Sutton R, Hill D J, Baldo B A, Wrigley C W
Clin Allergy. 1982 Jan;12(1):63-74. doi: 10.1111/j.1365-2222.1982.tb03127.x.
The specificity of immunoglobulin E for different cereal grain proteins was investigated using sera from twenty paediatric patients with asthma and/or eczema. Close correlations were observed between radioallergosorbent test values for grain extracts of wheat, rye and barley, and, to a lesser extent, oats. Of the different wheat four fractions tested, the globulins and glutenins consistently bound higher levels of IgE than the gliadins and albumins. This is in contrast both with bakers' asthma (an allergy to inhaled flour where the albumins are important allergens) and with coeliac disease (in which gliadin is the most toxic fraction). Partial digestion of the flour proteins largely removed their ability to bind IgE. An analytical technique of identifying allergens after gel isoelectric focusing demonstrated that many different flour proteins were involved.
使用来自20名患有哮喘和/或湿疹的儿科患者的血清,研究了免疫球蛋白E对不同谷物蛋白的特异性。观察到小麦、黑麦和大麦谷物提取物的放射变应原吸附试验值之间存在密切相关性,燕麦的相关性较弱。在测试的不同小麦的四个组分中,球蛋白和谷蛋白始终比醇溶蛋白和白蛋白结合更高水平的IgE。这与面包师哮喘(对吸入面粉过敏,其中白蛋白是重要过敏原)和乳糜泻(其中醇溶蛋白是最具毒性的组分)形成对比。面粉蛋白的部分消化在很大程度上消除了它们结合IgE的能力。一种在凝胶等电聚焦后鉴定过敏原的分析技术表明,涉及许多不同的面粉蛋白。