胚性细胞

  • 网络embryogenic cell;embryonic cell
胚性细胞胚性细胞
  1. 用ELISA方法测定了胚性细胞形成球形胚的过程中,内源ABA和CTK的含量变化。

    Endogenous abscisic acid ( ABA ) and cytokinins ( CTK ) were determined by ELISA during early stage from embryonic cell to globular embryo .

  2. 从水稻种子愈伤组织胚性细胞系筛选耐盐突变体

    Screening of Salt-tolerant Variants from Seed-callus Embryonic Cell Lines in Rice

  3. ATP酶的活性定位研究表明,胚性细胞的膜系统等部位存在活跃的ATP酶活性反应。

    ATPase activity was observed on the membrane system of the embryogenic cells .

  4. Spd只在胚性细胞分化早期出现,Spm仅在体细胞胚发育晚期存在。

    Spermine was discovered only in later stage of somatic embryo development .

  5. 结果显示,内源ABA含量的升高与胚性细胞的启动和发育密切相关,外源ABA对体细胞胚的发生也有促进作用。

    The results showed that the increase in endogenous ABA contents were closely related to starting and development of embryogenic cell .

  6. 抗冻蛋白(afp)基因表达载体的构建及对香蕉胚性细胞悬浮系的转化

    Construction of a plant expression vector containing antifreeze protein ( afp ) gene and it 's transformation into banana ( Musa AAA Cavendish ) embryogenic cell suspension

  7. 在胚性细胞分化和分裂过程中ATP酶活性和分布的动态变化表明,这些胚性细胞进行着旺盛的主动物质吸收和活跃的新陈代谢过程。

    The dynamic changes of ATPase activity and distribution in embryogenic cells differentiation and division show that these embryogenic cells are in a state of active material absorption and active metabolism .

  8. 用显微光度图像分析系统研究谷子胚性细胞系的GDH细胞类型分布

    Studies on the Cell Type Compositions of Embryogenic Callus of Foxtail Millet by Using the Micro-optic Density Image Analysis System

  9. 从光敏核不育水稻31301s胚性细胞悬浮系分离培养原生质体,成功地实现了植株再生。

    Plantlets were regenerated from protoplasts derived from embryogenic cell suspensions of photo-period sensitive genie male sterile rice 31301s .

  10. 苹果胚性细胞的诱导及植株再生研究

    Study on the Embryogenic Cells Induction and Plant Regeneration of Apple

  11. 香蕉分生小球体途径胚性细胞悬浮系的建立

    Establishment of Embryogenic Cell Suspensions from Meristematic Globules of Musa spp

  12. 电镜和光镜观察表明,适应型珠心愈伤组织由胚性细胞和非胚性细胞组成。

    The habituated nucellar calli consisted of embryogenic and non-embryogenic cells .

  13. 对甘薯胚性细胞悬浮培养系的建立进行了研究。

    Establishment of embryogenic cell suspension cultures in sweet potato was studied .

  14. 百合鳞叶细胞形态发生中胚性细胞的电镜观察

    The ultrastructural observation of embryonic cells in morpho genesis of lily bulb

  15. 棉花胚性细胞悬浮系的建立及其影响因素分析

    Establishment of Cotton Embryogenic Suspension Cultures and Analyses of the Affecting Factors

  16. 被子植物胚性细胞及嫁接愈伤组织中的环状片层

    Annulate Lamellae in The Embryonic Cells and The Graft Callus of Angiosperms

  17. 甘蔗胚性细胞团和愈伤组织某些性质的比较

    Comparison of certain characteristics of embryoids and callus of sugar-cane

  18. 红三叶和白三叶愈伤组织的诱导和胚性细胞悬浮系的建立

    Induced Calli and Established Embryogenic Cell Suspensions From Trifolium repens and Trifolium pratense

  19. 苹果胚性细胞原生质体培养获得再生新梢

    Shoot Regeneration of Protoplasts Isolated from the Embryogenic Suspension Cell Lines of Apple

  20. 大麦胚性细胞悬浮系的建立及其生长特性

    Establishment and Characterization of Barley ( Hordeum Vulgarel ) Embryogenic Cell Suspension Cultures

  21. 龙眼胚性细胞系的建立与保持

    Establishment and maintenance of longan embryogenic cell lines

  22. 离子束照射甘薯胚性细胞团获得突变体

    Mutants obtained from embryogenic cell suspension cultures irradiated by ion beam in sweet potato

  23. 甜菜基因型的筛选及胚性细胞系建立的研究

    A Study on GenotyPe Screening of Sugarbeet and the EStablishment of Embryonic Cell Lineage

  24. 从香蕉胚性细胞悬浮系获得再生植株

    Plant Regeneration from Embryogenic Cell Suspension of Banana

  25. 不同激素对甘薯胚性细胞悬浮系植株再生的影响

    Effect of Different Hormones on Plant Regeneration from Embryogenic Cell Suspension System of Sweet Potato

  26. 大蒜胚性细胞悬浮系的建立

    Establishment of Embryonic Cell Suspension Culture Line

  27. 石刁柏非胚性细胞与体细胞胚胚体细胞的超微结构研究

    Ultra structural studies of UNEMBRYOGENIC cells and embryogenic cells of somatic embryos in Asparagus officinalis

  28. 继代培养十年后玉米单倍性胚性细胞系的倍性和再生

    Ploidy and Regeneration Capacity of Maize Haploidy Embryonic Cell Clones after Subculture for Ten Years

  29. 胎座的胚性细胞经继代培养能保持较长时期的分裂能力。

    The embryonic cells of placenta in subculture divi - ded continuously during a longer period .

  30. 胚性细胞和球形胚都积累大量淀粉粒,代谢活跃。

    Both embryogenic cells and globular embryos had strong metabolism , and accumulated plenty of starch grains .