大叶黄杨的英文

• euonymus japonica
• euonymus japonicus

• "大"英文翻译    big; large
• "叶"英文翻译    leaf; foliage
• "黄杨"英文翻译    Chinese littleleaf box
• "黄杨为大叶黄杨" 英文翻译 :    euonymus ja pomicus l
• "长叶黄杨" 英文翻译 :    buxus microphylla s.et z.var.aemulans rehd.et wils
• "小叶黄杨" 英文翻译 :    buxus sinica var. parbifolia
• "皱叶黄杨" 英文翻译 :    buxus rugulosa
• "黄杨" 英文翻译 :    [植物学] chinese littleleaf box
• "大叶" 英文翻译 :    grandifoliate
• "黄杨根" 英文翻译 :    chinese box root
• "黄杨碱" 英文翻译 :    cyclovirobuxine d
• "黄杨科" 英文翻译 :    boxwood family; family buxaceae
• "黄杨林" 英文翻译 :    box forest
• "黄杨绿" 英文翻译 :    box green
• "黄杨木" 英文翻译 :    chinese box branchlet; chinese box twig
• "黄杨目" 英文翻译 :    buxales
• "黄杨宁" 英文翻译 :    cyclovirobuxine
• "黄杨属" 英文翻译 :    box tree; buxus l
• "黄杨树" 英文翻译 :    boxtree
• "黄杨子" 英文翻译 :    chinese box fruit
• "促叶黄" 英文翻译 :    desicorn
• "叶黄素" 英文翻译 :    xanthophyll; lutein; phylloxanthine
• "叶黄质" 英文翻译 :    xanthophylls
• "叶黄杞" 英文翻译 :    engelhardtia fenzelii
• "大叶菜" 英文翻译 :    doederlein spikemoss herb

• Third , under the low temperature stress , the net photosynthetic rate and stomatal conductance ( gs ) decreased but intercellular co2 concentration increased greatly . it means the non - stomatal factors limited the net photosynthetic rate .
  ( 3 )在低温环境中， ‘粗枝’大叶黄杨的净光合速率( pn )和气孔导度( gs )下降，但胞间co _ 2浓度反而升高，表明低温导致pn下降，主要是由非气孔因素引起的。
• Five chitosan samples ( 3 . 8 10 ^ 5 , 7 . 8 10 ^ 4 , 4 . 8 10 ^ 4 , 1 . 7 10 ^ 4 , 2 . 3 10 ^ 3 ) were used to investigate their activity in vitro against phytopathogenic fungi , which caused anthracnose on garden plants such as euonymus japonicus , ophiopogon japonics and magnolia grandiflora , and rot on fraxinus hupehensis
  采用平板法研究了壳聚糖系列样品对大叶黄杨炭疽病、沿阶草炭疽病、广玉兰炭疽病和对节白蜡腐烂病等庭院植物病原真菌的体外抗菌性能。
• Second , the activities of protective enzymes i . e . superoxide dismutase ( sod ) , peroxidase ( pod ) , and ascrobate peroxidase ( apx ) exhibited down - up - down trends when treated with 2 @ and 8 @ , and these activities sustained at a relatively high level . this indicated euonymus japonicus " zhuzi " had relatively high adaptability to cold stress
  ( 2 ) ‘粗枝’大叶黄杨在零上低温时，细胞保护酶超氧化物歧化酶( sod ) 、过氧化物酶( pod ) 、抗坏血酸过氧化物酶( apx )的活性先降低后上升，又下降并维持较高的水平，表明‘粗枝’大叶黄杨对低温胁迫有一定的适应性。
• Euonymus japonicus , buxus sinica , qiaogua cyclovirobuxine , daixienu : zhen , sisal , sophora japonica , chui huai , heavy liu , gold weeping willow , qu liu , sheng liu straight , acacia , liriodendron , luan tree , jingdong , france wu , jing feng , ginkgo , bauhinia , lagerstroemia indica , cherry tree , chuisi begonia , kwong ( red , white , purple , yellow ) magnolia , the flower rose ( 200 kinds of flowers abundance rose ( beijing red hat , yellow hat , manmu , etc . ) , flowers ( fruit ) pomegranates , lamei , such as osmanthus
  大叶黄杨、小叶黄杨、雀舌黄杨、大叶女贞、剑麻、国槐、垂槐、重柳、金丝垂柳、曲柳、直生柳、合欢、马褂木、栾树、青桐、法梧、青枫、银杏、紫荆、紫薇、樱花、垂丝海棠、广（红、白、紫、黄）玉兰、大花月季（二百种丰花月季（北京红帽、黄帽子，曼姆等） 、花（果）石榴、腊梅、桂花等。
• This paper focused on two aspects : the physiological effects of cold stress on the euonymus japonicus " zhuzi " ; the isolation of cold - induced cdna gene . the results obtained were as follows : first , the chlorophyll ( chi ) and carotenoid ( car ) contents in euonymus japonicus " zhuzi " seedlings decreased greatly as the cold stress proceeded , accompanied by the sharply increasing contents of mda and pmp . it shows that chi and car degradation under cold stress was correlated with the damage of the plasma membrane
  主要研究结果如下： ( 1 ) ‘粗枝’大叶黄杨在低温胁迫下，随胁迫时间的延长，叶片中脂质过氧化物的终产物( mda )含量明显增加，细胞质膜相对透性( pmp )明显增大；叶绿素( chl ) 、类胡萝卜素( car )含量降低，且其含量的降低与mda含量增加及pmp升高间呈显著负相关，说明低温胁迫下‘粗枝’大叶黄杨幼苗chl和car的降低与生物膜的损伤有关。