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multiple buds
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  多芽体
     The optimum medium for the induction of the multiple buds was the MS + 6-BA 1.0 mg/L + NAA 0.2 mg/L;
     (2)MS+6-BA 1.0 mg/L+NAA 0.2mg/L为诱导多芽体较好的培养基配方;
     Cauliflower-like compact buds(multiple buds)could be induced from meristem of single adventitious bud of this cultivar in P4 medium consisted of MS salts and vitamins supplemented with BAP 100 μmol·L ~(-1)and IAA 1 μmol·L~(-1) after subculture for five cycles.
     结果表明,该品种单个不定芽茎尖在P4培养基(含BAP100μmol·L-1和IAA1μmol·L-1)中继代5个周期后可诱导获得类似花椰菜结构的多芽体
短句来源
     The Induction of Multiple Buds and Somatic Embryogenesis of Musa AAB Silk‘Guoshanxiang’
     ‘过山香’香蕉多芽体的诱导及其体细胞胚的发生
短句来源
  “multiple buds”译为未确定词的双语例句
     Multiple buds were induced from the adventitiousbuds after a 15-d-old inoculation in the medium with MS salt,B5 vitamin,3 mg/L TDZand 0.01%yeast powder.
     不定芽接种到MS盐+B5维生素+3 mg/L TDZ+0.01%酵母粉培养基中15 d诱导出大量丛生芽;
短句来源
     The results showed :(1) The multiple buds were obtained from explant on MS basal medium containing different kinds of auxin and cytokinin. The medium for germination:BA0.5mg/L+ 2.4- D0.2mg/L.
     结果表明:( 1)在不同激素组合的培养基上均能诱导产生丛生芽,在 MS+ BA2mg/L+ 2.4- D0.2mg/L中分化率高,芽质优;
短句来源
     BA concentrations at 0 5~1 0mg/L were effective in inducing the growth of callus and multiple buds.
     丰香草莓茎尖用MS作基本培养基 ,添加 0 1mg/L的NAA ,在BA浓度为 0 5~ 1 0mg/L范围内均可有效诱导愈伤组织发生和促进芽的分化。
短句来源
     L-1,adenine 40 mg . L-1 and glutamine 100 mg . L~1 multiple buds were quickly induced and the differentiation rate was 20% in broccoli and 18% in cabbage.
     再生愈伤组织转入含IAA 0.1mg·L~(-1)、ZT 2.0mg·L~(-1)、adenine 40mg·L~(-1)和glutamine 100mg·L~(-1)的MS培养基中可迅速分化出绿芽,青花菜的分化率达20%,甘蓝的为18%。
短句来源
     Most of calli formed multiple buds; (3) 91.2% of the regenerated plantlets treated with KT 2 mg/L+NAA 0.02 mg/L+PP333 0.1 mg/L could develop their roots,grew robustly and robusted green leaves;
     ( 3)再生植株生根和壮苗的最好激素组合为 KT2 mg/L+NAA0 .0 2 mg/L+ PP3330 .1 mg/L,生根率为 91 .2 % ,且根系发达 ,叶色浓绿 ,生长健壮。
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     Plantlets were obtained from multiple shoots and axillary buds.
     5.利用腋芽增殖和丛生芽诱导的方法均获得了完整的再生植株。
短句来源
     Induction and Regeneration of Multiple Buds from Different Explants of Peanut
     花生不同外植体丛生芽的诱导和植株再生
短句来源
     On Multiple Copyrights
     试论多重著作权
短句来源
     ON MULTIPLE G-INTEGRAL
     关于多重G积分
短句来源
     The division of buds was influenced.
     芽的分裂受到影响;
短句来源
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  multiple buds
Numerous peduncles, each carrying multiple buds, were produced per stem, but only fewdeveloped into ripe seeds.
      
The development of multiple buds on explants at the initiation step was obtained with MS at 1/2 strength with either 1 or 2μM of BAP but not without it.
      
Results shown in this report suggest that BA is directly responsible for re-programming the embryonic apical meristem axes of cotton toward the production of multiple buds and subsequent shoot development.
      
Multiple buds were induced in callus tissues derived from apical buds, petioles, leaf and cotyledon explants.
      
Transplanting clusters of multiple buds to fresh MS medium supplemented with 0.11 μM α-naphthaleneacetic acid (NAA), 0.89 μM BA and 6% (w/v) sucrose was effective for inducing shoot formation, leading to plantlet formation.
      
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The effects of phytohormones on bud and shoot multiplication on rejuvenated stem segments taken from 10-year-old Chinaberry-tree (Melia Azedarach L.) grown in vitro were studied. The analysis of variance indicated that the BAP determined the number of buds formed per explant, while the NAA determined the multiple bud percentage. The best ratio of BAP:KT was 1:1 to bud multiplication. There were interactions and very significance between the cytokinin and auxin. The cytokinin was more...

