维管系统的英文

• vascular system

• "维"英文翻译    tie up; hold together; link
• "管"英文翻译    pipe; tube
• "系统"英文翻译    system
• "初生叶的维管系统" 英文翻译 :    vascular system of the primary leaves; vascularsystemoftheprimaryleaves
• "维管系" 英文翻译 :    vascular system
• "管系统" 英文翻译 :    complete piping system
• "血管系统,血管系" 英文翻译 :    blood vascular system
• "维管束系统" 英文翻译 :    fascicular system; fibrovascular system
• "暗管系统" 英文翻译 :    conduit system
• "财管系统" 英文翻译 :    finsys
• "出油管系统" 英文翻译 :    flowline system
• "单导管系统" 英文翻译 :    single duct system
• "单管系统" 英文翻译 :    one pipe system; one-pipe system; single main distribution; single main system; single pipe system; single pipe sytem; single-main distribution
• "单立管系统" 英文翻译 :    single stack system; single-stack system
• "胆管系统" 英文翻译 :    biliary system
• "导管系统" 英文翻译 :    duct system; duct-system; pipework; piping
• "道管系统" 英文翻译 :    dump system
• "风管系统" 英文翻译 :    air-line system
• "肝管系统" 英文翻译 :    hepatic duct system
• "高压管系统" 英文翻译 :    druckleitung
• "灌浆管系统" 英文翻译 :    grout pipe system
• "横管系统" 英文翻译 :    t-system; transverse tubular system; transverse tubule system
• "横小管系统" 英文翻译 :    t system
• "坏集管系统" 英文翻译 :    machine header piping systems
• "肌管系统" 英文翻译 :    sarcotubular system; sts

• Tracheophyte ( tracheophyta ) any plant with a differentiated vascular system ; i . e . all plants except the liverworts , mosses , and hornworts
  维管植物：任何具有分化成为维管系统的植物。即除了地钱、藓类和角苔以外的所有植物。
• The process of vessel element ' s promotion , formation and connection in primary xylem of antirrhinum majus , a model plant , was observed through micropolariscope and bright - field microscope
  利用偏光显微镜和明场显微镜，首次报道了模式植物金鱼草幼苗初生维管系统木质部导管分子的发育、形成和连接过程。
• Leaf gap ( lacuna ) a region of parenchyma differentiated in the stem vascular cylinder immediately above a diverging leaf trace . lateral connections insure no break in the vascular system
  叶隙：叶迹从中柱分出的上方，初生维管柱上方出现的一些薄壁组织细胞，与茎的维管柱结构不同，它的侧向连接保证了茎叶维管系统的连续。
• The primary structures , the genesis and the structure formed of the primary vascular system and the structural change in the process of cotyledonary senescence of the seedlings of antirrhinum majus and other angiosperms were studied . the progress had been aquired in the aspects as follows
  本论文对金鱼草等几种被子植物幼苗的初生结构、幼苗发育早期初生维管系统的发生和建成后初生维管系统的结构以及子叶衰老过程中的结构变化作了较为全面的研究，在以下几个方面取得了一定的进展： 1
• Our results provided direct evidence that pf40 gene play a role in the tissue development , with knockout this gene the lateral buds were not visible . the plant hormones auxin and cytokinin appear to play a major role in controlling this process , therefore , the concertrition of auxin and cytokinin was measured , however , the concentration of the two hormone was variation a little in transgenic plants , but the ratio of the two was more than 5 fold in the pf40 gained function plant than that in wild type . furthermore the pf40 gene effected differentiation of the vascular bundles in different transgenic plants , results showed the pf40 could change both xylary fibers and vessel
  进一步的实验发现pf40基因会影响植物侧芽发育的早期，即pf40基因作用在侧芽形成与发育的早期。对转基因谷子的组织切片的分析还表明pf40基因引起不同形式的转基因谷子的维管组织的发育的差异，转化正义载体谷子的木质部变多，维管系统增多，而反义或干扰的转基因谷子的木质部数量变少，木质部分化异常。从转基因的结果可见pf40基因可以减弱植物的顶端优势，这种作用是通过改变植物体内激素的含量实现的。
• According to the space - tim e maturation during the development of the vessel elements in primary vascular system : the vessel elememts of the cotyledons and the lower portion of cnz formed firstly , then downward hypocotyl - root zone , at length , the vessel elememts of the upper and middle portion of cnz and epicotyl - shoot region connected with each other , the result uphold the seedling partition model that divides seedling into cnz , hypocotyl - root region and epicotyl - shoot region
  根据金鱼草幼苗初生维管系统导管分子发育的时空性，即子叶和子叶节区下部导管分子先形成，然后向下形成下胚轴-根区的导管分子，最后子叶节区中、上部与上胚轴-苗区的导管分子再发生连接，据此支持将幼苗分为子叶节区、下胚轴-根区和上胚轴-苗区的幼苗分区模型。