parthenocarpy

  • n.单性结实;未经授粉而结果
parthenocarpyparthenocarpy

noun

1
(botany) the development of a fruit without fertilization or seeds

数据来源:WordNet

  1. Genetic effect of Parthenocarpy in tomato plants and new material creation

    番茄单性结实性的遗传效应和转育

  2. Study on Factors Affecting Facultative Parthenocarpy and Fruit Development in Tomato

    影响番茄兼性单性结实及果实发育的因素

  3. Parthenocarpy or the Hawthorn Tree with Reference to the Induction Method

    山楂单性结实现象及诱导方法的研究

  4. Some cultivars which were cross pollination had the ability to parthenocarpy at present .

    一些异花授粉品种具有单性结实的能力;

  5. A preliminary study on loquat parthenocarpy flowering and fruit-bearing by artificial induction

    人工诱导枇杷单性结实开花结果习性研究

  6. The Initial Study on NAA Promotes Parthenocarpy of Pumpkin

    萘乙酸(NAA)促进南瓜单性结实初探

  7. The results showed that the heredity of parthenocarpy was not correspondent with the additive dominant model .

    统计分析表明:茄子单性结实性状遗传不符合加性-显性遗传模型,存在着非等位基因间的上位作用;

  8. Progress in Studies on Parthenocarpy Vegetables

    蔬菜单性结实研究进展

  9. Studies on the Physiological and Biochemical and Parthenocarpy Characteristics of Male-sterility in Eggplant

    茄子雄性不育生理生化特性及单性结实的研究

  10. The results show : Roxburgh Rose has an ability of self & pollination and parthenocarpy ;

    前言:研究表明:剌梨具有一定的自花授粉和单性结实能力。

  11. As the result shows , the tested material is a kind of temperature-sensitive parthenocarpy and express this characteristic under low temperature .

    试验结果表明,供试材料的单性结实性属于温度敏感型,在低温下表达。

  12. Auxin is the main hormones caused parthenocarpy of cucumber , and other plant growth regulators play an indirect role .

    生长素是引起黄瓜天然单性结实性的主要激素,其它植物生长调节剂起间接作用。

  13. Study on the Behaviour of Parthenocarpy 、 Physidogical Characteristics and Heredity Lows of Pepper

    辣椒单性结实习性、生理特性及遗传规律的研究

  14. The Relationship between Endogenous Hormone and Parthenocarpy in the Eggplant Fruitlets

    茄子子房内源激素含量与单性结实的关系

  15. D-10 is a kind of facultative parthenocarpy eggplant which expresses this characteristic under low temperature .

    茄子D-10的单性结实性属于兼性单性结实,既由遗传基因控制同时又受环境调节影响。

  16. Meanwhile , parthenocarpy fruits which have no seeds or have thin seeds so that improve value and accord with our value breeding aim .

    同时,单性结实的果实因不经受精而无籽或种子空瘪,品质明显提高,商品性得到改善,符合如今品质育种的目标,达到设施专用品种的要求。

  17. The parthenocarpy of watermelon was inducible in some degree by GLD .

    可以促进西瓜不同程度的单性结实。

  18. In comparison , GA3 had little effect on the induction of parthenocarpy and the transcripts of cell cycle-related genes .

    相对而言,赤霉素(GA3)不能诱导单性结实,其对细胞分裂和细胞周期相关基因的表达作用也很小。

  19. The CPPU is a kind of novel plant growth regulator which has higher activities in promoting cell division , fruit setting and inducing parthenocarpy .

    CPPU是一种新型植物生长调节剂,具有促进细胞分裂、促进座果、诱导单性结实等特点,在农业、园艺等领域有广泛的应用。

  20. The Evodia rutaecarpa planted conforms generally to parthenocarpy .

    一般为单性结实,无发育正常的种子。

  21. CPPU not only showed high activity in inducing parthenocarpy , the parthenocarpy set was as high as100 % , but also promoted the fruit development .

    而CPPU处理不仅座果率高达100%,而且促进果实的生长产生单性结实果。

  22. Molecular genetic research reveals that some endogenous genes in plants are responsible for parthenocarpy , even that some genes derived from bacteria can regulate the production of plant hormones .

    分子遗传研究表明,植物基因组中含有影响单性结实的基因,某些来自于细菌的基因也可在植物激素生物合成途径中起调节作用。

  23. Inducing parthenocarpy by genetic engineering and seed-ablated strategy by expressing the cytotoxin gene ( Barnase ) are the major methods of molecular breeding of seedless citrus .

    通过基因工程诱导单性结实或特异表达种子切除的细胞毒素基因(Barnase)策略成为柑橘无核分子育种的主要手段。

  24. The experiment was carried out to investigate the relations of , nutrients change and parthenocarpy with the eggplant parthenocarpy line D-11 and non-parthenocarpy line S8 during fruit development .

    以茄子单性结实品系D-11和非单性结实品系S8为试材,研究了果实发育、营养成分变化与茄子单性结实的关系。

  25. The results showed that the interaction between genotype and environment was detected , and the inheritance of parthenocarpy in monoecious cucumber was fitted E-1-1 model , and controlled by two additive-dominant-epistatic major genes and additive-dominant polygenes under different eco-environments .

    结果表明,不同生态环境下,雌雄同株黄瓜单性结实性遗传均符合E-1-1模型,受2对加性-显性-上位性主基因+加性-显性多基因控制,存在基因型与环境互作效应。