植物组织培养技术

植物组织培养技术作为一种科研手段，发展异常迅猛.从组织培养的原理、组织培养方法及培养过程中遇到的问题这3方面综述了近5a国内植物组织培养的新研究

Tissue culture , as a way of science research , has developed rapidly In this paper new advances in the principle and method of tissue culture , and the problem during tissue culture within recent five years were described

新兴的植物组织培养技术能够提高金钗石斛的繁衍速度，使大规模人工栽培成为可能，但试管苗移栽的基质严重地影响其成活率及生长情况。

Tissue culture could improve the propagation speed , but the transplantation medium effectes the survive rate and growth mostly in vitroplants transplantation phase .

植物组织培养技术在抗玉米小斑病育种中的应用

The Advances on Applying the Techniques of Plant Tissue Culture to SCLB-Resistant Plant Breeding

光自养微繁技术是一种全新的植物组织培养技术，从提出该理论至今，许多研究者已在光自养微繁方面做了大量的尝试，使这一新技术逐步完善。

S : The Photoautotrophic micropropagation is a new technology in plant tissue culture .

植物组织培养技术的应用

Application of Plant Tissue Culture

木本植物组织培养技术在林业科研与生产中的应用与局限

Application and Limitations of the Woody Plant Tissue Culture Technique in the Forestry Scientific Research and Production

本研究利用植物组织培养技术，优化了大花蕙兰体外再生繁殖体系。

In this study , plant tissue culture techniques to optimize the Cymbidium hybridum in vitro regeneration and propagation system .

利用植物组织培养技术快速育苗是一个新兴的生物技术应用领域。

It is a burgeoning application field for the biotechnology that to apply the technique of plant tissue culture breed seedling .

不断成熟的植物组织培养技术，为花卉发展和性状改良提供了新的途径。

Plant tissues culture technology offer the new way for the fact that the flowers are developed and improved with the properties .

方法把常规的植物组织培养技术应用于调控青蒿中次生代谢产物青蒿素的生物合成代谢。

Methods Conventional plant tissue culture technology was applied to regulate the biosynthetic metabolism of secondary metabolism product , artemisinin of A. annua .

插入外源基因和植物组织培养技术相结合可再生出具有新特征的纯一的植物群体。

Methods to insert foreign genes are coupled with the methods of plant tissue culture to regenerate identical populations of plants with novel characteristics .

方法利用植物组织培养技术，将怀地黄茎尖分别在不同组合的培养基上进行培养，诱导其成为完整植株。

Method Using the biotechnology and plant tissue culture , the shoot-tip of Rehmannia glutinosa was cultured onto different media and formed regenerated plantlets .

提供了植物组织培养技术（包括微体繁殖、病原菌的消除、花药培养、幼胚培养、体细胞无性系变异筛选等）在作物育种中许多实际应用的例证。

There are some practical examples for successful util-ization of plant tissue culture techniques in plant breeding , such as micropropagation , pathogen-elimination , anther culture , embryo culture , selection of somaclonal variation , etc.

应用植物组织培养技术，采取种子、返青芽、分蘖枝条的尖端进行快速繁殖芨芨草，为建立人工草地和割草场，保护野生芨芨草资源提供技术支撑。

Vegetal tissue culture technology is applied to choose seeds , regain green bud , and tiller vimineous top in order to breed achnatherum splendens , which offers technology support to build artificial pasture and mowing pasture , and to preserve achnatherum splendens resource .

这种情况可以通过植物组织培养的技术来改善。

This situation can be improved by plant tissue culture technologies .

植物组织培养新技术：光独立培养法

New Technique of Plant Tissue Cultivation Photoautotrophic Micropropagation

10个中、东非国家的公立和私营农业研究中心将组成一个网络，促进该地区迅速采用植物组织培养育种技术。

Public and private agricultural research centres in ten East and Central African countries will form a network to promote the rapid adoption of a plant breeding method in the region .

利用植物的组织培养技术，建立半夏的快繁体系，目的是提高半夏繁殖系数、加快生产周期和提供优质种苗。

Establishment of rapid propagation system of Pinellia ternata ( Thunb ) Breit by using the technology of tissue culture , in order to improve the proliferation rate , quicken the period and provide the quality strain .

观赏植物的组织培养繁殖技术研究综述

Studies on tissue culture reproduction research of ornamental plant

目的：研究药用植物萱草的组织培养技术，为工厂化育苗提供科学依据。

Objective : To provide scientific basis for large scale production by studying the technique of tissue culture of Hemerocallis hybrida .

植物脱毒苗组织培养技术的研究

Studies of Tissue Culture of Virus - free Plant

植物组织培养生物反应器技术研究进展

Advances in bioreactor technology for plant tissue culture

蔓绿绒属观赏植物的组织培养快速繁殖技术

Tissue Culture and Macro Propagation of Philodendron

植物基因操作是如今广泛应用的一种植物细胞和组织培养技术，如果没有它，改变作物遗传特性的商业化将是不可能的。

Plant genetic manipulation is a widespread application of plant cell and tissue culture techniques today and without it , the commercialization of genetically modified crops would not be possible .