Masaoka K, Kumasaka T
Nihon Sanka Fujinka Gakkai Zasshi. 1984 Jun;36(6):937-46.
Nine anovulatory patients were treated by administering pulsatile LHRH (2-20 micrograms, i.v. at 90 min intervals) for 15-58 days. These patients consisted of 4 women with hypothalamic amenorrhea, one women with oligomenorrhea, 2 women with polycystic ovarian disease (PCOD) and 2 women with hyperprolactinemic amenorrhea. Four of them were involuntarily infertile. The pulsatile LHRH therapy induced follicular maturation and ovulation, as evidenced by increased plasma estradiol levels followed by a midcycle LH surge and subsequent rise in plasma progesterone (P) levels, in 8 of the 9 patients. One patient with PCOD failed to ovulate. All of 11 treatment cycles were ovulatory in the 8 patients. A maximal P level of below 10 ng/ml was seen in 3 of the 11 induced ovulatory cycles, indicating corpus luteum insufficiency. Luteolysis occurred soon after discontinuing the pulsatile LHRH administration at the mid to late luteal phase in 3 ovulatory cycles. One of the 4 infertile women became pregnant. The results indicate that chronic pulsatile administration of LHRH is useful in inducing ovulation not only in hypothalamic amenorrhea, but also in PCOD and hyperprolactinemic amenorrhea. They also suggest that although a possible augmentation of the hypothalamic LHRH release at the preovulatory phase cannot be denied, a series of endocrine events during the human menstrual cycle may be regulated by the feedback action of the ovarian signals on the pituitary under a fixed input of the hypothalamic LHRH.
9名无排卵患者接受了脉冲式促黄体生成素释放激素(LHRH,2 - 20微克,静脉注射,间隔90分钟)治疗,疗程为15 - 58天。这些患者包括4名下丘脑性闭经女性、1名月经过少女性、2名多囊卵巢疾病(PCOD)女性和2名高催乳素血症性闭经女性。其中4名患者为继发性不孕。脉冲式LHRH治疗诱导了卵泡成熟和排卵,9名患者中有8名出现血浆雌二醇水平升高,随后出现月经中期促黄体生成素(LH)峰,以及血浆孕酮(P)水平随后升高,这证明了这一点。1名PCOD患者未能排卵。8名患者的11个治疗周期均有排卵。在11个诱导排卵周期中有3个周期的孕酮最高水平低于10 ng/ml,表明黄体功能不全。在3个排卵周期的黄体中期至晚期停止脉冲式LHRH给药后不久发生了黄体溶解。4名不孕女性中有1名怀孕。结果表明,长期脉冲式给予LHRH不仅对下丘脑性闭经有效,对PCOD和高催乳素血症性闭经诱导排卵也有效。结果还表明,虽然不能否认在排卵前期下丘脑LHRH释放可能增加,但在固定的下丘脑LHRH输入下,人类月经周期中的一系列内分泌事件可能受卵巢信号对垂体的反馈作用调节。