plasmid transfection

Survivin Gene Plasmid Transfection on the Protective Effects to Ischemia-reperfusion of Nerve Cells

生存素基因质粒转染对缺血/再灌注神经细胞的保护作用

Group D : blank plasmid transfection reagent intratumoral injection once a day .

D组：予空白质粒转染试剂瘤内注射，每日一次。

HBsAg Expression in Eukaryon Cell with T 7 Double Plasmid Transfection Expression System

HBsAg在T7双质粒系统转染真核细胞中的表达

Plasmid Transfection of Rat Bone Marrow Mesenchymal Stem Cells by Cationic Lipid for Gene-modified Cell Transplantation Therapy

阳离子脂法介导质粒转染大鼠骨髓基质干细胞用于基因修饰的细胞移植治疗

The specificity of the liposome to hepatocyte was evaluated by plasmid transfection activity and receptor competitive inhibitory effects .

以脂质体转染荧光素酶质粒的活性以及受体竞争抑制实验，评价脂质体对肝细胞的导向性；

Methods Human breast cancer cell lines were treated in vitro with genistein . Northern blot , Western blot , plasmid transfection and apoptosis assay were used to evaluate the mechanism of cell growth inhibition .

方法研究主要应用Northern印迹杂交、Western印迹杂交、质粒转染技术以及细胞凋亡检测法，探讨Genistein抑制乳腺癌细胞生长的机制。

RESULTS : Both NF - κ B and COX-2 were expressed in pancreatic carcinoma PC-3 cell line , and the expression of NF - κ B and COX-2 were down-regulated in a certain time-independent manner after dominant-negative I κ B α plasmid transfection .

结果：胰腺癌PC-3细胞株中存在NF-κB和COX-2的表达，转染显性失活IκBα质粒后，细胞中NF-κB和COX-2表达均下调，且体现出一定的时间依赖性关系。

Objective To study total nutrient admixture ( TNA ) promoting plasmid DNA transfection mediated with liposomes to colorectal cancer cells .

目的探讨全营养液（TNA）促进脂质体介导质粒DNA转染结直肠癌细胞的作用。

The operation program was very complicated including gene cloning , plasmid constructed , transfection , cell culture and cell transplantation .

操作过程包括基因克隆、构建质粒、转染、细胞培养利细胞移植等复杂操作。

Construction of newcastle disease virus ( NDV ) F gene eukaryotic expression recombination plasmid and its transfection in CEF cells

真核表达NDVF基因重组质粒的构建及其在CEF细胞中的转染

Group which was highest transfection efficiency as experiment group , respectively compared to plasmid group , ultrasound + plasmid group , microbubble + plasmid group and liposome + plasmid group in transfection efficiency .

再以转染率最高的参数组合为实验组，分别与质粒组、微泡+质粒组、超声+质粒组和脂质体+质粒组比较各组间的转染率。