Key result
hs-cTn assays require rigorous documentation of all analytical phases to ensure optimal clinical utility.
Why the study?
A number of assay-related issues can affect cardiac troponin measurement performance in everyday practice, requiring objective assessment and documentation of performance characteristics and pre-analytical prerequisites.
This review emphasizes the need for laboratory professionals to scrutinize and document the analytical, pre-analytical, and post-analytical performance characteristics of highly sensitive cardiac troponin assays to ensure optimal clinical utility.
Laboratories must document hs-cTn assay characteristics rigorously for reliable results; leaves open optimal standardization across institutions.
A number of assay-related issues can affect the performance of cardiac troponin (cTn) measurement in everyday practice. In this respect, it is vital that all information on cTn assays is known and that the performance characteristics of assays are objectively assessed and adequately described. The advent of the latest generation of more sensitive cTn assays has heralded a new wave of information about low concentrations of cTn in blood. These recent generation assays have improved analytical sensitivity and corresponding performance at low cTn concentrations when compared to their predecessors, providing a convincing goal for laboratory medicine in helping clinicians in the diagnosis of acute myocardial infarction. Crucial to the clinical utility of highly sensitive cTn assays is the laboratorians’ role in closely scrutinizing proposed assays and defining their value in relation to available evidence. Analytical, as well as pre-analytical and post-analytical, aspects must be documented. In this review, we describe what laboratory professionals should know about their cTn assay performance characteristics and the pre-analytical prerequisites for robustness to ensure optimal post-analytical reporting.
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Krintus et al. (2020) conducted a review in Acute myocardial infarction. Highly sensitive cardiac troponin (cTn) assays was evaluated. Highly sensitive cardiac troponin assays require rigorous documentation of analytical, pre-analytical, and post-analytical characteristics to ensure optimal clinical utility.
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