acrosome

1. Study the mechanism of Candida albicans vaginitis on acrosome reaction in human sperm
   白色念珠菌性阴道炎对人精子顶体反应影响机制的初步探讨
2. In vitro, the acrosome reaction of sperm does not influence the ovum fertilization rate.
   在体外，精子顶体反应率的高低与卵子受精率没有明显的相关性。
3. Study of the Effect of Progesterone on Sperm Capacitation and Acrosome Reaction
   孕酮对精子获能及顶体反应影响的研究
4. Acrosome reaction and anti-fertility small molecule compounds
   精子顶体反应与抗生育小分子化合物研究进展
5. Proteins and Signal Transductions Related to Spermatozoa Acrosome Reaction in Mammalian
   哺乳动物精子顶体反应相关的蛋白及信号传导
6. In the sea urchin eggs, sperm acrosome reaction stirred up the eggs week in a polysaccharide film material.
   在海胆卵上，激起精子顶体反应的是卵周胶膜中的某种多糖物质。
7. The sperm acrosome reaction research helps us to understand and control the process of fertilization, and develop new male contraceptive agents.
   对于精子顶体反应的研究有助于了解受精过程并人为进行控制与干预并开发男性避孕剂。
8. Objective: To explore the mechanism of C.albicans vaginitis on acrosome reaction ( AR) in human sperm.
   目的探讨白色念珠菌性阴道炎对人精子顶体反应（AR）的影响机制。
9. Objective To explore the influence of IgG-antisperm antibody in seminalplasma on the sperm acrosome reaction ( AR).
   目的探讨精浆抗精子抗体对人精子顶体反应的影响。
10. But the sperm abnormal acrosome rate had no obvious changes in the whole experiment.
    但是整个试验过程中精子畸形率两组间差异不显著。
11. In sperm and oocyte, it is proved that the calcium signals have great roles in series of complicated processes: capacitation, acrosome reaction, oocyte maturation, fertilization, embryo cleavage etc.
    在精子和卵母细胞中，钙信号对精子获能、顶体反应、卵母细胞成熟、受精及卵裂等一系列复杂的过程有非常重要的影响。
12. Impacts of Ca~ ( 2+) in sperm capacitation and acrosome reaction
    精子获能及顶体反应中与Ca~（2+）相关的变化
13. Sperm capacitation in vitro and acrosome reaction ( AR) were premise and basic of IVF. So study on sperm capacitation and AR helps to the development of IVF.
    精子体外获能和顶体反应是体外受精的前提和基础，因此对精子体外获能和顶体反应进行研究有助于体外受精技术的深入开展。
14. The acrosome reaction was happened after capacitation.
    获能后精子发生了顶体反应。
15. Study the mechanism and effects of tumor necrosis factor alpha on the sperm acrosin activity and acrosome reaction
    肿瘤坏死因子对人精子顶体酶和顶体反应的影响及机制探讨
16. The head is composed of acrosome and nucleus.
    头部由顶体与细胞核构成。
17. Effect of fenvalerate on sperm acrosome reaction in mice and its mechanism
    氰戊菊酯对小鼠精子顶体反应影响及作用机理
18. The Effect of Protein C Inhibitor on Human Sperm Acrosome Reaction and Acrosin Activity
    蛋白C抑制剂对人精子顶体反应和顶体素活性的影响
19. Effects of sperm selection and semen cryopreservation on the rate of acrosome intactness
    精子优选和精液冷冻对顶体完整率的影响
20. Influence of Protein Kinase C on Motility and Acrosome Reaction of Sperm
    蛋白激酶C对精子活力和顶体反应的影响
21. Changes of calcium distribution during capacitation and acrosome reaction of the giant panda sperm
    大熊猫精子获能和顶体反应过程中钙分布变化规律的研究
22. A series of changes occurred in morphology and structure, including chromatin condensation, development and fusion of mitochondria, acrosome formation and cytoplasmic diminution.
    其形态结构发生了一系列变化，主要包括：核染色质浓缩、线粒体的发达与融合、顶体形成和胞质的减少。
23. Detection of acid phosphatase for evaluating human sperm capacitation and acrosome reaction
    酸性磷酸酶检测评价人精子获能和顶体反应
24. PLC plays important roles not only in sperm acrosome reaction but also in egg activation.
    PLC在调控信号转导通路中的特性使其在顶体反应、卵子激活中发挥了巨大的作用。
25. Golgi apparatus is avery important organelle during acrosome formation.
    而高尔基体则是顶体形成过程中非常重要的细胞器。
26. The head was composed of acrosome, sub-acrosome space and nucleus.
    精子头部由顶体、亚顶体腔和细胞核组成。

noun

1. a process at the anterior end of a sperm cell that produces enzymes to facilitate penetration of the egg