Casper J, Schmoll H J, Schnaidt U, Fonatsch C
Int J Androl. 1987 Feb;10(1):105-13. doi: 10.1111/j.1365-2605.1987.tb00171.x.
Three new established human germ cell tumour lines, H 12.1, H 12.5 and H 12.7, are described. Cytogenetic and growth characteristics, morphology, histology, and tumour marker and steroid hormone production in vitro and/or in vivo revealed properties commonly found in other germ cell tumour lines and in patients with these tumours. In vitro oestrone and oestradiol were produced by the H 12 lines and four other lines (833 KE, 1156 Q, 1428 A and 2102 EP) under high and low density (differentiation inducing) conditions. AFP was produced by one line and beta-hCG by six of seven lines under low density conditions. The pattern of oestrogen production suggests that these hormones could be useful in AFP and beta-hCG negative patients. Differentiated elements of somatic and extraembryonic character, observed in tumours of H 12.1 and H 12.7, underline the value of these lines in the study of differentiation and other germ cell tumour related questions.
本文描述了三种新建立的人胚细胞瘤系,即H 12.1、H 12.5和H 12.7。细胞遗传学和生长特性、形态学、组织学以及体外和/或体内肿瘤标志物和类固醇激素的产生,揭示了在其他胚细胞瘤系以及患有这些肿瘤的患者中常见的特性。在高密度和低密度(诱导分化)条件下,H 12系以及其他四个系(833 KE、1156 Q、1428 A和2102 EP)均可产生雌酮和雌二醇。在低密度条件下,一个系可产生甲胎蛋白,七个系中的六个可产生β-人绒毛膜促性腺激素。雌激素的产生模式表明,这些激素可能对甲胎蛋白和β-人绒毛膜促性腺激素阴性的患者有用。在H 12.1和H 12.7肿瘤中观察到的体细胞和胚外特征的分化成分,突显了这些细胞系在分化研究和其他胚细胞瘤相关问题研究中的价值。