2016Clinical LaboratoryRequires access

Multicenter Evaluation of a New High-Throughput HbA1c Testing Platform

Roland Imdahl, Ralf Röddiger, E. Casis-Saenz

Open publisher page 4 citations

Abstract

BACKGROUND: This non-interventional, multicenter study with anonymized leftover patient samples was performed to evaluate the reliability and analytical performance of the novel high-throughput HbA1c cobas c 513 analyzer. METHODS: A performance evaluation was carried out at three sites to validate the overall system functionality, user interaction and analytical performance of the new cobas c 513 analyzer using the Tina-quant® HbA1c Gen. 3 assay. RESULTS: HbA1c applications for both whole blood and hemolysate samples show a high precision using both quality control materials and pools of whole blood or hemolysates. The method comparison of HbA1c Gen. 3 on the cobas c 513 with HbA1c Gen. 2 on the Menarini HA-8180V using 249 whole blood samples shows high concordance. Moreover, analyte concentrations as measured by the cobas c 513 and Tosoh G8 and HbA1c Gen. 2 on COBAS INTEGRA® 800 CTS are comparable. CONCLUSIONS: The cobas c 513 has proven to be a reliable system with excellent analytical performance of the Tinaquant® HbA1c Gen. 3 assay in high throughput laboratories.

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What this paper is about

BACKGROUND: This non-interventional, multicenter study with anonymized leftover patient samples was performed to evaluate the reliability and analytical performance of the novel high-throughput HbA1c cobas c 513 analyzer. METHODS: A performance evaluation was carried out at three sites to validate the overall system functionality, user interaction and analytical performance of the new cobas c 513 analyzer using the Tina-quant® HbA1c Gen. 3 assay. RESULTS: HbA1c applications for both whole blood and hemolysate samples show a high precision using both quality control materials and pools of whole blood or hemolysates. The method comparison of HbA1c Gen. 3 on the cobas c 513 with HbA1c Gen. 2 on the Menarini HA-8180V using 249 whole blood samples shows high concordance. Moreover, analyte concentrations as measured by the cobas c 513 and Tosoh G8 and HbA1c Gen. 2 on COBAS INTEGRA® 800 CTS are comparable. CONCLUSIONS: The cobas c 513 has proven to be a reliable system with excellent analytical performance of the Tinaquant® HbA1c Gen. 3 assay in high throughput laboratories.

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Available abstract

BACKGROUND: This non-interventional, multicenter study with anonymized leftover patient samples was performed to evaluate the reliability and analytical performance of the novel high-throughput HbA1c cobas c 513 analyzer. METHODS: A performance evaluation was carried out at three sites to validate the overall system functionality, user interaction and analytical performance of the new cobas c 513 analyzer using the Tina-quant® HbA1c Gen. 3 assay. RESULTS: HbA1c applications for both whole blood and hemolysate samples show a high precision using both quality control materials and pools of whole blood or hemolysates. The method comparison of HbA1c Gen. 3 on the cobas c 513 with HbA1c Gen. 2 on the Menarini HA-8180V using 249 whole blood samples shows high concordance. Moreover, analyte concentrations as measured by the cobas c 513 and Tosoh G8 and HbA1c Gen. 2 on COBAS INTEGRA® 800 CTS are comparable. CONCLUSIONS: The cobas c 513 has proven to be a reliable system with excellent analytical performance of the Tinaquant® HbA1c Gen. 3 assay in high throughput laboratories.

Key concepts: Analyte, Concordance, External quality assessment, Throughput, Spectrum analyzer, Reliability (semiconductor), Roche Diagnostics, Multicenter study

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