花生提取物的免疫化学和生物学定量。

Lars K Poulsen, Mona H Pedersen, Michael Platzer, Nikolaj Madsen, Eva Sten, Carsten Bindslev-Jensen, Christina G Dircks, Per Stahl Skov
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引用次数: 0

摘要

过敏原提取物的生物标准化是表征提取物的步骤之一。测定生物效力的金标准是皮肤点刺试验,但组胺释放(HR)已被用作分析大量样品的方便的离体方法。我们描述了使用兔子嗜碱性粒细胞作为生物标准化的工具。以花生为模型过敏原,描述了兔免疫生产抗血清后致敏的过程,并将其嗜碱性粒细胞用于组胺释放实验。也可以用兔抗血清被动致敏来源于幼年兔的嗜碱性粒细胞,但目前这种方法的敏感性比直接释放组胺低100-1000倍。兔组胺释放结果与ELISA进行比较,ELISA采用相同的抗血清和人类嗜碱性粒细胞被动致敏,使用花生过敏患者的血清进行致敏。各方法的总体敏感性为:ELISA > hr -人细胞> hr致敏兔细胞> hr被动致敏兔细胞。使用兔嗜碱性粒细胞进行生物标准化将允许使用兔抗血清。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Immunochemical and biological quantification of peanut extract.

Biological standardization of allergen extracts is one of the steps in the characterization of an extract. The gold standard for determination of biological potency is the skin prick test, but histamine release (HR) has been used as a convenient ex vivo method for analyzing a large number of samples. We describe the use of rabbit basophils as a tool in biological standardization. Using peanut as a model allergen, it is described how rabbits immunized for production of antiserum may become sensitized and their basophils used for histamine release experiments. It is also possible to use rabbit antiserum to passively sensitize basophils derived from naive rabbits, but the sensitivity of this method is so far 100-1000 times lower than the direct histamine release. The rabbit histamine release results are compared to an ELISA developed by means of the same antisera and by passive sensitization of human basophils using serum from a strongly sensitized peanut-allergic patient. The overall sensitivity of the methods were ELISA > HR-human cells > HR-sensitized rabbit cells > HR-passively sensitized rabbit cells. The use of rabbit basophils for biological standardizations will allow for the use of rabbit antisera.

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