Shakhlo Babaeva (1)
This article describes how an automatic hemanalizer works and what parameters it determines. The integration of automatic hematology analyzers into veterinary practice has revolutionized hematological diagnostics by increasing efficiency, accuracy, and the scope of clinical evaluation in animals. This study aims to assess the practical application of automated hemoanalyzers for different animal species, focusing on the speed of diagnostics, precision in identifying hematological abnormalities, and benefits in clinical decision-making. The findings suggest that these analyzers significantly reduce turnaround time and enable early disease detection. However, limitations exist due to interspecies variability and occasional discrepancies in leukocyte differentials. Continued refinement and species-specific calibration are essential to improve diagnostic utility.
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