A Microfluidic Device for Real-Time Imaging and Pressure Tracking During Biofilm Formation

Key Points

• This research aims to develop a microfluidic device that enables the observation of biofilm formation and its effects on fluid flow.
• Utilized a microfluidic device with channels for bacterial suspension introduction.
• Allowed incubation to facilitate biofilm growth within the microchannel.
• Resumed flow to monitor pressure and visualize biofilm development over time.
• Successfully detected biofilm formation using real-time imaging techniques.
• Monitored pressure changes indicating pore blockage by developed biofilms.