<abstract xmlns="http://www.w3.org/1999/xhtml"><p>As a result of the unique functional properties of platelets, more-robust methods were required for detection of antibodies raised against them. Immunofluorescence detection by flow cytometry, solid-phase red cell adherence, and antigen capture ELISAs are some of the current tests that have been developed to meet the challenges of platelet antibody detection and identification and antigen phenotyping. Recently developed protein liquid bead arrays are becoming the next-generation platelet antibody tests. Fueled by development of PCR and determination of the molecular basis of the Pl<sup>A1</sup> human platelet antigen (HPA), serologic platelet typing has now been replaced by genotyping of DNA. Allele-specific PCR, melting curve analysis, and 5′-nuclease assays are now evolving into more high-throughput molecular tests. Laboratory testing for the diagnosis of immune platelet disorders has advanced considerably from its humble beginnings. <italic><bold>Immunohematology</bold></italic><bold>2009;25:125–135.</bold></p></abstract>

As a result of the unique functional properties of platelets, more-robust methods were required for detection of antibodies raised against them. Immunofluorescence detection by flow cytometry, solid-phase red cell adherence, and antigen capture ELISAs are some of the current tests that have been developed to meet the challenges of platelet antibody detection and identification and antigen phenotyping. Recently developed protein liquid bead arrays are becoming the next-generation platelet antibody tests. Fueled by development of PCR and determination of the molecular basis of the PlA1 human platelet antigen (HPA), serologic platelet typing has now been replaced by genotyping of DNA. Allele-specific PCR, melting curve analysis, and 5′-nuclease assays are now evolving into more high-throughput molecular tests. Laboratory testing for the diagnosis of immune platelet disorders has advanced considerably from its humble beginnings. Immunohematology2009;25:125–135.

Detection and identification of platelet antibodies and antigens in the clinical laboratory

Immunohematology

As a result of the unique functional properties of platelets, more-robust methods were required for detection of antibodies raised against them....

Detection and identification of platelet antibodies and antigens in the clinical laboratory

Article Category: Review

Published Online: Mar 20, 2020

Page range: 125 - 135

DOI: https://doi.org/10.21307/immunohematology-2019-245

© 2009 B.R. Curtis, et al., published by Sciendo