Microfluidic technology for multiple single-cell capture

Microfluidic devices are widely used in single-cell capture and for pairing single cells or groups of cells for cell-cell interaction analysis; these advances have improved drug screening and cell signal transduction analysis. The complex in vivo environment involves interactions between two cells and among multiple cells of the same or different phenotypes. This study reviewed the core principles and performance of several microfluidic multiple- and single-cell capture methods, namely, the microwell, valve, trap, and droplet methods. The advantages and disadvantages of the methods were compared, and suggestions regarding their application to multiple-cell capture were provided. The results may serve as a reference for research on microfluidic multiple single-cell coculture technology.

Automated summary

Microfluidic devices are widely used for single-cell capture and cell-cell interaction analysis, improving drug screening and cell signal transduction. This study reviews various microfluidic multiple- and single-cell capture methods, comparing their advantages and disadvantages, and providing suggestions for their application to multiple-cell capture. The results may serve as a reference for research on microfluidic multiple single-cell coculture technology.