同化组织

tónɡ huà zǔ zhī
  • assimilating tissue
同化组织同化组织
  1. 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 .

  2. 研究还发现苏铁科种类的叶轴的近轴面均像叶片那样具有栅栏组织状同化组织存在。

    The study discovered that there are assimilating tissue which like the shape of palisade tissue in adaxial surface of rachis in all species of Cycas .

  3. 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 .

  4. 地上茎表皮内具由2层细胞组成的同化组织,维管组织呈连续的环状排列,木质部内外侧都为韧皮部。

    The assimilating tissue in aerial shoot was composed of two layers of cells and vascular tissue was continous ring and phloem was located in inner and outer sides of xylem .

  5. 栽培大豆荚果果皮同化组织中薄壁组织细胞层数比野生大豆的多,表现出栽培大豆较野生大豆强的光合作用功能,代表了较高级的进化水平。

    The layers of assimilating tissue parenchyma cells in cultured soybean legume were more than in wild soybean , which showed that cultured soybean had stronger photosynthesis function and more advanced evolutionary level .

  6. 芦荟素在叶的同化组织细胞的质体中合成,通过质外体途径转运到维管束鞘细胞,由其胞间连丝运送到大型薄壁细胞内贮存。

    Aloin was produced in the plastids of the assimilating tissue , it reached the vascular bundle sheath by apoplastic endoplasmic , stored , finally in the large parenchymatous cells by means of plasmodesmata .

  7. 结果表明,绞股蓝人参皂甙主要分布在营养器官的同化组织及韧皮部薄壁细胞中,厚角组织、表皮及周皮的栓内层也有少量分布,木质部和髓薄壁组织中无皂甙分布;

    The results showed that ginsenosides distributed mainly in the assimilating tissue and phloem parenchyma cells , very little in collenchyma , epidermis and phelloderm , and no coloration in xylem and pith parenchyma .

  8. 通过对不同营养器官的不同发育阶段及不同部位材料进行的组织化学定位研究,初步认为,三叶木通中的皂苷类成分产生于植株的同化组织,包括叶和幼茎的绿色部分。

    The materials of different developmental stages and different parts of vegetative organs have been done and the rudiment conclusion is that saponins derived from the assimilation tissue of plants in A. trifoliata , including leaves and young green stems .

  9. 在同一叶的横切面上,蒽醌类物质的含量在维管束区最高,同化薄壁组织部分次之,储水组织部分最低。

    In the same section of a leaf the area of vascular bundles has the highest content , the aquiferous tissue has the lowest and the chlorenchyma has intermediate .