The test adopted CIDR, and made vaginal sponging suppository by oneself indifferent month and went on synchronization testing in the different area and month, studyingpubescent distributing, synchronization of estrus rate, trasnsplanted rate of receptor, transplantedrate of pubescent receptor after dismissding bolt 0-72h always and compared three bolts; The testadopted HCG, PMSG, LHRH-A_3 and carried on research improving transplanting rate of receptor; Study on the repetition utilized production mode of receptor. Test is study on research to theapplication result in different areas and months, used different superovulation and estrus inductionproject.
试验采用CIDR和自制阴道海棉栓在不同月份和不同地区进行了同期发情试验，研究了受体撤栓后0～72h的发情分布、同期发情率、受体总可移植率、发情受体可移植率，同时还比较了两种栓的效果；试验采用HCG、PMSG、LHRH-A_3对提高受体可移植率的效果进行了研究；试验对受体重复利用的生产模式进行了研究；试验对供体在不同地区和月份使用不同超数排卵方案和促排方案的超数排卵的应用效果进行了研究。
Immature female rats were primed with PMSG followed by hCG to induce luteinization of the ovaries.
未成年雌性SD大鼠，经PMSG、hCG依次处理，诱发其卵巢黄体化。
Methods: Adult mice of Kunming variety were used as experiment animals. After judgement of oestrus, the oestrus period and oestrus stage were determined, and then those mouse were grouped depending on oestrus stage. The mice were dealed with diferrent dosage of PMSG and HCG to make them superovulation, afterwords were mated individually with the male mouse together at same cage. The embryoes were rinsed out and evaluated after 3.5 days when the plug had been seen. The transplant mice were born after the high-quality embryoes were transferred into the receptors mouse uterus at the same oestrus stage which was stimulated by mating with the male mouse which spermaduct had been ligated previously.
以昆明系小白鼠为实验动物，取性成熟个体，先进行发情鉴定，确定其发情周期及不同的阶段，然后按发情阶段分组，分别用不同剂量的孕马血清促性腺激素和人绒毛膜促性腺激素进行超排处理并与公鼠合笼，在见栓后的第3.5天冲胚，对所得胚胎进行鉴定；将质量较好的胚胎选出，移入同期发情并经结扎公鼠交配刺激后见栓的受体小鼠子宫内，得到移植小鼠。
Therefore, it is feasible to scheme of embryo transfer which superovulation was conducted in Taihang goats and synchronized estrus was induced in Boer goats and Tangshan milk goats at non-breeding season.
因此，在非繁殖季节对太行山羊采用CIDR+FSH+LH法超数排卵和以布尔山羊及唐山奶山羊为受体分别用CIDR+PMSG和CIDR+FSH同步发情来进行胚胎移植的技术方案是可行的。
Results: The pharmacodynamic results weren't distinct different between the aqueous extract with alcohol precipitation and the aqueous extract: the effect on contraction of isolated rat uterine strips induced by oxytocin was increased significantly (P.01), as well as the case of vaginal opening of the premature female mice, the uterus weight percentages of the ovariectomized mice, and the number of ovulation of the mature mice after PMSG treatments. The optimized preparation techniques was adding 10 times water, extracting 1.0 h for twice, decompressing and concentrating the filtrate into relative density of 1.10(55℃), 75% alcohol concentration was used for precipitation with in 24 h, concentrating and evaporating.
结果：水提醇沉提取物的主要药效学作用与传统水提工艺提取物比较无显著差异，但能显著增强缩宫素引起的离体大鼠子宫平滑肌的作用(P.01)；能显著增加未成年雌性小鼠阴道开放例数(P.01)，能显著增加去卵巢小鼠的子宫重量百分率(P.01)，能显著增加PMSG处理后小鼠的排卵数(P.01)；通过正交试验优化确定的水提醇沉工艺条件为：药材加10倍量水提取2次，每次1h，合并滤液减压浓缩至相对密度为1.10(55℃)，加乙醇使药液含醇量达75%，静置24h，浓缩干燥。
The item adopts biology engineering technique, withdrawing micromolecule peptide, amino acids, glycoprotein etc. from three-month sheep's ovary embryos and whole blood of cyetic horses. The product contains ovarin, sheep embryo and PMSG, these biological ingredients are great demanded by female. It can repair ovary cell, keep hairdressing, defering consenescence and reducing female disease occurrence.
