Ipsen H, Hansen O C
ALK Research, Hørsholm, Denmark.
Mol Immunol. 1991 Nov;28(11):1279-88. doi: 10.1016/0161-5890(91)90015-c.
The tree pollen major allergens (Aln g I), Bet v I, Car b I and Que a I, were purified to near homogeneity. Rabbit antibodies raised towards the major allergen Bet v I react with the major allergens of alder, hazel, hornbeam and oak, although with distinct variation in affinity. Immunochemically the major allergens seem to resemble one another more within than between the botanically established families of the fagale order. The physico-chemical parameters (molecular weight, pI values, amino acid composition and NH2-terminal amino acid sequence) of the major allergens exhibit a higher degree of consistency than do the immunochemical parameters, indicating that nuances in the allergens' secondary and tertiary structures are likely to govern the immunochemical differences.
树木花粉主要过敏原(桤木属过敏原I、山毛榉属过敏原I、鹅耳枥属过敏原I和栎属过敏原I)被纯化至接近均一状态。针对主要过敏原山毛榉属过敏原I产生的兔抗体可与桤木、榛树、鹅耳枥和橡树的主要过敏原发生反应,不过亲和力存在明显差异。从免疫化学角度来看,主要过敏原在植物学上确定的壳斗目科内的相似性似乎高于科间相似性。主要过敏原的物理化学参数(分子量、等电点值、氨基酸组成和氨基末端氨基酸序列)比免疫化学参数表现出更高程度的一致性,这表明过敏原二级和三级结构的细微差别可能决定了免疫化学差异。