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PhD Student (f/m/d) for RTG Supracolloidal Structures - from Materials to Optical and Electronic ...
, pharmacy, immunology, medicine and IT develop innovative radiopharmaceuticals and novel tools for functional characterization, improved imaging and personalized treatment of tumors. The Department of Life
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The molecular biosciences are undergoing a major paradigm shift – away from analysing individual genes and proteins to studying large molecular machines and cellular pathways, with the ultimate goal
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clusters of excellence for four core research areas: Advanced Imaging of Matter (photon and nanosciences), Climate, Climatic Change, and Society (CLICCS) (climate research), Understanding Written Artefacts
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, physiological, histological examinations of pulmonary emphysema or fibrosis, with advanced imaging techniques and analyses. - Examinations in pre-clinical disease models with state-of-the-art pre-clinical
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optical and chemical tools with classical genetic techniques and advanced image analysis to study cytoskeletal force dynamics quantitatively. A key focus is understanding how microtubules contribute
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to research writing and develop the skills to integrate writing more effectively into the research process. In subsequent years, PhD students will have the option to apply for additional e-learning training in
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characterization. Molecular, cell biological, physiological, histological examinations of pulmonary emphysema or fibrosis, with advanced imaging techniques and analyses. Examinations in pre-clinical disease models
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: Genes, Cells and Cell‑based Medicine Topic 2: Molecular Processes and Therapies Topic 3: Integrative Biomedicine We are committed to meet today’s challenges in biology and medicine and realize
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PhD process MATH+ Fridays – Kovalevskaya Colloquium Each semester, MATH+ designates one of the MATH+ Friday colloquia as the Sonia Kovalevskaya Colloquium . This lecture features female mathematicians
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DWI-Leibniz-Institute für Interaktive Materialien e.V. | Aachen, Nordrhein Westfalen | Germany | 3 months ago
, tissue engineering, and process engineering to develop a hydrogel ink specifically adapted for cartilage cell growth. A robotic arm is being developed for in vivo bioprinting directly in a cartilage defect