Shpakov A O
Ross Fiziol Zh Im I M Sechenova. 2010 Dec;96(12):1139-55.
In the review, own results and the data of other authors concerning synthetic peptides corresponding to intracellular and transmembrane regions of receptors of the serpentine type, which are responsible for the interaction with G-proteins and for the formation of ligand-binding site, are analyzed. These peptides affect the basal activity of hormonal signalling systems and the transduction of hormonal signal from the latter with high selectivity and efficiency. Possible molecular mechanisms of the action of peptides, the perspectives of development of a new generation of drugs for the control of endocrine function and physiological processes in the organism on the basis of receptor-based peptides, and their application as functional probes for study of structural-functional organization of hormonal signalling systems are considered.
在这篇综述中,分析了关于与蛇形受体的细胞内和跨膜区域相对应的合成肽的自身研究结果以及其他作者的数据,这些区域负责与G蛋白相互作用并形成配体结合位点。这些肽以高选择性和效率影响激素信号系统的基础活性以及来自后者的激素信号转导。考虑了肽作用的可能分子机制、基于受体的肽开发用于控制内分泌功能和机体生理过程的新一代药物的前景,以及它们作为研究激素信号系统结构-功能组织的功能探针的应用。