UKE Microscopy Imaging Facility (DFG Research Infrastructure Portal: RI_00489)
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MINFLUX microscopy made the visualization of SARS-CoV2 virus molecules possible. (1) Confocal, (2) MINFLUX, (3) MINFLUX superimposed with EM, (4) schematic overlay with SARS-CoV2 model
GFAP (for astrocytes) / Iba-1 (microglia) / Hoechst (nucleus). Author: Prof Saez
Optical nerve
Heart tissue section
Detyrosinated tubulin in neurons.
Alpha-tubulin in HeLa cells.
Multicolor labeling of an eukaryotic cell.
3D reconstruction of CLN3-vesicles and lysosomes in HeLa cells.
Mutli-color HeLa cells
User regulations, booking rules, charging scheme, course material, downloads
(file access partially restricted)The Hamburg microscopy community starts to build up a network to share resources, ideas, news and microscopy related problems.
The virtual meeting point for this community will be http://microscopy-hamburg.de/.
Please visit it and, in case, your feedback will be welcome.
If someone of you is potentially interested to work in the industry direction microscopy please consider the job offer of the company Abberior (leader in super resolution optical microscopy) below.
The cover picture of the May 2019 issue of the Journal of the American Society of Nephrology highlights the work of J. Herwig et al. from the group of C. Meyer-Schwesinger (Institute of Cellular and Integrative Physiology, UKE). Congratulations to all the authors! In collaboration with A.V. Failla from our facility, a range of microscopes and techniques were successfully applied, such as STED super-resolution. Please find more information in our publication section.
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