Martin B G, Mansfield L E, Nelson H S
Ann Allergy. 1985 Feb;54(2):99-104.
RAST inhibition was employed to determine the allergenic relationship of five common western grasses (brome, quack, western wheat, salt, and grama), three southern grasses (Bermuda, Johnson, and Bahia), and six common northern grasses (timothy, June, rye, red top, meadow fescue, and sweet vernal). The patterns of cross-allergenicity suggested by these studies were compared to those suggested by the botanical classification of these grasses. There was significant cross-allergenicity among the grasses studied. Brome, western wheat, and quack grasses demonstrated RAST inhibition patterns similar to the northern grasses. Salt and grama grasses exhibited close allergenic relationships to Bermuda grass, which was allergenically distinct from the northern grasses. Johnson grass appeared to share allergenicity with both the northern grasses and Bermuda grass. Bahia shared allergenicity with the northern grasses, but also possessed some unique allergens. Timothy and Bermuda grass appeared to account for all of the RAST-inhibiting activity contained in the other grasses studied with the possible exception of Bahia grass.
采用放射性变应原吸附试验(RAST)抑制法来确定5种常见西部草类(雀麦、鸭茅、西部小麦草、盐草和格兰马草)、3种南部草类(百慕大草、约翰逊草和巴伊亚草)以及6种常见北部草类(梯牧草、六月禾、黑麦草、红顶草、草地羊茅和春黄菊)之间的变应原关系。将这些研究显示的交叉变应原性模式与这些草类的植物分类所显示的模式进行比较。在所研究的草类之间存在显著的交叉变应原性。雀麦、西部小麦草和鸭茅草显示出与北部草类相似的RAST抑制模式。盐草和格兰马草与百慕大草呈现出密切的变应原关系,而百慕大草在变应原性上与北部草类不同。约翰逊草似乎与北部草类和百慕大草都有共同的变应原性。巴伊亚草与北部草类有共同的变应原性,但也有一些独特的变应原。除了可能的巴伊亚草之外,梯牧草和百慕大草似乎构成了所研究的其他草类中所有的RAST抑制活性。