To Next PageTo Next PageWhy is SYSMEX Laboratory Equipment staining too pink?
If the staining with your SYSMEX Laboratory Equipment is too pink, this may be due to an incorrect proportion of azure B – eosin Y, a buffer pH that is too low, or excessive washing in the buffer solution.
What causes a blue background in SYSMEX Laboratory Equipment staining?
A blue background in SYSMEX Laboratory Equipment staining may be due to inadequate fixation or prolonged storage before fixation, or blood collection into heparin as an anticoagulant.
What causes neutrophil granules to appear pseudo-toxic in SYSMEX Laboratory Equipment?
Neutrophil granules appearing pseudo-toxic in SYSMEX Laboratory Equipment could be caused by excess azure B.
Why are neutrophil granules not stained in SYSMEX Laboratory Equipment?
If neutrophil granules are not stained when using SYSMEX Laboratory Equipment, this may be due to insufficient azure B.
Why are nuclei too blue with SYSMEX Laboratory Equipment?
The nuclei appearing too blue when using SYSMEX Laboratory Equipment could be due to eosin concentration being too low.
General| Sample Type | Blood, Bone Marrow, Body Fluids |
|---|---|
| Technology | Automated Staining |
| Staining Method | Wright-Giemsa, May-Grünwald Giemsa |
| Power Supply | 100-240 VAC, 50/60 Hz |
| Operating Environment | Temperature: 15-30°C, Humidity: 30-85% (non-condensing) |
| Data Storage | Internal storage for staining protocols and logs |
| Interface | Ethernet |
Details external components of the SP-series analyzer, including tables, switches, and ports.
Details the process of preparing a smear, from slide removal to dispensing blood and smear formation.
Explains Romanowsky stains and how cellular components bind to dyes based on chemical structures.
Details the daily shutdown and cleaning procedures for the SP-series analyzer.
Outlines the weekly shutdown and cleaning procedures for the SP-series analyzer.
Provides step-by-step instructions for replacing the spreader glass on the analyzer.
