1) tobacco SKP1 gene
烟草SKP1基因
2) gene of SKP1
SKP1基因
3) Gene SKP1 from Nicotiana tabacum var. samsun NN
枯斑三生烟SKP1基因
4) transgenic tobacco
转基因烟草
1.
Effect of transgenic tobacco expressing Harpin_(Xoo) and its N-terminal sequence on TMV resistance;
表达全长与截短Harpin_(Xoo)对转基因烟草抗病性的影响
2.
Production of transgenic tobacco plants resistant to two viruses via RNA-mediated virus resistance;
利用RNA介导的抗病性获得抗2种病毒的转基因烟草
3.
Construction of Two Gene Plant Expression Vector Harboring phaC1、phaC2 Genes and Obtainment of Transgenic Tobacco;
phaC1、phaC2基因双价植物表达载体的构建及其转基因烟草的获得
5) transgenic tobacco plants
转基因烟草
1.
Functions of Xylem-Specific-Expression Promoter of Glycine-Rich-Protein (GRP 1.8) Gene from Ginkgo biloba in transgenic tobacco plants.;
银杏木质部特异定位表达基因启动子在转基因烟草中的功能研究
2.
To determine the expression of antifreeze protein(AFP) gene in transgenic tobacco plants,the temperature induced fusion expression vector,pBF04,was constructed.
把修饰合成的带有甘薯信号肽序列的抗冻蛋白成串基因与β-葡萄糖醛酸苷酶(GU S)报道基因融合克隆在大豆热休克启动区下游构建了温度诱导型双元载体pBF 04,三亲株配对法转化根癌农杆菌,叶盘法导入烟草,获得了转基因烟草植株。
3.
Results from Western blot analysis of some of the transgenic tobacco plants showed that the expression level of GNA in plants transformed with the modified gene GNA34m reached 0.
用定点突变方法对编码雪花莲凝集素 (Galanthusnivalisagglutinin ,GNA)前体蛋白的DNA序列进行了改造和转基因烟草 (NicotianatabacumL 。
6) transgenic tobacco plant
转基因烟草
1.
Expression patterns and a tivities of three phloem-specific promoters (BP,CP and SP)gus chimeric genes were studied in transgenic tobacco plants with the chimeric CaMV 35SP-1uc gene as internal control.
用共整合的1uc基因校正嵌合gus基因表达活性的方法对3个韧皮部组织特异性启动子在转基因烟草中的表达进行了比较。
2.
Tests of sugar alcohols indi- cated that different content of mannitol had been produced in mtlD transgenic tobacco plants,and the ex- pression o.
通过植物基因工程技术,获得了分别表达编码细菌1-磷酸甘露醇脱氢酶基因(mtlD)和6-磷酸山梨醇脱氢酶基因(gutD)的转基因烟草。
补充资料：《国际烟草研究文献》
研究烟草的论文集。联邦德国卷烟工业协会科研部编刊，不定期出版。1961年创刊。一般每两年辑为 1卷，每卷5期,1987年起为第14卷。所载论文用英文或德文发表,每篇论文有英、德、法3种文字的摘要。刊载的论文内容广泛，烟草种植方面有遗传育种、栽培方法、生理生化、植物保护和各种农药；工艺方面有工艺理论、滤嘴、卷烟纸、降低卷烟烟气中有害物质的措施和原理、防霉防虫；烟草化学方面有烟草和烟气各种成分的分析鉴定，香味成分和有害成分的研究；检测方面有新仪器新方法的研究和应用。刊物编辑为国际烟草界著名专家，所刊载的论文有较高的学术水平。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条