测定胎母出血的快速凝胶凝集试验。

A Agaylan, O Meyer, N Ahrens, J Dudenhausen, S Bombard, A Salama
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引用次数: 8

摘要

确定胎母出血(FMH)仍然是一个困难的领域。在大多数情况下,预防性Rh免疫球蛋白通常给受影响的妇女没有检测胎儿红细胞(RBC)。在这里,我们描述了一种新的颗粒凝胶免疫分析法(PaGIA)用于测定FMH (FMH-PaGIA)。超顺磁颗粒包被单克隆抗d抗体,与d阴性孕妇的乙二胺四乙酸抗凝血样本混合。使用磁性颗粒浓缩器分离颗粒,然后放置在凝胶卡的反应室中。凝胶基质上的凝集颗粒或分散颗粒表明存在d阳性细胞。在该试验适用于检测>或=0.3%的d阳性红细胞后,随机选择208名妇女的产后样本与Kleihauer-Betke试验(KBT)并行分析。此外,流式细胞术进一步分析所有差异。208个产后样本中,共有203个在两项检测中均为阴性。一份样品两项检测均呈阳性反应。两个样本在新的FMH-PaGIA中呈强烈阳性,但在KBT中呈阴性。血清学复查显示两名妇女均为D阳性。由于血红蛋白f的遗传性持续性,KBT在两例病例中给出了假阳性结果。新的测试具有特异性,易于执行,并且可以在所有实验室的任何时间进行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A rapid gel agglutination test for the determination of fetomaternal haemorrhage.

Determination of fetomaternal haemorrhage (FMH) remains an area of difficulty. In most cases, prophylactic Rh immunoglobulin is usually administered to affected women without testing for foetal red blood cells (RBC). Here, we describe a new particle gel immunoassay (PaGIA) for the determination FMH (FMH-PaGIA). Superparamagnetic particles were coated with monoclonal anti-D and mixed with ethylenediaminetetraacetic acid-anticoagulated blood samples from D-negative pregnant women. The particles were isolated using a magnetic particle concentrator and then placed into the reaction chamber of a gel card. Agglutinated particles on top or dispersed through the gel matrix indicated the presence of D-positive cells. After the test was adapted to detect >or=0.3% D-positive RBC, randomly selected postpartum samples from 208 women were analysed in parallel with the Kleihauer-Betke test (KBT). In addition, all discrepancies were further analysed by flow cytometry. A total of 203 of the 208 postpartum samples were negative in both tests. One sample reacted positive with both assays. Two samples were strongly positive in the new FMH-PaGIA, but negative in the KBT. A serological re-examination revealed that both women were D positive. The KBT gave a false-positive result in two cases because of hereditary persistence of haemoglobin F. The new test is specific, easy to perform and can be done at any time in all laboratories.

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