草花粉过敏原

M. Hrabina, G. Peltre, R. Van Ree, P. Moingeon
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引用次数: 25

摘要

迄今为止,已经确定了11组草花粉过敏原在特应性个体中引起特异性IgE反应。第1组和第5组过敏原是最关键(主要)的花粉过敏原,分别致敏90%和65-85%的过敏患者。其他经常参与IgE反应的过敏原包括2/3、4、6、7、10-13组过敏原。在各种Pooideae中发现的过敏原在其氨基酸序列组成方面具有高度的同源性,这在抗体(IgE和IgG)以及T细胞反应方面转化为显著的交叉反应性。然而,对于给定的过敏原组,有证据表明种间(即氨基酸序列的差异)和种内(多基因、翻译后修饰、mRNA剪接或编辑)的分子变异性。
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Grass pollen allergens

To date, eleven groups of grass pollen allergens eliciting a specific IgE response in atopic individuals have been identified. Groups 1 and 5 allergens are the most critical (major) pollen allergens leading to the sensitization of 90% and 65–85% allergic patients, respectively. Other allergens frequently involved in the IgE response include groups 2/3, 4, 6, 7, 10–13 allergens. Allergens found in various Pooideae exhibit high homology in terms of their amino acid sequence composition, which translates into significant cross-reactivity in terms of antibody (IgE and IgG) as well as T cell responses. Nevertheless, for a given allergen group, there is evidence of both interspecies (i.e. differences in amino acid sequences) and intraspecies (multigenes, post-translational modification, mRNA splicing or editing) molecular variability.

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