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Field
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basic models and patient-derived specimen with cutting-edge technologies. One of our recent projects has been to better understand human polyneuropathies by using single nuclei and spatial
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non-relapsing secondary progressive MS – a subgroup currently lacking effective treatments. The work will include • Experimental animal handling and phenotyping (EAE models) • Flow cytometry, histology
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and operation of wind erosion measurement fields data collection, evaluation, and integration into different wind erosion models analysis of the structures of agriculturally used regions conversion
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neutrophils and platelets in the setting of both sterile and pathogen-driven inflammation. State-of-the-art methods include transgenic mouse models with cell-type specific knockout mice, a broad range of
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-related concept proposed by Robert Zubrin) or the solar-wind ion focusing thruster. Starting from first-principles and mathematical models, more advanced numerical tools shall be developed to explore
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-related concept proposed by Robert Zubrin) or the solar-wind ion focusing thruster. Starting from first-principles and mathematical models, more advanced numerical tools shall be developed to explore
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current and future disease risk and burden across multiple pathogens with environment- and climate-sensitivity. Your tasks: Building a diverse set of models for short-term predictions and the long-term
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current and future disease risk and burden across multiple pathogens with environment- and climate-sensitivity. Your Tasks: Building a diverse set of models for short-term predictions and the long-term
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Your Job: The current position is a part of the Helmholtz Bioengineering Consortium, including generative AI experts, structural and molecular biologists and clinicians to develop anticancer
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! Overall, research in the Group of Prof. Dr. Meyer zu Hörste at the Department of Neurology combines basic models and patient-derived specimen with cutting-edge technologies. One of our recent projects has