1. During the growth of Beassica pekineosis and Brassica juncea two kinds of foliage fertilizers and inorganic compound were applied, and compared with no fertilizer.
在大白菜和芥菜栽培过程中施用两种叶面肥和化肥，并以不施肥做对照。同时对试验土壤分别用土壤虫菌通杀剂和竹醋液处理。
2. Any of various Eurasian plants of the genus Brassica, especially B. nigra and B. juncea, which are cultivated for their pungent seeds.
芥菜欧亚大陆芸苔属中的各种植物的一种，特别是棕芥和芥菜（因其辛辣的种子而被栽培
3. In planta vacuum infiltration; Genetic transformation; Agrobacterium tumefaciens; Brassica juncea
金万梅；巩振辉；吕元红植株原位真空渗入法；遗传转化；根癌农杆菌；芥菜
4. And at nucleotide acid level BY2562 has 99% identity with atp8, atp9, nad6 and cob-Sp allele in CMS carota, Expect = 0.0. At the protein level that has 97% identity with ORFB gene and YMF19 of CMS common sunflower mitochondrion, as well as ATP-8, orfB-F1 in CMS carrot. In addition the identity is over 90% with orfB protein of Nicotiana tabacum, orf224 of Brassica napus, orf158 of radish, orfB of Arabidopsis thaliana and mitochondrial membrane associated protein of Brassica juncea.
BY2562与瓣化型胞质雄性不育胡萝卜线粒体ATP8、ATP9、NAD6和cob-sp基因在核苷酸水平有99%的同源性，期望值为0.0；在蛋白质水平与CMS向日葵线粒体ORFB基因，COXIII 5''端未知蛋白YMF19以及CMS胡萝卜ATP-8，orfB-F1有97%的同源性；另外与胡萝卜orfB-CMS、orfB-F2、烟草orfB、油菜orf224、拟南芥线粒体orfB、萝卜orf158以及芥菜线粒体膜蛋白、甘蓝型油菜orf474也有90%以上的同源性。
5. Brassica juncea的翻译
5. Copper contaminated soil was selected, Brassica juncea and Elsholtzia splendens plants were used, then simulation experiment, hydroponic culture, column leaching experiment and pot experiment were conducted to study (1) effects of organic chelants on the Cu specition in soil solution and soil soild phase; (2)Effect and mechanism of organic chelants on plant growth and Cu uptake by plant; (3) nutrient addition on plant growth and Cu accumulation; (4) limitation of chelant in soil; (5) Desolving on nutrient and heavy metals in soil and their environmental risk by chelant application and (6) effects of degradable organic chelant and microbial materials on plant growth and phytoremediation efficiency of Cu contaminated soil.
选择铜污染土壤，利用印度芥菜和海州香薷植物，通过室内模拟试验、水培试验、土柱淋溶试验、温室盆栽试验，开展了以下六方面的工作：（1）有机络合剂对土壤铜固-液相形态、浓度变化的影响；（2）有机络合调控对对植物生长与铜吸收的影响及其机理；（3）养分调控对植物生长和铜积累的影响；（4）有机调控剂的作用时限；（5）有机物对土壤养分、重金属的络合溶解和淋溶作用与环境风险；（6）可降解络合剂及微生物菌剂对海州香薷修复污染土壤的效应。
6. In this paper, with 34 Brassica juncea from different countries and different area as experiment materials, the self-compatibility index and variation of Brassica juncea were studied.
以来自不同国家、不同地区的34份芥菜型油菜为试验材料，对芥菜型油菜自交亲和性进行了分析，结果表明，芥菜型油菜大部分为自交亲和类型，但芥菜型油菜的自交亲和性差异较大，亲和指数在0.25~9.73间。
7. Nigra, B. oleracea and B. carinata belonged to class 2A according to the classification of karyotypes by Stebbins (1971). According to Levitzky''s and Stebbin''s view, the more asymmetric karyotype a species has, the more evolved it is. Therefore, B. campestris is the furthest evolved species among the elementary species, and B. juncea and B. napus the furthest among the amphidiploid species. Compared with the previous reports, there is no any cytoplasm in the chromosome sample prepared using this protocol which is very useful for the karyotype analysis, as well as the FISH research on Brassica species.
