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innate immune responses. Our group uses a wide range of experimental methods, including multiparameter flow cytometry, single cell gene expression analysis and in vitro culture systems, including 3D human
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Alfred-Wegener-Institut Helmholtz-Zentrum für Polar- und Meeresforschung | Oldenburg Oldenburg, Niedersachsen | Germany | 6 days ago
at single-cell resolution. Using advanced transcriptomic and spatial profiling approaches, this research will provide critical insight into how symbiotic interactions are orchestrated at the cellular level
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investigate thermo-tactile perception in the mouse forelimb somatosensory system. A mechanistic understanding of sensory perception requires an integrated approach. We therefore combine cell-type specific
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to lead research projects in lipid cell biology and metabolism with the help of the Drosophila model. The mission of the Nephrogenetics division is to advance the understanding of the underlying
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schemes a secure job flexible working hours and childcare support the possibility of mobile working an idyllic green campus, which is easily accessible by bicycle, public transport or car free use
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) Contract:TV-L Your tasks Implement advanced machine learning and data integration approaches Analyze and interpret single-cell and multiomics high-thoughput sequencing data Collaborate with leading wet lab
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lipid cell biology and metabolism with the help of the Drosophila model. The mission of the Nephrogenetics unit is to advance the understanding of the underlying molecular and cellular mechanisms
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your skills A coperate culture characterized by collegiality Work-life balance through flexible working hours, mobile working options, and various support services to help you balance your personal and
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development opportunities Working with the latest techniques / technical equipment, access to cutting-edge datasets and high-performance computing infrastructure Possibility of mobile working Flexible working
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immune resilience, genome instability syndromes, and future genome engineering strategies. We combine mechanistic approaches with advanced cell systems and are part of a vibrant research community at MDC