1) 293-T cell
293-T细胞
1.
Cloning and constructing recombinant Beijing-you chicken PEPT1 in 293-T cell;
北京油鸡肠道肽转运蛋白PEPT1表达载体的构建及在293-T细胞的表达
2) 293 cells
293细胞
1.
Construction of eukaryotic expression vector carrying rat GLUT1 gene and its expression in 293 cells;
大鼠GLUT1真核表达载体的构建及其在293细胞中的表达
2.
Construction of GFP-AWP1 fusion gene vector and its expression in 293 cells;
人GFP-AWP1融合基因载体的构建及其在293细胞中的表达
3.
Comparison of the ability of Staphylococcus aureus strains to adhere to and invade 293 cells
金黄色葡萄球菌不同菌株黏附和侵袭293细胞的比较
3) 293 cell line
293细胞系
1.
Establishment of 293 cell line with stable expression of EGFR and its biological character;
稳定表达表皮生长因子受体293细胞系的建立及其生物学特性研究
4) 293 cell
293细胞
1.
The linearized recombinant plasmid DNA was transferred into 293 cells.
coliB J5183中进行同源重组为腺病毒载体质粒,线形化后转染293细胞进行包装扩增得到A d。
2.
PARTⅠTHE CULTURE AND INDUCTION OF C_3H10T_(1/2) STEM CELLS, THE CULTURE OF 293 CELLS, THE AMPLIFICATION OF THE ADBMP_5 AD-GFP AND ADBMP_9 AD-GFPObjective:Exploit the technique of cell inducement which can make the induction of C_3H10T_(1/2) stem cell with AdBMP_5 and AdBMP_ 9 Ad-GFP , and amplifying the AdBMP_5 and AdBMP_ 9 Ad-GFP with 293 cells.
第一部分C_3H10T_(1/2)干细胞的培养、诱导,293细胞的培养,AdBMP_5、AdBMP_9重组腺病毒的扩增目的:利用细胞诱导技术完成AdBMP_5、AdBMP_9重组腺病毒质粒对C_3H10T_(1/2)干细胞的诱导,并通过293细胞对AdBMP_5、AdBMP_9重组腺病毒质粒进行扩增,为进一步阐明在BMP_5、BMP_9在C_3H10T_(1/2)干细胞向心肌细胞分化过程中的影响奠定基础。
3.
To reclaim DNA precipitated by alcohol,and transfect the lined AdHIL-6 plasmid to 293 cells with liposome for generating recombinant adenoviruses.
方法以Pac-I酶切Hyper-IL-6重组腺病毒(AdHIL-6)质粒,乙醇沉淀回收DNA,将线性化的AdHIL-6质粒经脂质体转染293细胞进行病毒的包装扩增,以氯化铯密度梯度离心法纯化重组腺病毒,根据GFP(绿色荧光蛋白)计数法和有限稀释法原理测定病毒滴度及感染293细胞、L02细胞的MOI(Multiplicity of infection,感染复数),并以免疫细胞化学检测感染L02细胞后目的蛋白Hyper-IL-6的表达。
5) HEK-293 cell
HEK-293细胞
1.
Establishment of stable over-expression of DNA polymerase iota in HEK-293 cell;
DNA聚合酶iota在HEK-293细胞中高表达体系的建立
6) hAS/293 cells
hAS/293细胞
补充资料:Hs293导弹
hs293导弹介绍
二次世界大战时德国的一种无线电制导炸弹,装以有过氧化氢为推进剂的的火箭发动机。全长3.3米以上,重约770公斤,由飞机投下,靠遥控装置控制飞行。特别适合打击海面目标,大战后期曾击沉许多商船。
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