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Confocal Microscopes
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The Keck Centerβs laser-scanning confocal microscopes use laser excitation, motorized scanning mirrors, confocal pinholes, and amplification or photon-counting detectors to collect high-resolution optical sections that exclude out-of-focus light. Β Through serial, optical sectioning of fluorescently-labelled samples, these systems are capable of producing high-resolution 3D and 4D datasets. All publications that include data acquired on the Leica SP8X confocal must acknowledge NIH grant S10 OD016240. KLONDIKE scan head electronics, CUDA computer workstation, and LASX Expert software with Lightning deconvolution were funded by the UW Student Technology Fee.
Capabilities
- βLeica DMI6000 microscope
- βMotorized XY stage capable of mosaic tiling and multi-point imaging
- βMotorized Z-galvo stage for rapid Z movement
- β10X and 20X dry objectives
- β40X and 63X oil immersion objectives
- β25X and 63X water immersion objectives
- βAdaptive focus control (AFC) for maintaining focus during live imaging and/or mosaic tiling
- β470-670nm tunable White Light Laser (WLL) system
- β405, 458, 476, 488, 496, and 514nm fixed wavelength laser lines
- β3 PMT amplification detectors
- β2 photon-counting HyD detectors with lifetime gating
- βTrans-PMT detector for DIC imaging
- βResonant scanner for rapid, live-imaging
- βSTP8000 backlit touchpad (funded by UWSTF)
- βKLONDIKE scan head electronics (funded by UWSTF)
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