Journal article

Reference Intervals in Coagulation Analysis


Authors listMueller, Jens; Buechsel, Martin; Timme, Michael; App, Urban; Miesbach, Wolfgang; Sachs, Ulrich J.; Krause, Michael; Scholz, Ute

Publication year2022

Pages381-389

JournalHämostaseologie

Volume number42

Issue number06

ISSN0720-9355

eISSN2567-5761

Open access statusBronze

DOI Linkhttps://doi.org/10.1055/a-1945-9490

PublisherThieme Publishing


Abstract
Blood coagulation analysis is characterized by the application of a variety of materials, reagents, and analyzers for the determination of the same parameter, or analyte, by different laboratories worldwide. Accordingly, the application of common reference intervals, that, by definition, would represent a "range of values (of a certain analyte) that is deemed normal for a physiological measurement in healthy persons, " is difficult to implement without harmonization of procedures. In fact, assay-specific reference intervals are usually established to allow for the discrimination of normal and abnormal values during evaluation of patient results. While such assay-specific reference intervals are often determined by assay manufacturers and subsequently adopted by customer laboratories, verification of transferred values is still mandatory to confirm applicability on site. The same is true for reference intervals that have been adopted from other laboratories, published information, or determined by indirect data mining approaches. In case transferable reference intervals are not available for a specific assay, a direct recruiting approach may or needs to be applied. In comparison to transferred reference interval verification, however, the direct recruiting approach requires a significantly higher number of well-defined samples to be collected and analyzed. In the present review, we aim to give an overview on the above-mentioned aspects and procedures, also with respect to relevant standards, regulations, guidelines, but also challenges for both, assay manufacturers and coagulation laboratories.



Citation Styles

Harvard Citation styleMueller, J., Buechsel, M., Timme, M., App, U., Miesbach, W., Sachs, U., et al. (2022) Reference Intervals in Coagulation Analysis, Hämostaseologie, 42(06), pp. 381-389. https://doi.org/10.1055/a-1945-9490

APA Citation styleMueller, J., Buechsel, M., Timme, M., App, U., Miesbach, W., Sachs, U., Krause, M., & Scholz, U. (2022). Reference Intervals in Coagulation Analysis. Hämostaseologie. 42(06), 381-389. https://doi.org/10.1055/a-1945-9490



Keywords


APPROVED RECOMMENDATION 1987coagulation analysisdirect approachindirect approachLABORATORY REFERENCE LIMITSREFERENCE INTERVALSVON-WILLEBRAND-FACTOR

Last updated on 2025-10-06 at 11:51