誘導率 的英文怎麼說

中文拼音 [yòudǎolǜ]
誘導率 英文
inductivity
  • 誘 : 動詞1. （誘導） guide; lead; induce 2. （使用手段引人隨從自己的意願） lure; seduce; entice
  • 導 : 動詞1. （引導） lead; guide 2. （傳導） transmit; conduct 3. （開導） instruct; teach; give guidance to
  • 率 : 率名詞（比值） rate; ratio; proportion
  • 誘導 : guide; lead; induce; guidance; induction
  1. But cluster buds can not be obtained from the callus of stems and embryo. it has likely relate to the inner structure of callus. lt is very difficult to get embryoid from mature embryo and its inducing rate is very low, and only 11. 5 % in the media containing n6 + ba 1. 5mg / l + naa 0. 5mg / l + sucrose 30g / l + agar 8g / l + ac 2g / l which is the best media for gingo tissue culture

    而莖段和胚誘導的愈傷組織基本上沒有叢生芽發生，這可能和不同愈傷組織的內部結構有關。成熟胚的胚狀體誘導率較低，誘導相當困難，在n6 bai
  2. Cotyledon and hypocotyl ' s rate and quamity are the most among these explams, and callus can be obtained in 10 days by cotyledon and hypocotyl. reversely it is difficult to indue callus with root, and the callus from root is lnde and easy to become browning. the calius obtained from leaf grows very slow and does not become browning uniill in 2 or 3 months

    銀杏的不同器官和組織都能夠誘導出愈傷組織來，其中，子葉和胚軸10d左右全部愈傷化，誘導速度和誘導率均最高，根則很難誘導，愈傷組織很少，褐化很快；葉片誘導的愈傷組織，生長慢，褐化也慢，在培養基上保持兩三個月而不褐化；胚乳的誘導時間也較長，需要30d左右。
  3. Call from strawberry anthers of darslect and toyonaka were induced on ms media with 6 - ba and 2, 4 - d, or 6 - ba and naa, and the inducing frequency was very high

    當花藥在附加2 0mg l6 - ba和0 5mg lnaa的培養基上進行培養時，愈傷組織誘導率最高。
  4. Explants of d. zingiberensis could obtain the approciate efficency on ms + ba2. 0mg / l ; and the experiment of microtuberization on ms + ba6. 0mg / l or ba 8. 0mg / 1 all failed of success, it could obtain completed regenerated plantlets on l / 2ms + iba0. 1mg / l, the rooting rate was 50 %

    以秋水仙素濃度和處理時間為變量因子，以誘導率和死亡率為因變量，進行方差分析，結果表明，秋水仙素濃度和處理時間的薯莉屬扳勃fdforo 。
  5. This review includes the following subjects : induction frequency of haploids depend on genotypes, developmental stage of explants, temperature pretreatment of the explants, medium composition and the conditions of cultivation

    迄今己有9個科21種植物用這一方法誘導出單倍體植株，植物的基因型、外植體的發育程度、接種前的預處理、培養基和培養條件等均能影響誘導率的高低。
  6. The transformed hairy roots were detected for agropine to make sure the transformation was successful. a conclusion was reached as follows : agrobacterium rhizogenes r1601 was an ideal strain for hairy roots transformation from trichosanthes bracteata voigt which exhibited extraordinary transformation rate ( 60 % ). od600 = 0. 7 was the optimum infection concentration for the tested transforming agent, with temperature at 25, ph at 6. 0, 20min of infection and 48h of co - culture and phytohormone at 1. 0mg / l being the most favourable hairy root - inducting pattern

    通過實驗和對結果的數據分析，得出下面的結論：發根農桿菌r1601是較好的大苞栝樓發根的誘導菌株，它對預培養24h的大苞栝樓子葉外植體具有最好的轉化效率和發根誘導率（ 60 ） ，最適的菌株感染濃度od _ （ 600 ）為0 . 7 ，溫度27 、 ph值為6 . 0 、 20min的感染時間和48h的共培養，以及黑暗條件和1 . 0mg / l的激素最有利於發根誘導的環境條件。
  7. In this study, systems of rapid propagation of the cultivars such as d. zingiberensis, d. panthaica and d. composite were setup to find the best way to meet the need of producing, and to establish the base of introduction, breeding and cultivar improvement of foreign dioscorea with high diosgenin ; in addition, there are two strategies to obtain polyploids combining with chromosome engineering : screeding natural mutations and mutation breeding were carred out on d. zmgiberensis. exploratively studies were done on rapid propagation of the three dioscorea plants. the result showed : explants of d. pathaica obtained the appreciate propagation efficency on ms + ba1. 0mg / l + naa0. 1mg / l, ms basic medium containing 6. 0mg - 1 ba, l. 0mg - 1 kt and sucrose at 30gl - 1 or 60g1 - 1 was the appreciate medium for microtuberization

    三種薯蕷屬植物離體再生體系培養條件的探索試驗結果表明：黃山藥外植體適宜的增殖培養基為ms + ba1 . 0mg / l + naa0 . 1mg / l ，微型塊莖誘導為ms + ba6 . 0mg / l + kt1 . 0mg / l + 3蔗糖，高濃度的蔗糖含量（ 6 ）能提高微型薯蕷的誘導率，但對其誘導起關鍵作用的還是ba的濃度；菊葉薯蕷增殖效果較好的培養基為ms + ba1 . 0mg / l ，以ms培養基為誘導微型薯蕷的最佳選擇，誘導率可達50 ；盾葉薯蕷最適宜的增殖培養基為ms + ba2 . 0mg / l ，在誘導微型薯蕷的實驗中發現，當ba濃度為6 . 0mg / l和8 . 0mg / l時， 15d左右節間處膨大形成綠色圓球狀小塊，但繼續培養其上則開始分化芽。
  8. The induction rate, callus growth and anthocyanin accumulation of different explants isolated from the seedings in different age were compared for the selecting of rapid - growing and steadily - anthocyanin - accumulating lines

