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. Job description You will identify, visualize and characterize bacterial and archaeal cells associated with iron minerals by combining fluorescence in situ hybridization (FISH) and correlative imaging
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prototype. Neutrons are inherently excellent probes for materials science and biotechnology; however, neutron scattering and imaging studies are strongly flux-limited. Our aim is to develop a neutron
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archaeal cells associated with iron minerals by combining fluorescence in situ hybridization (FISH) and correlative imaging, DNA- and/or RNA-based omics, and stable isotope incubation experiments. You
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-vesicle tracking, nanoparticle tracking analysis (NTA), NanoFlow cytometry, and advanced imaging techniques, as well as bioinformatic analysis of small RNAs and transcriptomic data. You will
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, AI protein modelling, or live neural imaging is desirable Experience working with neurons and knowledge in neurobiology is desirable Track record of international mobility is highly valued Publication
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collaboration with researchers across the project. A central activity will be to develop and apply imaging ellipsometry for measuring the complex and potentially anisotropic refractive indices of
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Position as postdoc in Biochemical and functional characterization of milk-derived extracellular ...
, and advanced imaging techniques, as well as bioinformatic analysis of small RNAs and transcriptomic data. You will collaborate closely with partners working on animal models (preterm pigs) and clinical
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, biochemistry, proteomics is required Experience in mice handling and behaviour, microscopy, AI protein modelling, or live neural imaging is desirable Experience working with neurons and knowledge in neurobiology
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more detailed information see our group homepage: https://phys.au.dk/forskning/forskningsomraader/atomar-molekylaer-og-optisk-fysik/anne-e-b-nielsen/ The position is funded by the Novo Nordisk
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: Performing operando, low-dose-rate TEM to capture real-time atomic-scale catalyst dynamics Advancing ultrasensitive imaging and spectroscopy of gas–surface interactions, molecular adsorption, and active-site