输导组织

shū dǎo zǔ zhī
  • Conducting tissue;transfusion tissue
输导组织输导组织
输导组织[shū dǎo zǔ zhī]
  1. 缩节安和KH2PO4对麦套棉叶片持水力和输导组织解剖结构的影响

    Effects of DPC and KH_2PO_4 on Water Retention Capability and Anatomical Structure of Conducting Tissue of Cotton Interplanted with Wheat

  2. 接后24d,维管束桥形成,并进一步分裂分化产生输导组织,实现嫁接体的完全愈合。

    In 24 days , vascular bridge formed , which further divided and gave difference to form vascular tissue , then to cause success of grafting .

  3. 为验证土壤中N2O能否通过植物的输导组织由叶片释放从而干扰植物直接释放N2O的定量测定,实验采用分室隔离法确证了土壤N2O对测定某些作物(如玉米、高粱)直接释放N2O的干扰;

    With separated compartment culture technique , the study confirmed that N 2O in soils has a great interference on the measurement of N 2O emitted directly by some plants such as maize and sorghum . The interference can be effectively eliminated by means of sand liquid cross culture technique .

  4. 在高等植物中,输导组织的主要代表是韧皮部和木质部。

    Phloem and xylem are two fundamental conducting tissues in higher plants .

  5. 输导组织和机械组织发达;

    Both side of the lamina are palisade tissue in some populations .

  6. 钾素促进了小麦输导组织的发育,保证了光合产物向籽粒运输通道的畅通,从而提高了小麦籽粒产量;

    Thereby , potassium promoted wheat transportation tissue developing .

  7. 2个不同垩白度粳稻胚乳养分输导组织解剖结构的比较研究

    Comparative Study on Dissecting Structure of Endosperm Nutrients Entering Tissue of Two Different Chalkiness Japonica Rice

  8. 茎的解剖学结构也有类似现象,主要表现在输导组织发育不良。

    The anatomic structure of shoots had similar characteristics , which is mainly in the poor-developed conducting tissues .

  9. 实验结果表明,抗盐大豆的机械组织、输导组织、同化组织都很发达;

    The studies showed that salt resistant soybeans have developed mechanical tissue , conducting tissue , assimilating tissue .

  10. 鳦a则是在内皮层和皮层有明显的富集,在根输导组织中没有累积。

    But Ca was accumulated in the cortex and the endodermis and little was found in the conducting tissue of root .

  11. 贯穿整个水稻植株体的维管束系统是其主要输导组织,承担着植株体内的长距离运输功能。

    Throughout the body of rice plants , the vascular system is the main conducting tissue , beared long-distance transport function in vivo .

  12. 结果表明,稀土元素能被植物根系或叶面吸收,沿输导组织输送到器官中。

    The result indicated that rare earth elements can be absorbed by roots and leaves of plants and transferred into their organs through transfer passage tissue .

  13. 整个中果皮由10余层薄壁细胞组成,内含叶绿体,为同化组织,在同化组织中间分布着发达的输导组织系统;

    Mesocarp , assimilation tissue , were made of more than ten layers parenchyma cells that content chlorophyll and there are some strong conducting tissue in it .

  14. 中央维管网贯穿胚体,其盲端区常出现不能与之连通的局部输导组织。

    The central vascular strand goes through major part of embryo , and in the areas to where the central vascular strand can not extend , there exists a regional conducting system .

  15. 试管苗生根细胞学观察:由愈伤组织生出的根,由于输导组织的不相连,很容易脱落且移栽成活几率低。

    Cytology observation on rooting culture of test-tube plantlet : the roots from the callus desquamate easier and the survival rate of transplant is lower because the conducting tissue did not connect with each other .

  16. 小麦维管组织贯穿整个小麦植株,是其主要的输导组织,直接影响小麦产量的提高,也是小麦高产育种研究的生理基础。

    The wheat microtubule tissue is covered in whole wheat plant , It is the main transferred tissue and affect wheat yield directly , the wheat microtubule tissue is also the physiological basis for improving wheat yield .

  17. 细菌从根部侵入植株,通过一些生化和增殖活动来损坏寄主的维管束输导组织,导致植株失水,一旦发病,全株会枯萎死亡。

    The bacterium invades plants from roots and damages the vascular transport tissue through proliferation and a series of biochemical action , causing the plants dehydrated . Once the disease occurs , the whole plant will die .