芽子定 的英文怎麼說

中文拼音 [yázidìng]
芽子定 英文
ecgonidine
  • 芽 : 名詞（植物剛長出來的可以發育成莖、葉或花的部分） bud; sprout; shoot
  • 子 : 子Ⅰ名詞1 （兒子） son 2 （人的通稱） person 3 （古代特指有學問的男人） ancient title of respect f...
  • 定 : Ⅰ形容詞1 （平靜; 穩定） calm; stable 2 （已經確定的; 不改變的） fixed; settled; established Ⅱ動詞...
  • 芽子 : ecgonine and any derivative of ecgonine which is convertible to ecgonine or to cocaine
  1. Adventitious describing plant organs that arise in unexpected places, for example the devdlopmant of adventitious roots from stems, and adventitious buds from leaves

    不定的：用來描述未在預期位置產生的植物器官，例如從莖上產生的不定根，葉子上產生的不定芽。
  2. Testing of paper and board ; determination of spores of clostridium

    紙和紙板的檢驗.梭狀芽苞桿菌苞子的測定
  3. Floral organs have been successfully induced from the regenerated floral buds of ffyacinthus orienralis l. by precisely controlling exogenous hormones in the medium. under high concentration of cytokinin and auxin, the regenerated floral bud produces only tepals

    以風信子花被片為外植體，通過控制培養基中細胞分裂素和生長素的濃度，可誘導花芽的再生和控制產生花器官的種類，建立起離體花器官定向控制系統。
  4. 2. according to the effect of combination of different hormone concentration in the medium on callus formation and shoot induction of tomato cotvledons, we defined mso + 2. 0mg / l ba + - 0. 2mg / l iaa as optimum differential medium

    根據番茄子葉外植體在加有不同激素濃度配比的培養基上愈傷組織分化和芽再生的情況，確定最佳分化培養基為ms _ 0 + 2 . 0mg / lba + 0 . 2mg / liaa ； 3
  5. For measuring of seed vigor, we study seed vigor quantitatively by means of computing specific value of stained and unstained area in plumule

    種子活力的人工檢瀏是通過計算胚芽中染色的面積與未染色的面積的比值來定量的研究種子的活力。
  6. In the method of measuring vigor, we mainly use vital capacity, germination percentage and seedling to assess seed vigor grade, vital capacity, germination percentage and seedling of seed reflect seed vigor

    在種子活力檢測方法中，主要採用種子生吉林農業大學碩士學位論文玉米種子純度與活力快速側定的圖像識別與處理系統活力、發芽率和幼苗評定來評價種子活力高低。
  7. Cotyledon and true leaves of stem mustard were cultured on ms medium supplemented with different concentrations of various cytokinins ( ba, cppu, tdz or kt ) alone or in combination with naa or iba, and the adventitious buds regeneration rate was evaluated.

    以榨菜子葉、真葉為外植體進行離體培養，用ba 、 cppu 、 tdz和kt等細胞分裂素和生長素naa 、 iba組合誘導子葉、真葉再生不定芽試驗。
  8. This study was conducted to examine the interrelationship of 10 seed vigor traits in 12 wheat genotypes through variance, co - variance and path coefficient analysis, to determine broad - sense heritability, and to estimate genetic advance under selection. the genotypes showed significant difference for all traits, except for percentage of normal seedling. genetic correlation between conversion efficiency of seed reserve, electrical conductivity with other traits were not significant, showed that selection for any of them might be possible without hampering any other traits. however path coefficient analysis indicated that conversion efficiency of seed reserve, seed reserve utilization ratio have strong direct effect in affecting seedling weight, and that mean germination time has significantly negatively correlated in affecting gi. moderate to high estimates of broad - sense heritability, genetic coefficient of variation and expected genetic advance were obtained for electrical conductivity, germination index, mean germination time, seed dry weigh, seedling dry weigh, seed reserve depletion ratio indicating the possibility for improving these traits

    本研究利用12個普通小麥品種對10個種子活力性狀的遺傳變異和相關研究，表明除正常幼苗百分率外，其餘種子活力性狀在品種間均存在顯著的差異.種子貯藏物質轉換效率、電導率兩個性狀間及與其它性狀均無顯著的遺傳相關，因此對他們的選擇不會影響到其它性狀.通徑分析表明幼苗干重主要取決于種子貯藏物質轉換效率、種子貯藏物質利用速率;發芽指數主要由平均發芽時間決定.電導率、發芽勢、幼苗干重、種子干重、發芽指數、種子貯藏物質消耗比率6個性狀表現中到高的遺傳力、遺傳變異系數和相對遺傳進展，指明通過遺傳育種手段改良這些性狀是可能的
  9. Through master s mercy and the diligent work of a few local initiates, the spiritual seeds sown in iran have sprouted, come into full bloom and yielded fruit as the quan yin family recently opened its arms to a new group of iranian members, giving the country greater positive power for a peaceful and brilliant future

    在師父的慈悲加持和幾位伊朗同修辛苦的奮斗與努力之下，觀音法門的靈性種子終于在伊朗萌芽生根，並進一步開花結果。更多準同修順利印心加入觀音法門大家族，為世界和平與光明更增添肯定的力量！
  10. During the budding time, keep the soil wetness but not over, how ml should it need is based on the soil - dryness or wetness ; keep ventilation

    在種子發芽周期里需保持盆土濕潤，不宜過濕，視土干濕而定澆水量；保持通風，通氣。
  11. High performance ion exchange chromatography was applied in studying qualitatively and quantitatively of bacteria, which was shown as follows : firstly, physio - biochemical characteristics of bacteria was investigated by ion exchange chromatography. for the first time spores and nutrient of bacillus pumilus had been separated successfully by chromatography. chromatographial behaviors of bacteria at different cultivating environment and different growth phase were also studied

