Real-Time Impedance-Based Cell Migration Measurements with Integrated Electrodes on Porous Membranes for Next Generation Microphysiological Systems

Key Points

• The research aims to develop a microfluidic device to measure cell migration using electrical impedance.
• Developed a microfluidic device with integrated electrodes on a porous membrane
• Utilized electrical impedance spectroscopy for quantitative measurements
• Monitored cell migration in real-time
• Successfully measured cell migration in real-time
• Provided quantitative data on migration patterns using impedance
• Demonstrated the functionality of the microfluidic device with integrated electrodes