Flow Cytometers
Within the Cytometry Core, we procure and maintain state-of-the-art instruments for basic and advanced cytometry and single cell analysis applications.
We offer assistance with use of the following instruments:
BD Accuri C6 Flow Cytometer
- Lasers
- 488-nm blue laser
- 640-nm red laser
- Detectors
- 3 fluorescence detectors for the blue laser
- 1 fluorescence detector for the red laser
CYTEK Northern Lights 1000 Spectral Flow Cytometer
- Laser
- 488-nm blue laser
- Detectors
- 14 fluorescence detectors covering wavelengths of 498-nm and above
Time-Resolved AcoustoFluidic Flow Cytometer (TRAFFC)
- Laser
- 488-nm blue laser
- Detectors
- 2 detectors, one for side scatter and one for fluorescenece
- Fluorescence lifetime enabled acoustically focused flow cytometer

Autofluorescence Time-Resolved Flow Cytometer (TRFC)
- Laser
- 375-nm violet laser
- Detectors
- 2 detectors, one for side scatter and one for fluorescenece
- Fluorescence lifetime enabled flow cytometer targeted to NAD(P)H autofluorescence for metabolic profiling

Sony MA900 Flow Cytometry Sorter
Please note this instrument is housed and maintained in the Biomecial Research Facility (BRF)
For more information please visit the BRF Website
For Scheduling, Access, and Pricing please contact Alfredo Montoya (alfredom@nmsu.edu)
The Cytometry Core can provide assistance with data acquisition and analysis once access is approved by the BRF!
- Lasers
- 405-nm violet/blue laser
- 488-nm blue laser
- 561-nm green laser
- 638-nm red laser
- Detectors
- 12 fluorescence detectors
- Sorting
- 4-way sorting available

Complementary Instrumentation
PicoQuant MicroTime 200 Fluorescence Lifetime Imaging Microscope (FLIM)
- Lasers
- 375-nm violet laser
- 405-nm blue laser
- Detectors
- Detector 1: Hybrid PMA
- Sensitive to shorter emission wavelengths
- Detector 2: SPAD Array
- Sensitive to higher emission wavelengths
- Detector 1: Hybrid PMA

Agilent Seahorse HS Mini
- Real Time Cell Metabolic Analyzer
- Lable-free microchamber analysis of Oxygen Consumption Rate (OCR) and Extra-Cellular Acidification Rate (ECAR) in real-time for metabolic analysis


