What researchers can do
Automated high-content imaging of multiwell plates in spinning-disk confocal or widefield, with live-cell environmental control.
A high-content imaging system for automated, high-throughput imaging of multiwell plates. It offers spinning-disk confocal (pinhole or slit) and widefield modes with air and water-immersion objectives, and temperature and CO2 control for long live-cell experiments.
- High-content, high-throughput imaging
- Spinning-disk confocal (60 µm pinhole or 50 µm slit) and widefield
- Automated multiwell plate imaging
- Air and water-immersion objectives
- Live-cell imaging with temperature and CO2 control
Room 472B, Weill Neurosciences Building.
UCSF Innovation Core (Advanced Light Microscopy)
Research lab focused on advancing scientific knowledge and innovation.
CM
Caroline Mrejen
UCSF Innovation Core (Advanced Light Microscopy) · UCSFWhat researchers can do
Automated high-content imaging of multiwell plates in spinning-disk confocal or widefield, with live-cell environmental control.
A high-content imaging system for automated, high-throughput imaging of multiwell plates. It offers spinning-disk confocal (pinhole or slit) and widefield modes with air and water-immersion objectives, and temperature and CO2 control for long live-cell experiments.
- High-content, high-throughput imaging
- Spinning-disk confocal (60 µm pinhole or 50 µm slit) and widefield
- Automated multiwell plate imaging
- Air and water-immersion objectives
- Live-cell imaging with temperature and CO2 control
Room 472B, Weill Neurosciences Building.
UCSF Innovation Core (Advanced Light Microscopy)
Research lab focused on advancing scientific knowledge and innovation.
CM
Caroline Mrejen
UCSF Innovation Core (Advanced Light Microscopy) · UCSFYou might also like
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