论文部分内容阅读
本文采用放射免疫方法,测定了10例水囊中期引产孕妇血浆与羊水中13、14—双—15酮—前列腺素 F (PGFM)和6—酮—前列腺素 F 浓度在引产过程中的动态变化.结果表明:随着引产过程的进展,血浆及羊水中前列腺素水平不断提高,流产前水平最高,流产后12～15小时降至引产前水平.测定结果认为:水囊引起中期妊娠流产,可能是水囊对子宫的机械牵拉与子宫内前列腺素合成与释放增加,共同刺激子宫肌收缩而导致流产.
In this paper, the dynamic changes of 13, 14-bis-15-keto-prostaglandin F (PGFM) and 6-keto-prostaglandin F concentrations in plasma and amniotic fluid during induction of labor in 10 cases of midwifed women during induction of labor were measured by radioimmunoassay The results showed that with the progress of labor induction, plasma and amniotic fluid prostaglandin levels continue to rise, the highest level before the abortion, abortion after 12 to 15 hours reduced to pre-labor level.The results show that: the hydatidial abortion caused by mid-term may be Is the water sac on the uterine mechanical traction and utero synthesis and release of prostaglandin increased together to stimulate the contraction of the uterine muscle and lead to miscarriage.