芽体

赤霉素溶液在处理植株时，灌根处理效果优于涂抹芽体等其它方式。

When dealing the Toon with GA3 solution , effect by irrigating root overmatches daubing sprout or other ways .

怀山药茎段愈伤组织的诱导与多芽体的形成

Callus Induction and Multi bud Body Formation from Stem Segment of Dioscorea opposita

抗旱性强的沙棘和油松芽体和韧皮组织中ABA绝对含量比杨树和刺槐高5～10倍左右；

ABA in bud and phloem of seabuckthorn and Chinese pine was 5-10 times higher than in locust and poplar .

将再生芽转移至壮苗培养基中促进其生长，两个星期左右芽体可以生长至2～5cm；

Transfer regenerated sprout into grown sprout medium to accelerate its growth , then within two weeks or so the sprout can grow to 5-7cm ;

结果表明：葡萄和油桃芽体H2O2含量在初休眠期升高，深休眠期保持较高水平，休眠解除前后迅速下降；

The results showed that H_2O_2 relative contents of grape and nectarine increased at early-dormancy stage ( EDS ), kept high level at deep-dormancy stage ( DDS ), and decreased quickly at dormancy-release stage ( DRS );

蓝靛果忍冬芽体组织培养技术研究

On Tissue Culture of Lonicera Edulis

杨梅花芽发端期间芽体和叶肉细胞内钙调素的分布

Distribution of Calmodulin in the Cells of Bud and Mesophyll of Bayberry Trees during Flower Initiation

芽体相对电导率和丙二醛含量均呈下降趋势，花芽中降幅较大。

Relative electral conductivity and malondialdehyde concentration of buds both showed falling trends , especially in flower buds .

同一发育时间内，温度的不同影响水螅出芽数和脱落芽体数。

In the same developing time , different temperature affects on sprouting numbers and dropping numbers of Hydra robusta .

赤霉素能有效的解除芽体休眠，促进枝叶生长。

Main results were as follows : 1 . GA_3 efficiently released dormancy of tree peony and improved foliage expanding .

在酵母细胞中球茎状的突出物&芽体出现在一部分细胞壁的上面。

In the yeast cell , a bulbous projection , the bud , appears at one portion of the cell wall .

芽接：接穗为枝条上的芽体的一种嫁接方式。

Lateral buds , shoots , branches , etc A type of grafting in which the grafted part is a bud .

对盾叶薯蓣的茎、叶片、叶柄进行了愈伤组织的诱导、分化，以及多芽体的诱导、生根、移栽的初步研究。

Preliminary studies were done on callus induction and differentiation , multi buds induction , root formation and transplantation of Dioscorea zingiberensis .

保证适度的增殖率（约400%）、获得较粗壮的芽体、控制变异和简化培养条件是也门铁大规模组织培养育苗的技术关键。

The key techniques of industrialized seedling culture were moderate rate ( 400 % ), stronger buds , variation control and culture condition simplification .

这项新的研究显示侧边的芽体无法将它们的茁长素输送到主茎秆是因为主干内太过饱和了。

The new research shows that the buds on the side cannot export their auxin into the main stem because it is too full .

水螅体具有固定的出芽顺序和芽体着生位置，胃腔和柄共同控制水螅芽体发生的位置与方向。

The hydra had fixed budding sequence and position , the position and direction of budding in hydra were controlled by gastric cavity and stalk .

结果表明：芽体较叶片更能反映出大、小年结果树间激素含量的差异。

The results showed that the differences of hormone content in the bud between on-year tree and off-year tree were more significant than those in the leaf ;

在花芽分化期，叶片和芽体的各种可溶性糖含量的变化均呈现低-高-低的变化趋势，但芽体含量的变化幅度较大，其含量也高于叶片。

During the flower bud differentiation , the change trends of soluble sugar content in leaves and buds was " low-high-low ", but the change width of content in buds was larger , and content was higher than leaves .