Thränhardt H, Zintl F, Milleck J, Koppitz D, Plenert W
Folia Haematol Int Mag Klin Morphol Blutforsch. 1978;105(4):475-83.
Rabbit or goat antisera directed to ALL and AML cells were investigated in cytotoxicity tests with fetal liver cells as targets. After absorption with erythrocytes and spleen cells from allogenic donors the antisera killed fetal liver cells. There was no reaction with remission leukocytes or blood leukocytes from normal donors. Treatment with fetal tissue removed the activity of the AML and ALL antisera against ALL cells but not of the AML antisera against AML cells. This indicates the existence of at least two antigens on the surface of AML cells, one antigen is common with ALL cells and of fetal origin and another one seems to be characteristic of AML cells and not of fetal origin. Because treatment with fetal tissue removed all activity of the ALL antisera it can be assumed that leukaemia-associated antigens on ALL cells are of fetal origin.
用兔或山羊抗ALL和AML细胞的抗血清,以胎肝细胞为靶细胞进行细胞毒性试验。用同种异体供体的红细胞和脾细胞吸收后,抗血清可杀死胎肝细胞。与缓解期白细胞或正常供体的血液白细胞无反应。用胎儿组织处理可消除AML和ALL抗血清对ALL细胞的活性,但不能消除AML抗血清对AML细胞的活性。这表明AML细胞表面至少存在两种抗原,一种抗原与ALL细胞共有且来源于胎儿,另一种抗原似乎是AML细胞所特有的且并非来源于胎儿。由于用胎儿组织处理可消除ALL抗血清的所有活性,因此可以假定ALL细胞上与白血病相关的抗原来源于胎儿。