44 advance-soil-structure-modeling Postdoctoral positions at Nature Careers in Germany
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Immunology and Computational Biology Reference number: 2025-0105 We are deploying advanced in vitro and in vivo model systems, genetic perturbations and single cell technologies with spatial readouts to study
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progress Access to human material for translational studies and a range of sophisticated mouse models (germ-free mice, cancer models, immune cell reporter mice), as well as advanced multi-omics platforms
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modelling strategies. We now plan to expand our focus on postmortem brain samples to investigate large cohorts (depression, post-traumatic stress disorder, schizophrenia) focusing on the insular cortex (N
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investigation. The candidate will assist in the isolation and purification of natural products and the subsequent structural elucidation using NMR. When beneficial, chemical synthesis will be used to confirm
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Student or Postdoc (f/m/x) for the project Theory and Algorithms for Structure Determination from Single Molecule X‑Ray Scattering Images Project description Single molecule X‑ray scattering experiments
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imaging technologies for the investigation of biomedical questions. RESPONSIBILITIES: You will generate fusion construct of plexins receptors with fluorescent proteins or tags for advanced microscopy You
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measures and structured career parameters, such as: Successful candidates will be offered a postdoctoral position at one of the participating institutes. The postdoctoral positions within the program have a
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Postdoctoral Researcher as a Junior Research Group Leader (m/f/d) - Research on and Implementation o
various subjects. As a living lab it also promotes co-construction and collaboration with educational practice. The TüDiLab is part of the IWM-Future Innovation Space (FIS: https://future-innovation.space
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, engineers, technical and administrative staff Participate in cutting-edge scientific projects and work in advanced physics laboratories An initial 12-month contract with the possibility of an annual extension
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on the experimental power of mammalian genetic models to understand neural development. How neurons know when to leave, where to go, how to survive, how to wire to others, how to make cell fate decisions and how