葡萄苗

  • 网络Grape seedlings;Grape plantlet
葡萄苗葡萄苗
  1. 利用温室加速繁殖葡萄苗

    To propagate the grape seedlings in high speed by using the propagating house

  2. 高温胁迫对~(14)C-水杨酸在葡萄苗中运转分配的影响

    Effects of Elevated Temperature on Transportation and Distribution of ~ ( 14 ) C-salicylic Acid in Grape Seedlings

  3. 1788年亚瑟•飞利浦船长到达悉尼港,带来了他从巴西和好望角买来的澳洲第一株葡萄苗。

    In1788 Captain Arthur Phillip arrived at Sydney Cove he bought along Australia 's first grape vines from Brazil and the Cape of Good Hope .

  4. 盆栽试验表明,随着酚酸浓度提高、处理时间延长,对盆栽葡萄苗生长的抑制程度增强。

    Based on pot experiment , the results indicated that with phenolic acids concentration increasing and treatment time prolonging , the degree of inhibition increased .

  5. 随着硅浓度的增加,葡萄试管苗的MDA含量逐渐上升;

    MDA content of test tube plantlet increased with silicon concentration .

  6. 硫酸铵或尿素代替硝酸铵的MS培养基对苹果、草莓和葡萄组培苗继代的效应

    Effects of MS Medium Containing Ammonium Sulfate or Urea Instead of Ammonium Nitrate on Subculture of Malus , Strawberry and Grape

  7. 6-BA和IAA对葡萄试管苗快速繁殖的影响

    The Influence of 6-BA and IAA on Grape Propagation in vitro

  8. PEG处理葡萄试管苗生理反应及叶片组织形态研究

    Study on physiological metabolic indexes and leaf organic morphology of grape plantlets in vitro under PEG-indued water stress

  9. PBO对葡萄试管苗繁殖和移栽成活率的影响

    Effect of PBO on Grape Tube Seedling Propagating and Transplanting Success

  10. 结果表明:PEG处理导致葡萄试管苗脯氨酸的积累和内源ABA的迅速增加。

    Proline accumulation of leaves was caused by imposition of PEG and ABA content of leaves in all PEG-treated plantlets rose rapidly .

  11. 初代和继代培养葡萄试管苗的内源IAA、ZRs和ABA含量变化及其与生根的关系

    Rooting and Changes in Endogeneous IAA , ZRs and ABA Contents in Test-tube Plantlets of Grape from Primary Culture and Subculture

  12. 葡萄试管苗对培养基内蔗糖的吸收为47.28%~55.42%,增施CO2后,试管苗对蔗糖的吸收量有所降低,为38.65%~43.32%。

    Grape plantlets could absorb 47.28 % ~ 55.40 % sucrose of the medium , after increasing CO2 concentration , the rate at which the plantlets absorbed the sucrose decreased to 38.65 % ~ 43.32 % .

  13. 葡萄试管苗光合与呼吸特性的研究

    Studies on Photosynthesis and Respiration Characteristics of Grape Plantlet in Vitro

  14. 供氮对葡萄试管苗氮素利用及分布的影响

    Nitrogen utilization and distribution in grape plantlets under different nitrogen level

  15. 葡萄无菌苗体系建立试验初探

    Preliminary Approach to the Establishment of Aseptic Grape Seedling System

  16. 葡萄试管苗嫁接方法研究

    Study on the Graft Method for Grape in Vitro Plantlets

  17. 毛葡萄组培苗栽培技术

    Techniques for cultivating seedlings of hairy grape from tissue culture

  18. 稀土元素铈对‘红地球’葡萄组培苗生长的影响

    Effects of Rare earth Elements Cerium on'Red Globe ' Grape Plantlets in Vitro

  19. 几种生长抑制剂对葡萄试管苗生长的影响

    Effects of some plant inhibitors on the growth of Grape Plantlets in test-tube

  20. 简要介绍毛葡萄组培苗的生长发育、结果特点;

    Growth , development and fruit habits of hairy grape were introduced briefly .

  21. 葡萄试管苗快繁的研究

    Study on Rapid Propagation of Grape in vitro

  22. 葡萄试管苗的生长发育对外源碳有一定的依赖性。

    To some degree the growth and development of the grape plantlets relied on carbon .

  23. 不同光质对葡萄试管苗离体培养生长发育的影响

    Effects of Light Quality on the Growth and Development of in Vitro Cultured Grape Plantlets

  24. 不同光质对葡萄试管苗生长及内源激素含量变化的影响

    Effects of Different Light Quality on Growth and Endogenous Hormones Contents in Grape Plantlet in Vitro

  25. 不同光质对葡萄试管苗和愈伤组织增殖及白藜芦醇积累效应的研究

    Effects of Different Light Qualities on Multiplication and Resveratrol Accumulation of Grape Test-tube Plantlet and Its Callus

  26. 温度和光照对‘红地球’葡萄试管苗光合特性的影响

    Effects of Temperature and Light Intensity on Photosynthetic Characters of ' Red Globe ' Grape Plantlet in Vitro

  27. 葡萄试管苗热处理结合茎尖培养脱病毒效果的研究

    A study on eliminated grape virus diseases with heat therapy plantlets followed by shoot tip culture in vitro

  28. 铜离子对不同品种葡萄试管苗毒害机理的初步研究

    Primary Study on the Toxic Mechanism of Cu ~ ( 2 + ) on the Grape Test Tube Seedlings

  29. 葡萄试管苗的繁殖及提高移栽成活率的研究

    Research on the propagation of grape in vitro and the improvement of the plantlet survival in transplant in G

  30. 2在适宜的再生条件下,葡萄试管苗各器官中,叶片和茎尖是获得再生丛生芽的最佳外植体。

    On the feasible regrowth condition , leaf and stem apex can attain large cluster bud from In Vitro Grape Plantlets .