种子根

  • 网络seminal root
种子根种子根
  1. 这三个基因都与种子根长QTLs位点相同,表明这三个基因可能参与了水分胁迫条件下种子根的伸长。

    The three genes are linked with QTLs for seminal root length , which indicates that these genes may be involved in seminal root elongation under upland conditions .

  2. 耐铝基因型具有苏木精着色程度较低、种子根相对伸长率和TTC相对还原强度以及根系相对生物量较高的共同特点。

    The results indicated that the Al-tolerant genotypes had lower hematoxylin dye , higher relative seminal root length ( RSRL ) and higher relative reducing ability of TTC than Al-sensitive genotypes .

  3. 这种CG和CNG表观遗传学的超甲基化和低甲基化变化可以通过由净种子根长度(NSRL)%分析和根生长反应具体表现出来。

    This dynamism of the CG and CNG epigenome hyper - and hypomethylation could be reflected in the Net Seminal Root Lengths ( NSRL ) % analyses and root growth responses .

  4. 外源处理结果则表明虽然SA也和JA一样可以抑制种子根的伸长,但对侧根发生的影响却与JA不同,外源SA显著抑制水稻幼苗侧根的发生,且抑制程度随SA浓度的增大而增加。

    Effects of Exogenous Treatments on Lignin Biosynthesis in Wounded Tuber of Sweet Potato Results of exogenous experiments showed that SA inhibited LR formation and the intensity was corrected with concentrations , though SA also inhibited seminal root elongation as that of JA .

  5. 铝对植物种子根生长影响的研究

    Effects of Aluminium on Growth of Plant Seed - Root

  6. 禾顶囊壳小麦变种对小麦种子根的侵染过程

    THE INFECTION PROCESS OF WHEAT SEMINAL ROOT BY Gaeumannomyces graminis var. tritici

  7. 不同水分胁迫下几种春小麦种子根形态结构的研究

    Anatomical Structure of Seminal Root of Spring Wheat under Different Water Stress

  8. 小麦种子根的发育解剖

    The developmental anatomy of the seminal root of Wheat

  9. 重金属复合污染对小麦种子根活力的影响

    Effects of combined pollution of heavy metals on root vitality of wheat seeds

  10. 实验结果表明:Cu2+能够影响水稻种子根的生长;

    It was shown that Cu 2 + could inhibit growth of rice root .

  11. 对种子根和芽生长的影响中,高浓度的粗提液有抑制效应,较低浓度有促生作用;

    Extract of high concentration could inhabit elongation of tobacco roots and buds , but low one had growth-promoting effects .

  12. 第Ⅰ组根为长根,主要由种子根、第1对、第2对和第3对根组成;

    The first group root comprised mainly the seminal root - . in root caries . Following the seminal work of O.

  13. 他说事实证明,只需改良种子根的特性,就让农民的收成多一倍甚至两倍。

    He said evidence suggests that just changing the seeds to varieties with improved roots can double or triple farmers yields .

  14. 供试所有种类弯孢霉的无菌培养滤液,可抑制玉米种子根的伸长,证明这4种弯孢霉在人工培养过程中都可产生致病毒素。

    Some Curvularia species could produce pigment during culture , and their culture filtrate could inhibit the root growth of corn .

  15. N-(2-吡啶基)-N'-苯基脲对几种作物种子根、芽生长影响的回归分析

    Regression Analysis of N - ( 2-Pyridyl ) - N ' - Phenyl Urea Affects on Root and Bud of Some Crops Seeds

  16. 种子根中生,这个冬天的季节,依然披绿装出席!让我感受着你的坚毅,和美丽!

    Seminal root in life , this winter season , is still installed at the Green Phi ! I feel your determination , and beautiful !

  17. 种子根和第一对主根的后生导管直径大于第二对、第三对主根。

    The diameter of later xylem vessel of the seminal root and first pair of primary roots were greater than these of second and third pairs .

