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- Preliminary Study on Virus-free by Adventitious Bud Culture in Lilium spp. 百合不定芽培养脱毒初探。
- 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。
- Study on Production of Virus-free Bulblets by Adventitious Bud Culture in Lilium spp. 百合不定芽培养脱毒种球生产的研究。
- Cytohistological Observations of Callus and Adventitious Bud of Isatis indigotica Fort. 菘蓝离体培养过程中愈伤组织和再生芽发生的细胞组织学观察。
- 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。
- Transferred to redifferentiation medium, embryogenic callus changerd into adventitious bud and root. 将得到的姜花茎尖薄片、花丝、叶片和花柱的胚性愈伤组织转接到成熟分化培养基中均能成功诱导产生不定芽和不定根的发生。
- The adventitious bud differentiation rate of different explants types was leaf (95.1%) > stem segment (66.3%)> root segment (61.5%). 叶片、茎段和根段三种外植体类型的再生频率大小顺序依次为叶片(95.;1%25)>茎段(66
- MS medium supplemented with 2,4-D 0.5 mg/L and BA 0.5 mg/L was the best for the differentiation of adventitious bud from the scale. 鳞片块不定芽的分化以MS培养基中添加0.;5mg/L2;4-D和0
- B5 medium was most suitable to sha-01. with BA0. 5+IBA0. 1 was suitable to subculture of adventitious bud , the time of subculture was 40d. 筛选B5培养基为沙-01的最佳基本培养基,附加BA0.;5+IBA0
- 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;
- 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
- There isn't much difference in adventitious bud regeneration from leaves of proliferation of bud clusters or leaves of callus. 由丛生芽和愈伤组织两个途径得到的无菌苗上的叶片在再生能力方面没有明显差异.
- The leaf disks derived from the tip, middle, or base parts of the leaves had the same adventitious bud regenerate ability. 将叶片切分为叶尖、叶中、叶基部叶块分别接种,其不定芽再生能力没有差异;
- Effects of TDZ on adventitious bud regeneration from leaf blade of apple[J].Plant Physiology Communication,1997,33 (6):420-423. TDZ对苹果叶片离体再生不定芽的效应[J].;植物生理学通讯;1997;33(6):420-423
- The optimum hormone combination for adventitious bud differentiation and rapid propagation was BA 1.0 mg/L + NAA 0.5 mg/L for ?A. konjac ?and BA 2.0 mg/L + NAA ?0.5? mg/L for ?A. 不定芽分化及快繁;花魔芋为6-BA1.;0mg/L+NAA0
- The changes in protein patterns were monitored with SDS PAGE and IEF/2D during callus proliferation and adventitious bud differentiation of Populus euphratica. 利用十二烷基磺酸钠聚丙烯酰胺凝胶电泳 (SDS PAGE)和等电聚焦双向电泳 (IEF 2D)对胡杨不同类型愈伤组织和愈伤组织分化不定芽过程中表达的蛋白进行了研究。
- 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。
- The results showed that whether the pebuncle blossomed or not, they all could induce adventitious bud successfully, and the optimal culture medium was MS + 6-BA - 5.0 mg/L. 实验结果表明;不管是已开花的花梗还是未开花的花梗;其腋芽均能诱导产生不定芽;其适宜的培养基配方为MS+6-BA 5.;0mg/L;
- The differentiation of adventitious bud from the leaf piece and bulbil piece of the plantlets in vitro was the best on MS medium supplemented with BA 1.0 mg/L and IAA 0.05 mg/L. 试管苗小叶块和小鳞茎块的不定芽分化均以MS培养基中添加1.;0mg/LBA和0
- In this study, TDZ was best for inducing adventitious bud from petioles in vitro, and it was easy to regenerate adventitious bud from the younger petiole. 试验结果表明,细胞分裂素TDZ对梅尔诺离体叶柄再生不定芽效果显著,较嫩的叶柄容易再生出不定芽,并且不同的暗培养时间对不定芽再生有很大的影响,暗培养时间30d时效果较好。