染色体工程

用染色体工程方法提高小麦耐盐性的研究

The study of improving salt tolerance of Wheat by chromosome engineering

用染色体工程法培育小麦新品种

The Production of New Varieties in Common Wheat by Chromosome Engineering

我国植物染色体工程研究近况和展望

The recent research and prospect in studies on Plant Chromosome Engineering in China

利用染色体工程培育小麦抗白粉病代换系

Breeding of Wheat Substitution Lines of resistance to Powdery Mildew by chromosome engineering

染色体工程是培育小麦新品种的有效方法。

The chromosome engineering is an effective method of producing new wheat varieties .

包括细胞融合技术、细胞器移植、染色体工程和组织培养技术。

Including cell fusion technology , cell transplantation , chromosome engineering and tissue culture .

用于小麦染色体工程的蓝粒小麦单体系列材料的创制

Establishment of a Set of blue Grained Wheat Monosomic Lines for Wheat Chromosome engineering studies

染色体工程法聚合小麦优质麦谷蛋白亚基及其对品质影响的研究

Study on Converging Quality Subunits of Wheat by Chromosome Engineering and the Effects on Quality

小麦花粉单倍体的染色体工程

Chromosome Engineering of Pollen - haploid Wheat

讨论了激光显微外科术应用于染色体工程等遗传学研究的可能性。

The possibility of laser microsurgery in genetics study such as chromosome engineering was discussed .

小麦的染色体工程

Chromosome Engineering in Wheat

利用染色体工程产生新1RS/1BL易位系的细胞学基础

Study on the Cytological Mechanism to Induce a New 1RS / 1BL Wheat-rye Translocation by the Chromosome Engineering

用染色体工程育种技术，将澳洲野生二倍体棉种的子叶腺体延缓形成特性，导入栽培棉种上。

So the glandless seeds and glanded plant trait was transferred to the cultivated species using chromosome engineering breeding technique .

而随着人类对其应用价值认识的提高以及有关新技术方法的注入，建立在现代遗传学以及细胞染色体工程技术基础之上的林木多倍体育种将焕发出新的生机与活力。

Following the increasing understanding on application values of polyploid and using of related new techniques , the polyploid breeding based on modern genetics and cell and chromosomal engineering will have new vitality and vigor .

另一方面，由小孢子培养获得的胚状体和再生植株还可以广泛的应用于构建遗传图谱、基因定位、转基因育种以及染色体工程等等。

On the other hand , the embryoid and regeneration plantlet of isolated microspores culture are used to The construction of genetic map 、 gene direction 、 trans-gene breeding 、 chromosome engineering , and so on .

可以利用其来鉴定小麦染色体工程育种中的易位系或渐渗系材料中二倍体长穗偃麦草染色质部分，为基因定位克隆提供更多分子标记。

They could be used for identifying the translocation lines or the alien genetic materials of Th . elongatum in the introgression in wheat chromosome engineering , as well as providing more molecular markers for gene cloning .

随着小麦染色体工程的研究进展，小麦染色体易位的研究成为小麦远缘杂交育种中探索的焦点之一，对于易位的鉴定尤为重要；

With the progress of the wheat chromosome engineering , the study of wheat chromosomal translocation is one of the central issue in the exploring remote hybridization and breeding . It becomes most important that we can appraise the translocation .

植物单体、三体、缺失体等非整倍体是遗传研究和染色体工程育种的重要基础材料，在基因及分子标记的物理定位、确定连锁群与染色体的对应关系上具有不可替代的作用。

Plant aneuploids , such as monosomic , trisomic , tetrasomic et al , are the important basic materials for genetic study and chromosome engineering breeding , and in the physic orientation of gene loci or molecular markers or linkage groups , their function is without substitution .

乳山湾滩涂贝类养殖容量评估模型贝类染色体组工程的研究

Study on Carrying Capacity of Cultured Tidal Shellfish in Rushan Bay

初级三体是进行基因定位、染色体物理图谱构建和染色体工程研究等的重要基础材料，但目前国内外关于大白菜三体，单体的研究较少。

Primary trisomic was basic material in the research of gene location , construction of physical mapping and chromosome engineering , but study on trisomics of Chinese cabbage was very limited in the world .

染色体分带技术在植物染色体工程中应用的某些途径

Some ways of application of chromosome banding techniques on the plant chromosomal Engineering

育性载体染色体的定向替换等。本文还对染色体工程技术研究应用进展进行了分析与展望。经复合QTL模型分析，这三个QTL能够解释全部表型变异的38.3%。

Directional substitution of fertility ( chromosome ) and so on . The storability of 3 chromosome segment substitution lines was also investigated .

本研究建立了染色体组水平和单个染色体水平两种小麦花粉单倍体染色体工程的程序。

In the present study , two new procedures , genome level and single chromosome level , were established .

以染色体大片段的删除和重排为主要特征的小鼠染色体工程逐渐成为一种大规模研究小鼠基因功能的重要手段。

Mouse chromosome engineering , characterized by deletion and rearrangement of large fragment of chromosome , has been an important method for studying the function of mouse genome on a large scale .