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- University of Würzburg - Rudolf Virchow Center for Integrative and Translational Bioimaging
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University of Würzburg - Rudolf Virchow Center for Integrative and Translational Bioimaging | Oettingen in Bayern, Bayern | Germany | 3 months ago
proteins using a wide range of imaging methods. The Rudolf Virchow Center is looking for a PhD student (f/m/d) (Bioimaging / Biophysics) in the field of whole organ fluorescence imaging Antibodies
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environment and receive training in complementary experimental approaches in cellular and synaptic neuroscience. The project combines primary neuronal cultures, mouse models, advanced fluorescence imaging
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quantitative imaging, we work towards a multi-scale understanding of how molecular composition and subcellular organisation shape cell function, plasticity and disease. A central biology focus of the lab is
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, electrophysiology, and live-cell imaging Apply and further develop methods for high-resolution and super-resolution fluorescence microscopy Analyze in vivo models, particularly using slice electrophysiology, protein
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Candidate to join our research group and investigate the neural architecture underlying sensory processing in the zebrafish forebrain. This project will employ a powerful combination of cutting-edge imaging
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on developing probabilistic latent-variable methods for large and structured biological data, with applications in genomics, spatial transcriptomics, and fluorescence imaging. High-dimensional and structured
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. Apply HiBiT-based and fluorescence-based mitochondrial-tracing approaches, together with live-cell and confocal imaging, to quantify intercellular mitochondrial transfer. Investigate the relationship
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using optical tweezers and confocal fluorescence imaging, building on previous work (O’Brien et al., Nat Comm 2024). Together with our collaborators, you will produce materials for these experiments and
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will design, execute, and analyze single-molecule experiments using optical tweezers and confocal fluorescence imaging, building on previous work (O’Brien et al., Nat Comm 2024). Together with our
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methods developed in our laboratory by combining fluorescent viscosity-sensitive probes and confocal/infrared microscopy with mechanical measurements to correlate the microscale of pore interaction