Navigation auf uzh.ch

Suche

Center for Microscopy and Image Analysis

Confocal Laser Scanning Microscopy (CLSM)

uzh-wcms-publications.subpageListDialog.labelUnterseiten

  • CLSM - Zeiss LSM 980 Airyscan (Irchel)
    The Zeiss LSM 980 Airyscan is an inverted confocal laser scanning microscope for spectral selective fluorescence imaging. The Airyscan 2 detector allows for fast and gentle super resolution and confocal image acquisition.
  • CLSM - Leica SP8 upright (Virology, Irchel)
    The Leica SP8 is an automated upright confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF or DIC). This system is ideal for fixed samples.
  • CLSM - Leica Stellaris 5 upright (Irchel)
    Irchel Campus, Y42-H-93
    The Leica Stellaris is an automated upright confocal laser scanning microscope allowing simultaneous aquisition of 4 fluorescent channels and 1 transmitted light channel (BF). This system is ideal for fixed samples.
  • CLSM - Leica Stellaris 5 inverse (USZ)
    The Leica Stellaris is an automated inverse confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF). This system is ideal for fixed samples.
  • CLSM - Leica Stellaris 5 inverse (Bot)
    The Leica Stellaris is an automated inverse confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF). This system is ideal for fixed samples.
  • CLSM - Leica SP8 inverse (Irchel)
    The Leica SP8 is an automated upright confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF or DIC). This system is ideal for fixed samples.
  • CLSM - Leica SP8 inverse STED 3X (Irchel)
    This Leica SP8 inverted confocal microscope is additionally equipped with a STED 3X unit (STimulated Emission Depletion) allowing imaging below the diffraction limit. Further, this system also features a tunable white light laser.
  • CLSM - Leica SP8 inverse FALCON (Irchel)
    Inverted, 6 detectors (3 gated HyDs, 2 PMTs, 1 transmitted light channel (BF)), resonant scanner, white light laser (470-670 nm), 440 nm pulsed laser, Fluorescence Lifetime Imaging (FLIM), environment control
  • CLSM - Leica SP8 inverse (Gloriastrasse)
    The Leica SP8 is an automated inverted confocal laser scanning microscope allowing simultaneous acquisition of 5 fluorescent channels and 1 transmitted light channel (BF or DIC). Further, the system is outfitted with a very flexible white light laser source. A climate chamber and resonant scanner favor confocal live cell studies.
  • CLSM - Leica SP8 inverse (Schlieren)
    The Leica SP8 is an automated inverted confocal laser scanning microscope allowing simultaneous acquisition of 4 fluorescent channels and 1 transmitted light channel (BF or DIC). A climate chamber and resonant scanner favor confocal live cell studies.
  • CLSM - Leica SP8 inverse (Balgrist Campus)
    The Leica SP8 is an automated inverted confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF or DIC). Clima chamber and resonant scanner favour confocal live cell studies.
  • CLSM - Nikon A1R+ (Balgrist Campus)
    The Leica SP8 is an automated inverted confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF or DIC). Clima chamber and resonant scanner favour confocal live cell studies.
  • CLSM - Leica SP8 inverse (IPZ)
    The Leica SP8 is an automated inverted confocal laser scanning microscope allowing simultaneous aquisition of 3 fluorescent channels and 1 transmitted light channel (BF or DIC). Clima chamber and resonant scanner favour confocal live cell studies.
  • Spinning Disk - Visitron CSU-W1 (Irchel)
    This Spinning Disk Microscope is a high-end real time confocal imaging system, equipped with the Yokogawa Confocal scanning unit W1 (2 interchangeable spinning disks for low and high resolution imaging).
  • Spinning Disk- Olympus (Irchel)
    Irchel Campus, Y42-H-83
    Spinning disk confocal microscope. Main features: 2 cameras, 2 interchangeable spinning disks, including SoRa (suited for superresolution - 120nm), photostimulation unit (FRAP, photo-activation), hardware autofocus (ZDC), environment control.
  • HCS - MD ImageXpress Confocal HT.ai
    Irchel Campus, Y42-H-91
    The ImageXpress Confocal HT.ai High-Content Imaging System utilizes a seven-channel laser light source with eight imaging channels to enable highly multiplexed assays while maintaining high throughput by using shortened exposure times. Water immersion objectives improve image resolution and minimize aberrations so scientists can see deeper into thick samples.

Weiterführende Informationen

News