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Scientific progress depends on the availability of adequate resources as well as providing an atmosphere conducive to intellectual interactions. At this time, CCGS faculty are physically located in home departments at various locations on campus. To promote the sense of cohesiveness and purpose among faculty members of the CCGS, meetings, journal clubs and retreats are ongoing. As the CCGS develops, shared resources and scientific initiatives will both assist in fundraising and contribute to collegial interactions. An essential long-range goal will be to bring Center faculty and equipment core facilities together in a dedicated space on campus.

CCGS Core Facility


Electron Microscopy:


FEI Titan Krios
  • Location: CSC 024D
  • Contact: EM core facilities
Dedicated cryogenic transmission EM, mainly used for protein structure elucidation.
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FEI 200keV Tecnai G2 F20 TWIN Transmission Electron Microscope
  • Location: CSC 024D
  • Contact: EM core facilities
This instrument is a high-end instrument capable of operating at voltages between 40keV and 200keV to image samples of varying thickness.
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Zeiss Gemini SEM/TEM
  • Location: CSC 031
  • Contact: EM core facilities
The Gemini allows for switching between SEM and TEM imaging modes, ideal for serial section electron microscopy.
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Fluorescence Microscopy:


Zeiss Elyra TIRF microscope
  • Location: CSC 032
  • Contact: Cell Imaging Core
Fluorescence microscope with variable TIRF angle, optimal for imaging of structures close to the surface of the cell.
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Zeiss LSM880 Airy Scan microscope
  • Location: CSC 032
  • Contact: Cell Imaging Core
Confocal microscope with super-resolution imaging, laser autofocus system and live-cell imaging capabilities, including a CellAsic Onix microfluidics system.
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Abberior StedyCon
  • Location: CSC 032
  • Contact: Ofer Rog, Biology
STED superresolution microscope with 40nm resolution.
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Olympus Deconvolution Epifluorescence Microscope
  • Location: CSC 032
  • Contact: Markus Babst, Biology
Epifluorescence microscope, optimal for live-cell imaging of microbes.
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Olympus FV1000
  • Location: CSC 032
  • Contact: Cell Imaging Core
Confocal fluorescence microscope.
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Flow cytometry:


Beckman Cytoflex
  • Location: CSC 031
  • Contact: Flow cytometry core
8-channel flow cytometer for cell analysis.
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Sony MA900
  • Location: CSC 031
  • Contact: Flow cytometry core
Cell sorter, supporting 12 fluorescence parameters and 4-way sorting.

NMR:


Bruker Ascend 300
  • Location: CSC 031
  • Contact: NMR core, Chemistry
300MHz NMR for small molecule analysis
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Other Instruments:


Illumina MiSeq
  • Location: CSC 031
  • Contact: Jamie Gagnon, Biology
Small scale Illumina DNA sequencer.
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Shimadzu HPLC
  • Location: CSC 031
  • Contact: Markus Babst, Biology
HPLC with absorption detector, autosampler and fraction collector
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Centrifuges
  • Location: CSC 031
  • Contact: Markus Babst, Biology
Centrifuges for large volume or high g-forces (ultracentrifuge).
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Oxygen Electrode
  • Location: CSC 031
  • Contact: Markus Babst, Biology
Clark electrode to measure oxygen concentration in water/growth media, temperature controlled.
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LI-COR Odyssey
  • Location: CSC 031
  • Contact: Julie Hollien, Biology
Fluorescence scanner for western blots and other fluorescent blots and gels.
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Bio Rad CFX Opus 96
  • Location: CSC 031
  • Contact: Julie Hollien, Biology
Real-time PCR system.
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Bio Rad Gel Doc EZ Imager
  • Location: CSC 031
  • Contact: Markus Babst, Biology
Imaging system for gels.
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VP-ITC MicroCalorimeter
  • Location: CSC 031
  • Contact: Markus Babst, Biology
Calorimeter.
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Bioscreen C Pro
  • Location: CSC 031
  • Contact: Matt Mulvey, Biology
Multi-well growth assays for microbes.
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Titan Krios Electron Microscope


Time lapse of the installation of the ThermoFisher Scientific Titan Krios electron microscope at the University of Utah’s Crocker Science