| 1. | Determination of l - carnitine in human seminal plasma by hplc method and its clinical significance
肉毒碱的研究及其临床意义 |
| 2. | Detection of malondialdehyde concentrations in seminal plasma of infertile men by high - performance liquid chromatography
应用高效液相色谱法检测男性不育患者精浆丙二醛水平 |
| 3. | The homologous proteins to bsp proteins have been found in the seminal plasma of boar and horse
这些都说明bsp蛋白及其同源蛋白在哺乳动物中是广泛存在的，并应当具有一定的生理意义。 |
| 4. | The major function of the bovine seminal plasma protein is to accelerating the capacities of bovine epididymal sperm
Bsp蛋白家族是牛精浆的主要蛋白成分。 bsp家族的主要功能是促进精子的顶体反应及获能。 |
| 5. | Detection of superoxide dismutase activities and malondialdehyde levels in seminal plasma from health volunteers and the patients with asthenospermia
弱精子症患者和健康男性精浆中超氧化物歧化酶与丙二醛测定及其临床意义 |
| 6. | Bovine seminal plasma proteins may stimulate cholesterol and phospholipids efflux from the sperm membrane , which is the important step of the ca - pacitaion
Bsp蛋白可以激发精子表面的胆固醇和磷脂外流，而膜胆固醇的丢失又是获能的重要一步。 |
| 7. | Introduction bovine seminal plasma protein family secreted by the seminal vesicles . bovine seminal plasma is the major component of bovine seminal plasma
目的牛精浆( bovineseminalplasma )作为精子的载体，是牛睾丸、附睾及附性腺分泌的一种复合物。 |
| 8. | This conceptual article describes our original thoughts of the future development of immunocontraceptives ， preferably ， based on immunoglobulins rather than vaccines ， against human sperm specific antigens and seminal plasma immunosuppressive factors
本文描述就未来免疫避孕药具开发的原始想法，最理想的避孕药具可能是基于针对人类精子特异性抗原和精浆免疫抑制因子的免疫球蛋白。 |
| 9. | Bsp ( boyine seminal plasma ) protein is the cardinal protein in bovine sperm , which can combine with choline or phosphycholine and then adhere to the surface of sperm to promote the sperm capacitation induced by heparin and high density lipoproteins ( hdl ) . moreover , bsp protein can combine with heterogeneous collagen , fibrinogen , heparin , calmoduline , igf - ii and apoa - i . bsp can also inhibit the migration of cholesterol on the sperm membrane
前言bsp ( bovineseminalplasma )蛋白是牛精浆中的主要蛋白质， bsp蛋白可以与胆碱或磷脂胆碱结合，黏附于精子表面，可促进由肝素、 hdl等诱导的获能过程，另外bsp蛋白与不同来源的胶原、纤维蛋白原、肝素、钙调蛋白、 igf - 、 apoa -等结合， bsp蛋白还可抑制精子胞膜上的胆固醇迁移，这些都暗示了bsp蛋白在精子胞膜的脂类代谢及调节精子的获能以及顶体反应方面发挥重要作用。 |
