There are two Zeiss Laser Scanning Microscopes (LSM) available in this facility: an upright LSM 710 and an inverted LSM 510.
Upright LSM 710
- Lasers: diode 405nm (UV), argon multiline (458nm, 488nm, 514nm), diode 561nm, Helium-Neon 633nm
- Objectives: 10x/0.45 Plan-Apochromat WD 2.0mm, 10x/0.3 W N-Achroplan WD 2.6mm, 20x/0.8 Plan-Apochromat WD 0.55mm, 40x/1.0 W Plan-Apochromat WD 2.5mm, 40x/1.1 W LD C-Apochromat WD 0.62mm
- Also available: 5x/0.16 Plan-Apochromat WD 12.1mm, 100x/1.4 Oil Plan-Apochromat WD 0.17mm
- Detectors: 34-channel spectral detection, 8-channel AOTF
- Computer: Intel Xeon 2.67GHz 6 Core, 6GB RAM, Windows 7 Ultimate, with StitchArt, Physiology and Multi-Time for ZEN 2010
- Motorized PILine M-686 XY microscope stage, with 0.1 µm resolution, and joystick controller
Inverted LSM 510
- Lasers: Argon laser 458nm and 488nm, Helium-Neon laser 543nm
- Objectives: 10x/0.5 dry Fluar, 20x/0.5 dry Plan-NeoFluar WD 2.0mm, 25x/0.8 immersion Plan-NeoFluar WD 0.21mm, 40x/1.2 W C-Apochromat WD 0.28mm, 63x/1.2 W C-Apochromat WD 0.28mm
- Computer: Intel Xeon 2.93GHz CPU, 3 GB RAM, Windows XP SP3, with Zeiss LSM 510 vers. 3.2
- Non-motorized, manual stage.
The LSM 710 was purchased thanks to a NSF Major Research Instrument Grant led by Prof. Melina Hale and Prof. Victoria Prince. This equipment is made available to members of the University of Chicago and the Field Museum of Natural History, with a primary focus on researchers from the labs within the Hull Court of Biological Sciences cluster (Anatomy, Culver, Erman, and Zoology).
Trained users with facility access may click here to reserve time for either microscope. Users may reserve at minimum 30 minutes, and at most 18 hours, though extension is possible for time-series experiments.