A circular hybrid chip is a microfluidic chip with a circular microchannel structure designed for efficient hybrid reaction and analysis. Such chips are typically manufactured by microfluidic technology, in which the annular structure of the microchannel allows the sample to undergo a mixed reaction in a very short time, thus increasing the efficiency and sensitivity of the experiment.
The working principle of circular hybrid chip is based on microfluidic mechanics and mixing principle. Samples and reagents are precisely controlled as they pass through the microchannels and can be quickly mixed in different channels and subjected to chemical or biological reactions. Due to the small scale of the microchannels inside the chip, fluids can be rapidly diffused and mixed in them, enabling efficient reactions and analysis.
The chip is widely used in biomedical research, chemical analysis, biosensor and other fields. It can be used for analysis of biological samples, drug screening, environmental monitoring and so on. Due to its miniaturization, high throughput and high sensitivity, circular hybrid chips have become one of the indispensable tools in research and laboratory fields.