阴生

阴生阴生
  1. 麦冬阴生叶片POD、CAT活性高于阳生叶片,而SOD活性在阴生叶片与阳生叶片中无显著差异。

    The activities of POD and CAT of shade leaf were higher than that of full sunshine leaf , however , the activity of SOD had no difference between shade leaf and full sunshine leaf .

  2. 也研究了几种阴生和阳生植物的叶绿体的荧光诱导动力学,这些植物叶绿体的Chla/b比值和β(max)之间没有什么相关性。

    Also , the fluorescence induction kinetics in chloroplasts of several shade and sun plants were studied . There was no definite correlation between Chl a / b ratio and β max in the chloroplast lamella studied .

  3. 从阳生植物或阴生植物内部来看,不同物种间Z、[Z+A]和[V+A+Z]含量的差异相对较小,A则基本相同;

    Within sun plants or shade plants , the differences of Z , [ Z + A ] and [ V + A + Z ] contents in different species were relatively smaller under the same situation and the content of A is basically consistent .

  4. 阴生观叶植物试管苗工厂化生产移栽技术研究

    Techniques of Transplanting Shade Leaf Plant Tube Seedlings in Industrialization Seedling

  5. 阳生植物和阴生植物的叶黄素循环与非辐射能量耗散

    Xanthophyll Cycle and Non-Radiative Energy Dissipation in Sun and Shade Plants

  6. 阴生观叶花本组培工厂化育苗经济效益分析

    The Economic Effect of Industrialization Tissue Culture of Shade Leaf Plants

  7. 阳生植物和阴生植物叶绿素含量的比较分析

    Comparative Analysis of Chlorophyll Content on Several Sun Plants and Shade Plants

  8. 药用阴生植物千年健的快速繁殖

    Tube Propagation of medicinal and shade plant Homalomena occulta

  9. 珊瑚树阳生和阴生叶片光合特性和状态转换的比较

    Comparison of Photosynthetic Characteristics and State Transitions Between Sun and Shade Leaves of Viburnum odoratissimum

  10. 野生大豆同栽培大豆相比具有阴生植物的某些光合特性。

    In comparison with cultivated soybean and wild soybean had some features of shade plants .

  11. 绿荫花园里有各种各样的阴生植物,它们需要不同程度的绿荫。

    Shade gardens have a variety of shade plants that require varying degrees of shade .

  12. 阴生植物却具有相反的性状。

    Shade plants have the opposite characters .

  13. 无机盐、蔗糖、活性炭对阴生观叶花木试管苗生根的影响

    Influences of Inorganic Salt Sucrose and Active Carbon on Rooting of Tube Seedlings of Shade Leaf Plants

  14. 木本植物阳生和阴生叶片叶绿体O2和NO2~-光还原作用

    The o_2 and no_2 ~ - photoreduction in chloroplasts of sun and shade leaves of woody plants

  15. 维持绿荫花园相对比较容易,因为阴生植物不需要频繁地浇水。

    It is relatively easy to maintain shade gardens , as shade plants do not require frequent watering .

  16. 扶阳之妙,培阴生阳,形成了独特的补肾阴阳观的学术思想。

    These form a unique scientific thought of " concept of tonifying kidney 's yin and yang " .

  17. 山兰为多年生阴生草本植物,适宜生长在土壤湿润,富含腐殖土的林间空地。

    Is perennial shade herb , Suitable for growing in the moist soil rich in humus and slightly acidic peat .

  18. 美国科学家发现亚马逊河流域有一种特有的阴生蕨类植物具有神奇的清除甲醛的功能。

    S.scientists have discovered the Amazon River basin has a unique shade ferns have a magical function of the removal of formaldehyde .

  19. 珊瑚树阳生和阴生叶片是在不同光照环境中长期生长的,它们的光合特性有一些明显的差异。

    After adapting to different light environment for a long period , sun and shade leaves have many significant differences in photosynthetic characteristics .

  20. 四种玉簪均具典型的阴生植物特征,四种玉簪大多在30%下叶片最厚。

    Four Hosta plants have typically shade anatomical structure , the influence of shading to leaf thickness differed in cultivars , leaf was thickest in30 % shading .

  21. 在光响应过程中,四倍体皇家嘎啦苹果叶片表观量子效率比二倍体大,而光饱和点及最大光合速率却比二倍体低,与二倍体相比较具有阴生植物的某些特点。

    In contrast to diploid plants , tetraploid plants had higher apparent quantum yield of photosynthesis , but lower light saturation point and maximal photosynthetic rates , exhibiting some characters of shade plants .

  22. 6种植物达到90%最大净光合速率的时间为4.4~12.5min,这与所报道的其它热带雨林中一些阴生植物的诱导速率相近。

    The time required to reach 90 % of maximum net photosynthetic rate differed among species , and was short ( 4.4 - 12.5 min ) , which was consistent with induction times reported in other tropical shade-tolerant species .

  23. 繁育系统、阴生、湿生、水生、植株有毒或钩刺、直立生长、匍匐生长、攀援生长、一年内繁殖次数等指标与入侵能力的增强无明显相关性。

    Contrary , breeding system , shade , wetland , aquatic plants , poisonous or barbs , upright growth , creeping growth , climbing growth , breeding times of one year could not enhance the invasive ability . 5 .

  24. 古人讲“事必有对”,孤阴不生、独阳不存、阴阳相长。

    As ancient men said ," Anything has its opposite . " Yin cannot exist without Yang , and Yang cannot grow without Yin ;

  25. 夫邪之生也,或生于阴,或生于阳。

    Pathogenic factors are either or Yin or of Yang in nature .

  26. 其母为水,其子为火,故居阴阳之中,水火之间,古人谓为阴尽阳生之脏。

    Its Mother organ is water and Child organ is fire . So , liver locates in the middle of Yin and Yang by ancient people .

  27. 运用不同剂量育精阴灌胃,观察育精阴对生精上皮和附睾尾部精子质量的作用。

    The influence of Yu Jing Yin on seminiferous epithelium and quality of sperm was observed in cauda epididymis after stomach perfusion of different doses of Yu Jing Yin .