CMOS-Based Electrokinetic Microfluidics with Multi-Modal Cellular and Bio-Molecular Sensing for End-to-End Point-of-Care System

Keyphrases

• Modal 100%
• Microfluidics 100%
• Bulk Liquid 100%
• Electrokinetics 100%
• Point-of-care Systems 100%
• CMOS-based 100%
• Biomolecular Sensing 100%
• Fluid Flow 66%
• Point-of-care Diagnostics 66%
• Sample Preparation 33%
• Miniaturization 33%
• Precision Control 33%
• Sensing Technology 33%
• Microfluidic Channel 33%
• Design Space 33%
• Cross-sectional Area 33%
• Biomolecular 33%
• Electrode Array 33%
• Fluid Velocity 33%
• Cell Separation 33%
• CMOS IC 33%
• Impedance Spectroscopy 33%
• Cell-free 33%
• Cell Flows 33%
• End System 33%
• Molecular Diagnostics 33%
• Label-free 33%
• Specimen Preparation 33%
• Chip-scale 33%
• Receiver Array 33%
• Rapid Analysis 33%
• Free Protein 33%
• Point-of-care 33%
• Sensing Interface 33%
• COVID-19 Pandemic 33%
• Cell Manipulation 33%
• Microfluidic Manipulation 33%
• Protein Sensing 33%
• Nucleic Acid Testing 33%
• Fluid Computation 33%
• Fluid Flow Control 33%
• Microfluidic Sensing 33%
• Silicon chip 33%
• Cell Cytometry 33%
• Biosensing Devices 33%
• Miniaturized Sensing 33%
• Compact Form Factor 33%

Engineering

• Fluid Flow 100%
• Endpoint 100%
• Bulk Fluid 100%
• Microfluidic Channel 33%
• Design Space 33%
• Fluid Velocity 33%
• Front End 33%
• End System 33%
• Biosensing 33%
• Sensing Device 33%
• Flow Cell 33%
• Compact Form 33%
• Electrode Array 33%
• Pneumatics 33%
• Cost Efficiency 33%

Physics

• Fluid Flow 100%
• Flow Control 33%
• Label-Free 33%
• Sample Preparation 33%
• Nucleic Acid 33%
• Pneumatics 33%
• Form Factor 33%
• Biosensing 33%
• electrode 33%
• Impedance Spectroscopy 33%