vegetative growth 中文意思是什麼

vegetative growth 解釋
營養生長
  • vegetative : adj 1 植物的；蔬菜的。2 會生長的，有生長力的；發育生長的 （opp reproductive）；無性繁殖的；能使植...
  • growth : n. 1. 生長，成長，發育，發展。2. 栽培，培養。3. 生長物，產物；【醫學】瘤，贅生物。4. 【經濟學】（資本價值與收益的）預期增長。
  1. The avocado shows a typical loss of green color and a reduction in vegetative growth.

    鱷梨呈現典型的葉色褪綠及營養生長減弱。
  2. A study on vegetative compensatory growth of shrub, caragana korshinskii, under different clipping treatments in disturbance environment

    擾動環境中不同刈割方式對檸條營養生長補償的影響
  3. The dissertatio n constructs the index system, introduces the coefficients of development, coordination, fairness, and the coefficient of sd, which is composed by the former three and can reflects the sd overall strength of watershed, brings forward the quantative criteria of in order that the research of wrcc is based on the good watershed ecology and environment, the dissertation, according to the ecological appropriate theory, builds the logarithm normal distribution model about the relation between the growth of natural vegetation and the depth of groundwater ; based on this relation model, proposes a quantitative method of ecological water requirement ( ewr ) of natural vegetation in arid area, which utilizes the results of rs technique and the spot testing data of vegetative physiology demand

    針對流域特點建立了基於水資源的流域可持續發展評價指標體系，引入發展系數、協調系數、公平系數，以及由其構成的衡量水資源支撐社會可持續發展綜合水平與能力的可持續發展系數，提出了可持續發展的定量判別方法。為保證在良好生態的前提下進行水資源承載能力研究，論文根據生態適宜性理論，建立了乾旱區典型天然植物生長與主要環境因子的偏態單峰對數正態分佈模型。基於此關系模型，利用遙感技術成果以及植物生理需水的現場實驗數據，提出了乾旱區天然植被生態需水量計算方法。
  4. Israelensis recombinants, which contained recombinants plasmid pmt4 and pmt9 respectively, were obtained by electroporation. the bioassay results showed that the recombinants b - pmt9 and b - pmt4 had toxicities both to resistant and susceptible c. quinqnefasciatus larvae during vegetative growth stage, having the lc ? o values similar to that of. fi. sssii - 1. however, the toxic levels of the final sporulated cultures of recombinants b - pmt4 and b - pmt9 differed, with a lcso value of 2 49mg / ml for b - pmt9 and little toxicity for b - pmt4 by using the plasmid pmt9, m txl gene from b. sphaericus was ligated with p20 and cytjaa gene, giving recombinant plasmid pmpx2

    含有pmt9和pmt4的大腸桿菌轉化子能表達產生mtx1毒素，發酵液對敏感和抗性致倦庫蚊幼蟲具有中度毒殺作用；含有pmt9和pmt4的蘇雲金芽孢桿菌轉化子b - pmt9和b - pmt4在營養體生長階段對敏感蚊幼和抗性幼蟲也具有毒性，毒力與野生型b . sss - 1相當，而不同轉化子在芽孢形成期的毒力因插入的mtx1基因轉錄方向不同而表現出差異，其中b - pmt4對目標蚊幼毒力極低（ lc _ （ 50 ） 10mg ml ） ，而b - pmt9對蚊幼蟲具有毒性（ lc _ （ 50 ） = 2 . 49mg ml ） 。
  5. Labeling tunel method. the cell ultrastructural changes were similar to apoptosis in animal cells : the apical meristemetic cells underwent the programmed cell death. this was first detected in the apex cells of apical meristem, while peripheral cells differentiated gradually into different parts of a floral bud. but all the cells in the floral bud were subjected to the pcd process before it developed into a complete flower. 140bp dna fragment was found to deposit in apical bud during the plant development. the most important role of caspase - 8 was detected by western blot, and the expression of the procaspase - 8 was time - related with the dna frgmentation and the transformation from vegetative to the reproductive growth. these results suggested that pcd was an active process during the differentiation of apical meristem, and the senescence observed in the apical bud was due to the pcd process

    顯微超微結構研究表明，短日照條件下豌豆頂芽的衰老過程是從營養生長錐向花芽的轉化，而用dna原位末端標記tunel caspase - 8 western blot和140 bp dna片斷積累的試驗結果證明，轉化為花芽的整個生長錐細胞發生了編程性死亡pcd ，而且其最頂端部分細胞首先發生pcd ，而頂端周圍的分生組織細胞逐漸分化出花芽的各部分，但頂芽最後並沒有發育成為完整的花，所有細胞就都發生pcd ，從而頂芽衰老。
  6. The results showed that the fourth treatment remarkably increased the rate of vegetative growth and improved chlorophyll content ; the fourth and the third treatments could reduce the harmfulness of elevated temperature ; according to different of resistance, " yx52 " was stronger than " gh611 " and " kk581 " was the weakest of all

    結果表明，處理4對植株營養生長及提高葉綠素含量效果最為顯著；處理4與處理3能緩解高溫對大花蕙蘭植株生長的不利影響。
  7. Whereas, under 32 / 25, it showed more active vegetative growth, with inflorescence degenerated and new shoots developed instead

