Fabrication of the Microfluidic Biosensor Using Dry Film Photoresist (DFR) Technology
7:29
On-chip Assay Immobilization Procedure
9:34
Amperometric Signal Detection Using the Stop-flow Technique
11:12
Results: Working Principle of the Biosensor and the Signal Readout
12:26
Conclusion
Transcrição
The overall goal of this procedure is to introduce a versatile electrochemical microfluidic biosensor platform based on low-cost, dry film photoresist technology which is capable of gaging various types of analites depending on the subsequently us
Faça login ou inicie seu teste gratuito para acessar este conteúdo
A microfluidic biosensor platform was designed and fabricated using low-cost dry film photoresist technology for the rapid and sensitive quantification of various analytes. This single-use system allows for the electrochemical readout of on-chip-immobilized enzyme-linked assays by means of the stop-flow technique.