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Contributions and Future Directions for Structural Biology in the Study of Allergens

机译:过敏原研究中结构生物学的贡献和未来方向

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摘要

Allergy is defined as an inappropriate immune response to something normally considered harmless. The symptomatic immune response is driven by IgE antibodies directed against allergens. The study of allergens has contributed significantly to our understanding of allergic disease in 3 main areas. First, identifying allergens as the cause of symptoms and developing allergen standards has led to many advances in exposure assessment and patient diagnostics. Second, a biochemical understanding of allergens has suggested a number of hypotheses related to the mechanisms of allergic sensitization. And finally, studies of allergen-antibody interactions have contributed to understanding the cross-reactivity of allergens, mapping patient epitopes, and the development of hypoallergens. In this review, a few select cases are highlighted where structural biology, in particular, has contributed significantly to allergen research and provided new avenues for investigation. (c) 2017 S. Karger AG, Basel
机译:过敏被定义为对通常被认为无害的东西的不恰当的免疫反应。 症状免疫应答由针对过敏原的IgE抗体驱动。 对过敏原的研究对我们对3个主要区域的过敏性疾病的理解显着贡献。 首先,鉴定过敏原作为症状的原因和发育过敏原标准的原因导致了暴露评估和患者诊断的许多进展。 其次,对过敏原的生化理解提出了与过敏性敏化机制有关的许多假设。 最后,过敏原 - 抗体相互作用的研究有助于了解过敏原,映射患者表位和乳氢合金的发育的交叉反应性。 在本次审查中,突出了一些选择案例,其中包括结构生物学,特别是对过敏原研究和提供的新途径进行了显着贡献。 (c)2017年S. Karger AG,巴塞尔

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