Design, Simulation, and Evaluation of Polymer-Based Microfluidic Devices via Computational Fluid Dynamics and Cell Culture “On-Chip”

Keyphrases

• Computational Fluid Dynamics 100%
• Design Simulation 100%
• Cell Culture 100%
• On-a-chip 100%
• Microfluidic Device 100%
• On chip 100%
• Polymer-based 100%
• Design Evaluation 100%
• Filling Characteristics 100%
• Fluid Cell 100%
• Dynamic Culture 100%
• Biocompatibility 66%
• Liver 66%
• Performance Improvement 33%
• Cell Growth 33%
• Microfluidics 33%
• Flow Behavior 33%
• Cell Attachment 33%
• Computational Analysis 33%
• Flow Characteristics 33%
• Improved Design 33%
• Huh7 33%
• Continuous Flow 33%
• Cell Viability 33%
• Exponential Growth 33%
• Culture Growth 33%
• Fluidics 33%
• Experimental Cells 33%
• Computational Fluid Dynamics Analysis 33%
• In Vitro Testing 33%
• Hepatoma Cells 33%
• Behavior Characteristics 33%
• Circular Chamber 33%
• Huh-7 Cell Line 33%
• Fluid Flow Behavior 33%
• Biomarker Studies 33%
• Flow Studies 33%
• Continuous Biomarker 33%
• Valuable Insight 33%

INIS

• design 100%
• simulation 100%
• evaluation 100%
• devices 100%
• computational fluid dynamics 100%
• polymers 100%
• cell cultures 100%
• growth 75%
• organs 50%
• liver 50%
• performance 25%
• comparative evaluations 25%
• testing 25%
• flow rate 25%
• biological markers 25%
• viability 25%
• fluid flow 25%
• in vitro 25%
• hepatomas 25%

Engineering

• Computational Fluid Dynamics 100%
• Flow Behavior 100%
• Microfluidic Device 100%
• Fluid Flow 50%
• Flow Rate 50%
• Computational Analysis 50%
• Fluidics 50%
• Exponential Growth 50%
• Chip Device 50%