Wang B, Akiyama K, Kimura H
Department of Legal Medicine, Kurume University School of Medicine, Fukuoka, Japan.
Vox Sang. 1994;66(4):280-6. doi: 10.1111/j.1423-0410.1994.tb00330.x.
We have measured the H type 1, Le(a) and Le(b) antigens in the saliva from 129 Japanese individuals by a time-resolved europium ion fluorometric immunoassay using artificial antigen-albumin complexes as the reference substances. We confirmed that the amount of Le(b) was larger than that of Le(a) in the saliva from secretors (Le(a-b+)) and vice versa in the saliva from nonsecretors (Le(a+b-)). Unexpectedly, we discovered appreciable amounts of Le(b) with small amounts of H type 1 in the saliva from the nonsecretors. The concentration of Le(b) was about 10, 6 and 35% of the concentration of the Le(a) in the saliva from the nonsecretors of the A, B and O groups, respectively. The possible formation of Le(b) from Le(a), in addition to the formation of Le(b) from H type 1, in the salivary glands is discussed.
我们使用人工抗原 - 白蛋白复合物作为参考物质,通过时间分辨铕离子荧光免疫测定法,测量了129名日本个体唾液中的1型H抗原、Le(a)和Le(b)抗原。我们证实,分泌型个体(Le(a - b +))唾液中Le(b)的量大于Le(a),而非分泌型个体(Le(a + b -))唾液中的情况则相反。出乎意料的是,我们在非分泌型个体的唾液中发现了相当数量的Le(b)以及少量的1型H抗原。在A、B和O血型非分泌型个体的唾液中,Le(b)的浓度分别约为Le(a)浓度的10%、6%和35%。本文讨论了唾液腺中除了由1型H抗原形成Le(b)之外,由Le(a)形成Le(b)的可能性。