不定芽

不定芽在MS培养基上可正常生根，发育成完整植株。

It also showed that adventitious bud could grow root and develop complete plants in the medium MS.

盐桦（Betulahalophila）愈伤组织的高效诱导和不定芽的分化

High Efficient Callus Induction and Adventitious Bud Differentiation of Betula halophila

诱导试管苗叶片产生不定芽及对不定芽的生长最适宜的基本培养基是MS；

The best basis medium for adventitious buds induction and growth is MS ;

6－BA及MET对水稻实生苗不定芽诱导的影响

Effects of 6-BA and met on the induction of adventitious buds from rice seedlings

大豆胚尖不定芽对NaCl耐性的研究

NaCl Tolerance of Adventitious Shoot from Embryonic Tip in Soybean

X射线慢性照射对东方百合不定芽生长和POD同工酶的影响

Effect of X-ray Chronic Irradiation on Growth and POD Isozyme of Adventitious Bud of Oriental Lily

在不定芽诱导中，pH值、蔗糖含量和暗培养时间对不定芽诱导有一定影响。

In the induction of adventitious buds , pH , sucrose content and dark culture of adventitious buds to some extent .

BA对大叶冬青外植体不定芽的处理能产生较好的增殖系数与高生长；

And BA was suitable for the multiplication and height growth of adventitious shoots .

生长健壮的不定芽和再生植株能在无激素的MS基本培养基上生根。

The health adventitious buds and regen - erated shoots could be rooted on growth regula - tor-free MS medium .

通过改变培养基pH值和琼脂糖浓度，获得了由大白菜子叶-子叶柄诱导胚状体和不定芽的培养基配方。其分化生长培养基的配方分别为：MS培养基+3%蔗糖+4.5mg。

Through changing pH value and agarose concentration of culture medium , we developed a method for embryo and adventitious bud induction .

在无激素MS培养基中，不定芽生根率达95%以上。

When transferred to a rooting medium ( MS without any plant regulators ), 95 % of the regenerated buds rooted readily .

IAA对愈伤组织的形成几乎无影响，但对再生不定芽的生长影响较大。

IAA hardly influenced callus formation , but significantly affected regeneration of explants .

水杨酸（SA）也抑制不定芽的再生。

SA also inhibited shoot regeneration .

在不定芽形成前，可溶性蛋白质含量、POD和SOD的活性均呈上升趋势。

Before adventitious shoots initiated , soluble protein content and activities of POD and SOD showed the trend to increase .

只有内源IAA无论是拟球茎还是不定芽形成过程其含量均呈下降趋势。

Only the content of endogenous IAA decreased consistently in both the two organogenesis pathways .

NAABAKT对麝香石竹不定芽形成的影响

The Effect of NAA BA KT on the Forming of the Adventitious Bud of Dianthus Caryophyllus

幼雄穗培养在含2mg/16&BA的MS培养基上直接产生不定芽。

Adventitious buds and shoots were directly developed in the primary culture from the immature tassels cultured on the medium MS containing 2 mg / 1 6-BA .

四倍体龙牙百合鳞片叶直接形成不定芽和体细胞胚的培养及不定芽直接发生的生理生化特性测定结果表明：在MS培养基中添加一定浓度的6－BA可以诱导外植体直接分化不定芽。

The direct formation of indefinite buds and somatic embryoes from scale leaf and the qualities of physiology and biochemistry of the period of bud formation were investigated .

结果表明，6-BA不同浓度对木薯品种不定芽诱导效果不一，在MS+6-BA0.5～1.0mg/L中，3个品种均可诱导产生幼芽；

The results suggested that various concentrations of 6-BA had different effects in inducing adventitious buds .

含T-DNA的龙葵叶片分化不定芽的组织学观察

Histological Observation cm the Differentiation of Adventitious Buds in T-DNA Contained Leaves of Solanum nigrum

M（26）和Gala的不定芽再生效率均达到95%以上。

The rate of adventitious bud regeneration of M_ ( 26 ) and Gala was above 95 % .

采用正交设计法，研究外植体、BA和NAA浓度三因素对苹果不定芽再生频率的影响。

The effects of explants , concentration of BA and concentration of NAA on regeneration rates of apple were studied using orthogonal design .

用滇龙胆的顶芽及侧芽为外植体，以MS培养基为基本培养基，以6-BA/NAA和KT/IAA两组不同浓度组合进行对比实验，研究诱导滇龙胆顶芽及侧芽萌发产生不定芽的最佳条件。

The indefinite bud was induced from terminal bud and lateral bud by using different hormone 6-BA / NAA and KT / IAA in the tissue culture of Gentiana rigescens Franch .

以虎舌红当年生的幼茎及芽为外植体，接种于不同激素配比的MS培养基上诱导不定芽，继代并进行伸长增殖培养。

The steins and buds of Ardisia mamillata Hance were used as explants and incubated on three kinds of 1 / 2 MS media with different hormone combinations for inducing adventitious buds .

1／2MSC+H3（B1）对四个品种愈伤组织的不定芽分化均具有较好效果。

1 / 2MS C + H2 ( Bl ) has better effect on adventitious bud 's proliferation OP four cultured varieties .

通过对影响叶片离体再生不定芽和农杆菌（Agrobacterium）介导的遗传转化的若干因素的研究，建立起高效的苹果再生不定芽系统和遗传转化系统，获得了新乔纳金苹果转基因植株。

Several factors that affect the adventitious shoot regeneration from leaf pieces in vitro and Agrobacterium-mediated genetic transformation of apple were examined .

褐化是抑制不定芽再生频率提高的关键因子，培养基中添加PVP、Vc及改变生长素的种类和浓度均不能促进不定芽再生；

The PVP and Vc additions to the medium and the changes of the hormone kinds and concentrations in the medium could not help the adventitious buds occur ;

以丽格海棠叶片为外植体，以MS为基本培养基，通过对比试验研究了不同植物激素对丽格海棠叶片不定芽诱导、增殖与生根的影响。

The leaves of Rieger Begonia were taken as explants and cultured in different mediums to study the effect of different exogenous hormones on the induction , multiplication and rooting of the leaves adventitious buds .

上胚轴在改良的MS基本培养基中能形成不定芽，6-BA的加入有利于不定芽的再生，IAA的加入则不利于不定芽的再生。

Adventitious buds were regenerated from epicotyl segments in improved MS basal medium , and the addition of 6-BA and IAA in the media influenced the buds regeneration .

在红叶石楠组织培养基中设置不同的萘乙酸（NAA）和6-苄基腺膘呤（6-BA）的浓度组合，研究其对不定芽和不定根的诱导效果。

Different concentration combinations of NAA and6-BA were setup in tissue culture media to study inducing effects of sprouts and roots of photinia fraseri .