Little B, Billiar R B, Rahman S S, Johnson W A, Takaoka Y, White R J
Am J Obstet Gynecol. 1975 Nov 1;123(5):527-34. doi: 10.1016/0002-9378(75)90040-x.
The end-organ response of any hormone is the result of many factors which precede the event, including biosynthesis, secretion, transport, distribution, and metabolism. These factors vary among different species. The metabolic clearance rate (MCR) of progesterone varies between 40 and 180 L./day/Kg. in man (60 to 70), monkey (40 to 50), rabbit (55 to 60), sheep (110), rat (120), and guinea pig (180). Major sites of clearance include liver, brain, and uterus. Specific metabolites of progesterone include 20 alpha-hydroxypregn-4-en-3-one (20 alphaOHP) and alpha-pregnan-3,20-dione (5 alpha-DPH). Liver, brain, and uterine clearances, extractions, and conversions of progesterone to these metabolites have been studied in various species under apparent steady-state conditions. A specific hormone action of progesterone, the appearance of uteroglobin in the rabbit uterus, has also been studied in varying horomonal states (estrogen, estrogen plus progesterone, and progesterone alone). These have all been used as examples of progesterone distribution and metabolism.
任何激素的终末器官反应都是该事件之前多种因素作用的结果,这些因素包括生物合成、分泌、转运、分布和代谢。这些因素在不同物种之间存在差异。孕酮的代谢清除率(MCR)在人类(60至70)、猴子(40至50)、兔子(55至60)、绵羊(110)、大鼠(120)和豚鼠(180)中,介于40至180升/天/千克之间。清除的主要部位包括肝脏、大脑和子宫。孕酮的特定代谢产物包括20α-羟基孕-4-烯-3-酮(20αOHP)和α-孕烷-3,20-二酮(5α-DPH)。在各种物种的明显稳态条件下,已经研究了肝脏、大脑和子宫对孕酮的清除、提取以及孕酮向这些代谢产物的转化。孕酮的一种特定激素作用,即兔子宫中子宫珠蛋白的出现,也在不同激素状态(雌激素、雌激素加孕酮以及单独使用孕酮)下进行了研究。这些都被用作孕酮分布和代谢的实例。