your tasks Single-cell multiomics in primary cells: wet-lab experiments and performing bioinformatic analyzes on the single-cell
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involve a combination of wet lab and computational work, and be situated in both research groups. PhD Student (m/f/div) - Neural Information Flow and Genetics of Behavior The Project: You will explore
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Max Planck Institute for Neurobiology of Behavior - caesar, Bonn | Bonn, Nordrhein Westfalen | Germany | 2 months ago
neuron) and behavior. The position would involve a combination of wet lab and computational work, and be situated in both research groups. The contract will be initially limited for three years
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perform rigorous and reproducible data analyses along with graphics and spreadsheet output development and implementation of custom analysis pipelines in collaboration with wet lab scientists develop your
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of ThermoFisher Titan Krios, Talos Arctica and Aquilos 2. Access to outstanding wet-lab and sample preparation laboratories at the host institute. Working in a dynamic team of researchers with backgrounds in
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the neighbouring Cerrado and Caatinga biomes. Unlike the Amazon, the Caatinga and Cerrado biomes are dryland ecosystems characterised by large fluctuations between a wet season and a very strong dry season
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anti- or pro-inflammatory features Key Responsibilities: • Conduct wet lab experiments to generate data describing the context-dependent Treg identity and underlying transcriptional networks