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AM23-ST-08-O: Better Together: Serology and Genomics to Resolve Red Blood Cell and Platelet Antibody Cases (Enduring)
Credits
1 General Continuing Education (GEN) | 1 Florida Lab Personnel (FLP) | 1 California Nurse (CN) | 1 California Lab Personnel (CLP) | 1 Physician (PHY)
$30$30.00
Standard Price
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Detection and identification of antibodies is critical to providing the safest and most effective red blood cell and platelet transfusions. Additionally, the resolution of typing discrepancies can be crucial to understanding alloimmunization risk in patients and is important for donors when selecting antigen negative units for transfusion. While serologic testing can identify both antibodies in plasma and antigens on red cells and platelets, in recent years, genomic testing has become an effective tool to help resolve complex serologic cases. Just as genomic testing can provide important information, serology remains vital, especially for determining alloimmunization risk in the case of novel alleles. For blood bankers and clinicians treating patients with antibodies, it is imperative to understand how serology and molecular testing complement each other to resolve the most challenging cases. In this program, we will present red cell and platelet cases, demonstrating the effective use of serologic and genomic testing.
Learning Objectives
Describe the purpose of different serologic methods utilized in both red cell and platelet antibody cases.
Discuss the information provided by molecular assays, including limitations of commonly used methods.
Resolve cases of red cell and platelet antibodies utilizing a combination of both serologic and genomic testing.
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Credits Available
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AM23-ST-08-O: Better Together: Serology and Genomics to Resolve Red Blood Cell and Platelet Antibody Cases (Enduring) Evaluation
In the past few decades, blood group genotyping has greatly expanded our knowledge of the more prevalent alleles, paving the way for commercial genotyping assays…
What do you do when you discover an unexpected antigen typing? Do you investigate history, rule out sample switch, opt for a different serologic technique, or refer for DNA testing? What about when you encounter an antibody of unidentified specificity? Which test do you perform next, and once the a…