string(16) "en/equipment/772" Full Spectrum High-Definition Cell Sorter Cytek Aurora CS-Shenzhen Medical Academy of Research and Translation
Full Spectrum High-Definition Cell Sorter Cytek Aurora CS

Full Spectrum High-Definition Cell Sorter Cytek Aurora CS

Brand:

Cytek

Model:

Aurora

Affiliated Platform:

Flow Cytometry Core Facility

Placement:

Building 1A, Room 206, Weiguang Life Science Park

Contact Person:

Liu Jie

Phone:

13760450981

Email:

1. Lasers: Five solid-state lasers with wavelengths of 355 nm, 405 nm, 488 nm, 561 nm, and 640 nm.

2. Detectors: 64 fluorescent detectors and 2 scatter detectors.

3. High-Throughput Sampler (HTS): Equipped with an ASL High-Throughput Sampler, compatible with high-throughput loading for 40-well tube racks, standard 96-well plates, and 96 deep-well plates..

4. Maximum Acquisition Rate: 35,000 cells/s.

5. Full-Spectrum Signal Detection: Detection range from 365-829 nm.

6. Fluorescence Sensitivity FITC ≤ 5 MESF, PE ≤ 4 MESF, APC ≤ 3 MESF, Pacific Blue ≤ 4.


1. Before submitting samples, it is necessary to provide the platform staff with the required experimental information and testing requirements in advance.

2. Samples must be labeled with fluorescent tags and prepared as single-cell suspensions suitable for direct measurement, with a cell density of 1–10 × 10^6 cells/ml.

3. Samples must be marked with a sample number using a marker, and for sorting experiments, clearly labeled receiving tubes must be prepared. Please use block letters for labeling.

4. During the sample submission process, please maintain low temperatures and protect samples from light.

5. For multicolor sample detection, please provide corresponding negative controls and single-stained positive controls.

1. Including but not limited to the following detection contents:

2. Cell Surface Markers

3. Extracellular Cytokine

4. Nuclear/Cytoplasmic Protein

5. Phosphorylated Protein

6. Intracellular Ion Concentration

7. DNA Content

8. Cell Membrane Status/Function

9. Cell Function Analysis

10. Gene Expression Analysis

11. Cell autofluorescence

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