Tissue culture and plantlet regeneration of the axillary bud's leaf on spring cabbages
春甘蓝腋芽叶片离体培养及植株再生技术研究
The optimal medium for inducing axillary bud was LP+6-BA 0.
以桃品种雨花2号春季嫩梢茎段为外植体,通过外植体消毒方法的筛选,以及腋芽诱导、腋芽增殖和生根培养基的筛选,以建立该品种的快繁体系,并解决桃离体快繁过程中常见的玻璃化和黄化问题。
Peiliangyou 210 and Peiliangyou E32 were used as the materials to study the difference in endogenetic hormone content of axillary buds from different nodes of two-line hybrid rice among three conditions, in vivo with panicle, in vivo without panicle and in vitro.
以培两优210和培两优E32为材料,研究了留穗母体、去穗母体与离体条件下两系杂交稻不同节位腋芽的内源激素含量差异。
The heritabilities of the overwintering ability of axillary buds were analyzed using four hybrid rice combinations, which derived from a new gramplasm resource of perennial waxy rice Nuodao 89-1 crossed with 4 different rice genotypes, and the genetic variation of main agronomic traits in F_2 generation was also investigated among the three combinations.
分析了源自多年生种质糯稻89-1和4个不同材料配制的杂交组合腋芽越冬性的遗传力和其中3个杂交组合F2代主要农艺性状的遗传变异。
Abatract Stem apex and axillary buds were used as explants to study the effects of 0.
蛇瓜的茎尖和腋芽以MS分别加入 0 。
Two two-line hybrid rice combinations,Peiliangyou E32 and Peiliangyou 210,were used as representative combinations of high-node-ratooning type and low-node-ratooning type,respectively,to study the ratooning characteristics of axillary buds of these two different ratooning types of hybrid rice in vivo and in vitro.
以培两优E32(高节位再生型)和培两优210(低节位再生型)为代表组合,研究了两种再生类型杂交稻的腋芽在母体与离体条件下的再生特性差异。
Study on control effects of tobacco sucker with tobacco suckercides;
几种抑芽剂对烤烟腋芽的控制效果研究
Control Effect of 48% Butralin-octanol EC on Tobacco Sucker;
48%“地乐辛醇”乳油对烟草腋芽的抑制效果
5 all are favorable of bourgeoning and growing of axillary-bud or top-bud of Juglans nigras.
5组合均能促进黑核桃腋芽或顶芽的萌发与生长;(2)MS+6-BA 1+NAA 0。
In adopting tissue culture method,the influence of different explant types,hormone constitutions,sugar concentrations on pepper axillary buds formation and mediums on bud rooting were studied.
采用组织培养方法,研究了不同外植体类型、激素组合、蔗糖浓度对辣椒腋芽生成以及不同培养基对腋芽生根的影响。
Micropropagation of Axillary Bud and Adventitious Shoot Regeneration from Chinese Sweetshrubs(Sinocalycanthus chinensis) Leaf Explants
夏蜡梅腋芽微繁殖及叶片不定芽再生
The Controlling Effect of 48% Butralin-octanol(Zhiyate)EC to Tobacco Axillary Buds
48%地乐辛醇(止芽特)乳油对烟草腋芽的抑制效果
Studies on Ratooning Characters of Axillary Buds of Series Combinations from Peiai64S;
培矮64S系列组合腋芽再生特性的研究
Studies on the Tissue Culture of Axillary Bud and Rapid Propagation in the Capparis spinosa
刺山柑腋芽的组织培养快繁技术研究
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
Subsequent growth of some of the axillaries results in first-order branching of the main stem.
一些腋芽继续生长形成主茎的第一级分枝。
Control Effect of 48% Butralin-octanol EC on Tobacco Sucker
48%“地乐辛醇”乳油对烟草腋芽的抑制效果
Study on The Leaving Fosters Rapid Propagation Technique for Axillary Bud of Sugar Cane Qian Tang-4
甘蔗新品种黔糖4号腋芽离体快繁技术研究
Agrobacteria-mediated Transformation of Teak Lateral Shoot Primordia;
农杆菌介导柚木腋芽原基遗传转化的研究
Comparison Studies on Ratooning Characters of Different Hybrid Rice Combinations;
不同杂交稻组合腋芽再生特性的比较研究
The Study on the Axillary Bud Induction and Plant Regeneration by the Use of Carnation's Stems
康乃馨茎的腋芽诱导和再生植株的研究
Effect of Basic Media and Hormones on the Lateral Buds Induction of Fraxinus griffithii
基本培养基和激素对常青白蜡腋芽诱导的影响
Tissue culture and plantlet regeneration of the axillary bud's leaf on spring cabbages
春甘蓝腋芽叶片离体培养及植株再生技术研究
Study of Rapid Propagation Axillary Browning Control about Butterfly Orchids Stems In vitro
蝴蝶兰花梗腋芽离体快繁控制褐变的研究
The top of tumour-body formed shoot apex from bud primordium, and differentiated growing point, leaf primordium. young leaf and axillary bud primordium.
瘤状体顶端由芽原基形成苗端，分化出生长点、原基、叶和腋芽原基。
The buds differentiation rate of callus, which induced by the axillary buds, was higher comparatively.
愈伤组织的诱导分化以腋芽为外植体的芽分化率相对较高。
Study on callus inducement and axillary bud multiplication of Chinese white poplar
三倍体毛白杨愈伤组织诱导及腋芽增殖技术研究
Stems with axillary buds from Cardinal, elite of China rose, were used as explants for in vitro rapid propagation.
以月季良种红衣主教带腋芽茎段为外植体进行离体快速繁殖研究 .