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the molecular and genetic mechanisms underlying neural circuit formation. The successful candidate will drive independent and collaborative studies using advanced genetic, developmental, and imaging approaches in
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for cell line characterisation, including imaging, genome sequencing, proteomic analysis, and co-ordination of bioinformatics. In addition, you will be required to participate in supervising trainees in
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out independent as well as collaborative research in the area of Ultra-High Field Magnetic Resonance Imaging (MRI). The position involves the development of 7 Tesla MRI methods and applications
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responsibilities: Differentiation and characterization of iPSC-derived midbrain assembloids Analysis of stress granules and membraneless organelles using imaging Application of stress paradigms and assessment
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involves contributing to qualitative data capture and analysis to support broader research objectives. This is an excellent opportunity for a capable and independent researcher. Early career researchers and
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the factors associated with shoulder pathology, symptom presentation, and functional decline. We conduct rigorous, clinically relevant research by integrating diagnostic imaging, motion analysis
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), Computational Biology (stochastic and analytical models of gene expression), Signal Processing (machine learning, image and signal processing), Biophysics, Microbiology and Single-cell Biology (flow cytometry
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: Specific tasks include, but are not limited to: Advanced imaging work Animal work (mice) Scientific projects related to neuroscience Next generation sequencing library preparation We are looking
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Chair of Biological Imaging 30.01.2026, Academic staff Researcher (m/f/x) with an engineering or physics background and a motivation to drive the technology towards the market. The lab The Stiel Lab
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Differentiate iPSCs into midbrain dopaminergic neurons and organoids for phenotyping and compound testing High content imaging and automated image-analysis Analyze omics data Collaborate closely with