基因转化

  • 网络gene transformation
基因转化基因转化
  1. DNA浓度及注射时间对苹果花粉管通道法基因转化率的影响

    Concentration of DNA and Time of Injection on Gene Transformation Efficiency via Pollen-tube Pathway in Apple

  2. 软枣猕猴桃原生质体培养及GFP基因转化研究

    Study on the Protoplast Culture and GFP Gene Transformation of Actinidia Arguta

  3. 无抗性选择标记的植酸酶基因转化DNA的构建

    Construction of transformed system for phytase gene without resistance label

  4. 用PCR产物直接的基因转化获得酿酒酵母乙醇脱氢酶Ⅱ基因突变的单倍体

    Mutant haploid by alcohol dehydrogenase ⅱ gene deletion of Saccharomyces cerevisiae

  5. 病毒RNA复制酶&Nib基因转化番木瓜的研究

    Nib gene of viral RNA replicase transformation in papaya

  6. PEG-CaCl2介导苏云金杆菌CryⅠA(b)基因转化哈茨木霉

    PEG-CaCl_2 mediated transformation of trichoderma harzianum with Cry ⅰ A ( b ) gene from bacillus thuringiensis

  7. 根癌农杆菌介导的基因转化过程中,TDNA的整合是关系到外源基因能否稳定遗传的关键步骤。

    The T-DNA integration is a critical step of the steady inheritance for foreign genes during the Agrobacterium tumefaciens-mediated transformation .

  8. 反义Waxy基因转化籼稻9311的初步研究

    Genetic transformation of indica rice 9311 with antisense Waxy gene

  9. CP基因转化的线辣椒抗卡那霉素和抗CMV特性的遗传

    Inheritance of kanamycin-resistance and CMV-resistance in transgenic chili pepper expressing CMV-CP and TMV-CP genes

  10. 脉冲电泳不同参数对介导GFP基因转化玉米种胚效果的研究

    Study on the GFP Gene Transferred into Embryos of Maize by PFGE

  11. ACC脱氨酶基因转化白兰瓜的初步研究

    Primary study on transforming Cucumis melo var.I with ACC-deaminase gene

  12. 我们利用基因转化方法,对核酶、基因沉默和反义RNA技术在抗病中的应用进行探讨。

    We discussed the mechanisms of ribozyme , gene silencing and antisense RNA in plant protection through the way of gene transformation .

  13. Ri质粒介导GUS基因转化商陆的研究

    Ri-mediated transformation of Phytolacca acinosa with GUS gene

  14. PEI在动物皮肤组织基因转化中的应用研究

    Study on the Application of PEI for Gene Transfer in Mouse Skin Tissue

  15. 一种快速分离小麦条锈菌转GUS基因转化体的方法

    A Rapid Method to Separate the Transformants with GUS Gene in Puccinia striiformis

  16. 4种浓度的植物生长素处理苗期的结球白菜反义BcpLH基因转化株后发现,IAA处理的转化株叶色变淡,叶片外卷。

    The leaves of transgenic seedlings treated with four concentrations of IAA exhibit yellow-green and revolute .

  17. 目的:研究将TCRVβ7基因转化到淋巴细胞后对肝癌细胞的生物学作用。

    Objective : To study the biological effects of TCR to hepatoma cell by transfection V β 7 to lymphocytes .

  18. 根癌农杆菌介导甲型肝炎病毒(HAV)衣壳蛋白融合基因转化柑桔的研究

    Agrobacterium-mediated Transformation of Citrus with Hepatitis A Virus Capsid Protein Fusion Gene

  19. 山羊乳腺上皮细胞的培养及EGFP基因转化

    Establishment of Goat Mammary Epithelial Cell Line and Expression of EGFP Gene

  20. 小麦HMW-GS亚基基因转化水稻的研究

    Studies on Transformation of Rice with Wheat HMW-GS Subunit Genes

  21. HMW-GS(1Dx5+1Dy10)亚基基因转化小麦研究

    Study on the Transformation of HMW-GS ( 1Dx5 + 1Dy10 ) Genes into Wheat

  22. 植物源PVY抗性基因转化烟草研究

    Study on the Transforming the Plant-derived Gene Resistant to PVY to Tobacco

  23. 在建立山杨叶片高频再生系统的基础上,利用农杆菌介导叶盘法开展了AFP基因转化杨树的研究。

    On the basis of establishment of poplar leaf high-frequency regeneration system , carrying on the study of poplar transformation , mediated by Agrobacterium tumefaciens .

  24. 人生长激素基因转化花叶芋及PEG在转化中的作用

    Studies on the Transformation of Caladium bicolor with Human Growth Hormone ( hgh ) Gene and the Role of Polyethylene Glycol ( PEG ) in Plant Transformation

  25. VP7-LK-IFN(a-2b)融合蛋白基因转化番茄的研究

    Studies on the Transformation of Fusion Gene VP_7-LK-IFN_ ( a-2b ) into Tomato

  26. 香菇农杆菌介导转化条件优化及BCA基因转化研究

    Research of the Agrobacterium-mediated Transformation Condition Optimization and Transformation of BCA Gene in Lentinus Edodes

  27. hLF、Lyc基因转化樱桃番茄的研究

    Study of hLF , Lyc Gene Transformated into Mini-tomato

  28. 乙型肝炎表面S+前S1融合基因转化CHO-dhfr~-的细胞染色体变化及致瘤性

    Chromosome aberration and carcinogenicity of CHO dhfr ~ - cells transformed by plasmid containing S + and Pre S1 of fussion gene of hepatitis B virus

  29. 农杆菌介导中苜2号desC基因转化的初步研究

    Study on Transformation of DesC Gene of " Zhongmu No.2 " by Agrobacterium Tumefaciens

  30. 采用组织化学染色法对随机选取的10个GUS基因转化植株进行基因表达测定,结果5个植株强烈表达GUS活性。

    The result of histochemical staining of GUS gene showed , of the 10 independent plants transformed with GUS gene , 5 expressed GUS activity strongly .