Biochemical differentiation in Japanese newts, genus Cynops (Salamandridae)
Biochemical differentiation in Japanese newts, genus Cynops (Salamandridae)
复制标题
日本蝾螈属蝾螈属（蝾螈科）的生化分化
作者：
Terutake Hayashi;M. Matsui
用淀粉凝胶电泳法对38个日本蝾螈属居群的遗传变异进行了调查。琉球群岛的C. ensicauda与日本主岛的C. pyrrhogaster具有良好的遗传分化。这两种形式在物种水平上的分离是支持的。C. encicauda在遗传学上分为两组，每组对应于先前认识的亚种。相反，C pyrrhogaster的蛋白质变异模式与先前认识到的亚种或地方小种不一致。根据现有的地质信息，电泳时钟被校准在1D = 13-22米在日本Cynops。
—Genetic variation was surveyed in 38 populations of Japanese newts of the genus Cynops using starch gel electrophoresis. C. ensicauda from the Ryukyu Archipelago was shown to be genetically well differentiated from C. pyrrhogaster from the Japanese main islands. Separation of these two forms at the species level is supported. C. ensicauda is genetically divided into two groups, each of which corresponds to previously recognized subspecies. On the contrary, protein variation patterns in C pyrrhogaster are not consistent with the previously recognized subspecies or local races. From available geological information, the electrophoretic clock is calibrated at 1D = 13-22 MY in Japanese Cynops.