Law H Y, Bodmer W F
Tissue Antigens. 1978 Oct;12(4):249-69. doi: 10.1111/j.1399-0039.1978.tb01333.x.
Microtechniques for detecting sperm agglutinating and immobilizing antibodies are described. These assays are proved to be useful in the study of anti-sperm antibodies in the sera of vaseectomized men and the serum of a rhesus monkey immunized with human sperm. However, using various antisera against beta2 microglobulin and HLA region antigens, including Ia antigens, in these assays, very little, if any, activity was found against sperm. Absorption and inhibition tests also could not show a significant amount of these antigens on sperm. Although no HLA region antigens could be detected in the seminal plasma by inhibition tests, a large amount of beta2 microglobulin was found. It is suggested that some beta2 microglobulin could be adsorbed onto sperm, since mouse sperm was shown to pick up beta2 microglobulin after incubation with human seminal plasma. The maximum amounts of HLA region antigens and beta2 microglobulin in the seminal plasma are estimated.
本文描述了检测精子凝集和制动抗体的微技术。这些检测方法已被证明在研究输精管切除男性血清和用人精子免疫的恒河猴血清中的抗精子抗体方面很有用。然而,在这些检测中使用各种针对β2微球蛋白和HLA区域抗原(包括Ia抗原)的抗血清,发现对精子的活性很小(如果有的话)。吸收和抑制试验也未能显示精子上有大量这些抗原。尽管通过抑制试验在精浆中未检测到HLA区域抗原,但发现了大量β2微球蛋白。有人提出,一些β2微球蛋白可能吸附在精子上,因为小鼠精子与人精浆孵育后显示能摄取β2微球蛋白。估计了精浆中HLA区域抗原和β2微球蛋白的最大含量。