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further both professionally and personally in an interdisciplinary setting. Position The DWI is looking for a Postdoctoral researcher to develop new granular biomaterials for tissue engineering purposes
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/Cas9, tissue engineering, scRNA-seq, proteomics, process automation etc. We offer an extremely international, well-equipped and productive work environment. Funded by an international research
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. Collaborate with a dynamic, interdisciplinary team that combines science, sustainability, and technology to create a better future. Help shape the next generation of sustainable materials inspired by nature’s
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across a broad range of experimental approaches. The institute provides a modern scientific environment with close links to clinical research, translational projects, and excellent central technology
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characterization and application in biological tissue. Working across this entire pipeline offers a rare opportunity to help shape a technology from its earliest foundations through to its first biomedical use cases
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), proteomics (LC-MS/MS), (epi)genomic data processing, multi-omics integration, machine learning approaches for high-dimensional data, confocal / two-photon imaging, tissue clearing and light-sheet microscopy
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these mechanisms, as they reca-pitulate key aspects of embryonic development and tissue morphogenesis in vitro. The group of Prof. Bausch investigates the physical principles underlying these emergent processes and
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Max Planck Institute of Biophysics, Frankfurt am Main | Frankfurt am Main, Hessen | Germany | about 2 months ago
expertise of our BMFTR-funded technology development project in membrane protein biochemistry, we are seeking an outstanding candidate to join our team as a Research Assistant (f/m/d). Your qualfications You
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researcher position is available at the Liesz-Laboratory at the Institute for Stroke and Dementia Research, Munich. Our group investigates how sterile tissue injuries such as stroke or myocardial infarction
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of stem-cell derived models, these platforms open new avenues to systematically explore tissue self-organization and disease mechanisms. The group of Prof. Bausch is establishing an automated cell culture