    在32 / 25的生長條件下，則營養生長漸趨旺盛，新梢上葉腋的小花序漸漸萎縮脫落，而轉變成新梢。
  8. A study on vegetative growth law and leaf anatomy of pugionium cornutum gaertn

    沙芥營養生長規律及葉片解剖結構的研究
  9. The irrigation periods are regulated in accordance to the vegetative growth, the moisture content of the soil, seasonal factors and so on

    灌溉周期依據植物生長的成長，土壤濕度，季節性因素等等來進行調配。
  10. Restriction of vegetative growth to ensure flower initiation, defoliation to prevent the onset of dormancy, stimulation of adequate and uniform budburst, and avoidance of secondary dormancy are essential for success of non - dormancy culture

    控制營養生長、保證花芽分化，使樹體避開休眠，促進足夠多的芽整齊萌發，避免二次休眠的發生是無休眠栽培成功的4項重要保證。
  11. Mtxl ( 100 - kilodalton mosquitocidal toxin ) is a kind of toxin synthesized in vegetative growth stage of bacillus sphaericus ( b. s ). the purified mtxl has the same toxicity as the binary toxin from b. s

    Mtx1 （ 100kdmosquitocidaltoxin ）殺蚊毒素是一種在球形芽孢桿菌（ bacillussphaericus ， b . s ）營養體期表達的毒素蛋白，其純化蛋白對蚊幼的毒力與二元毒素相當。
  12. The results showed that the temporal dynamics of predatory natural enemy community in cotton fields could be classified into seven types and the change of the community could he divided into three major stages of formation and development period ( in the vegetative growth stage of cotton ), great prosperity period ( in the vegetative and reproductive growth stage of cotton ) and decline period ( in the reproductive growth stage of cotton )

    結果表明，棉田捕食性天敵群落的時序動態可以分為7種類型；演變可以分為形成和發展階段（棉花營養生長期） 、鼎盛階段（棉花營養生長和生殖生長並進期） 、衰退階段（棉花生殖生長期） 3個主要階段。
  13. The results indicated that liangyoupeijiu showed better plant and leaf type, higher ratio of grains to leaf area and larger photosynthesis area, stronger ability of population dry matter accumulation during the period of vegetative growth especially from heading to being mature, longer leaf duration and grains - filling after heading than that of its parents and controls s ; more grains per panicle, lager all sink per plant and 1000 - grain weight

    結果表明：兩優培九株葉型好，粒葉比和光合面積大，營養生長期群體干物質積累能力強，始穗后葉片功能期長、籽粒灌漿持續時間較長，抽穗期至成熟期的干物質增量明顯強于其親本和對照組合；穗頸節間維管組織比親本及對照發達；兩優培九單株總庫容量大，每穗實粒數多，千粒重較大。
  14. The results showed that the activity of pal in leaves was higher than in other organs in the stage of seedling, strong sprout and anthesis. the difference is highly significant in organs in vegetative growth. the content of isoflavones and pal activity in leaves both increased by degress, but they decreased progressively in stems, and little increase or decrease in roots from seedling to strong sprout to anthesis

    大豆界黃酮代謝機理的研究指要結實前的營養生長期苯丙氨酸解氨酶在組織中的活性變化表明，在幼苗期、壯苗期和盛花期，葉片中pal的活性都遠高於其它組織，依次為葉莖根，這種差異在結實前各時期表現極明顯。
  15. The reproductive yields are maximized by an instantaneous switch from vegetative to reproductive growth after a short period of vegetative growth

    4種胡盧巴通過調節營養與繁殖生長的速度及資源分配，以積極適應多變的環境，在短的生長期內達到繁殖成功並使繁殖分配比率最大。
  16. Proline content of leaves from three cytoplasmic male sterile lines and their maintainer lines in sugarbeet were studied during their vegetative growth stage

    摘要以甜菜3個細胞質雄性不育系及其相應保持系為材料，對營養生長階段葉片中的脯氨酸含量進行了研究。
  17. The higher peak is at the vegetative growth stage by traditional method, but it is at the reproductive stage by modified one

    但傳統方法較高的吸氮高峰在營養生長階段，而改良方法的卻在生殖生長階段。
  18. This result also indicated that there were significant differences between maintainer lines and the sterile lines on physiological and biochemical properties during their vegetative growth stage

    說明不育系和保持系在營養生長階段生理生化代謝上已經存在差異。
  19. Tpt1 is essential for the vegetative growth of s. cerevisiae and codes for the trna 2 ' - phosphotransferase by using the plasmid shuffling technique, we have constructed a tpt1 - deleted strain and transformed it with trpt1 gene and found that the trpt1 could complement the yeast tpt1

    根據trpt1與模式生物酵母tpt1p的同源性，我們構建了tpt1的缺失菌株，利用plasmidshuffle技術，發現trpt1能夠互補酵母tpt1突變的功能，證明trpt1是tpt1的人類同源基因。
  20. Soybean isoflavones distribution was investigated in vegetative growth period ( four stages before seeding ). the isoflavones in soybean seeds transferred from cotyledon to other organs and isoflavoids metabolized in organs with the growth of soybean plant

    大豆營養生長期種子中貯存的異黃酮逐步由種子向子葉，繼而向其它器官（主要是葉片）轉移，不同器官在植株生長發育過程中進行著異黃酮類物質的代謝。
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