1.
Influence of Arbuscular Mycorrhizal Fungi and Sugar-free Culture on Physiological Effects of Malus Pruniolia var Ringo Plantlets in Vitro;
丛枝菌根与无糖培养对海棠组培苗生理效应研究
2.
The Study of Tissue Culture of Begonia Tuberhybrida and Culture Young Plant in Factory;
球根海棠组织培养及工厂化育苗的研究
3.
The Effects of Exogenous Gene in Vitro Root Formation of the Transgenic Malus robusta with LeIRT2
外源基因对八棱海棠株系组培苗生根的影响
4.
Study on the Technology of Rieger Begonia Micropropagation
丽佳秋海棠组培快速繁殖技术的研究
5.
Study on Tissue Culture and Plantlet Regeneration of Begonia palmata D. Don
裂叶秋海棠组织培养及植株再生研究
6.
TISSUE CULTURE AND RAPID PROPAGATION OF BEGONIA MASONIANA AND BEGONIA REX
铁十字秋海棠和蟆叶秋海棠的组织培养与快速繁殖
7.
RAPID PROPAGATION OF BEGONIA PRESIDENT-CARNOT BY STATIC LIQUID CULTURE
竹节秋海棠的组织培养与液培快速繁殖
8.
Effects of Inoculation Model and Culture Method on Rapid Propagation in Rieger Begonia
培养及接种方式对丽格海棠组培快繁的影响
9.
Stduy on Regeneration System and Tissue Culture Technology of Begonia Tuberhybrida Vosa;
秋根秋海棠“金正日花”组织培养再生体系的研究
10.
The Establishment and Optimization of Rieger begonia Propagation System in vitro
丽格海棠组培快繁技术体系的建立及优化
11.
Study on Leaves of Kim Jong-il Begonia tuberhybrieda Vosa Induced by Tissue Culture
金正日球根海棠叶片组织培养诱导的研究
12.
The experimental results on tissue culture of Begonia clatior showed that using the leaves as explants was best.
丽格秋海棠组织培养试验结果表明,利用丽格秋海棠叶片作外植体是较好的取材部位;
13.
Four new species of the genus Begonia L. (Begoniaceae) from Guangxi, China are described and illustrated.
描述了广西秋海棠属 (秋海棠科 )的侧膜胎座组和秋海棠组 4新种。
14.
In current paper, using the tender leaf－ segment as explants, the tube propagation of Begonia coccinea was studied.
以竹节秋海棠的幼嫩叶作外植体进行了组织培养 .
15.
Study on the Tissue Culture and Rapid Multiplication of Kerria japonica
棣棠花组织培养与快速繁殖技术研究
16.
New Data of Sect.Coelocentrum (Begonia) in Begoniaceae
世界秋海棠属侧膜组植物新资料(英文)
17.
Study on the Selection of Medium for Begonia×tuberhybrida Voss Leaf Culture in vitro
球根海棠叶离体培养中培养基配方的筛选
18.
The Rapid Propagation of Begonia tuberhybrieda
球根秋海棠的快速繁殖及简化培养基的应用