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Impact of monoclonal antibody therapies on electrophoresis interpretation in myeloma patients

This webinar is presented in English.

Publié: 8/4/2022 | Modifié: 8/19/2026

Abstract

There has been an explosion of monoclonal antibody therapies in medicine in recent years to treat a wide range of conditions, including multiple myeloma. Daratumumab and isatuximab are monoclonal IgG kappa antibodies against CD38, a marker on plasma cells, and are used to treat myeloma. These therapies are given in doses high enough to be detected on routine protein electrophoresis and can confound interpretation of results.

This talk will show how these drugs appear on protein electrophoresis, give examples of cases where they have interfered with result interpretation, and discuss the use of the Hydrashift assays to accurately interpret the results.

What will you learn?

  • Understand how therapeutic monoclonal antibodies appear on protein electrophoresis

    Learn why daratumumab and isatuximab can complicate the interpretation of myeloma monitoring results.

  • Review practical case studies of assay interference

    Explore real clinical examples where therapeutic antibodies affected electrophoretic findings and M-protein assessment.

  • Discover solutions for accurate result interpretation

    Understand the role of Hydrashift assays and other approaches to differentiate treatment-related antibodies from residual disease.

HYDRASHIFT assay moves the drug out of the way so you can see what is left, useful for proving remission but also for detecting relapse
Dr. Rachel WHEELER Specialist in protein electrophoresis in Multiple Myeloma diagnostics

About Dr. Rachel WHEELER

Rachel is a Consultant Clinical Scientist in Immunology, with a specialist interest in protein electrophoresis and cryoproteins. She is Director of the Protein Reference Unit at St George’s Hospital, London, UK and Clinical Lead for Immunology, South West London Pathology.

Rachel studied Natural Sciences at Cambridge University, before moving to Manchester (UK) for her PhD. Her PhD work looked at the role of cytokines in the central nervous system, and she continued this work as a postdoctoral fellow at Montreal Neurological Institute in Canada.

Rachel started training as a Clinical Scientist under Dr. Joanna Sheldon in 2005 and developed expertise in a range of protein assays used in diagnostics. Her recent work focuses on delivering the best laboratory service for diagnosis of myeloma and other conditions associated with monoclonal proteins.

Dr. Rachel WHEELER

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