Brodwick M S, Eaton D C
Prog Clin Biol Res. 1982;79:51-72.
We have presented the effects of several chemical modification procedures on the properties of excitable membranes. The approach represents a middle ground between the biochemical approach of total separation of the proteins responsible for excitability and the biophysical approach in which only the physical parameters associated with the proteins are described. The results from investigations using group specific probes have begun to provide some picture, albeit a sketchy one, of the functional architecture of the proteins associated with excitability. As such, the investigations provide important information about necessary residues and their conformational arrangement in the intact protein. This knowledge will be especially useful in understanding excitability once the primary amino acid structure of the excitability proteins is determined.
我们已经展示了几种化学修饰程序对可兴奋膜特性的影响。该方法代表了负责兴奋性的蛋白质完全分离的生化方法与仅描述与蛋白质相关的物理参数的生物物理方法之间的中间立场。使用基团特异性探针进行的研究结果已经开始提供一些有关与兴奋性相关蛋白质功能结构的情况,尽管只是粗略的。因此,这些研究提供了关于完整蛋白质中必需残基及其构象排列的重要信息。一旦确定了兴奋性蛋白质的一级氨基酸结构,这一知识对于理解兴奋性将特别有用。