Specifications

Measurement principle
Nucleic Acid Fluorescence Staining and Flow Cytometry

Measurement Parameter
24 report parameters (WBC, RBC, HGB, MCV, MCH, MCHC, RDW-CW, RDW-SD, HCT, PLT, MPV, P-DW, PCT, P-LCR, BASO%, NEUT#, NEUT%, EO#, EO%, LYMPH#, LYMPH%, MONO#, MONO%)
4 Research Parameters (IG#, IG%, OTHER#, OTHER%)
4 Graphs (2D and 3D scattergram analysis, 3 histograms)

Throughput
60 T/H

Test Mode
CBC / CBC+DIFF

Sample Type
Whole blood / Capillary blood / Pre-dilution blood

Sampling Method
Manual sampling

Sample Volume
20ul

Reagent

• GD-5 (Diluent)

• LH-5 (HGB Lyse)

• LD-5 (DIFF Lyse)

• DD-5 (Dye)

• CC-5 (Clean solution)

Power requirement
100-240V ≤ 250VA, 50/60Hz

Dimensions
550x700x600mm

Weight
55kg

Linearity Range

Principal

Special fluorescent staining solution will dye DNA or RNA blandly while 2nd Generation chemistry staining reagents will dye Enzymes/particles in cytoplasm. We know that different cells have different concentrations of DNA or RNA, which causes the depth of dying to be different. The more DNA or RNA, the stronger fluorescence signal. Since nucleic acid is the most specific part of the cell, the 3rd Generation is more sensitive to distinguish different leukocytes, especially the abnormal cells.

Combine 3rd Generation technology with flow cytometry. A single-cell stream quickly passes through a channel in the middle, and every passing cell is detected by three beams of light from three directions to get size, granularity, and nucleic acid information.

FSL (Forward Scattered Light) mainly reflects the size of the cells.
SSC (Side Scattered Light) mainly reflects the size and number of particles in cells.
SFL (Side Fluorescence Light) mainly reflects the concentration of nucleic acid.

Excellent performance