Lichanska A M, Waters M J
School of Dentistry, University of Queensland, Brisbane, Australia.
Horm Res. 2008;69(3):138-45. doi: 10.1159/000112586. Epub 2008 Jan 8.
Although used as a therapeutic for 50 years, it is only recently that the application of molecular techniques has provided a basis for understanding growth hormone's (GH) clinical actions. This article reviews progress in our current knowledge of the molecular mechanism of growth hormone (GH) receptor activation based on a number of physicochemical techniques, and documents insights gained into the means used by the activated GH receptor to control the expression of genes regulating growth and metabolism. These findings are related to disorders of short stature, and the therapeutic consequences are summarized.
尽管生长激素作为一种治疗药物已使用了50年,但直到最近分子技术的应用才为理解生长激素(GH)的临床作用提供了基础。本文基于多种物理化学技术,综述了我们目前对生长激素(GH)受体激活分子机制的认识进展,并记录了关于激活的GH受体用于控制调节生长和代谢的基因表达方式所获得的见解。这些发现与身材矮小症相关,并总结了其治疗结果。