Kerék G
Int J Fertil. 1974;19(4):181-91.
Blood group antigens A and B was demonstrated on human spermatozoa by a) conventional mixed agglutination test, ((b), immunofluorescense, and c) mixed agglutination performed with a mixture of fluorescein labelled and unlabelled erythrocytes as indicator cells for A or B specificity by fluorescence microscopy. Spermatozoa obtained from individuals with the blood group AB and who were secretors showed surface antigens with either A or with B specificity. The results by indirect immunofluorescence were in accordance with those of the two kinds of mixed agglutination. About 30-35% of spermatozoa showed fluorescence when the antibodies were directed against only one of the antigens of the heterozygous donor. With a mixture of antibodies corresponding to the two genes of the donor the percentage of the fluorescent spermatozoa was consistantly higher, about 50-55%. However, with a mixture of antiserum, no complete sum of the percentages was observed, compared with the monospecific antisera. Unreacted, "neutral" spermatozoa were always present in the samples. The limitations of the applied methods for a quantitative detection of antigens were discussed,
通过以下方法在人类精子上证实了血型抗原A和B:a)传统混合凝集试验,(b)免疫荧光法,以及c)用荧光素标记和未标记的红细胞混合物作为A或B特异性指示细胞,通过荧光显微镜进行混合凝集试验。从AB血型且为分泌型的个体获得的精子显示出具有A或B特异性的表面抗原。间接免疫荧光法的结果与两种混合凝集试验的结果一致。当抗体仅针对杂合供体的一种抗原时,约30 - 35%的精子显示荧光。使用与供体的两个基因对应的抗体混合物时,荧光精子的百分比始终较高,约为50 - 55%。然而,与单特异性抗血清相比,使用抗血清混合物时,未观察到百分比的完全总和。样品中始终存在未反应的“中性”精子。讨论了所应用方法在定量检测抗原方面的局限性。