不定芽再生率以上部叶片最高。
The regeneration rating of the adventitious buds from the top leaves was highest?
从毛状根上直接分化出不定芽和根。
富士苹果黄化茎段再生不定芽的研究。
Adventitious buds regeneration from etiolated internode segment of apple cultivar Nagafu no.
确定了各基因型的不定芽分化培养基。
Differentiation medium for adventitious shoots of different genotypes were decided.
不定芽由愈伤组织分化形成。
水杨酸（SA）也抑制不定芽的再生。
再生频率为平均每叶再生出的不定芽。
Regeneration frequency is the average No. regeneration shoots that a leaf regenerated.
上胚轴是再生不定芽的最佳外植体类型。
Epicotyl segments were the optimal explants for adventitious buds regeneration.
品种的叶片愈伤组织诱导和不定芽再生的影响。
The effects of growth regulator and cultural time on the adventitious shoot regeneration from leaves were investigated.
植物的不定芽再生过程涉及众多基因及其互作。
In vitro shoot regeneration is a developmental process that multiple genes and their interactions are involved in.
同时对葡萄不定芽发生的细胞学结构进行了探索。
At last, searched the cytology structure of grape adventitious bud.
不定芽在MS培养基中可以生根，长成健康植株。
Adventitious shoots took root and grew to regenerated plants on MS medium.
率为再生出不定芽的叶数占接种总叶数的百分比。
Note: Regeneration rate is that No. regeneration leaves is in the percentage of No. leaves inoculated.
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.
“红宝石无核”的叶柄不定芽再生率远远低于其叶片。
Rate of bud regeneration of'Ruby Seedless'was greater from leaves than petioles.
其中不定根中的总生物碱含量高于愈伤组织和不定芽丛。
And the contents of total alkaloid in adventitious roots is higher than that in calli and buds.
盐桦愈伤组织高效诱导和不定芽分化的最适外植体为茎段；
Results showed that the immature stems are good explants of callus induction and adventitious bud differentiation;
同时采用不定芽技术对变异株进行稳定，获得了完全多倍体。
Stablepolyploid plants were obtained through the application of the adventitious bud technique.
组织学观察表明，组培苗的不定芽和不定根起源于茎的中柱。
Histological observation displayed the adventitious buds and roots of rose were both originated in stele.
不定芽生长迅速，同时发现在不定芽上可以再形成新的不定芽。
It was observed that the adventitious bud grew rapidly and new generation of adventitious buds emerged from them.
BA与IBA配合使用，对不定芽的伸长生长有很好的促进效果。
BA, when combined with IBA, showed its effectiveness on the growth and elongation of the adventitious buds.
不定芽在低温保存过程中，过氧化物酶活性升高，可溶性糖含量增加。
During the storage, the activity of POD and the content of soluble sugar in Amorphophallus buds had been increasing sharply.
试验以组织培养获得的柔枝松不定芽为对象，对其进行不定根诱导研究。
The adventitious shoots of limber pine were taken as objects to investigate their induction of adventitious roots.
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.
通过诱导愈伤组织再分化和直接诱导不定芽这两种途径获得了石竹的再生植株。
The regenerated plantlets in Dianthus chinensis were obtained by two methods: through the redifferentiation of the callus and the adventitious buds induced directly from the explant.
另外，以叶片再生不定芽为试材，进行了不同激素组合对百合增殖和生根的研究。
For the multiplication and root development of the adventitious bud from leaf disc, hormone concentration and composition were also examined in this study.
结果不同高度的不定芽之间有显著差异，不同的增殖与生根培养基之间有显著差异。
Results There were significant difference in different length of adventitious bud, difference between the multiplication and radication of culture media.
根系粗壮发达，密生根瘤，其根上的不定芽再生能力强，能使根系向水平方向蔓延。
Root system is sturdy develop, give birth to root nodule closely, the errant bud on its root recovery capability is strong, can make root system spreads to horizontal way.
根系粗壮发达，密生根瘤，其根上的不定芽再生能力强，能使根系向水平方向蔓延。
Root system is sturdy develop, give birth to root nodule closely, the errant bud on its root recovery capability is strong, can make root system spreads to horizontal way.
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