- 更多网络例句与黄体的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The effects of FPL andits three ingredients on growth of ovary,on micro-and ultra-structure andAlkaline phosphatase activity of endometrium,on structure andkeratinization rate of exfoliated cells in vaginal epithelium in mice,onmicrocirculation in rat and on uterine kinesis in rabbit were respectivelyobserved by the techniques of light and electron microscopes,histochemistry,microcirculation and organ cinetography.The results have confirmed themechanism of FPL for the sterility caused by ovary standstill and persistentcorpus luteum to be as follows:(1) a weak estrogen-like role which canprompt development of ovary,proliferation and secretion of endometrium andvaginal epithelium and cornification of exfoliated cells in vaginal epithelium;(2)enhancing AKP's activity of endometrium;(3)improving microcirculation;(4) exciting uterus.
分别采用光学显微镜和电子显微镜技术、组织化学技术、微循环技术和器官运动描记等现代医学实验技术，观察了促孕液对小白鼠的卵巢发育、子宫内膜的显微和超微结构和碱性磷酸酶活性、阴道上皮结构和脱落细胞的角化率、对大白鼠的微循环和对家兔的子宫运动的影响，结果证实了促孕液治疗卵巢静止、持久黄体的机理：(1)微弱的雌激素样作用，能刺激卵泡发育，促进子宫内膜和阴道上皮增生、分泌和阴道上皮脱落细胞角化；(2)提高子宫内膜碱性磷酸酶的活性；(3)改善微循环；(4)促进子宫运动。
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This is an adult ovary with two corpora lutea .
这是有两个黄体的成年女性的卵巢。
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Of the life of the general corpus luteum 12-16 days with an average of 14 days.
一般黄体的寿命为12-16天，平均为14天。
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It proved that yellow-mutant belongs to the type of absence of chlorophyll; etiolation had relation to the lack of chlorophyll.The biology characteristic of the yellow-mutant cultured in vitro was investigated. The results showed that the mutant behaved etiolation character in different temperature and illumination time condition.
在离体培养条件下，探讨了桑树黄化突变体的生物学特性，发现在不同温度及光照条件下均表现黄化特征，证明该突变体叶色黄化与否与温度变化无关，不属于温敏型或光敏型叶色突变体，但突变体的黄化程度受温度影响而有一定的变化。
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Results NR4A1 was mainly expressed in the cytosol of ova...
核受体NR4A1蛋白的表达与卵泡的发育成熟及黄体的萎缩有明显的相关性。
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Expression level of NR4A1 in theca cell of mature follicle was significantly higher than in that of growing follicle P
核受体NR4A1蛋白的表达与卵泡的发育成熟及黄体的萎缩有明显的相关性。
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It can lower the levels of follicle stimulating hormone and luteinizing hormone in blood serum and inhibit ovulation, thus causing infertility. Due to its effect of lowering chorionic gonadotropin, restraining the development of corpus luteum graviditatis and iterfering the growth of uterus and the supply of embryotrophy Lithospermum has been confirmed to be effective in termination of pregnancy and herb abortion.
紫草能降低体内卵泡刺激素和黄体生成素水平，抑制排卵从而导致不孕；可降低血清人绒毛膜促性腺激素含量，破坏绒毛生长，阻碍妊娠黄体的发育，起到终止妊娠及辅助药物流产的作用。
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Methods In total 148pregnant women were enro lled in this study. The e-chogenic feature and the blood flow i ndexesof the ovarian corpus luteum were ass essed from4th to 12th gestational week with tra ns-vaginal color Doppler ultrasono graphy.
