Abstract
The microfluidic chip has been widely applied to areas such as medicine, bio-detection. Photoelectric detection technology is one of the most common method used in microfluidic chip detection, this study summarizes the development and application of the microfluidic chip photoelectric detection technology in recent years and analyses of the photoelectric detection of the microfluidic chip in key technologies and summarized the advantages and disadvantages of different microfluidic chip photoelectric detection technology. Photoelectric detection technology developed for high sensitivity and accuracy of professional microfluidic chip to provide a reference.
Highlights
Widmer et al (1990) from Switzerland invented the first Micro-flow control chip, known as lab-ona-chip in the 1990s
Its overall performance will affect the detection limit of the entire microfluidic chip analysis systems, test speed, scope of application as well as volume and other indicators, which is a key part of the microfluidic chip system
Separatio n filter detection in a homemade glass chip, the results show that the limit of the detection of rhodamine 6G is 1×10-10 mol/L
Summary
Widmer et al (1990) from Switzerland invented the first Micro-flow control chip, known as lab-ona-chip (lab on a chip) in the 1990s. The detector of Microfluidic chip control system is used to determine the analysis of the composition and content of microchip separation or processing material composition.
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