对上述研究结果分析表明：（1）芸薹属复合种是由基本种相互杂交而成；（2）B基因组与A或与C基因组亲缘关系较远，而A和C基因组亲缘关系较近；（3）芸薹属复合种在演化过程中，发生了染色体结构上的重排现象；（4）芸薹属复合种演化过程中，rRNA基因位点发生了减少；所获结果与国外同类报道相比表明：国内的白菜型油菜存在新的rRNA基因位点，即rRNA基因在芸薹属同一物种不同的品种间具有多态性；有关这类研究国内尚未见报道。
8. The testing will provide technical basis for seed purity of Brassica Juncea and new variety breeding
本试验为梅菜的种子纯度鉴定和新品种选育提供技术依据。
9. 公共查询·英语单词大全
9. History of cultivation are campestris and Brassica juncea.
历史上栽培的都是白菜型和芥菜型油菜。
10. Technique of Agrobacterium - mediated Gene Transformation by In Planta Vacuum Infiltration in Brassica juncea
芥菜植株原位真空渗入遗传转化技术
11. Brassica juncea什么意思
11. To further study the function of potherb mustard and cabbage SGR gene, We have constructed SGR gene silencing RNAi vector of potherb mustard and cabbage, and have carried out genetic transformation of Brassica juncea with floral-dip and tissue culture transformation by Agrobacterium-mediated.
为了进一步研究雪里蕻和白菜SGR基因的功能，本研究构建了雪里蕻和白菜SGR基因的RNAi沉默载体，并采用了农杆菌介导的花序浸染法和组织培养转化法，进行了雪里蕻的遗传转化。
12. Complicated in ecological conditions, China is the centre of evolutionary origin and biodiversity of many crucifer species. Transgene may transfer from Brassica napus to vegetable and wild species of B. rapa and B. juncea.
分析认为，中国是许多十字花科植物进化起源中心和生物多样性中心，生态环境类型复杂；转基因油菜的外源基因可以通过花粉向油菜、白菜B。
13. Combined effects of artificial acid rain and Pb on physiological characteristics of Brassica juncea and its Pb uptake
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
14. Although the genes, which control yellow-seed of Brassica napus mainly derive from Brassica campestris, the pure color of yellow-seeded Brassica napus is not as well as Brassica campestris and Brassica juncea.
目前，黄籽甘蓝型油菜黄籽基因的来源主要集中在白菜型油菜，其籽粒色泽不能达到白菜、芥菜的纯黄或者鲜黄。
15. 公共查询·英语单词
15. Effect of Exogenous Calcium on Seedling Growth and Physiological Characteristics of Brassica juncea Under Cadmium Stress
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
16. Characteristics of Growth and Development and Adventitious Ogan Origin in Chimera of Brassica Juncea and Brassica Oleracea
榨菜和紫甘蓝嫁接嵌合体生长发育特性与不定器官起源的研究
17. A modified system of in vitro approach-grafting was established in the present study, and was applied to synthesize chimeras between tuber mustard (Brassica juncea) and cabbage (Brassica oleracea).
本研究以榨菜和甘蓝为材料，通过离体靠接法人工合成了两者的种间嵌合体。
18. Brassica juncea
18. The Characterization of Chimeras of Tuber Mustard (Brassica Juncea) and Red Cabbage (Brassica Oleracea); If the entry times are a true indication of their abilities, the racers will fan out into the shape of a spearhead during the race.
榨菜与紫甘蓝嵌合体植株形态与分子标记研究如果说预赛成绩是选手实力的真实反映，那么决赛时选手们就会成扇形展开，好像矛头似的。
19. During the growth of Beassica pekinensis and Brassica juncea two kinds of foliage fertilizers and inorganic compound were applied, and compared with no fertilizer.
在大白菜和芥菜栽培过程中施用两种叶面肥和化肥，并以不施肥做对照。
20. Using sinigrin as substrate, the properties of myrosinase in Brassica juncea Coss. Var.
以黑芥子苷为底物，用葡萄糖测定试剂盒法对茎用芥菜芥子苷酶的特性进行了研究。