The effects of phytohormones on bud and shoot multiplication on rejuvenated stem segments taken from 10-year-old Chinaberry-tree (Melia Azedarach L.) grown in vitro were studied. The analysis of variance indicated that the BAP determined the number of buds formed per explant, while the NAA determined the multiple bud percentage. The best ratio of BAP:KT was 1:1 to bud multiplication. There were interactions and very significance between the cytokinin and auxin. The cytokinin was more effective than auxin, while the BAP was more effective than KT, the NAA was more effective than IBA to effective shoot multipication. The best combination of phytohormones was BAP 0.5ppm+NAA0.005ppm, the best ratio of BAP: NAA was 100:1 to bud and effective shoot multiplicaling.

本文研究了10年生苦楝返幼茎段离体培养中植物激素对芽及嫩梢的增殖效应。方差分析表明,BAP决定了每个外植体上的芽数,而NAA决定了丛芽率(%)。对于芽增殖,最佳BAP:KT为1:1。对于有效嫩梢增殖,细胞分裂素和生长素之间具有极显著的交互效应。细胞分裂素的作用大于生长素,而BAP的作用大于KT,NAA的作用大于IBA。芽及有效嫩梢增殖最佳的激素组合为BAP0.5ppm+NAA0.005ppm,BAP:NAA的最佳比例为100:1。

Roots Were only induced at cotyledons node of mature embroyos in various explants of Glycine soja Glycine gracilis Glycine max with Agrobacterium rhizogenes. lurpection of opine showed that there was mannopine in the hairy roots induced with Agrobacterium rhizogenes and callus come from them and therefore that T-DNA of Ri-plasmid -was successfully transfered. The results of the experiment about regeneration of hairy roots showed that differentiation of adventitious root was only obtained in cuiture media supplementing...

Roots Were only induced at cotyledons node of mature embroyos in various explants of Glycine soja Glycine gracilis Glycine max with Agrobacterium rhizogenes. lurpection of opine showed that there was mannopine in the hairy roots induced with Agrobacterium rhizogenes and callus come from them and therefore that T-DNA of Ri-plasmid -was successfully transfered. The results of the experiment about regeneration of hairy roots showed that differentiation of adventitious root was only obtained in cuiture media supplementing 8mg/L NAA or IAA. It was found that kinds of basal medium MS and Bs with 6 % sucrose were effective in induction of multiple-buds. The multiple-buds of transformation have hrown plant on the basal medium MS.

本文利用发根农杆菌感染大豆不同外植体,在成熟胚靠近子叶节部位诱导产生毛状根。经冠瘿碱检测表明,毛状根及由此产生的愈伤组织均有甘露碱存在,说明Ri质粒的T-DNA已整合到大豆的转化根及愈伤组织中。转化根再生实验表明,在含NAA和IAA8mg/L的MS培养基上得到不定根的分化,MS和B_3培养基及6%蔗糖对转化丛生芽的诱导有利。转化的丛生芽在MS基本培养基上进一步长成小植株。

Mei flower (Prunus mume Sieb. et Zuce.) is native to China and a woody flower famous at home and abroad. It consists of 200 varieties or more. In our experiments on in vitro clonal propagation of this species, a basal medium formulated by ourselves is used with combinations of the phytohormones. Clumps with multiple buds are formed from the adult trees' axillary buds as explants cultured on the medium containing BA 2mg/l, ZT 1mg/l and IAA 0.2mg/l. The clumps subcultured on the same medium for 20...

Mei flower (Prunus mume Sieb. et Zuce.) is native to China and a woody flower famous at home and abroad. It consists of 200 varieties or more. In our experiments on in vitro clonal propagation of this species, a basal medium formulated by ourselves is used with combinations of the phytohormones. Clumps with multiple buds are formed from the adult trees' axillary buds as explants cultured on the medium containing BA 2mg/l, ZT 1mg/l and IAA 0.2mg/l. The clumps subcultured on the same medium for 20 days grow into abnormal shoots. When the abnormal shoots or the clumps are transferred to the medium containing BA 0.25mg/l, IAA 0.05mg/l and given a 25-day subculture, they develope into normal vigorous shoots. Rooting occurres on shoots transferred to the rooting medium. Each plantlet grow out 2—5 yellowish roots from the base of stems. 80% of rooted plantlets are successfully transferred and grow normally in pot-culture soil and under glasshouse conditions.

我们采用自配的基本培养基(以下简称WB)附加植物激素组合,对梅花进行离体快速繁殖试验。以成年母树腋芽作外植体,在WB中附加BA 2mg/l、ZT 1mg/l和IAA0.2mg/l的培养基上培养,腋芽萌发长成丛生芽;再转移到同一培养基上经20天培养,丛生芽长成不太正常的丛生幼苗。把丛生芽或不太正常的丛生幼苗转移到WB附加BA0.25mg/l、IAA0.05mg/l的培养基上,继代培养25天,丛生芽或不太正常的丛生幼苗则长成粗壮的无根苗。无根苗在生根培养基中诱导生根,每株苗自茎基部直接长出2—5条浅黄色的根。生根小植株盆栽于培养土中,并置培养室或温室条件下管理,成活率达80%。关于梅花营养器官的离体培养研究尚未见报道。

 
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