primordial follicles
英 [praɪˈmɔːdiəl ˈfɒlɪklz]
美 [praɪˈmɔːrdiəl ˈfɑlɪkəlz]
网络 原始卵泡; 始基滤泡
双语例句
- Objective: To observe which system was more suitable for the growth and development of the primordial follicles of neonate rat.
目的：探讨最适宜于大鼠原始卵泡体外生长发育的培养体系。 - Study the Signalling Pathway of c-erbB_2 in the Primordial Follicles Onset
原癌基因c-erbB2调控原始卵泡启动生长中有关信号通路的研究 - The germ line cysts break apart into individual cells and become packaged into primordial follicles.
前泡膜细胞被募集到原始卵泡周围，原始卵泡发育并向初级卵泡转化。 - Effect of Progesterone and Epidermal Growth Factor ( EGF) on the Growth Initiation of the Neonatal Rat Ovarian Primordial Follicles in Culture Systems
孕酮和表皮生长因子在体外培养新生大鼠卵巢原始卵泡生长启动中的作用 - Human fetal ovary has low immunogenicity and is full of multimillions of primordial follicles, which can grow and develop to secrete hormones after leaving the body.
人类胚胎卵巢免疫原性低，其内含有数百万的始基卵泡，这些始基卵泡离体后可生长发育并分泌激素。 - Positive staining was mainly detected in primordial follicles, primary follicles and secondary follicles, thicker in big follicles than in small follicles;
阳性斑点主要集中于各级卵泡，且大卵泡斑点较小卵泡密集； - The primordial follicles could initiated and grow some.
原始卵泡能在体外启动，并得到一定程度的生长。 - Fresh and frozen ovarian biopsies displayed similar follicular distribution and similar percentage of healthy primordial or primary follicles.
冷冻后各组中卵泡分布以及形态正常的始基与初级卵泡比例，与冷冻前比较差异无显著性； - There was detectable mPGES immunostaining in the granulosa cells of the different follicles. The strongest mPGES immunostaining was seen in the primordial follicles, while a strong level of the immunostaining was also observed in the primary follicles, the secondary follicles, and mature follicles.
在原始卵泡、初级卵泡、次级卵泡及成熟卵泡的颗粒细胞中都有mPGES免疫染色，其中原始卵泡中最强，初级卵泡、次级卵泡和成熟卵泡中较强。 - The difference in proportions of morphologically normal primordial follicles among Group A, Group B, and Group C was not significant, so were the proportions of morphologically normal primary follicles.
B、C组形态正常的原始卵泡比例和初级卵泡比例，与A组相比无统计学差异。 - Conclusion: Granulosa cells, not oocytes of human primordial follicles are affected by the slowly-freezing procedure.
结论：冷冻复温的过程主要破坏卵泡中的颗粒细胞，而对卵母细胞的损伤很小。 - Conclusion Vitrified mouse ovarian tissue could maintain similar viability of primordial follicles and primary follicles and estradiol secretion with non-frozen ovarian tissue.
结论玻璃化冷冻法可以较好地保存小鼠卵巢组织内的原始卵泡和初级卵泡，且不影响卵巢组织的激素分泌。 - Results In this study, the morphological integral primordial follicles rates in the fresh, vitrification, and slow-freezing groups were 97.6%, 80.3% and 72.6%, respectively.
【结果】本研究中新鲜组、慢速冻融组和玻璃化冻融组的原始卵泡形态完整率分别是97.6%、72.6%和80.3%。 - Results: 1. The results of HE staining showed that: compared with control group, there were more primordial follicles and less typical growing follicles and mature follicles in cortex of rat ovary in the drug-given group.
结果：1.普通HE染色结果表明：用药组大鼠卵巢皮质内有较多的原始卵泡，与其对照组比较，典型的生长卵泡和成熟卵泡明显减少。 - Objective: To investigate the morphology and viability of granulosa cells in primordial follicles from fresh and cryopreserved human ovarian tissues.
目的：探讨冷冻保存对人始基卵泡中颗粒细胞的形态及存活率的影响。 - The results suggested that: EGF plays an important role in the initiation of mouse fetal ovarian primordial follicles.
结果提示：EGF在胎鼠卵巢原始卵泡生长起始中起重要作用； - The results suggested: ① FSH promotes the follicle development of mouse fetal ovarian and the secretion of estrodial, although FSH is not necessary for the initiation of primordial follicles;
结果提示，FSH虽然不是小鼠胚胎卵巢原始卵泡生长起始所必需，但对腔前卵泡的进一步发育及其雌二醇的分泌有促进作用； - Slowly-freezing process affecting the morphology and viability of granulosa cells in human primordial follicles
冷冻保存对人始基卵泡中颗粒细胞的影响 - The growth of primordial follicles was observed after knocking down the expression of proto-oncogenes c-myc and neul in the ovary.
敲减卵巢中原癌基因c-myc和neu1的表达后，观察原始卵泡启动生长情况。 - 0.60IU/mL group the lowest number of primordial follicles, significant differences between the groups.
其中培养12h时，0.60IU/mL组原始卵泡数量最低，组间差异显著。 - Once started primordial follicles will enter the continuous process of differentiation and development irreversibly till they become dominant follicles which can mature and ovulate or degenerate halfway.
原始卵泡是一种处于休眠状态的卵泡，它一旦被启动便是一个不可逆的连续的分化和发育过程，要么变成优势卵泡，使卵子成熟与排放；要么中途闭锁退化。 - However, the ischemic hypoxia and ischemic – reperfu sion injury after the operation often cause great loss of primordial follicles, which results in low survival rate and worse function and shorter life span of the transplanted ovary.
但术后的缺血期及缺血-再灌注损伤常导致原始卵泡大量丧失，使得移植后卵巢成活率及功能低下，卵巢生存期缩短。 - Once the depletion and atresia of primordial follicles is too fast to cause premature ovarian failure, endocrine dyscrasia and infertility.
一旦原始卵泡闭锁或消耗过快，便会引发卵巢早衰（Prematureovarianfailure，POF），导致内分泌失调和不孕症等。 - Atresia is started by the apoptosis of oocytes in primordial follicles and primary follicles.
在卵泡发育的早期阶段（包括原始卵泡阶段、初级卵泡阶段和小窦前卵泡阶段），闭锁是先由卵母细胞的凋亡启动的，继而是颗粒细胞的凋亡。 - Methods: ( 1) Oocytes from ovarian nests and primordial follicles of postnatal day 2 rat ovaries were cultured.
方法：（1）体外分离培养新生两天大鼠卵母细胞巢和原始卵泡内的卵母细胞。 - The tolerance of primordial follicles to frozen damage is higher than primary follicles. 2.
结论1.人卵巢组织内始基卵泡对冷冻损伤的耐受性高于初级卵泡。 - The primordial follicle formation is known as follicle assembly. In this process, the primordial follicles formed after the oocyte completed mitosis and entered into the process of meiosis.
原始卵泡的形成过程也就是人们熟知的卵泡组装，在组装过程中，卵母细胞完成有丝分裂并进入减数分裂阶段，原始卵泡就此形成。 - The assembly of primordial follicles early in ovarian development and subsequent transition to primary follicles are critical processes in ovarian biology. These processes directly affect the number of oocytes available to a female throughout her reproductive life.
原始卵泡的形成及之后发育成初级卵泡在卵巢发育生物学上是很重要的过程，该过程直接影响了女性一生中能够提供的卵子数。