1) Pure bud
纯花芽
2) floral bud
花芽
1.
The morphological and anatomical studies on differentiation of floral buds in cucumbers;
黄瓜花芽启始分化的形态解剖研究
2.
The research on differentiation of floral bud of fruit tree;
果树花芽分化的研究进展
3.
Observation on the floral bud formation and development in the Cucumber cotyledons cultured in vitro;
黄瓜子叶培养物花芽形成和发育的观察
3) flower buds
花芽
1.
Effects of removing scales and exogenous hormone treatments on changes of endogenous hormone in sweet cherry flower buds and dormancy release during dormancy;
剥鳞和激素处理对大樱桃花芽休眠解除及内源激素变化的影响
2.
Histological differentiation stage and morphology characteristic changes in flower buds of apricot Yubada were studied in Beijing.
对玉巴达杏花芽形态分化的时期和芽体内外形态变化进行了初步的研究。
4) Flower bud
花芽
1.
Study on morphology and the change of soluble sugar content of flower bud during different development stages in Momordical chaantia L.;
苦瓜花芽不同分化期的形态学及糖含量变化研究
2.
Effects of different ratio of fertilization on flower bud differentiation and growth of Phalaenopsis
不同肥料配比对蝴蝶兰花芽分化与发育的影响
3.
Researched on morphological differentiation of flower bud in early stage of red flesh navel orange
红肉脐橙前期花芽形态分化研究
5) floral buds
花芽
1.
Effect of soil temperature on several physiological indices of floral buds under protected cultivation of flat peach;
地温对设施桃花芽若干生理指标的影响
2.
Vegetative and floral buds were both present in the spring and autumn but floral buds were at the peak of differentiation and development.
羊草以无性繁殖为主,抽穗率低,而抽穗率的多少实质上是花芽分化的数量和质量问题。
3.
Floral buds of different differentiation stages were collected, and tissue structure, cell ultramicro structure and the content of genetic substances in different ploids of apples have been compared.
Jonagold,3n)和四倍体小金海棠(Malus xiaojinensis Cheng et Jiang, 4n)为试材，研究了由倍性差别引起的花芽组织结构、细胞超微结构和遗传物质的变化，结果如下： 多倍体与二倍体苹果花芽的分化程序相同，同一分化时期不同倍性苹果花芽的基本组织结构也基本一致，只是苹果多倍体细胞呈现巨大性，且排列稀疏。
6) Flower-bud
花芽
1.
The Distributed Regularity on the Syring vulgaris Flower-bud,Leaf Bud and Bud Location;
洋丁香花芽、叶芽、芽位的分布规律
2.
Observation on Flower-bud Morph differentiation and Flower Structure on Jujube
枣花芽形态分化和花器构造的观察
3.
Objective: To establish two-dimensional electrophoresis(2-DE) patterns of flower-bud for Betula platyphylla.
目的:初步建立白桦花芽蛋白质组研究的双向电泳(2-DE)技术,以提高其分辨率及重复性。
补充资料：纯纯
1.诚挚貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条