A Novel Instrument for Studying the Flow Behaviour of Erythrocytes through Microchannels Simulating Human

Keyphrases

• Novel Instrumentation 100%
• Erythrocytes 100%
• Volume Velocity 100%
• Flow Behavior 100%
• Image Processing 33%
• Channel Geometry 33%
• Silicon Substrate 33%
• Human Blood 33%
• One Sample 33%
• Individual Cells 33%
• Multi-channel 33%
• Flow Channel 33%
• Velocity Information 33%
• Blood Capillaries 33%
• Real-time Image Processing 33%
• Microrheology 33%
• Multi-cell 33%
• Microfluidic Flow 33%
• Driving Pressure 33%
• Velocity Space 33%
• Microfluidic Device 33%
• Isobaric 33%
• Channel Size 33%
• Microrheological Behavior 33%
• Anomalous Events 33%
• Flow Velocity Profile 33%
• Microengineering Technology 33%
• Unique Representation 33%

Engineering

• Image Processing 100%
• Microchannel 100%
• Flow Behavior 100%
• Erythrocyte 100%
• Channel Size 50%
• Microfluidic Device 50%
• Multiple Cell 50%
• Flow Channel 50%
• Velocity Profile 50%
• System Volume 50%
• Human Blood 50%
• Individual Cell 50%
• Channel Geometry 50%
• Silicon Substrate 50%
• Flow Velocity 50%

Earth and Planetary Sciences

• Image Processing 100%
• Microchannel 100%
• Flow Velocity 50%
• Real Time 50%
• Velocity Distribution 50%