| 1. | Capacitation of acrosome ; process of pregnancy
精子获能;妊娠的过程。 |
| 2. | Eeffect of different concentrations of progesterone on ovine sperm capacitation in vitro
孕酮对绵羊精子体外获能的影响 |
| 3. | These imply the bsp proteins have important functions in sperm lipid metabolism , sperm capacitation and acrosome reaction
目前在猪及马的精浆中也都发现了与bsp蛋白同源的蛋白质的存在。 |
| 4. | Bsp proteins can potentate sperm capacitation induced by heparin and hdl in vitro and bsp proteins can also stimulate cholesterol efflux from spermatozoa
Bsp蛋白与精子的获能及顶体反应有密切关系。 |
| 5. | Sperm are not able to fertilize the egg unless they go through an activation process named capacitation , which is known to be stimulated by bicarbonate
精子必须经过一个启动的过程才能使卵子受精，这过程称为精子获能。这个精子获能的过程已知是由碳酸氢盐诱发。 |
| 6. | Endotoxin made capacitation of mouse , golden hamster and human sperm increase in advance , and the effect on frozen - thaw human sperm was stronger than fresh human sperm . 2
内毒素使小鼠、金黄地鼠和人精于获能的高峰期提前，且对人冷冻精于体外获能的影响比人新鲜精子更加显著。 |
| 7. | Co - culture of sperm with endometrial cells treated with antisense oligonucleotide against cftr , or with bicarbonate secretion - defective cf epithelial cells , resulted in lower sperm capacitation and egg - fertilizing ability
相反，如果用缺乏cftr的细胞，或者是cftr发生突变的细胞，精子便不能有效获能。 |
| 8. | Many reports suggested that the high cholesterol concentration of sperm membraneis a barricade of capacitation and in many mammals such as bull , ray and human . it had been corroborated there is cholesterol efflux while capacitation
Bsp蛋白还可促进精子胞膜上的胆固醇外流，目前已有报导认为精子胞膜上高浓度的胆固醇是妨碍获能的一个重要原因。 |
| 9. | Cftr inhibitor or antibody significantly reduces the sperm capacitation , and the associated hco3 - dependent events . they also found that the fertilizing capacity of the sperm obtained from heterozygous cftr mutant mice is also significantly lower as compared to that of the wild - type
Cftr抑制剂或抗体能有效减低精子获能，及相关的碳酸氢根依赖反应；研究人员又证实cftr突变老鼠，其精子授精能力大大比野生型老鼠为低。 |
| 10. | These results suggest that cftr in sperm may be involved in the transport of hco3 - important for sperm capacitation and that cftr mutations with impaired cftr function may lead to reduced sperm fertilizing capacity and male infertility other than cbavd
研究结果显示，精子的cftr功能为碳酸氢根的传输，促使精子获能；而cftr基因突变引致功能失效，会降低精子授精能力，这是先天性无输精管以外另一导致男性不育的可能因素。 |
