Hermes B, Riebschläger M, Deimling O v
Histochemistry. 1975;43(1):81-96. doi: 10.1007/BF00490157.
For the further clarification of the polymorphism of mouse-esterase and its hormonal control, which in part have not yet been fully comprehended, disc-electrophoretic analyses of eight organs were made, using a strain with the Tfm-mutation. In addition, quantitative assays of esterase activity as well as histochemical studies were performed. The individual organs are characterized by a specific banding pattern of esterase, which is essentially conditioned by the diverse activity of a limited number of bands. Partly these may be regarded as primary gene products, partly they seem to be secondary modifications. The few incidences of band-linkage justify the expectations, that further gene loci will be discovered. In four organs of Tfm-mutants a lower esterase activity was found than in the controls, which was especially distinct in the kidney. The behaviour of the testosterone-dependent bands in the kidneys of Tfm-mutants seems to indicate two different mechanisms of the effect of testosterone on these bands.
为了进一步阐明小鼠酯酶的多态性及其激素调控(部分内容尚未被完全理解),我们使用携带Tfm突变的品系对八个器官进行了圆盘电泳分析。此外,还进行了酯酶活性的定量测定以及组织化学研究。各个器官具有特定的酯酶条带模式,这主要由有限数量条带的不同活性决定。部分条带可被视为初级基因产物,部分似乎是二级修饰。条带连锁的少数情况证明了这样的预期,即将会发现更多的基因位点。在Tfm突变体的四个器官中,发现酯酶活性低于对照组,在肾脏中尤为明显。Tfm突变体肾脏中依赖睾酮的条带行为似乎表明睾酮对这些条带的作用存在两种不同机制。