Hoffman D R
J Allergy Clin Immunol. 1985 May;75(5):611-3. doi: 10.1016/0091-6749(85)90038-7.
RAST-inhibition studies were performed by use of whole venom sac extracts to inhibit binding to purified venom allergens from various vespid wasps. Immunodiffusion studies were also performed with rabbit antisera raised against purified venom proteins. Immunologic cross-reactivity was demonstrated among the hyaluronidases, phospholipases, and antigen 5 s from both subgenera of yellow jackets, white-faced hornets, and paper wasps. The paper wasp hyaluronidase and antigen 5 were less related to those of the other three species than those of yellow jackets and hornets. It appears that immunologic cross-reactivity is the major mechanism of multiple allergic sensitivity to vespid venoms. Therapy with only the primary venom should be sufficient to protect against reactions from cross-reacting venoms.
通过使用整个毒囊提取物来抑制与各种胡蜂纯化毒液过敏原的结合,进行了放射变应原吸附试验(RAST)抑制研究。还使用针对纯化毒液蛋白产生的兔抗血清进行了免疫扩散研究。在黄夹克、白面大黄蜂和造纸胡蜂两个亚属的透明质酸酶、磷脂酶和抗原5之间证实了免疫交叉反应性。与黄夹克和大黄蜂相比,造纸胡蜂的透明质酸酶和抗原5与其他三种物种的相关性较小。看来免疫交叉反应是对胡蜂毒液多重过敏敏感性的主要机制。仅使用主要毒液进行治疗应足以预防交叉反应毒液引起的反应。