Advances in on-line monitoring and control of mammalian cell cultures: Supporting the PAT initiative

Engineering & Materials Science

• Capacitance 33%
• Cell culture 100%
• Cells 37%
• Electronic nose 54%
• Feedback control 34%
• Fluorescence 44%
• Gas fuel analysis 50%
• Industry 16%
• Infrared radiation 66%
• Monitoring 43%
• Neural networks 23%
• Process monitoring 43%
• Sensor arrays 43%
• Spectroscopy 43%

Medicine & Life Sciences

• Biological Products 38%
• Cell Culture Techniques 59%
• Data Mining 23%
• Dielectric Spectroscopy 29%
• Electronic Nose 31%
• Fluorescence 15%
• Gases 16%
• Least-Squares Analysis 21%
• Technology 50%
• United States Food and Drug Administration 19%

Chemistry

• Chemometrics 26%
• Dielectric Material 22%
• Flow 16%
• Fluorescence 14%
• Mammalian Cell 80%
• Metabolic 21%
• Mining 29%
• Probe 15%
• Spectroscopy 16%