Microfluidic Testing

Small tubes having microscale diameters, typically tens to hundreds of micrometers, are used in microfluidics systems to process small amounts of fluids. The use of several cutting-edge methods and materials in microfluidic systems has increased during the past ten years.
Biomedical analysis, which primarily consists of the two components biological system analysis and biomolecular detection, includes bioanalysis as an important component. Recent years have seen scientists concentrate on three areas: 3. high-throughput screening for large-scale analysis. 1. integration and miniaturization of analytical devices for point-of-care (POC) testing. 2. analysis at single-cell or single-molecule level to gain crucial information on the heterogeneity of certain population. Microfluidic techniques are being developed quickly to address these issues.

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