1)  quality of cut flower
顶芽涂抹
2)  apical bud
顶芽
1.
A regeneration system of plantlets was established with apical bud of Acer negundo L.
初步建立了复叶槭顶芽组培再生体系。
2.
in Lingkong Mountain Nature Reserve of Shanxi Province, 5 populations were sampled, and 24 morphologic traits of leaf and apical bud were investigated.
为了研究辽东栎天然种群在山西灵空山自然保护区内的表型变异特征和影响因素,在该地区内共抽取了5个辽东栎天然种群,分别测了叶片及顶芽共24项形态特征。
3.
Zao 12 as the experiment material, changes of plant hormones and assimilates in the apical bud were studied.
大豆短日（SD）诱导期间，顶芽内的玉米赤霉烯四（ZEN）含量始终比连续光照（CL）下的高；在SD诱导的第2天，预芽中总细胞分裂素（CTK）含量1。
3)  top buds
顶芽
1.
The results of structural botanical experiment of top buds of P.
对1年生毛泡桐实生苗顶芽进行了解剖学观察。
4)  shoot apex
顶芽
1.
In this experiment bud induction from shoot apex, bulblet induction from buds in vitro culture and flower bulb cultivation from bulblet in field were carried out in Asiatic hybrid lily.
以亚洲百合顶芽为外植体,进行了离体诱导小鳞茎及小鳞茎培育开花球研究。
2.
Anatomical structure of shoot apex on Angelica sinensis;
对当归顶芽的解剖学观察表明 ,4月中旬至 5月上旬的顶芽尚处于营养生长阶段 ,采取降低抽苔率的措施应在 5月中旬到 6月初 。
5)  terminal bud
顶芽
1.
The study on different hormone groupings inducing terminal bud and lateral bud of Gentiana rigescens Franch..ex Hemsl to produce indefinite bud;
不同激素组合对诱导滇龙胆顶芽及腋芽产生不定芽的研究
2.
(2)The culture of lateral bud was almost inefficient and the terminal bud was better than it obviously.
0Vc的液体培养基;(2)顶芽培养明显优于侧芽,侧芽培养多为无效;(3)取材时间在10月-12月外植体处于休眠前期为佳,污染率低,诱导率高。
3.
1,and the best explant was terminal bud.
采用川厚朴顶芽、茎段、叶柄、叶片为外植体,采用正交设计研究不同激素及浓度组合对外植体的影响,筛选出最佳启动培养基为B5+2,4 D3 0mg·L-1(单位下同)+NAA0 5mg·L-1。
6)  Top bud
顶芽
1.
Law of water change of top buds of Paulownia elongata seedlings.;
兰考泡桐苗木顶芽水分变化规律研究
2.
Top buds, first pair of lateral buds and shoots of one-year-aged seedlings of Paulownia elongata are treated under different low temperatures, and then their electrical conductivity and electrolyte rates are determined.
以兰考泡桐1年生苗木顶芽、侧芽和枝条为材料,经不同低温处理后测定其电导率结果表明,电解质渗出率由大到小依次为顶芽>侧芽>枝条,死亡先后顺序为顶芽>侧芽和枝条。
参考词条
补充资料：涂抹剂
分子式：
CAS号：

性质：农药被吸附于多孔性材料中或与石蜡、肥皂等热熔性物,加热熔合一体后，冷却成型的制剂。例如将敌杀死药剂吸附于粉笔上，应用时，用带药的粉笔，划线在蟑螂经常爬行活动处，以达到触杀的目的。也有的将液体药剂吸附于特制的涂抹器上。应用时，涂抹器直接向植物或树木进行涂抹，来达到内吸、触杀害虫的目的。此剂最大特点是有针对性的局部用药，药剂不飞散，既安全、又减少环境污染。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。