Facility & Equipment Details
Description
Inverted Axio Observer 7 with definite focus.3 motorized condenser for AI based automated sample finder and motorized XY stage.
Airyscan 2 multiplex high speed, 32-channel GaAsP detector, joint deconvolution, super-resolution (90nm).
2 MA-PMT+1 GaAsP detectors for regular confocal or 2P lasers, 1 transmitted light T-PMT for widefield imaging.
Laser lines: 405nm, 445nm, 488nm, 514nm, 561nm, 639nm, MaiTai HP tunable 2P laser: 690nm – 1040nm.
Objectives: 10X (WD = 5.2 mm), 20X (WD = 0.55 mm), 40X (Multi-immersion: Water, Silicone oil and Glycerine, WD = 0.41 mm), 63X (Oil, WD = 0.19 mm), 100X (Oil, WD = 0.17 mm).
Equipped with a dark heated incubator chamber, CO2 and humidity supply for live imaging.
Equipped with a LSM Inverter and a dipping 40X/1.0 (WD 2.5 mm) objectve for use with a 2P system in upright applications.
Capable of FRAP, FLIP, FRET, 3D, spectral unmixing, colocalization, ROI measurement, line and spot scan, multiposition assay, time lapse, photo-activation, live cell imaging, and small live animal imaging.
Airyscan 2 multiplex high speed, 32-channel GaAsP detector, joint deconvolution, super-resolution (90nm).
2 MA-PMT+1 GaAsP detectors for regular confocal or 2P lasers, 1 transmitted light T-PMT for widefield imaging.
Laser lines: 405nm, 445nm, 488nm, 514nm, 561nm, 639nm, MaiTai HP tunable 2P laser: 690nm – 1040nm.
Objectives: 10X (WD = 5.2 mm), 20X (WD = 0.55 mm), 40X (Multi-immersion: Water, Silicone oil and Glycerine, WD = 0.41 mm), 63X (Oil, WD = 0.19 mm), 100X (Oil, WD = 0.17 mm).
Equipped with a dark heated incubator chamber, CO2 and humidity supply for live imaging.
Equipped with a LSM Inverter and a dipping 40X/1.0 (WD 2.5 mm) objectve for use with a 2P system in upright applications.
Capable of FRAP, FLIP, FRET, 3D, spectral unmixing, colocalization, ROI measurement, line and spot scan, multiposition assay, time lapse, photo-activation, live cell imaging, and small live animal imaging.
Fingerprint
Explore the research areas in which this equipment has been used. These labels are generated based on the related outputs. Together they form a unique fingerprint.