Transient gene expression in CHO cells monitored with automated flow cytometry

Keyphrases

• Enhanced Green Fluorescent Protein (eGFP) 100%
• CHO Cells 100%
• Automated Flow Cytometry 100%
• Transient Gene Expression 100%
• Protein Content 40%
• Stationary Phase 40%
• Cell Size 40%
• Cellular Physiology 40%
• Granularity 40%
• Exponential Decrease 40%
• Protein Expression 20%
• Gene Therapy 20%
• High Productivity 20%
• Electroporation 20%
• Therapeutic Proteins 20%
• Plasmid 20%
• Bioreactor 20%
• U.S. Food 20%
• Cultured Cells 20%
• Expressed Protein 20%
• Dividing Cells 20%
• Growth Phase 20%
• Control Capability 20%
• Culture Conditions 20%
• Culture Shift 20%
• Plasmid Replication 20%
• Expression Kinetics 20%
• Monitoring Capabilities 20%
• Characteristic Peak 20%
• Single-cell Expression 20%
• Process Analytical Technology 20%
• Technology Initiatives 20%
• Bioreactor Control 20%
• Bioreactor Monitoring 20%
• Administration Process 20%
• Symmetric Partition 20%

Immunology and Microbiology

• Cell Function 100%
• Plasmid 100%
• Transient Expression 100%
• Cell Size 100%
• Protein Content 100%
• Reactor Monitoring 100%
• Protein Expression 50%
• Genetic Transfection 50%
• Electroporation 50%
• Bioreactor 50%

Neuroscience

• Transient Expression 100%
• Enhanced Green Fluorescent Protein 100%
• Flow Cytometry 100%
• Plasmid 40%
• Cell Function 40%
• Bioreactor 40%
• In Vivo 20%
• Transfection 20%
• Protein Expression 20%
• Electroporation 20%