  18. 砂培体系有利于研究氮素对种子根的促进效率,而水培条件下更有利于研究氮素对于节根生长的促进效应。

    Of these culture systems , the sand culture was profit to research the simulation of nitrogen for the seminal root system and the hydroponics was more profit to study the effect of nitrogen for the crown roots .

  19. 在植物毒性试验中,同一浓度下,氯丹和灭蚁灵对4种植物种子根伸长抑制率均明显大于对种子发芽的抑制率,植物根对有机污染物的生态毒性比种子发芽敏感。

    From the plant toxicity tests , results showed that under the same concentrations of chlordane or mirex in soil , root elongation rates were more significantly inhibited than seed germination rates in all four types of plants .

  20. 采用的指标有:发芽率、胚根重、胚芽重、出苗率、株高、种子根数、种子根总长度、苗干重。

    The index had germination rate 、 the weight of radicle 、 the weight of embryo 、 seedling rate 、 plant height 、 the number of seminal root 、 the total length of seminal root and dry weight of seedling .

  21. 胚根重、胚芽重、出苗率、株高、种子根数、种子根总长度,这几个指标与盐分种类、浓度、盐分种类及浓度的交互效应差异显著。

    The weight of radicle 、 the weight of embryo 、 seedling rate 、 plant height 、 the number of seminal root and the total length of seminal root were significant to the salt 、 the concentration , the alternately of salt and concentration .

  22. 西洋参红果期过氧化物酶(POD)的比活力高低顺序为叶>茎>果肉>种子>根;

    The active ratio of peroxidase ( POD ) of the red fruit , of American Ginsengwas in leaf . stem , flesh , seed and root order ;

  23. ScB提取(浸泡)液是从天然植物五味子(SchizandrachinensisBailon,简称ScB)果实、种子、根、茎、叶中提取出来的并含有较多的有机酸液体。

    ScB extraction fluid is extracted from natural plant Schizandra chinensis Baillon ( ScB ) such as fruits , seeds , roots , stems and leaves of natural plants and contains organic acid .

  24. 培育耐旱生态型蒙古栎苗木时,可优先采用接种彩色豆马勃+菌017混合菌剂,或采用300mg/L的IBA处理种子等促根技术措施。

    In the culture of drought and the eco - Q. mongolica seedlings , Pisolithus tinctorius which is mix ectomycorrhizal fungi 017 should priority used , or use 300mg · 1-1 of IBA treatment seeds , and other promote technical measures .

  25. 在产地以其果、果皮、种子和根分别作中药瓜蒌、瓜蒌皮、瓜蒌子和天花粉入药。

    The fruits , pericarps , seeds , and roots are respective as fructus trichosanthis , semen trichosanthis , pericarpium trichosanthis , radix trichosanthis in China .

  26. 为穴居性的夜间活动鼠种,春季食物以植物茎叶为主,夏秋以种子和根为主,秋季贮粮,冬季以种子为主,平均日食量为3.5克。

    Barabensis is a nocturnal rat living in cave . It mainly feed on leaves and stem of plant in spring , seed and root in summer and autumn , seed in winter and average daily consumption is 3.5 , gram .

  27. 其树皮、木材、枝桠、叶、花、果实、种子、根、乳汁等皆可综合利用,经济效益潜力很大。

    The plant of B. papyrifera can be all used , such as the bark , wood , branch , leaf , flower , fruit , seed , root , latex and so on . Therefore , its economic benefits have enormous potentialities .

  28. 不同工艺阶段味精废水对作物种子发芽和根伸长的毒性效应

    Toxic effects of monosodium glutamate wastewater on crop seed germination and root elongation

  29. 浸提液对受体植物种子萌发中根的抑制作用明显强于对芽的影响。

    The allelopathic effect on the shoots of receptor plants was stronger than that of roots .

  30. N~+注入对甘草种子萌发和根发育效应及作用机制

    Effects of nitrogen ion implantation on seed germination and root development in Glycyrrhiza uralensis and possible mechanism