Department of Biology, City of Hope National Medical Center, 91010, Duarte, California.
Immunogenetics. 1978 Dec;7(1):13-6. doi: 10.1007/BF01843982.
The potential use of antibodies that selectively recognize either X-bearing or Y-bearing sperm is self-evident. Thus our attention was directed to the fact that under optimal conditions, H-Y antibody lyses 50% of mouse spermatozoa. Accordingly, we asked whether expression of H-Y antigen is haploid in spermatozoa from XY male mice heterozygous for the autosomal dominantSxr gene, for if H-Y expression were haploid, H-Y antibody would be expected to kill 75% of spermatozoa derived from these XY,Sxr/- males. However, maximal lysis remained at the 50% level, which indicates that haploid expression of H-Y antigen and the potential immunoselection of Y-(or X-) bearing spermatozoa are unlikely.
抗体选择性识别 X 或 Y 精子的潜在用途不言而喻。因此,我们注意到一个事实,即在最佳条件下,H-Y 抗体可使 50%的精子溶解。因此,我们询问了具有常染色体显性基因 Sxr 的 XY 雄性小鼠的精子中 H-Y 抗原的表达是否是单倍体,如果 H-Y 表达是单倍体,那么 H-Y 抗体预计会杀死这些 XY,Sxr/- 雄性小鼠产生的 75%的精子。然而,最大的溶解率仍保持在 50%的水平,这表明 H-Y 抗原的单倍体表达和潜在的 Y-(或 X-)精子的免疫选择不太可能。