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in the Pedersen lab focusses on ion channels and their role in several neuromuscular diseases characterized by abnormal muscle excitability. Experimentally, the work involves electrophysiology, imaging
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imaging. This position offers the opportunity to develop cutting-edge platforms for real-time monitoring of human tissue metabolism in physiologically relevant models. You will play a key role in our
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this. It is important to develop a detailed picture of the cell types affected by these changes and if possible the temporal sequence in which they occur in order to intervene to restrict cancer progression
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A full-time position as research assistant or postdoc (37 hours/week) is vacant across the Center for Integrated Multi-omics in Precision Medicine (CIMP) and the Danish Spatial Imaging Consortium
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successful candidate will have one or more of the followings: Expertise in spatial transcriptomics (single-cell RNAseq). Expertise in imaging and image analysis. Experience with genetic engineering (plasmid
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an experience in technology-assisted monitoring or computational image analysis. Expected start date and duration of employment The position will start in June 2026, with exact starting date as agreed between
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, antigen presentation & T cell function MHC multimer generation – and T cell staining & analysis Analyses of antigen-specific T cells Multicolor flow cytometry Gene-engineering in T cells Apply analytical
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, that can be documented by a publication record in relevant venues. Solid understanding of state-of-the-art embedded machine learning techniques. Experience in system-level programming, developing prototype
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, load modelling, soil–structure interaction, and relevant degradation and failure mechanisms over extended service periods. Within the scope of the project, a small-scale prototype will be tested in AAU
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of neuronal function and neuronal network activity in complex mixed neuronal cultures through multi-electrode array (MEA) analysis, calcium imaging, analysis of neurotransmitter release and automated