Bjare U, Lundblad G, Räbb I
Int J Biochem. 1985;17(10):1061-6. doi: 10.1016/0020-711x(85)90037-0.
When selected ratios of different glycosidases and phosphatases from primary monkey kidney cells or from monkey kidney cell lines are presented graphically, characteristic patterns do evolve. Three different subtypes of Vero cells show similar glycosidase patterns. The Vero subtypes tested show glycosidase patterns that are closely similar to those of primary cells of Cercopithecus aethiops. Glycosidase patterns of BS-C-1 and CV-1 cells are less similar to those of primary Cercopithecus cells than are those of Vero cells. Primary kidney cells from Macaca cynomolgus show significantly different glycosidase patterns compared with those of different Cercopithecus cells. The distinct glycosidase patterns can be used to classify the tested cell lines in relation to each other.
当以图表形式呈现来自原代猴肾细胞或猴肾细胞系的不同糖苷酶和磷酸酶的选定比率时，确实会出现特征性模式。三种不同亚型的Vero细胞显示出相似的糖苷酶模式。所测试的Vero亚型显示出的糖苷酶模式与埃塞俄比亚猕猴原代细胞的模式非常相似。与Vero细胞相比，BS-C-1和CV-1细胞的糖苷酶模式与猕猴原代细胞的模式不太相似。食蟹猴的原代肾细胞与不同猕猴细胞的糖苷酶模式相比有显著差异。这些独特的糖苷酶模式可用于相互比较所测试的细胞系。
