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Recommendations for the laboratory diagnosis of von Willebrand disease

Von Willebrand disease (vWD) is the most common inherited bleeding disorder; laboratory diagnosis requires a number of assays with no single diagnostic test available up to now to either confirm or exclude the diagnosis. The analysis of vWf multimers is necessary for the classification of hereditary and acquired forms of vWD and can now be performed on Sebia Hydrasys. The speaker will describe how the vWf multimers can be included in a diagnostic algorithm in conjunction with traditional tests.

This webinar is presented in English.

Publié: 6/29/2022 | Modifié: 8/7/2026

What will you learn?

  • Understanding the Diagnostic Challenges of vWD

    Learn why von Willebrand disease (vWD) requires multiple laboratory assays and why no single test can definitively confirm or exclude the diagnosis.

  • The Role of vWF Multimer Analysis

    Discover the importance of von Willebrand factor (vWF) multimer testing in the classification of hereditary and acquired forms of vWD.

  • Differentiating vWD Types and Subtypes

    Understand how multimer patterns contribute to the accurate characterization of different vWD variants.

  • Integrating Multimer Testing into Diagnostic Workflows

    Explore how vWF multimer analysis can be incorporated into a comprehensive diagnostic algorithm alongside traditional laboratory tests.

  • Leveraging Sebia Hydrasys for vWD Classification

    Examine the benefits of performing vWF multimer analysis on the Sebia Hydrasys platform to support efficient and reliable vWD diagnosis.

VWF multimers analysis allows to detect of abnormalities in multimers distribution
Juliana A. Silva International Ph.D. student at the University of Ferrara in Molecular Medicine

About Juliana A. Silva

Juliana A. Silva is an international Ph.D. student at the University of Ferrara in Molecular Medicine in the Department of Translational Medicine and Haemostasis &Thrombosis Centre of the Hospital-University of Ferrara. Her research interests vary from broad systemic biomarkers to very specific ones, including genomics, and epigenetics. Her current research aims to identify genetic, epigenetic, and systemic biomarkers during a spontaneous abortion. Alongside her doctorate research, she also performs diagnostic tests for the Centre Haemostasis & Thrombosis of the Hospital-University of Ferrara, including von Willebrand multimers analysis.

Juliana A. Silva

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