[评估用于量化 von Willebrand 多聚物的半自动化检验]。

Christophe Peronino, Nadia Rivet, Nathalie Itzhar-Baikian, Aurélien Philippe, Bérangère S Joly, Joseph Roux de Bezieux, Anne-Céline Martin, Sophie Luneau, Agnès Veyradier, Pascale Gaussem, Nicolas Gendron, David M Smadja
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引用次数: 0

摘要

冯-威廉因子(VWF)多聚体分布的评估,尤其是在植入循环支持装置后,是止血过程中的一个重要参数。我们的研究旨在评估使用 Sebia Hydrasys 分析仪对 VWF 多聚物进行半自动量化的效果。我们的分析侧重于量化高分子量、中间分子量和低分子量的 VWF 多聚体。使用 Hydrasys 2 扫描仪进行电泳迁移,并使用 Phoresis 软件进行密度分析。根据 von Willebrand 疾病的类型,Hydrasys 扫描 2 成功分离了所有预期的 VWF 多聚体特征。分析结果显示,在使用循环支持装置的患者中,血浆 VWF 水平升高导致无法使用制造商推荐的方法分析多聚物迁移。因此,将 VWF 抗原水平调整为 100% 可以提高凝胶的精确度。我们还建议使用 Cryocheck™ 血浆作为标准化对照,并建立了参考值。总之,这种半自动化、标准化和优化的 VWF 多聚体分析系统能有效评估 VWF 多聚体的概况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Evaluation of a semi-automated test for quantification of von Willebrand multimers].

The assessment of von Willebrand factor (VWF) multimer distribution, particularly following the implantation of circulatory support devices, is a crucial parameter in hemostasis. Our study aimed to evaluate the semi-automated quantification of VWF multimers using the Sebia Hydrasys analyzer. Our analysis focused on quantifying high molecular weight, intermediate weight, and low molecular weight VWF multimers. Electrophoretic migration was performed using the Hydrasys 2 scan, and interpretation was carried out using densitometric analysis with the Phoresis software. The Hydrasys scan 2 successfully separated all the expected VWF multimer profiles based on the type of von Willebrand disease. The analysis revealed that in patients with circulatory support devices, elevated levels of plasma VWF rendered multimer migration unanalyzable using the methodology recommended by the manufacturer. Therefore, adjustment to a 100 % VWF antigenic level improved gel precision. We also suggest using as a standardized control the Cryocheck™ plasma, and have established reference values. Overall, this semi-automated, standardized, and optimized VWF multimer analysis system allows for an effective assessment of the VWF multimeric profile.

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