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Evaluation of the Atellica TnIH cardiac troponin I assay and assessment of biological equivalence.

Carel J PretoriusWilliam ParsonageLouise W CullenUrs WilgenElzahn De WaalSandra KlingbergGoce DimeskiRob WhiteJaimi GreensladeJacobus P J Ungerer
Published in: Clinical chemistry and laboratory medicine (2021)
The 99th percentile discordant and the concordantly elevated groups are more alike with respect to their z≥±1.96 rates. This favours an overestimated Atellica TnIH 99th percentile as more likely, and we hypothesize that antibody interference resulting in asymmetric scatter of nearly 5% samples may be the underlying mechanism. Analytical accuracy and interferences in cardiac troponin assays should be investigated and resolved with high priority.
Keyphrases
  • high throughput
  • atomic force microscopy
  • monte carlo
  • mass spectrometry
  • high resolution