This is very important for maize breeding and production of our country.
这对我国的玉米优良品种的培育和玉米生产有着非常重要的意义。
The maize breeding in Liaoning province plays very important roles in China.
辽宁省玉米新品种选育研究在全国占有重要地位。
There were many uncertain factors to high density maize breeding and production.
关于玉米的密植育种和生产还有很多不确定因素。
Researched on genetic basis of maize germplasm was the work key point of maize breeding.
种质的遗传基础研究一直是玉米育种工作的重点。
K10had become one of the leading self lines in the maize breeding of Heilongjiang province.
K 10已成为黑龙江省玉米育种的骨干自交系之一。
Application of haploid technology can significantly accelerate the breeding process in maize breeding.
单倍体育种技术在玉米中的应用能显著地加快育种进程。
Pedigree method, backcross method and convergent cross selection are used widely in dwarf maize breeding.
矮生玉米自交系的选育方法主要有系谱法、回交法和聚合选择法。
Also, the application of the inheritance pattern of fructification habit in maize breeding was discussed in the dissertation.
探讨了玉米结实习性遗传规律在育种中的应用。
It was suggested to the aims, standards of selection the base and later periods material, methods of the super-maize breeding.
总结提出了超级玉米育种的各种具体目标、选择基础材料与杂交后代的标准及提高育种效率的超级玉米育种方法。
High oil maize and elite protein maize is the new kind of maize of artificial evolution that is produced under the maize breeding direction.
高油玉米、优质蛋白玉米，是在玉米育种学指导下产生的人工进化玉米新类型。
The difference of band pattern in maize inbred lines or hybrids is obvious, but it don't display regularity changes with maize breeding eras.
尽管不同育种年代玉米自交系和杂交种在同工酶谱带上差异明显，但未表现出随育种年代变化的趋势。
To further explore good quality protein maize germplasm, improvement of quality protein maize breeding and provide a reliable theoretical basis for using.
为进一步挖掘优质蛋白玉米优秀种质资源，对优质蛋白玉米育种改良利用提供可靠的理论依据。
The five agronomical traits of husk are controlled by the additive inheritance effect, so they could be improved by selection of parents in maize breeding.
苞叶的几个农艺性状主要受加性基因效应的控制，因此通过亲本的选择改良可以有效地改良其苞叶农艺性状。
Additionally, maize research center for maize breeding should be constructed in order to achieve the organic whole institute for production, supply and marketing.
建立以玉米育种为主的玉米研究中心，实现产、供、销一体化机构。
In present day, straitness of germplasm resource stands the way of maize breeding in China. So, new germplasm and expanding use of germplasm resource arc required.
在当前，玉米种质资源狭窄是我国玉米育种的突出问题，这要求必须补充新的种质，扩大种质资源的利用。
The superior maize self-bred lines of Danyu series such as Zi330, E28 and Dan340, etc, are the most important key materials for the maize breeding and production in China.
优良玉米自交系自330、E28和丹340等为代表的丹玉自交系，是中国玉米育种和生产中最重要的骨干材料。
In the experiment, the combining-mating screening method in breeding restorer lines of 6311S was designed according to the gamete selection applied in hybrid maize breeding.
借鉴杂交玉米育种中的配子选择法，设计了6311S配套恢复系选育的组合判别法研究。
The adaptability of hybrids type characteristic with the ecological condition in maize high yield developing has been discussed in this paper with the maize breeding practice.
结合育种实践论述了玉米高产开发中品种类型特性与生态条件的相互适应性。
The inheritance specific property of chemically induced parthenogenesis, and the value and prospects of parthenogenesis in maize breeding were also discussed in the later paper.
最后还对化学诱导玉米孤雌生殖发生的遗传特性生殖在玉米育种上的应用前景进行了讨论。
In the past decades, considerable progress has been made in maize breeding for drought tolerance using conventional methods, but with low breeding efficiency due to various causes.
多年来，通过常规手段进行玉米抗旱育种取得了一定进展，但由于多方面原因，其育种效率没有得到进一步提高。
In order to broaden the germplasm resource of maize, many maize breeding researchers have done much work to collect local germplasm and introduce excellent exotic germplasm to China.
针对玉米种质资源狭窄的客观现实，我国的许多玉米育种工作者从收集地方种质，引进外来种质入手，为拓宽玉米种质资源作了大量工作。
It is suggested the germplasm identification of resistance to Common smut should be advanced in the future, which would provide technique base for maize breeding and germplasm improvement.
我国应加强对玉米瘤黑粉病的抗源鉴定与抗性遗传研究，为抗病育种及种质改良提供技术基础。
Breeding of a new dual-purpose grain and silage hybrid maize variety Yudan No.
粮饲青贮兼用型杂交玉米新品种渝单七号的选育。
《Molecular Plant Breeding》started in 2003, It involved rice, wheat, maize, rape, soybean, cotton, potato, fruiter, vegetable, flower, tea, woods and grass of published papers.
《分子植物育种》于2003年创刊，刊登的论文涉及水稻、小麦、玉米、油菜、大豆、棉麻、薯类、果树、蔬菜、花卉、茶叶、林、草等植物。
Researchers have strived for the promotion of the production and germ plasm quality of the maize lines by genetic engineering breeding.
利用遗传工程育种提高玉米的产量和品质是育种工作者长期以来奋斗的目标。
Researchers have strived for the promotion of the production and germ plasm quality of the maize lines by genetic engineering breeding.
利用遗传工程育种提高玉米的产量和品质是育种工作者长期以来奋斗的目标。
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