Zenzes M T, Urban E, Wolf U
Differentiation. 1980;17(2):121-6. doi: 10.1111/j.1432-0436.1980.tb01089.x.
Testes of either newborn rats or newly hatched chickens, dissociated into single cell suspensions, reorganize in vitro into their histotypic structures. In birds, the heterogametic female sex is H-Y antigen positive, and not the male as in mammals. Cocultivation of rat and chicken testicular cells results in the reorganization of an ovotestis. A similar result is obtained after cultivation of chicken testicular cells in the supernatant medium of cultured human male Burkitt lymphoma Daudi cells. Rat testicular Sertoli cells as well as Daudi cells are a source of H-Y antigen. The simultaneous application of H-Y antigen and anti-H-Y antiserum prevents ovotestis formation. It is concluded that H-Y antigen which is known to be testis-organizing in mammals, is the ovary-organizing factor in birds.
新生大鼠或刚孵出的小鸡的睾丸解离成单细胞悬液后,在体外可重新组织形成其组织型结构。在鸟类中,异配性别的雌性H-Y抗原呈阳性,而不像在哺乳动物中雄性是阳性。大鼠和鸡的睾丸细胞共培养会导致卵睾的重新组织。在培养的人类男性伯基特淋巴瘤Daudi细胞的上清培养基中培养鸡睾丸细胞后也得到了类似结果。大鼠睾丸支持细胞以及Daudi细胞都是H-Y抗原的来源。同时应用H-Y抗原和抗H-Y抗血清可阻止卵睾的形成。由此得出结论,已知在哺乳动物中起睾丸组织化作用的H-Y抗原,在鸟类中是卵巢组织化因子。