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- By optimizing the culture conditions,the rate of adventitious bud induction,elongation and rooting reached to 100%,83%,and 100%,respectively. 采用优化的培养基培养;不定芽诱导率达到100%25;不定芽伸长率达83%25;生根率达到100%25.;在此基础上建立了保加利亚尖椒的子叶离体高效再生体系
- Darkness or low intensity light at the beginning of adventitious bud induction was necessary with no difference for the incubating duration from 2 to 4 weeks. 葡萄不定芽再生须经黑暗培养或弱光培养，暗培养时间在2周与4周之间再生效果差异不显著。
- Callus and adventitious bud induction :The leave were cultured under the sunlight by using the improved liquid medium , MS+BA1+2, 4-D0.5. After two weeks, the bud differentiation rate was more than 1300%. 诱导外植体的生长与分化：利用改进的液体培养基MS+BA1+2，4-D0.;5，在自然光下进行培养。
- ADVENTITIOUS BUD INDUCTION AND PLANTLET REGENERATION OF DIOSCOREA NIPPONICA 穿山薯蓣不定芽的诱导与植株再生
- Adventitious Bud Induction and Establishment of Regeneration System in the Shoot of Camptotheca acuminata 喜树茎段不定芽的诱导及再生系统的建立
- Direct Adventitious Bud Induction and Plant Regeneration of Rosa hybrida cv. Samantha 月季萨蔓莎不定芽的直接诱导和植株再生的研究
- Improvement of Shoot-Tip Micrografting Through Adventitious Bud Induction from Citrus Stem Explants 利用柑橘茎段诱导不定芽改进微芽嫁接技术的研究
- the combination of 0.4 mg/L BA and 2 mg/L 2,4 D enhanced adventitious bud induction; 2 mg/ L2 ;4 - D和 0 .;4 mg/ LBA组合最利于诱导不定芽 ;
- Adventitious buds induction 不定芽诱导
- Adventitious bud induction 不定芽诱导
- A preliminary study on the induction and propagation of adventitious buds for Aloe vera L. 库拉索芦荟诱导与增殖的初步研究。
- Induction of Adventitious Bud and Plantlet Regeneration in vitro of Pinus taeda L. 火炬松丛生芽诱导及植株再生。
- The optimum concentration of BA for the induction of adventitious bud was 2.0mg/L. BA的最适浓度为2.;0 mg/L。
- The factors affecting the adventitious root induction of Pinus. sylvestris var. mongolica from adventitious buds were studied. 摘要以樟子松不定芽为外植体，分别对影响樟子松组织培养不定根形成的几个主要因素进行了研究。
- For poplar 84K the optimal selecting pressure for both adventitious bud and root induction were 20 mg/L, while 15 mg/L for triploid white poplar. 确定了84K 杨和三倍体毛白杨叶片芽诱导卡那霉素临界筛选浓度分别为20 mg/L和15 mg/L;
- After three weeks, adventitious buds sprouted from the edge of leaf explants. 当叶盘向轴面朝下放置在培养基上时,三周后,从叶盘边缘生出不定芽。
- Preliminary Study on Virus-free by Adventitious Bud Culture in Lilium spp. 百合不定芽培养脱毒初探。
- Through direct induction of adventitious buds, stems, leaves and leafstalks were used as explants to establish a rapid and effective technique system of tissue culture of Rieger Begonia. 本试验以丽格海棠(Begonia×Elatior)叶片、叶柄及茎段为外植体,通过培养直接诱导不定芽的形成,继而进行增殖培养,最后诱导生根、炼苗移栽,以便建立快速高效的丽格海棠组织培养技术体系。
- Adventitious buds were obtained by direct induction from the growing point of crown bud,axillary bud and basic part of sterile plantlet of Cayenne pineapple The induction rate were 87.2%,72.3%and100%respectively. 用无刺卡因菠萝的冠茅顶端生长点、腋芽和无菌苗基部直接诱导产生不定芽;诱导率分剐为87.;2%25、72
- The highest frequency of induction adventitious buds was 84% on the WPM medium with BA0.25mg/L . The highest frequency of induction adventitious roots was 56% on the DCR medium with IBA0.5mg/L and BA0.1mg/L. 在WPM+BA0.;25mg/L时;不定芽的诱导率达到最大值84%25;在DCR+IBA0
