The D-10 is a compact, easy-to-use, automated HbA1c and HbF/HbA2 system that utilizes gold standard ion-exchange HPLC technology to deliver accurate results clinicians can trust.

Cation: exchange high performance liquid chromatography (HPLC) has emerged as the method of choice for quantification of HbA 2, HbF and for detection and quantitation of the Hb variants, particularly those which may interact with β-thalassaemia such as HbS, E, …

Comparison of HbA2 HbCZE Versus HPLC. On comparing the HbA2 values between HbCZE and HPLC, HPLC showed higher values for HbA2 with a median value of 2.9% as compared to HbCZE where the value was 2.65%. The mean HbA2 for HbCZE was 3.21 ± 1.35%.

From easy reagent preparation to results review, the D-10 System is designed to simplify HPLC so you can easily train your staff. With automated features and a multilingual user interface, it’s easy to integrate into your lab workflow. The kit CD automatically updates lot …

This reference HPLC system is used in many laboratories for the analysis of normal hemoglobins and as an aid in the identification of abnormal hemoglobins. It offers fully automated, high-volume hemoglobin A1c and β-thalassemia testing. Talk with a Specialist

High performance liquid chromatography (HPLC) has emerged as a valuable tool for hemoglobin subtype identification due to its high sensitivity, specificity, and ability to separate and quantify various hemoglobin variants.

The performance characteristics of both machines were compared for the detection of the 5 most common hemoglobin variants: Hb A, HbF, HbS, Hb C, and HbE. On comparing the HbA2 values, the HPLC showed higher values for HbA2 as compared to HbCZE, while the HbF and HbS measurement agreement was good between both methods.

By making use of the high separating capacities of the analytical column, the Chromsystems assay for the analysis of haemoglobin variants can determine the most common variants HbA 1c, HbA 2, HbC, HbD, HbE, HbF and HbS within 9 minutes.

Modern automated devices used to quantify the glycated form of Hb (HbA1c) in diabetes diagnosis and follow‐up are able to separate and quantitate the different hemoglobin fractions. This separation is achieved by electrophoresis or by …

The present findings show HPLC as an excellent, powerful diagnostic tool for the direct identification of haemoglobin variants with a high degree of precision in the quantification of normal and abnormal haemoglobin fractions. CE-HPLC (β-thal short program) may be a valuable tool in rapid diagnosis of a varied spectrum of haemoglobinopathies.