20. AMBIO STED Abberior Facility Line

20. AMBIO STED Abberior Facility Line

Description

General

This system is

  • An AMBIO-satellite at Charité Campus Benjamin Franklin department of clinical physiology/nutritional medicine

    Address:

    Hindenburgdamm 30, 12203 Berlin (Steglitz),

    main building, 5th floor, elevator 15, room 5505A

  • Maintainance, training and assistance is done by Prof. Dr. Dorothee Günzel and PD Dr. Jörg Piontek
  • Please contact us regarding labelling--especially if trying to push resolution limits (ambio@charite.de; dorothee.guenzel@charite.de; joerg.piontek@charite.de)

 

The Abberior Facility Line STED microscope is a high-end confocal and super resolution imaging platform:

  • One STED laser (775 nm) and four excitation lasers (405, 485, 561, 640 nm)
  • Patented adaptive illumination methods enable imaging with reduced photobleaching and phototoxicity
  • Multi-channel, multi-position, time series, multi-ROI & tiling/stitching
  • FRAP, FLIP, photoactivation, colocalization

    Olympus IX83 inverted basis:

    • Fully motorized stage for accurate repositioning (IX3-SSU ultrasonic XY-scanning stage for IX83)
    • Z-drift compensation (Olympus IX3-ZDC-12 z-drift compensation unit for steady confocal/STED imaging)

      Imaging Modes

      STED plus confocal:

    • Two main STED (stimulated emission depletion) -channels: StarRed/Atto647N/SiR (with excitation at 640 nm) & StarOrange/Alexa Fluor 594 (with excitation at 561 nm)
    • An optional third less efficient STED channel, for instance for STAR 460L (long Stokes-shift dye) with excitation at 485 nm
    • Plus up to two confocal channels: DAPI & Alexa Fluor 488/GFP (or similar fluorophores)
      • 2D-STED: Resolution XY > 40 nm, Z > 500 nm including Z-stacks for 3D-imaging
      • 3D-STED: Resolution down to XYZ > 100 nm including Z-stacks for 3D-imaging
      • Confocal only:

      • Resolution down to XY > 220 nm, Z > 500 nm
      • 4 channels with fluorophores similar to DAPI, Alexa Fluor 488/GFP, Alexa Fluor 555/Alexa Fluor 594 & Alexa Fluor 647/Cy5

      Widefield EPI fluorescence:

      • 4 channels with fluorophores similar to DAPI, Alexa Fluor 488/GFP, Alexa Fluor 555, Alexa Fluor 594, Alexa Fluor 647/Cy5

      Excitation Lasers

      • 405 nm (cw)
      • 485 nm (pulsed)
      • 561 nm (pulsed)
      • 640 nm (pulsed)

      STED-Laser

      • 775 nm (high-power variant, pulsed)

      Detectors

      • Three ultra-sensitive single-photon-counting APDs with tunable detection bands between 400 and 800 nm
      • Matrix detector: MATRIX array detector with more than 20 avalanche photodiodes in single photon counting mode
      • Four-color widefield module for epifluorescence with camera port on Olympus (405/470/590/635)

      Objectives

      Mag.TypeImmer.NAWD [μm]Info
      10x UPLSAPO 10X2 Air 0.4 3100 ∞/0.17/FN26.5
      20x UPLFLN 20X Air 0.5 2100 ∞/0.17/OFN26.5
      20x UPLXAPO 20X Oil 0.8 610 ∞/0.17/OFN26.5
      60x UPLSAPO 60XW Water 1.2 280 ∞/0.13-0.21/OFN26.5
      60x UPLXAPO 60XO Oil 1.42 150 ∞/0.17/OFN26.5

      Special

      • Adaptive illumination via RESCue, DyMIN, and MINFIELD
      • RAYSHAPE dynamic aberration correction
      • EASY3D STED
      • Confocal & STED autofocus
      • Spectral RAINBOW detection
      • Autoalignment
      • Software Base Package Imspector for Facility Line

       

      Further information about the Abberior Facility Line STED can be found at the product homepage or obtained from the AMBIO satellite at Charité – Universitätsmedizin Berlin, CBF,  Med. Klinik f. Gastroenterologie, Infektiologie und Rheumatologie - Klinische Physiologie / Ernährungsmedizin (dorothee.guenzel@charite.de; joerg.piontek@charite.de).
      AFFILIATED ORGANIZATIONS
      Charité Universitätsmedizin Berlin