Markov Kh M, Bankova V V, Kucherenko A G
Kardiologiia. 1975 Oct;15(10):92-7.
Investigations conducted by the authors have made it certain that biosynthesis of cortico steroids from progesterone-C14 in rats of Ocamoto (SHR) line with hereditary-conditioned hypertension at chronic stage of the disease does not experience any substantial changes. At the same time, an acute emotional (immobilization) stress results in greater changes in the biosynthesis of corticosteroids, metabolism of aldosterone and its blood content in the SHR rats as compared to control, normotensive ones of the Wistar line. Hyperaldosteronism revealed in the SHR rats becomes particularly intensive in response to an additional neurogenic stimulation. An important role in the mechanism of its development plays reduced metabolism of aldosterone in the liver of the SHR rats, especially in response to a stress.
作者进行的研究已确定,在患有遗传性条件性高血压的冈本(SHR)系大鼠疾病慢性期,由孕酮-C14合成皮质类固醇的过程未发生任何实质性变化。同时,与对照的Wistar系正常血压大鼠相比,急性情绪(制动)应激导致SHR大鼠皮质类固醇生物合成、醛固酮代谢及其血液含量发生更大变化。SHR大鼠中发现的醛固酮增多症在额外的神经源性刺激下变得尤为强烈。其发展机制中的一个重要作用是SHR大鼠肝脏中醛固酮代谢降低,尤其是在应激反应时。