Engel W, Klemme B, Ebrecht A
Hum Genet. 1981;57(1):68-70. doi: 10.1007/BF00271170.
H-Y antigen was examined in XX-, XY-, and XO- mice using spleen, kidney, and liver cells of the animals for the absorption of the anti-H-Y antiserum produced in the rat. The cells of the XY- and XO-mice were found to be H-Y antigen-positive while the cells of the XX-mice were negative. As in Turner syndrome patients with 45,X, in the XO-female mice the H-Y antigen titre was reduced as compared to normal XY-male mice; intermediate values between those of normal male and female mice were obtained. These results clearly indicate that as in man, in the mouse the structural gene for H-Y antigen is not Y-linked but is located on an autosome. Furthermore, the concept of the regulation of the H-Y antigen gene expression in the human (Wolf et al. 1980a, b) by an X-linked repressor gene, escaping X-inactivation in the XX-female and an Y-linked inducer gene also seems to hold true in the mouse.
利用 XX、XY 和 XO 小鼠的脾、肾和肝细胞吸收大鼠产生的抗 H-Y 抗血清,对这些小鼠进行 H-Y 抗原检测。发现 XY 和 XO 小鼠的细胞为 H-Y 抗原阳性,而 XX 小鼠的细胞为阴性。与 45,X 的特纳综合征患者一样,XO 雌性小鼠的 H-Y 抗原滴度与正常 XY 雄性小鼠相比有所降低;获得了介于正常雄性和雌性小鼠之间的中间值。这些结果清楚地表明,与人类一样,在小鼠中,H-Y 抗原的结构基因并非 Y 连锁,而是位于常染色体上。此外,人类中 H-Y 抗原基因表达受 X 连锁抑制基因调控(Wolf 等人,1980a,b),该抑制基因在 XX 雌性中逃避 X 失活,以及 Y 连锁诱导基因的概念在小鼠中似乎也成立。