macrophylla造句

• Studies on quot; anti-feeding quot; activity of the extracts from the leaves of swietenia macrophylla against aulacophara femoralis
  大叶桃花心木抽提物对黄守瓜的拒食作用
• Effects of extracts of clematis chinensis osbeck gentiana macrophylla pall . and taxillus chinensis danser on lymphocytes and cyclooxygenase
  桑寄生醇提物体外对淋巴细胞和环氧酶的影响
• The protein-storing cells in swietenia macrophylla were found to be populus-type, i . e . ordinary parenchyma cells containing both vacuolar protein inclusions and starch grains
  用21kda蛋白质的抗血清进行兔疫印迹分析表明，18kda蛋白质和21kda蛋白质有相同的抗原决定簇。
• In the annual growth cycle of swietenia macrophylla, the storage protein accumulated firstly in the new shoot rather than in the other organs . the protein accumulation began one month after the leaves of new shoot matu
  新梢叶片成熟后的1周，在新梢茎的树皮组织中就可检测到18kda和21kda两种蛋白质。
• The storage protein accumulated in large quantity in the vegetative organs of swietenia macrophylla at the period near leaf fall and in the leaf-fall period with terminal branchlets much richer in the storge protein than trunks and roots
  在树木年生长周期的后期，18kda和zikda蛋白质分布于枝条、树干、大根和小根，大量积累在这些器官的次生韧皮部和末端小枝及小根的次生木质部中。
• This understand of stored nitrogen compounds restricted seriously the progress in the investigation of vegetative storage proteins . in the dissertation, we studied more extensively the cytology, biochemical properties and biological roles of vegetative storage proteins in swietenia macrophylla and in hevea brasiliensis by light-and electron microscopy, sds-page, page, immuno-blotting, indirect immunohistochemical localization and colloidal gold labelling and cdna clone techniques
  采用光镜和电镜技术、page、sds-page和免疫印迹技术、电泳凝胶过碘酸?schiff试剂染色、间接免疫荧光和电镜免疫细胞化学定位技术以及cdna克隆技术，较深入地研究了大叶桃花心木和巴西橡胶树的营养贮藏蛋白质的细胞学、生物化学性质和生物学功能。
• The protein accumulated mainly in secondary phloem parenchyma cells and secondary phloem ray cells . the degradation of storage protein in terminal branchlets of swietenia macrophylla synchronized with new shoot growth after leaf-absent period, suggesting that the protein was utilized to support the growth of new shoots . when the diminishing of the storage protein below the girdled site was blocked, the new shoot growth was also restrained
  在树木新的年生长周期中，随着新梢的发育，积累在末端小枝中的贮藏蛋白质开始被消耗新梢叶片成熟时，末端小枝中的18kda和21kda蛋白质己完全消失，而树干和大根中的这两种蛋白质的含量相对稳定，与落叶期相比几乎没有变化。