植物雄性不育

应用基因工程技术创造植物雄性不育系

Creating Male Sterility Line in Plant by Using Genetic Engineering Technology

植物雄性不育的遗传理论及其哲学观

Genetic theory of plant male sterility and its philosophical view

自1945年Sears提出植物雄性不育的三型学说以来，探索水稻的雄性不育基因已成为当前植物遗传学研究的焦点之一。

Since Sears set forth the theory of three types in 1945 , exploring the genes of rice male sterility has become the current focus in plant genetics .

芸薹属植物雄性不育的发育生物学研究

Studies on male sterility of Brassica crops in terms of developmental biology

植物雄性不育在自然界中广泛存在。

Male sterility in plants was widely existed in nature .

植物雄性不育类型的分析

An analysis on the types of male sterility in plants

植物雄性不育的原因及类型分析

The analysis of causes and groups of plant male sterility

自交后代较高的雄性不育率反映了异花授粉植物雄性不育的普遍性。

High male-sterility rate showed that male-sterility was common in cross-pollinated plants .

对植物雄性不育分类方法和类型进行了概述；

The classification methods and types of plant male sterility was concluded ;

应用生物技术创建植物雄性不育新种质

Using biotechnology to construct new male sterile germplasm of plant

植物雄性不育的遗传机理

Studies on the genetic mechanism of male sterility of plants

植物雄性不育基因的研究进展

Studies on Molecular Mechanism of Male Sterility in Plants

花粉发育中的任一过程受阻都将导致植物雄性不育。

Any disruption of the pollen developmental process would result in pollen abortion .

植物雄性不育的综合理论和应用

A comprehensive theory of plant male-sterility and its application

分子标记在植物雄性不育研究中的应用

Application of molecular makers in male sterility in plants

植物雄性不育与育性恢复

Male sterility and restoration of fertility in plants

植物雄性不育机制探究

Probes into Mechanism of Male Sterility in Plant

植物雄性不育类型及其遗传机制的研究进展

Types and Genetic Mechanisms of Plant Male Sterility

利用基因工程创造植物雄性不育的策略

Progress of Engineering Male Sterility in Plant

植物雄性不育和细胞质的调控作用

Male sterility of plants and cytoplasmic regulation

通过转基因途径获得植物雄性不育

Transgenic Approach to Male Sterility of Plants

基因工程创造新的植物雄性不育系研究的新进展

The advances of studies on creating new transgenic male sterile line in plant by engineered method

应用分子生物学方法诱导植物雄性不育：生物学基础和前景

The application of molecular method to the induction of male sterility in higher plants biological bases and Prospects

但植物雄性不育产生的机理极其复杂，至今尚未完全解开。

However , the occurrence and the mechanism of plant male sterility still remain mysteries that have not been unveiled thoroughly .

在植物雄性不育分子机制的研究中，全蛋白双向电泳技术正得到越来越多的应用。

In research of the molecular mechanism of plant male sterility , the whole protein two-dimensional gel electrophoresis is being used more and more widely .

报道了利用基因工程方法创造植物雄性不育系、恢复系及不育系的筛选和保留的研究成果。

The creation of the plant male sterility line , restoring line and reserving male sterility line by engineered method are repoted in this article .

基因工程是创造植物雄性不育的新途径，具有很多传统方法不具备的优点。

Genetic engineering is a new way of creating male sterility in plant . There is much advantage by this method compared with traditional way .

本文论述了植物雄性不育的类型、原因、诱导和应用，总结了国内外在这方面的研究成果。

This paper discussed group , cause , induction and application of male sterility in plants , summarized the achievements in scientific research at home and abroad .

植物雄性不育机制是目前植物生殖生物学研究的重点，植物激素对雄性不育发生的调控是这一领域研究的重点内容。

Plant male sterility Mechanism is research emphases of plant reproductive biology now . Regulation of plant hormones to male fertility is important content of this field .

它的遗传背景比较简单，不育系中植株的不育性状是由一对核隐性基因控制的，所以也是研究植物雄性不育分子机制很好的材料。

Most important , the plants of AB line of Chinese cabbage pak-choi are simple in genetic background , and the male sterility was controlled only by a pair of nuclear recessive gene .