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Production and Use of Recombinant Profilins Amb a 8 Art v 4 Bet v 2 and Phl p 12 for Allergenic Sensitization Studies

机译:用于过敏性致敏研究的重组蛋白Amb a 8Art v 4Bet v 2和Phl p 12的生产和使用

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摘要

Four recombinant (r) allergens (rAmb a 8.0101, rArt v 4.0101, rBet v 2.0101, and rPhl p 12.0101) were successfully produced and used for sensitization studies. The allergens belong to the profilin family which is one of the most numerous allergen families. These four proteins represent allergens originating from pollen of weeds (rAmb a 8.0101 and rArt v 4.0101), tree (rBet v 2.0101) and grass (rPhl p 12.0101). The recombinant allergens were characterized using various biochemical and biophysical methods and tested for their ability to bind patient-derived antibodies. One hundred patients aged 2 to 50 years sensitized to pollen and plant-derived food allergens (IgE > 0.35 kU/L) were included. Sensitization to individual allergen sources and components of birch and timothy pollens was evaluated using multiparameter immunoblots. The presence of IgE to pollen-derived recombinant profilins rAmb a 8.0101, rArt v 4.0101, rBet v 2.0101, and rPhl p 12.0101 in serum was evaluated using ELISA method. The presence of IgE against pollen profilins was detected in 20 out of 100 studied patients. High correlation was seen between IgE ELISA results with individual pollen profilins. In summary, it was shown that the recombinant versions of the four allergenic profilins can be used for sensitization studies and for component-resolved allergy diagnostics.
机译:成功生产了四种重组(r)过敏原(rAmb a 8.0101,rArt v 4.0101,rBet v 2.0101和rPhl p 12.0101)并将其用于致敏研究。过敏原属于profilin家族,profilin家族是数量最多的过敏原家族之一。这四种蛋白质代表了来自杂草(rAmb a 8.0101和rArt v 4.0101),树木(rBet v 2.0101)和草(rPhl p 12.0101)花粉的过敏原。使用各种生化和生物物理方法对重组变应原进行表征,并测试其结合患者衍生抗体的能力。包括一百名2至50岁的对花粉和植物性食物过敏原(IgE> 0.35 kU / L)敏感的患者。使用多参数免疫印迹法评估了对桦木和蒂莫西花粉的单个变应原来源和成分的敏感性。使用ELISA方法评估了血清中花粉衍生的重组蛋白纤溶蛋白rAmb a 8.0101,rArt v 4.0101,rBet v 2.0101和rPhl p 12.0101的IgE的存在。在每100名研究的患者中,有20名检测到针对花粉蛋白蛋白的IgE的存在。在IgE ELISA结果与单个花粉蛋白原之间存在高度相关性。总而言之,已表明四种变应原性脯蛋白的重组形式可用于致敏研究和用于成分分辨的过敏诊断。

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