项目采用生物工程技术，对三个月羊卵巢胚胎，孕马血提取小分子肽，氨基酸，糖蛋白等，产品含有卵巢素，羊胎素，PMSG等大量女性需要的生物活性成份，修复卵巢细胞，美容养颜，延缓更年期，减少女性疾病发生。
Methods PMSG-HCG were injected into 5 weeks SD rats. Embryos were collected by tearing intumescences of oviduct or clysising fimbriae tubae. The amount of embryos, rates of fertilization, and survival rate of embryos after injection were analyzed to compare the two methods.
选用最佳超排5周龄SD大鼠，腹腔注射PMSG-HCG，分别用撕开输卵管壶腹部和输卵管伞端冲洗两种方法采集胚胎，比较获得卵数，受精率，注射存活率等的差异。
Embryo collection was conducted on the Day 0.5-5 after the appearance of vaginal plug via flushing the oviducts or uterus of donor Mouse. Embryo development was observed and the recovery number of embryos, as well as the developmental stage and flushing location of collected embryos were recorded.
目的本试验旨在探索昆明小鼠在自然发情和超数排卵条件下，其早期胚胎在体内的发育与迁移方法将60只雌鼠随机分为3组作如下处理：（1）PMSG和hCG各5IU，间隔48h腹腔注射；（2）LHRH 1mg超排处理；（3）自然发情配种组。
Research results may present some value references to D-PMSG chaos control.
研究结果为直驱式风力发电系统的混沌控制应用提供了有价值的参考。
After the injection of PMSG, 7.8 eggs and 6.6 embryos were collected from each rabbit on average.
精子活力在24、48和72h在BWW液中与在F10液和M199液中有差异。
A high level of mPGES mRNA was seen 3 h after PMSG treatment.
促性腺激素诱导的小鼠排卵模型中，mPGES mRNA在初级卵泡和次级卵泡的颗粒细胞上均有表达。
Firstly, the dissertation analyzes the running principle of the new-type PMSG, the mathematical model of PMSG is constructed and the control scheme is presented.
本文根据文献[1]的方案，分析了新型永磁同步发电机的工作原理，建立了其理想的数学模型。
Apoptosis of in vitro cultured granulosa cells was significantly suppressed by PMSG, and the effects varied with concentration.
PMSG可以显著抑制体外培养的卵泡及颗粒细胞的细胞凋亡，并且具有明显的剂量效应，PMSG浓度为10IU/ml时效果最好。
However, the tyrosine-phosphorylation of STAT3 was weak after PMSG treatment for 48h followed by hCG treatment.
但PMSG处理48小时后用hCG处理则使STAT3的酪氨酸磷酸化减弱。
The development of directdriven wind energy conversion system using permanent magnet synchronous generator is very fast, and the choice of PMSG strategy method is most important for system performance.
使用永磁同步发电机的直驱风电系统目前发展得很快，选择合适的PMSG控制策略对系统性能非常重要。
However, the tyrosine-phosphorylation of STAT3 was weak after PMSG treatment for 48 h followed by hCG treatment.
在黄体退化过程中，黄体细胞中的STAT3 mRNA表达平稳，STAT3兔疫染色逐渐增强，在即将退化的黄体中达到最强。
1 M199 supplemented with 100IU/ml P. N., S. M., 10%FCS, 10IU/ml PMSG, lug/ml E2 and 10lU/ml HCG was used as mature medium.
用添加100IU/ml青霉素、链霉素，10％胎牛血清，10IU/ml PMSG，1μg/ml雌二醇和10IU/ml HCG的M199为成熟培养液。
Methods PMSG-treated female Wistar rats were used as a model and g ranulosa cell suspensions were prepared.
以PMSG处理的雌性Wistar大鼠为模型，制备了颗粒细胞悬液。
Design and implementation of calculating absolute rotation angle through rotary electronic encoder Control of a PMSG Based on Incremental Encoder in Direct-drive Wind Power System
一种用旋转电子编码器检测绝对角度位置的方法与实现基于增量式旋转编码器的永磁风力发电机控制研究
Research on a Kind of PMSG Approximate UPF Control Method
一种PMSG的近似UPF控制方法研究