雜種優勢的 的英文怎麼說

中文拼音 [zázhǒngyōushìde]
雜種優勢的 英文
heterotic
  • 雜 : Ⅰ形容詞（多種多樣的; 混雜的） miscellaneous; varied; sundry; mixed Ⅱ動詞（混合在一起; 攙雜） mix; blend; mingle
  • 種 : 種名詞（姓氏） a surname
  • 勢 : 名詞1 （勢力） power; force; influence 2 （一切事物力量表現出來的趨向） momentum; tendency 3 （自...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 雜種 : [生物學] hybrid; crossbreed; intercross; [遺傳學] random breed; [動物學] half bred; 雜種不育性 hy...
  1. Overdominance or heterosis for catkin length in interspecific crosses has been reported.

    栗樹種間雜交在荑花序長度上所表現的超親（或雜種優勢）已報道了。
  2. Overdominance or heterosis for catkin length in interspecific crosses has been reported

    栗樹種間雜交在?荑花序長度上所表現的超親（或雜種優勢）已報道了。
  3. Genetic analysis of heterosis for hybrid tulip tree

    雜種馬褂木雜種優勢的遺傳分析
  4. Progresses in the heterosis molecular prediction in the crops

    分子標記預測作物雜種優勢的研究進展
  5. The self - incompatibility characteristics and heterosis breeding on rape

    油菜的自交不親和性和雜種優勢育種
  6. Analysis of heterosis and heredity of main characters in winter wheat

    冬小麥主要性狀的雜種優勢測定和遺傳分析
  7. Using of aflp marker to predict the hybrid yield and yield heterosis in rice

    標記與水稻雜種產量及產量雜種優勢的預測
  8. The progress of study on the prediction of crop heterosis by using molecular marker

    分子標記預測作物雜種優勢的研究進展
  9. Study on heterosis and combining ability of male sterile system of hexaploid triticale with t. timopheevi cystoplasm

    型細胞質雄性不育體系雜種優勢與配合力的研究
  10. For crop plants, hybrids vigor is particularly important for characteristics such as growth rate, yield, and disease resistance

    對于農作物而言，雜種優勢在生長速度，產量和抗病能力等方面表現出更顯著的優越性。
  11. Usually the more unlike the parents are the more hybrid vigor is released, but the effect diminishes in subsequent generations as more recessive homozygotes reappear

    通常，親本越不相似，產生的雜種優勢越強，但這種優勢使下一代的隱性純合子的出現機率更多。
  12. Research on crossed progeny with mongolian sheep

    蒙古羊雜交後代雜種優勢的研究
  13. In the study, six different ecotype varieties of common wheat and f1 derived from 6 6 complete diallel crossing system were selected for the research on the characteristics and heterosis of spike differentiation. the results showed that heterosis existed in most key spike differentiation phases and varied with different ecotype varieties. heterosis of spike differentiation was positively correlated with heterosis of hybrid yield. finally, the author concluded that it was the best way to produce strong heterosis combination by selecting the mode of “ spring wheat winter wheat ” in huanghuai winter wheat region

    對6個不同生態類型小麥品種及其完全雙列雜交f1幼穗分化特點和穗分化雜種優勢的研究表明，雜種幼穗分化各主要時期普遍存在雜種優勢；不同生態類型組配方式的雜種穗分化優勢不同；穗分化雜種優勢與產量雜種優勢具有一定相關關系；黃淮麥區雜交小麥最佳生態組配方式為春性品種冬性品種。
  14. Rapd analysis on genetic distance and its relation with weight heterosis in yellow chicken

    分析及其與體重雜種優勢的關系
  15. Correlation between genetic distance and yield heterosis of hybrid aromatic rice

    雜交香稻親本遺傳距離與產量雜種優勢的相關性研究
  16. Study on heterosis of cms - based hybrid cotton gossypium hirsutum l. with okra leaf indicators

    雞腳葉標記的三系雜交棉雜種優勢的表現
  17. Genetic distance detected with rapd markers among rice cultivars oryz a sativa l. and its relation to heterosis

    分子標記水稻遺傳距離及其與雜種優勢的關系
  18. Analysis on population genetic variation and its correlation to heterosis of body weight using microsatellite dna markers in yellow plumage broilers

    黃羽肉雞群體遺傳變異的微衛星分析及其與體重雜種優勢的關系
  19. Population genetic structure was studied using rapd analysis to reveal the relationship between the genetic variations and heterosis

    同時採用rapd技術對f1代不同群體的遺傳結構進行比較，研究群體內的遺傳變異與雜種優勢的關系。
  20. To explore the potential values of autopolyploid rice, the authors thought that it was worth studying mere in the following four aspects : the possibility in direct utilization of autotetraploid rice, the possibility in utilization of heterosis of autotetraploid rice, the possibility in transfer of allogenic substances and the enrichment of rice gene by using autopolyploid rice en the bridging parent, and the genetic tides of important characters in autopolyploid rice

    為了挖掘同源多倍體水稻的潛在利用價值，在今後的研究中有如下4條途徑值得探索，即探索直接利用同源四倍體水稻的可能性、探索利用同源四倍體水稻雜種優勢的可能性、探索以同源多倍體水稻為橋梁完成異源遺傳物質轉移和豐富水稻基因庫的可能性探索同源多倍體水稻特徵特性的遺傳規律。
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