生殖工程

  • 网络Reproductive Engineering;reproduction engineering
生殖工程生殖工程
  1. 目的测定长爪沙鼠、NIH小鼠和SD大鼠的血清雌二醇(E2)和孕酮(P)水平,为研究长爪沙鼠的生殖和胚胎工程提供基础资料。

    Objective To make measurement of the estradiol ( E-2 ) and progesterone ( P ) level in blood serum of Mongolian gerbils , and to compare with those in NIH mice and SD rats .

  2. 人类生殖与发育工程的伦理学问题及其对策

    Ethnics problems and its countermeasure of human procreation and development engineer

  3. 男性生殖干细胞工程

    Advances in Male Germ line Stem Cell

  4. 详细介绍了引进外来种质、诱变、组织培养、孤雌生殖和基因工程等玉米种质创新途径及其应用。

    The methods and the applications in maize breeding of the introduction of exotic germplasm , mutagenesis , tissue culture , genetic engineering were reported in detail .

  5. 生殖道感染干预工程对计划生育服务人员影响的比较研究

    Impact of Reproductive Tract Infections Intervening Project on Family Planning Staff

  6. 生殖道感染干预工程干预效果的纵向对比研究

    The Vertical Study on Effectiveness of Reproduction Tract Infection Intervening Project

  7. 八要素评估法在中国生殖健康三大工程评估中的研究与应用

    Application of 8Ps in the Evaluation on Three National Comprehensive Reproductive Health Programmes in China

  8. 生殖道感染干预工程对干预对象知、信、行影响的研究

    Impact of Reproductive Tract Infection Intervening Project on Objects ' Knowledge , Attitudes , Practice

  9. 生殖道感染干预工程对农村生殖道感染妇女就医行为影响的研究

    Impact of Reproductive Tract Infection Intervening Project on Behaviors of Seeking for Medical Advice among Married Women with Reproductive Tract Infections

  10. 结论:五倍可利胶囊具有较高的安全性、较高的疗效和相对广谱的特点,特别在实施生殖道感染干预工程的农村地区具有肯定的推广价值,可鼓励推广应用。

    Conclusion : " Wu Bei Ke Li " has great safety , superior effects and relative broad - spectrum , thus it is valuable in applying and extending in RTI intervention project in the rural areas .

  11. 植物实验生殖生物学与生殖细胞工程:现在与未来

    Experimental reproductive biology and reproductive cell engineering of plants : now and future

  12. 文章还较详细的评述了生殖系统转化在基因转化系统研究中的地位,展望了植物生殖基因工程学科发展前景。

    In this paper , the status of reproductive cell-mediated transformation in the transformation system was discussed the development of plant reproductive cell genetic engineering was also prospected .