CHO cells - Globe Thesis

Keyword [CHO cells] Result: 1 - 20 \| Page: 1 of 3
1.	Genetic Modification Of CHO Cells For Biopharmaceutical Production
2.	Process Development And Optimization For The GS-CHO Cells In Serum-free Cultures
3.	Effects Of Genetic Variations Of Human Cytochrome P450 Oxidoreductase On The Metabolic Activation Of Anticancer Prodrugs And Environmental Toxins
4.	Development Of Serum-free Medium For DHFR-CHO Cells And Investigation On The Roles Of Some Key Medium Components
5.	Inhibition Of Apoptosis And Enhancement Of Recombinant Protein Productivity Through Bombyx Mori 30K Gene Expression In CHO Cells And Its Mechanisms
6.	Preliminary Study Of The Regulatory Mechanism Of Rna Interference. Cho Cells
7.	The Transcription Sites Of RNA Polymerase Ⅲ In The Nuclei Of CHO Cells Detected By FISH
8.	Studies On The Transcription Sites Of RNA Polymerase Ⅲ And Ⅰ And Their Relationships In The Nuclei Of CHO Cells
9.	Construction Of Eukaryotic Vector And Expression Of Human/mouse Chimeric Anti-body Against Rh-bFGF
10.	Stable Expression Of The Human Secreted Form Klotho Protein In CHO Cells
11.	Inducible Expression, Characterization Of Mac-1-FP Fusion Protein In CHO Cells And Verification Of Their Interaction By FRET
12.	The Expression Of CTLA-4/IgG4 Fusion Protein At High Level In CHO Cells
13.	Construction Of PcDNA3.1(+)-CLEC2 Eukaryotic Expression Vector And Expression In CHO Cells
14.	Expression Of Full-length MBL Gene Of Han Chinese In CHO Cells
15.	Studies Of Mechano-growth Factor As Targets For Genetic Modification To Enhance Stress Tolerance Of CHO Cells
16.	Study On The Suspension Domestication And Cultivation Technology Of The Recombinant CHO Cell Expressing RhTNFR-Fc
17.	High Throughput Screen Development And Optimization Of Serum-free Medium For CHO Cells
18.	Stable Over-expression Of Human Bcl-xl Gene Supports Sodium Butyrate-enhanced Expression Of Recombinant Proteins In Cho-k1 Cells
19.	Using Six Sigma Methods To Research The Stability Of Yields Of Antibody Production By Animal Cells
20.	Process Development And Optimization For DHFR-CHO Cells Based On Lipid Metabolism
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