1) uterine cervix maturative agent
子宫颈管促进成熟剂
2) Maturing cervix
促宫颈成熟
1.
Objective To observe the clinical effects and safety of pepidil on maturing cervix and parturifacient action.
目的观察普贝生促宫颈成熟和引产的临床效果及其安全性。
3) Cervical ripening
促宫颈成熟
1.
Effect of dinoprostone for cervical ripening and artificial labor in term pregnancy
地诺前列酮栓用于足月妊娠促宫颈成熟引产效果
2.
Objective: To explore the effectiveness and feasibility of Chinese herbal medicine consisted of Danggui 30g, Chuanxiong 15g, Aiye 15g and Guiban 15g on the cervical ripening in late pregnancy.
目的 :探讨晚期妊娠孕妇服用中药 :当归 30g、川芎 15g、龟板 15g、艾叶 15g组成的汤药促宫颈成熟的临床效果及可行性。
3.
Objective To evaluate the efficacy of titrated oral misoprostol for promoting cervical ripening at term.
目的评价滴定法口服米索前列醇用于足月妊娠分娩促宫颈成熟的可行性。
4) Drugs for pormoting cervical mature
促宫颈成熟药物
5) Cervical ripening
宫颈成熟
1.
Successful parturition requires an increase in coordinated uterine contractility together with changes in connective tissue that allow cervical ripening and dilatation .
结论IL-1和IL-8通过旁分泌或自分泌途径并与母体神经、内分泌系统相互作用,促宫颈成熟,并通过相互影响可能参与了分娩发动。
2.
The indications and methods of induction,the effect of induction on cervical ripening while delivery were analyzed.
比较不同宫颈条件和新生儿体重对分娩方式的影响以及两种促宫颈成熟的方法即缩宫素静脉点滴和阴道内放置普贝生对宫颈条件的改善情况。
6) MPF
成熟促进因子
1.
Promotion of Reprogramming by MPF on Donor Nuclei of Cloned Embryos;
成熟促进因子对克隆重构胚核重编程的调控
2.
BACKGROUND AND AIM:To investigate the effects of thioglycolic acid on the activities of MAPK and MPF protein kinases during progesterone-induced Xenopus oocyte maturation process in vitro.
背景与目的:探讨巯基乙酸(TGA)对孕酮诱导爪蟾卵母细胞体外成熟过程中丝裂原激活蛋白激酶(MAPK)和成熟促进因子(MPF)蛋白激酶活性的影响。
3.
Here we review progress in research on MPF—the core of oocyte maturation, in particular its structure,cycle and interplay with MAPK during oocyte maturation.
本文对卵母细胞成熟调控的核心调控物质———成熟促进因子 (maturation promotingfactor,MPF)的分子结构、周期变化及其在卵母细胞成熟过程中与丝裂原激活蛋白激酶 (mitogen activatedproteinkinase,MAPK)相互作用关系的最新进展进行了综述。
补充资料：成熟促进因子
分子式：
CAS号：
性质：MPF是一种分子量为34～45kD的多肽。可引起蛙卵成熟和减数分裂。此因子的浓度在细胞分裂周期中常波动，显示它可能具有控制躯体细胞分裂作用。
CAS号：
性质：MPF是一种分子量为34～45kD的多肽。可引起蛙卵成熟和减数分裂。此因子的浓度在细胞分裂周期中常波动，显示它可能具有控制躯体细胞分裂作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条