Zeiss LSM880-Airyscan FAST Super-Resolution
Single-point, laser scanning confocal microscope
Model Information & Grant Information
Zeiss AxioObserver with 880-Quasar confocal module & Airyscan FAST module
Cite in your manuscripts (example text): NIH Grant S10OD023548
(Institutes: Office of the Director [OD] and National Institute of General Medical Sciences [NIGMS])
Installed: Dec 12, 2018
Airyscan FAST super-resolution (max 2x better than confocal) with zoom optics (compatible with all objective magnification) and high-speed acquisition (max 4x faster, but less than maximal resolution)
Environmental chamber for 37°C, CO2, & humidity (35mm dishes or chamber slides)
Definite Focus II nosepiece (fast auto-focus to compensate for focus drift during sample heating)
NA 0.55 condenser (dry only) with DIC for 20X, 40X, 63X and 100X lenses
Objectives:
10X/0.45 PlanApo (dry, no DIC)
20X/0.80 PlanApo, with DIC (dry)
40X/1.30 PlanNeofluar oil, with DIC
40X/1.20 C-Apo water, with DIC, upon request
63X/1.4 PlanApo oil, with DIC
100X PlanApo oil, with DIC, upon request
8 laser lines available:
405 (diode laser),
458, 477, 488, 514 (argon laser)
561 (solid-state)
594 (HeNe laser)
633 (diode laser)
HXP 100W metal-halide illuminator for wide-field fluorescence
BP 465-505 + LP 525 (dual: blue-green & yellow-red)
BP 420-480 + LP 605 (dual: blue & red emission)
Latest Zen software to control microscope and confocal
Zen software on a separate workstation for image analysis.
Download Zen LE software available for desktop computers in your lab
Analysis with Volocity, Imaris or ImageJ on our analysis workstations
Use LOCI BioFormats to import images into ImageJ
Advantages (over other confocals)
Super-resolution (up to 2x better than standard confocal) for all objective magnifications with laser-scanning ease. Maximum resolution ~110nm.
FAST module allows balancing speed with resolution (as much as 4x faster than standard Airyscan).
Like our LSM780FCS and LSM800, significantly less phototoxicity and photobleaching because high-sensitivity GaAsP detectors allow 10-20x less laser power for the same image quality.
Applications
Single confocal images or image stacks for 3D viewing
FRAP with user-defined photobleach marks
CFP/YFP FRET
Photoactivation at 405 nm of caged dyes and other molecules
Colocalization of different fluorescent signals
Speed and versatility
Quasar “fingerprint” system separates very closely spaced fluorochromes. Example: DPPIV-GFP (Golgi, green) and Albumin-Alexa 488 (ER-Golgi, red)