The field of microfluidics has revolutionized liquid handling on the microscale, enabling cost-effective, portable devices. In the final part of our four-part series, discover how to select and optimize structured surface functionalization methods.
This article covers:
Core methods such as silanization, PEGylation, and click chemistry
Advanced patterning techniques including lithography, CVD, and aerosol jet printing
How structured surfaces enable multiplex analyte detection with high sensitivity and throughput
Key challenges like material compatibility, non-specific binding, and scalability — and practical solutions to address them
Case studies showing how these technologies are shaping diagnostics and organ-on-chip platforms
It’s a comprehensive guide full of insights and real-world examples that point to the future of microfluidics.
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