Chaohua Shen

Papers

Total Citations

194

H-Index

About

Chaohua Shen is a pioneering researcher in microfluidics and microbial biotechnology, best known for developing the microfluidic streak plate (MSP) method. This high-throughput technique, detailed in their most-cited 2016 paper (194 citations), revolutionizes single-cell cultivation by enabling the separation and growth of microbial cells in nanoliter sessile droplets. By adapting the classic streak plate approach to a microfluidic platform, Shen’s work dramatically increases throughput while reducing reagent consumption and contamination risks—a critical advance for studying unculturable or rare microbes. The MSP method has been widely adopted in environmental microbiology and synthetic biology, offering a scalable tool for isolating novel strains and probing microbial interactions at the single-cell level. Beyond this flagship contribution, Shen’s research integrates microfluidic device design with practical applications in cell biology, earning recognition for bridging engineering and life sciences. Their work not only accelerates microbial discovery but also provides a foundation for future innovations in droplet-based high-throughput screening, making Shen a key figure in advancing microfluidic tools for biological research.