    本文利用高效液相離子交換色譜系統研究細菌學，探討了該方法在細菌定性、定量方面的應用，主要包括三個方面：首先，利用離子交換色譜系統表徵細菌生理、生態方面的變化，首次成功地在色譜上區分了短小芽孢桿菌的芽孢及營養體；考察了不同的培養環境對細菌色譜行為的影響及不同生長階段的細菌的色譜行為。
  12. The accumulating process of the very two main active phytochemical diterpenoids, andrographolid and m - dcoxy - 11, 12 - didehydroandro - grapholide, had been studied and analyxed, and the results conclude that the best harvest time is the florescence, or earlier florescence of ap

    （三）種子實驗從種子凈度、種子千粒重、種子含水量、發芽率、發芽勢、紅四氮唑法測定種子活力等六個方面考察種子的優良度。
  13. Factors of inducing dormancy, determining the stage of flower initiation and dormancy development, the methods of avoiding dormancy and stimulating adequate and uniform budburst, the growth and development of tree and the cultural management, the cause of secondary dormancy and the methods of avoidance of secondary dormancy, and the breeding of non - dormant cultivars are the critical points for non - dormancy culture

    溫帶地區無休眠栽培的研究重點是：自然休眠誘導因子的確定；花芽分化進程及自然休眠進程的精確界定；避免進入深度休眠及促芽整齊萌發的配套技術；無休眠栽培條件下樹體的生長發育規律及樹體綜合管理技術；二次休眠現象發生的原因和克服措施；無休眠品種的選育。
  14. S. regeneration system of mustard hypocotyls and cotyledons of 4 days and leaves of 25 days were used as transformation materials, and ms as basic medium supplying different ba ^ naa and kt concentration, we got the optimum explant adventitious bud inducing medium ( ms + 6 - ba3. 0mg / l + naa0. 2 mg / l ). among the three kinds of mustard explants. the cotyledons showed the highest adventitious bud regeneration capacity. and the regeneration capacity of leaf explantswas weaker. and the weakest of hypocotyls

    芥菜高頻再生體系的建立以4天左右的葉用和莖用芥菜子葉、下胚軸和25天苗齡的芥菜無菌苗的葉片為外植體，以ms為基本培養基，通過加入不同濃度和不同組合的ba 、 naa 、 kt ，篩選到了外植體不定芽分化的最適培養基（ ms + ba3 . 0mg / l + naa0 . 1mg / l ）及生根的最適培養基（ ms + naa0 . 2mg / l ） 。
  15. One of the reaso kaji decided to stop doing the scorpion pictures is that toei kept slashing the budget with each new i tallment

    ?芽衣子決定退出女囚毒蝎子系列的其中一個重要原因是由於東映逐部地削減這個系列的預算。
  16. Addition of img / l tdz and img / l naa resulted in the highest bud regeneration rate ( 67. 9 % ) and number ( 35 ) of buds per explant. regeneration rate could be improved apparently in the medium with agno3

    1mg ltdz和1mg lnaa配合對子葉再生具有極強的誘導作用，再生率最高，達到67 . 9 ，平均每外植體不定芽數達35個。
  17. The common method, such as protein electrophoresis, tetrazole staining burgeon experiment and farm experiment can measure vigour and purity of seed, but it can not be satisfied for actual request of seed producing in the way of speed and precision of data processing and result analyse

    蛋白電泳、四唑染色、發芽率實驗和田間實驗等常規方法雖能測定種子純度和活力，但在數據處理的速度、精度和結果分析等方面遠遠不能滿足種子生產的實際需要。
  18. ( 1 ) plant regeneration system of cucumber contyledonary node was established. ( 1 ) the cotyledonary node was regarded as optimal explant by comparing the differentiation frequency of 3 kinds of explants ( cotyledon, cotyledonary node and hypocotyl ). ( 2 ) by discussing the effect of pgr ( naa and 6 - ba ) concentration and combination on differentiation frequency of adventitious buds, we concluded that the optimal shoot induction medium is ms basal medium with 1mg / l 6 - ba ( ph5. 8 )

    （ 1 ）黃瓜子葉節植株再生建立東北農業大學理學碩士學位論文一通過對比三種外植體（于葉、子葉節、下胚軸）的分化率，得出最佳外植體類型為子葉節；通過探討pgr （ naa 、 6 ba ）濃度和配比對不定芽分化的影響，得出最佳芽誘導培養基為：卜1叭6 。
  19. Characterization and rapid evaluation of oxalic acid tolerance in rapeseed brassca napus l. germplasm

    甘藍型油菜耐草酸材料的種子發芽快速鑒定
  20. Proteome techniques have widely been applied to the fields of plant genetics, plant development, and plant physiology and ecology to investigate plant genetic diversity, plant development such as seed maturation and germination processes, differentiation of plant tissue and organ, separation and functional identification of novel component of various organells, mechanisms of plant adapted to abiotic or biotic stresses including high temperature, low temperature, high salt, drought, and pathogens and insects, and interaction of plant with microbe

    摘要蛋白質組技術已廣泛應用於植物遺傳、發育和生理生態等諸多生物學領域，主要研究植物的遺傳多樣性、植物發育（如種子成熟與發芽過程） 、組織器官的分化過程、不同亞細胞結構的新蛋白組分的發現及其功能鑒定、植物對非生物逆境（包括高溫、低溫、高鹽和乾旱等）和生物逆境（病蟲害）的適應機制和植物與微生物（根瘤共生體）相互作用機制。
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