Kendysh I N
Probl Endokrinol (Mosk). 1976 Jan-Feb;22(1):42-6.
Acetate-1-C14 was administered to rats 18 hours before the administration of hydrocortisone for the purpose of studying the action of this hormone on lipid mobilization. Blood plasma and adipose tissue lipid content failed to change, but it decreased in the liver. Hydrocortisone accelerated the elimination of the label from lipids of the liver, did not alter the radioactivity of blood plasma lipids and stimulated accumulation of endogenous label in the lipids of adipose tissue. An acceleration of lipid catabolism in the liver and of lipid anabolism in the adipose tissue was accompanied by stimulation of gluconeogenesis in the liver from the endogenous precursors. In discussing the materials the primary role of intensification of gluconeogenesis in the liver in the mechanism of the regulating action of glucocorticoids on lipid metabolism was postulated.
为研究氢化可的松对脂质动员的作用,在给予氢化可的松前18小时给大鼠注射1 - C¹⁴醋酸盐。血浆和脂肪组织脂质含量未发生变化,但肝脏中的脂质含量降低。氢化可的松加速了肝脏脂质中标记物的清除,未改变血浆脂质的放射性,并刺激脂肪组织脂质中内源性标记物的积累。肝脏中脂质分解代谢的加速和脂肪组织中脂质合成代谢的加速伴随着肝脏中内源性前体物质糖异生的刺激。在讨论这些材料时,推测了肝脏中糖异生增强在糖皮质激素对脂质代谢调节作用机制中的主要作用。