Agarwal M K
Hormone Laboratory, Centre Universitaire des Cordeliers, Paris.
Naturwissenschaften. 1990 Apr;77(4):170-5. doi: 10.1007/BF01131159.
Recent advances have challenged classical notions regarding the nature of steroid hormone receptors in the cell including localization, activation, configuration, and stability. Molecular biology has revealed a remarkable similarity in the primary structure of a wide variety of receptor classes that goes beyond steroid action. Post-translational modification of a primary unit, expressed in response to genetic conservatism, would appear to assure receptor dynamics specific to hormone-, organ-, and tissue-dependent processes, and may even lead to toxicity and oncogenicity.
最近的进展对有关细胞中类固醇激素受体性质的传统观念提出了挑战,这些观念涉及定位、激活、构型和稳定性。分子生物学揭示了多种受体类别的一级结构存在显著相似性,这超出了类固醇作用的范畴。对一个主要单元进行的翻译后修饰,表现为对基因保守性的响应,似乎确保了特定于激素、器官和组织依赖性过程的受体动态变化,甚至可能导致毒性和致癌性。