Integrated Microscopy Technologies (IMT)
Advanced Light Microscopy (ALM), Correlative Array Tomography (CAT) and Focused Ion Beam Scanning EM (FIB-SEM)
LINK to CAT services at Center for Cellular Imaging in Gothenburg
LINK to FIB-SEM services at Umeå Center for Electron Microscopy
–> APPLY FOR IMT SUPPORT here LINK.
Advanced Light Microscopy
The mission of the Advanced Light Microscopy (ALM) national unit is to give support with superresolution fluorescence microscopy for nanoscale biological visualisation (SIM, STED, SMLM, ExM, MINFLUX). In addition the unit support single molecule measurement and analysis with fluorescence correlation spectroscopy (FCS/FCCS/FRET-FCS), and combined with superresolution for nanoscale dynamical studies (STED-FCS, MINFLUX tracking). Moreover, support with light-sheet fluorescence microscopy (LSFM) allow users to image live and/or optically cleared larger samples at unprecedented volumetric speed with low phototoxity. Single cell ultra-fast volumetric imaging of biological processes at high-resolution is provided by lattice light-sheet microscopy (LLSM).
Services
Support is done to all stages of the project including (pre)planning, sample optimization, fluorescent probe selection, image acquisition, and initial post-acquisition image processing.
- Super-resolution microscopy (SIM, STED, SMLM, ExM, MINFLUX) – nanoscale cellular imaging of fixed or living samples, and cleared/expanded tissue.
- Fluorescence Correlation Spectroscopy – single molecule spectroscopy measurement and analysis to evaluate interaction, aggregation, mobility, dynamics.
- Light-sheet microscopy – fast, volumetric imaging of organoids, model organisms and cleared/expanded tissues.
- Lattice light-sheet microscopy – fast high-resolution volumetric imaging of cellular processes in mammalian and plant cells.
Transfer of unique knowledge to individual researchers are supported nationally, including organization of workshops and courses in advanced fluorescence imaging and spectroscopy applications and method developments.
Unit video link: https://youtu.be/mqx49azmqtY
Methods
SIM, STED, SMLM, ExM, MINFLUX
- Investigation of molecular architecture of sub-cellular entities.
- Organization and localization in cell biology with sub-diffraction resolution.
FCS/FCCS/FRET-FCS/STED-FCS
- Analysis of receptor-receptor, ligand-receptor, protein-protein, protein-peptide and protein-vesicle interactions in solutions and in living cells
- Aggregation and affinity analysis at single molecule concentration levels in solutions
Light-sheet / Lattice Light-sheet
- Live: Embryogenesis and Organogenesis (e.g. in Zebrafish)
- Live: 3D cell culture imaging using spheroids, tissue and organotypic culture
- Imaging optically cleared/expanded samples (e.g. CLARITY, CUBIC-R/X, ExM)
- Rapid, sub-cellular volumetric imaging of biological processes (LLS)
Equipment
- SMLM. Zeiss ElyraPS1/7 3D PRILM.
- STED. Leica SP8 3X STED with FALCON FLIM/FCS
- SIM/SIM2. Zeiss ElyraPS1/7 3D SIM
- AIRY2/FCS. Zeiss LSM980
- FCS. Zeiss LSM780
- Light-sheet. Zeiss Z.1
- Lattice light-sheet. Zeiss LL7
- MINFLUX. Abberior 2D/3D dual-color.
Support from the ALM unit
Apply for support here LINK.
International users may also apply through the Euro-BioImaging project portal.
Gallery
Video Gallery
Zebrafish embryo development acquired on the Zeiss Light-Sheet Z.1
Mailing Address
SciLifeLab
ALM, Gamma 3
Box 1031
171 21 Solna
Sweden
Visiting Address/Deliveries
ALM/Scilifelab gamma-3
Tomtebodavägen 23A
171 65 Solna
Sweden