Basic Information
Comprehensive Complete Blood Counts-CBC
Parameters available in Sysmex XN Series using Fluorescent Flowcytometry
At NDPC, we use the Sysmex XN Series haematology analyzer with advanced fluorescent flow cytometry technology. It delivers precise routine and advanced parameters, including Immature Platelet Fraction (IPF), Immature Granulocytes (IG), Nucleated RBCs (NRBC), and Reticulocyte count (RET-He). These parameters provide insights into cell transformation stages, aiding critical clinical decisions and therapy monitoring with exceptional accuracy and reliability.
Automated Hematology Analyzer of XN Series From Sysmex
% of immature platelets (indicates bone marrow platelet production
Differentiating Consumptive processes Dengue, ITP) & Bone Marrow Suppression (Aplasia, MDS)
IG% indicates severity of Rapid discrimination of bacterial from viral the early immune response infections, particularly in children. (patients with suppressed immune system).
Early recognition of bacterial infection and sepsis in adults ICU patients
Assessment of Acute hemolytic episodes, Thalassemia syndromes, Hematological malignancies, Bone marrow metastases of solid tumors. Extramedullary hematopoiesis, Hematopoietic stress (sepsis, massive hemorrhages)
Direct measurement of red cell hemoglobin content for rapid evaluation of changing iron status
Current iron availability for erythropoiesis.
Precise monitoring of treatment of Iron deficiency anemia. Evaluation of iron status in persons suffering from Kidney disease (on dialysis) and other chronic diseases (chronic infection or malignancy) Evaluate type of anemia and response to iron therapy.
Automated Body Fluid Analysis on Sysmex XN Class
The Sysmex XN-Series utilizes Fluorescence Flow Cytometry to automate body fluid analysis, replacing manual microscopy. By employing a specialized BF mode, it uses semiconductor lasers and proprietary reagents to label nucleic acids, allowing for the precise differentiation of White Blood Cells (WBC-BF) from High-Fluorescence Body Fluid cells (HF-BF). This technique ensures rapid turnaround times, eliminates inter-operator subjectivity, and provides high sensitivity even in low-cellularity samples like CSF.