    比較了來自不同苗齡的不同外植體愈傷組織誘導率、愈傷組織生長量及花色素苷含量。
  9. The explants with roots have the highest frequency of torenia calli induction

    不同的外植體中，以帶有根系的材料的誘導率高。
  10. There was no significant correlation between callus induction and plant regeneration

    3愈傷組織誘導率和分化率之間無顯著相關性。
  11. Each of the affecting factors work on the process by acting on one or more respects of it

    所有的轉化方法和誘導條件都是通過對上述的任一或者幾個過程的作用，而最終影響發根的誘導率。
  12. Comparing the two genotypes, the frequency of callus induction and green plant regeneration was less affected for tolerance - genotype

    耐病基因型的愈傷組織誘導率和綠苗分化率的降低幅度均小於感病材料。
  13. When anthers were cultured on ms medium with 2. 0 mg / l 6 - ba and 0. 5 mg / l naa, the inducing rate of darslect and toyonaka was as high as 98 % and 85 % respectively

    草莓的基因型不同，誘導率不同，達賽和豐香的誘導率分別為98和85 ，達賽的誘導率明顯高於豐香。
  14. The results showed that with the increase of the concentration of the crude toxin in culture media, the frequency of callus induction and green plant regeneration was decreased

    結果表明：隨著赤霉病菌粗毒素預處理濃度的提高，大麥花藥愈傷組織誘導率降低，愈傷組織的綠苗分化率降低。
  15. However, when immature embryo was used as explant, the optimize concentration of 2, 4 - d is different, as for yangmai 87158 and ann 98005, it is 2. 0 mg / l, but as for ann92484, it is 4. 0mg / l

    Omg l時出愈率和胚性愈傷組織誘導率達到最大值，而對于幼胚不同品種表現有所差異，其中楊麥87158和安農98005在2 ， 4濃度為2
  16. Ph value increase from 4. 5 to 6. 5 strongly stimulated hairy root formation and higher ph value ( above 7. 5 ) inhibited it. under the optimized condition, the transformation frequency of torenia approached 90 %

    預培養和共培養培養基ph從4 . 5提高到6 . 5時，毛狀根誘導率顯著提高，但是當提高到7 . 5時，誘根率卻顯著下降。
  17. Different maize genotypes showed different ability of emberyogenic calli establishment and plant regeneration. mol7, ji846, 81162 and 7922 had the most high rate of induction, ye 107, 5416 and 444 were high, but longkang11 and dongnong46 had little rate of it ; the concentration of 2, 4 - d had an enfluence on the mopha, growth and differentiation of calli

    玉米胚性愈傷組織的發生是受遺傳因素控制的，不同基因型其胚性愈傷組織發生率及植株再生能力存在顯著差異，其中以81162 、吉846 、 7922 、 mo17的胚性愈傷誘導頻率較高，掖107 、 5416 、 444的誘導率較低，龍抗11 、東農46最低。
  18. Colchicine concentrations were four levels of 100, 500, 1000 and 2000 mg / l, and treatment periods were of 1, 2, 4 and 6 days for the former and 24, 48 and 72h for the latter. the results showed that both the two methods can induce polyploid cells, but the former was better than the latter in the induction rate and operating

    經染色體數目鑒定表明，這兩種方法都能有效的誘導四倍體細胞（ 2n = 4x = 48 ）的產生，而二倍體染色體數為2n = 2x = 24 ，但是加入培養基法無論在誘導率上還是在操作上都優于液體浸泡法。
  19. 2 established the regeneration system with mature embryos of rice ( 1 ) the optional inducing medium of callus is ms basal medium supplemented 3mg / l 2, 4 - d, 30g / lsucrose and 8g / l agar. ( 2 ) the rate of callus induction varied with the genotypes. dongnong v - 10 has the highest inducing rate among 4 tested genotypes, up to 96. 1 % ; the second is song 93 - 8 and dongnong 419, and the average inducing rate renched 88. 9 % and 88. 3 % respectively

    （ 2 ）不同基因型愈傷組織誘導率有差異，供試的4個基因型中，東農v10誘導率最高，平均誘導率達到96 . 1 ；其次是松93 - 8和東農419 ，平均誘導串分別為88 . 9和88 . 3 ；富士光誘導率最低，平均誘導率為78 . 9 。
  20. Our experiment indicates : ( 1 ) the optimal concentration of kanamycin for screening torenia fournier regenerated buds was 400 mg / l. the ideal transformation was obtained in the following conditions : the leaf discs were dipped in agrobacterium suspension that od600 was 0. 1 for 10 ~ 20 min ; subsequently cocultivated on the ms solid coculture medium containing 20umol / l acetosyringon for 7 to 8 d at 23, and the induction ratio of regenerated buds was 27. 2 %

    研究結果表明： （ 1 ）篩選藍豬耳轉化芽的最適卡那黴素濃度為400mg l 。 od _ （ 600 ）為0 . 1的菌液濃度菌液浸染葉盤10 20min ，固體共培養基（含20 mol l乙酰丁香酮）上23共培養7 8d可獲得理想的轉化效率，轉化芽誘導率為27 . 2 ； 16h光照， 8h黑暗是較理想的共培養光周期；莖段是較好的轉化受體。
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