芥菜型油菜

芥菜型油菜与埃塞俄比亚芥种间可交配性的遗传分析

Genetic Analysis of the Interspecific Crossability Between Brassica juncea and Brassica Carinata

EDTA对2种芥菜型油菜幼苗富集Pb的效应

Effects of EDTA on Pb Accumulation by Seedlings of Two Brassica Juncea Varieties

EDTA作用下芥菜型油菜对土壤中Cd·Ni的富集规律

Enrichment Rules of Heavy Metals Cd and Ni in Brassica juncea Treated with EDTA

模拟酸雨和Pb复合污染对芥菜型油菜的生理特性和Pb富集的影响

Combined effects of artificial acid rain and Pb on physiological characteristics of Brassica juncea and its Pb uptake

芥菜型油菜（Brassicajuncea）游离细胞培养及体细胞无性系的建立

Cell suspension culture of Brassica juncea and the establishment of a Somaclone

nptⅡ基因在芥菜型油菜中的遗传规律

Genetic law of npt ⅱ gene in Brassica juncea

2个芥菜型油菜品种对EDTA的处理效应表现极为相似，生物量大的品种具有较高的Pb积累总量。

The reactions of ( EDTA ) treatments on Pb accumulation by two varieties were extremely similar , while the higher biomass variety had the higher effect on total Pb accumulation .

本文首次报道了芥菜型油菜（BrassicaJuncea）花粉胚状体群体规模的芥酸变化的研究结果，并与种子的芥酸变化进行了对比研究。

This paper reports the experimental results on the erucic acid ( EA ) content in the pollen-derived embryoid of Brassica juncea on a vast scale of population .

芥菜型油菜细胞质雄性不育系6-102A的细胞学观察

Cytology study on the cytoplasmic male sterile line 6-102A in B.juncea

芥菜型油菜（B.juncea）具有强抗逆性特点，是具有重要利用价值的种质资源。

B. juncea that has better resistance to stress that other Brassica species , is a germplasm resource of important value to rapeseed breeding .

另外，在2010年扩大测交范围用168份测交材料（包括甘蓝型油菜、芥菜型油菜、油菜近缘种）对1575A进行测交，找到了一个1575A的恢复系。

In addition , a restorer line of 1575A was found after hybridizing with 168 test-cross materials ( including Brassica napus , Brassica juncea , Brassica related species ) in 2010.3 .

芥菜型油菜不育系柱头外露性与不育性的关系

Relationship between stigma protrusion and sterility of sterile line in B.juncea

芥菜型油菜黄籽性状的遗传、基因定位和起源探讨

Inheritance , Mapping , and Origin of Yellow-Seeded Trait in Brassica juncea

农杆菌介导抗虫基因转化芥菜型油菜的研究

Transformation of Binary Anti-insect Genes to Brassica juncea Mediated by Agrobacterium tumefaciens

历史上栽培的都是白菜型和芥菜型油菜。

History of cultivation are campestris and Brassica juncea .

目前，芥菜型油菜的游离小孢子培养技术在国内外仅有少量报道，其小孢子培养技术的应用还不十分成熟，其发展潜力有待于进一步挖掘。

At present , the microspore culture of B. juncea is rarely reported .

贵州芥菜型油菜地方品种硫甙含量测定与分析

Test and analysis of glucoside content in mustard rape seeds of Guizhou local varieties

芥菜型油菜遗传转化的研究

Study on genetic transformation of Brassica juncea

外源钙对镉胁迫下芥菜型油菜幼苗生长和生理特性的影响

Effect of Exogenous Calcium on Seedling Growth and Physiological Characteristics of Brassica juncea Under Cadmium Stress

贵州芥菜型油菜生育期的遗传力和遗传进度初步研究

Preliminary study on heritability and genetic advance of major growing stage of . Juncea in Guizhou

芥菜型油菜优质强优势杂交组合江矮D1的选育

Breeding of cross combination Jiang Ai D 1 with good quality and high vigor in mustard

白菜型油菜和芥菜型油菜可以为甘蓝型油菜的改良提供优良的基因来源。

Both Brassica rapa and Brassica juncea could provide good genes to improve Brassica napus . 2 .

我国芥菜型油菜的种质资源十分丰富，其遗传稳定的黄籽品种占我国芥菜型油菜资源的50.51%。

Brassica juncea germplasm resources are very rich in China , more than half are the genetically stable yellow-seeded varieties .

三类油菜的氮效率排序为：白菜型油菜芥菜型油菜甘蓝型油菜。

The sequencing for nitrogen use efficiency of three type rapeseeds followed to the order : Brassica rapa Brassica juncea Brassica napus .

目前我国主要栽培的甘蓝型油菜由国外引进，种质资源极为有限；芥菜型油菜起源于我国，具有许多优良特性。

At present , China has cultivated Brassica napus from abroad , germplasm resources are very limited ; Brassica juncea originated in China , has many good features .

芥菜型油菜多室性状的遗传表现及其与甘蓝型油菜的种间远缘杂交甘蓝型三系杂交油菜春播制种技术研究&Ⅵ适宜行比与密度研究

Study on Multilocular Heredity of B.juncea and Interspecific Hybridization between B.juncea and B.napus ; STUDY ON TECHNIQUE FOR SEED PRODUCTION OF TERNARY HYBRID COLE-RAPE SOWING IN SPRING & ⅳ . EXPERIMENT OF OPTIMUM ROW-RATIO AND DENSITY

本研究以芥菜型油菜紫叶芥、四川黄籽及其近等基因系无菌苗的子叶柄为外植体，研究了农杆菌感染时间、预培养基和分化培养基中激素配比等对子叶柄再生的影响。

The effects of factors such as infection time of Agrobacterium , hormone proportions in pre-culture medium and differentiation medium on regeneration of Cotyledon petiole explants of Sichuan Yellow , Purple-leaf Mustard and their near-isogenic lines aseptic seedling were studied .

芥菜型油菜叶绿体基因组也表现出丰富的遗传多样性，48份材料中分布有9种叶绿体单倍型，其中蔬用芥菜与油用芥菜、根用芥菜与其他蔬用芥菜在叶绿体单倍型上存在差异。

The chloroplast genome of B. juncea also showed abundant genetic diversity . For example , 9 chloroplast haplotypes are observed in 48 copies of materials , of which there are different in root mustard and other types of mustard .

研究结果表明，白菜型多室性状受一对隐性核基因控制，芥菜型油菜多室性状虽也为一对隐性核基因控制，但还为微效基因所修饰。

The result showed that multilocular character was controlled by a single recessive nuclear gene in B. rapa . Although the trait was also controlled by a single recessive nuclear gene , but modified by minor genes in B. juncea .

芥菜型多室油菜的主要性状表现

Performances in Main Characteristics of Multilocular B. Juncea