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Smith Cardiovascular Research Building (MB)
An inverted Nikon Ti microscope set up for 4-color fluorescence imaging for both fixed and live cells.
Gladstone Institutes (MB)
Point-scanning confocal microscope for that can be used for live imaging
Genentech Hall (MB)
The OMX-SR is optimized for 2D and Structured Illumination Microscopy (SIM) to achieve resolutions ~100nm in XY and ~300nm in the Z.
Helen Diller (MB)
High content/throughput imaging system with automated image analysis
Gladstone Institutes (MB)
Automated slide scanner with wide-field epifluoresence and brightfield imaging for slides
Genentech Hall (MB)
An inverted widefield epifluorescent microscope set up for live imaging, automated time-laps experiments, and equipped with a CellAsics Microfluidic system.
Genentech Hall (MB)
An inverted N-STORM microscope equipped with optics for TIRF and STORM.
Weill Institute for Neurosciences Building (MB)
3i Upright Multiphoton Microscope combined with spinning disk confocal microscope
Smith Cardiovascular Research Building (MB)
Point scanner confocal and multiphoton microscope with FLIM and spectrometric capabilities
Helen Diller (MB)
Live cell imaging spinning disk confocal microscope with full environmental control
Gladstone Institutes (MB)
Zeiss Laser Scanner Confocal microscope equipped with Airyscan for super resolution up to 140nm in XY and 400nm in Z
Helen Diller (MB)
Specialized laser microdissection microscope for localized sectioning and capturing of selected tissue and cell regions
Gladstone Institutes (MB)
Lightsheet Fluorescence Microscope for both aqueous and cleared samples.
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