It can not be overstated how valuable a face to face conversation can be when initiating a flow cytometry project. This website has some “need to know” information, but please don’t hesitate to contact James Marvin for free consultation.
The Flow Cytometry Shared Resource Laboratory offers sample preparation in addition to quantitative, multiparameter fluorescence analysis and cell sorting services. Cell sorting and analysis services are provided by core staff and/or self run options are available 24/7 following appropriate training.
- BD FACSAria (5 laser) UV, 405nm, 488nm, 563nm and 635nm lasers, 18 colors, 4 way sort, 96 well single cell sorting
- BD FACSAria (4 laser)405nm, 488nm, 563nm, and 635nm lasers, 13 colors, 4 way sort, 96 well single cell sorting
- Propel Labs Avalon 488nm and 563nm lasers, 4 colors, 2 way sort
- BD Fortessa UV, 405nm, 488nm, 563nm and 635nm lasers, 18 colors, HTS
- BD Celesta 405nm, 488nm, 640nm lasers, 12 colors, HTS
- BD Canto 405nm, 488nm, 563nm and 635nm lasers, 8 colors, HTS
- Cytek DXP 405nm, 488nm, 640nm lasers, 8 colors
- BD Facscan 488nm, 640nm lasers, 5 colors
*This is a designated Huntsman Cancer Institute CCSG – Shared ResourceFor protocols, presentations, instrument specs, etc please visit http://utahflowcytometry.wordpress.com/
If you would like to make a reservation to use our equipment or services, please go to resource.cores.utah.edu.
ALL MANUSCRIPTS AND GRANTS PRESENTING WORK SUPPORTED BY THIS CORE SHOULD INCLUDE THE FOLLOWING ACKNOWLEDGEMENT
This work was supported by the University of Utah Flow Cytometry Facility in addition to the National Cancer Institute through Award Number 5P30CA042014-24.
If you used the BD FacsAria this acknowledgment is also incredibly helpful for the university.
Research reported in this publication was supported by the National Center for Research Resources of the National Institutes of Health under Award Number 1S10RR026802-01
The expertise and instrumentation to perform most flow cytometric assays that have been described in the literature is available within the expertise of the collective personnel and the physical resources of the Flow Cytometry Core Facility. One of the missions of the Core Facility is to provide access to the breadth of more complex cytometry assays that investigators would not otherwise have and to work collaboratively to bring any assay needed on line. The services provided fall into several categories, the total of which illustrates the value and extent of services offered to the community of researchers.
The assays offered by the facility range from routine cell cycle analyses and immunophenotyping to complex multi-laser applications and high speed cell sorting. Examples of the assays available include, but are not limited to the following:
- DNA content/cell cycle measurement, including the simultaneous measurement of multiple fluorescent probes if required.
- Immunofluorescence analyses (three to six color analyses are routinely performed, greater than seven color are under development) including characterization of plasma membrane antigens/receptors, cytoplasmic proteins, and nuclear antigens.
- Characterization of cell populations based on scattered light intensity measurements, and autofluorescence.
- Cell sorting including viable, sterile cell sorting and spot blot analyses.
- Intracellular calcium flux
- A range of apoptosis assays including Annexin V, TUNEL, mitochondrial membrane potential, and measurement of proteins involved in apoptosis regulation such as multiple members of the BCL-2 family of proteins, CD95 and caspase protein levels/activity
- Fluorescence Resonance Energy Tranfer (FRET)
- Nanoparticle characterization
- Bivariate and univariate chromosome analysis
- Receptor-ligand interactions
- Cell proliferation studies including BrdU incorporation and CFSE tracking
- Viability assays (membrane exclusion and metabolic viability).
- Various function assays including oxidative metabolism, neutrophil function (oxidative burst, phagocytosis), cytoplasmic pH, membrane potential.
- Kinetic analyses
- Signal transduction pathway analyses (simultaneous assessment of multiple intracellular phosphorylated epitopes combined in complex multi-color assays)
- Sample preparation and staining
Full service: consultation and training
The Flow Cytometry facility is unique in the fact that it offers investigators the entire spectrum of cytometric experiment management, if desired, all the way from initial design consultation to the creation of graphics for publication. It is entirely up to the investigator what level of involvement the facility staff takes. The staff will prepare samples including staining, data collection, quality control, data analysis/interpretation, and creation of graphics. Alternatively, if the investigator chooses the facility will solely provide consultation on any of the above so that the research is entirely in the hands of the investigator. Sample preparation provided by the flow lab personnel has proven to be extremely valuable in that a subset of investigators may lack technologist time, or expertise, to carry out properly designed flow experiments. This service has been particularly helpful to more clinical orientated investigators allowing expansion of their laboratory based studies.
Software available in the Analyzer Lab (Wintrobe Rm 603) includes:
- FlowJo (visit http://utahflowcytometry.wordpress.com/faqs/ for information to get involved with University Site license)
- Becton-Dickinson’s CellQuest, the basic data acquisition and analysis software used on the FACScans and Vantage SE sorter
- ModFit, a DNA/Cell Cycle modeling program from Verity Software House
**Note: External academic prices are 1.5x the listed price while external industry prices are 2x the listed price.
Please call the lab at 801-581-8641 or the director 801-585-7382 for hours of operation.
Maxwell Wintrobe Research Bldg (Bldg 530), Wintrobe Rm 603 & 638
26 N Medical Dr.
Salt Lake City, UT 84112
Office: 801-585-7382 | Lab: 801-581-8641
Nidhi Choksi, Lab Technician
Wintrobe Bldg, Rooms 603
Tessa Galland, Lab Technician
Wintrobe Bldg, Rooms 603