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School of Engineering Sciences at KTH Job description The research project concerns the development and use of MINFLUX single-molecule microscopy for cellular imaging and dynamic studies
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Postdoctoral position on transthyretin amyloid formation using X-rays, neutrons and electron microscopy. Description of the project A motivated postdoctoral researcher is sought to work on the
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. The successful candidate will employ advanced fluorescence microscopy on eukaryotic cells, alongside a diverse toolkit of genetic engineering and in vitro biochemical approaches, to push the boundaries of our
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techniques to measure and influence micro- and macro-circuits in vivo. Techniques include one/two-photon microscopy, electrophysiology, chemo-optogenetics. Behavioral measurements will be performed in
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used to reach this goal. These techniques include, but are not limited to, advanced molecular biology, flow cytometry, fluorescence microscopy, cell culture, high-throughput screening and genetic
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The postdoctoral fellow will work with animal models (mouse) with a combination of techniques to measure and influence micro- and macro-circuits in vivo. Techniques include one/two-photon microscopy
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investigations of material properties of ultra-thin silica membranes (through e.g. transmission-electron microscopy). The scholarship is for two (2) years and is funded by the Kempe Foundations. The tax-free
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silica membranes (through e.g. transmission-electron microscopy). The scholarship is for two (2) years and is funded by the Kempe Foundations. The tax-free scholarship amounts to 720 000 SEK in total (360
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of treatments. The role of trace elements can be measured with Scanning Transmission X-ray Microscopy, integrated into a multi-modal imaging platform: using also super-resolution Infrared microscopies, X-ray
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characterization methods (potentially including electrochemistry, multiple microscopy modalities, quartz microbalance, impedance spectroscopy) as well as surface modification and characterization and protein