方法采用经阴道超声检测148例早期妊娠4～12周孕妇的卵巢，观察卵巢内黄体的二维声像及彩色多普勒血流改变，检测收缩期最大峰值流速、阻力指数及搏动指数。
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In order to explain clearly the variation status of embryo from tetrapoid Robinia pseudoacacia and fully use the variation resource initiated in the sexual reproduction of TRP in the further improvement of TRP, the classification and vitalities of seed embryos from tetraploid Robinia pseudoacacia were studied. The main results are as follow. According to the cotyledon number, color and plumpness, the seed embryos of TRP could be divided into 5 types: YVT (yellow, very replete,2 cotyledons), YMT( yellow, more replete,3 cotyledons ), YRF ( yellow, replete,4 cotyledons ), GNT ( green, no-replete, 2 cotyledons ) and WNT ( white, no-replete, 2 cotyledons ).
为了阐明刺槐同源四倍体种子胚变异状况及充分利用刺槐同源四倍体有性过程创造的变异资源对四倍体刺槐进行遗传改良，研究了刺槐同源四倍体种子胚类型及其生活力特征，主要结论如下：刺槐同源四倍体种子胚按照子叶数量、颜色及饱满程度，可以划分出5个类型：黄二、黄三、黄四、绿二及白二，所有类型种子胚混合平均单胚重量接近二倍体的1/2。
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Statement the structure and function of corpus luteum.
简述黄体的结构和功能。
- 更多网络解释与黄体的相关的网络解释 [注：此内容来源于网络，仅供参考]
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corpus luteum：黄体
排卵后,留在破裂的滤泡中的细胞会大量增殖而形成一个灰黄色的构造─黄体(corpus luteum). 如果卵细胞没有受精,黄体便会退化,但一旦卵细胞授精后黄体便会一直持续到怀孕的最后. 黄体退化后呈白色,称为白体(corpus
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lutein cyst：黄体囊肿,卵巢黄体囊肿
lutein cells 黄体素细胞,黄体细胞 | lutein cyst 黄体囊肿,卵巢黄体囊肿 | luteinic 黄体的
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luteinization：黄体形成
luteinic 黄体的 | luteinization 黄体形成 | luteinizinghormone 黄体生成激素 促黄体生成素
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progesterone：黄体素
不足慕 黄体素(progesterone)是人类生殖生理很重要的荷尔蒙,特别在怀孕初期的受孕著床与维持正常怀孕所不可或缺的荷尔蒙. Baulieu医师自1970年发现黄体素接受器(receptor)之后,即积极寻找黄体素拮抗剂(antagonist).
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progesterone; progestin：黄体固酮;黄体激素
早衰病 progeria | 黄体固酮;黄体激素 progesterone; progestin | 突颚的;前口的 prognathous
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luteal：黄体的
lute 密封 | luteal 黄体的 | lutecium 镥
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luteal：黄体的 (形)
lute 用封泥封 (动) | luteal 黄体的 (形) | lutecium 镥 (名)
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luteal cyst：黄体囊肿
卵泡囊肿(Follicular Cyst)、黄体囊肿(Luteal Cyst)和囊肿黄体(Cystic Corpus Luteum)是常见的卵巢囊肿. 虽然卵巢炎和卵巢肿瘤也使卵巢形状增大许多,但临床并不多见,本文从略. 三类卵巢囊肿中,囊肿黄体属于正常,只有卵泡囊肿和黄体囊肿系病理性结构.
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Luteinizing hormone,LH：黄体生成素
I)、促黄体生成素(Luteinizing hormone LH)、促卵泡激素(Follicle stimulating hormone FSH)含量的影响.方法:用SEROZYME-Ⅰ型磁分离酶联免疫测定仪对77例伴高泌乳素血症的精神分裂症康复者和40例对照组的血清睾酮、雌二醇、促黄体生成素和促卵泡激素进行测定.结果:组1的受试者血清睾酮、血清雌二醇、促黄体生成素和促卵泡激
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luteinizing hormone releasing hormone：黄体生成素释放激素
luteinizing hormone releasing factor 促黄体生成素释放因子 | luteinizing hormone releasing hormone 黄体生成素释放激素 | luteotrophic 促黄体的