Urbaniak S J
Br J Haematol. 1979 Jun;42(2):303-14. doi: 10.1111/j.1365-2141.1979.tb01134.x.
An ADCC system has been developed using anti-D and papainized group O rhesus (D) positive red cells as the targets. Monocyte depleted mononuclear cell suspensions were effective in lysing appropriately sensitized red cells and papainization considerably enhanced the degree of specific lysis. Variation in culture volume and incubation in tubes or microplates were not critical to the degree of specific lysis obtained provided that the number of effector cells and target cells per culture was constant and the anti-D not diluted below the optimal concentration. Cytolytic activity was seen down to levels of 3 ng anti-D per culture. Specificity for lysis resided with the anti-D and not the effector cells. Several sources of anti-D were effective in inducing lysis of D positive red cells although individual variation was noted. Anti-c and anti-E were also shown to be effective in inducing specific lysis of red cells with the appropriate antigens.
已开发出一种以抗 - D和木瓜蛋白酶处理的O型恒河猴(D)阳性红细胞为靶标的ADCC系统。去除单核细胞的单核细胞悬液能有效裂解适当致敏的红细胞,木瓜蛋白酶处理显著提高了特异性裂解程度。只要每个培养物中的效应细胞和靶细胞数量恒定且抗 - D不稀释至低于最佳浓度,培养体积的变化以及在试管或微孔板中的孵育对获得的特异性裂解程度并不关键。在每个培养物中抗 - D低至3 ng的水平时仍可见细胞溶解活性。裂解的特异性在于抗 - D而非效应细胞。尽管存在个体差异,但几种抗 - D来源均能有效诱导D阳性红细胞的裂解。抗 - c和抗 - E也被证明能有效诱导带有相应抗原的红细胞的特异性裂解。