V. Cavett

Papers

Total Citations

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About

V. Cavett is a pioneering researcher at the intersection of chemical biology and microfluidics, whose work is reshaping how bioactive compounds are discovered. Cavett’s primary contributions lie in advancing high-throughput screening (HTS) and DNA-encoded library (DEL) technologies, with a focus on making these processes more efficient, automated, and accessible. In a landmark 2019 study (85 citations), Cavett demonstrated how activity-based DEL screening can be integrated with robotic HTS to probe complex biological targets, bridging a critical gap between static compound libraries and dynamic functional assays. This work has provided a powerful new paradigm for identifying chemical matter in the postgenomic era. Cavett also introduced the "Integrated, Continuous Emulsion Creamer" (2017, 14 citations), a microfluidic device that replaces expensive robotic automation with a miniaturized, droplet-based system for reproducible sample handling. This innovation promises to democratize high-throughput screening by reducing cost and complexity. With a focus on practical, scalable solutions, Cavett’s research is driving the next generation of drug discovery tools, making them faster, cheaper, and more widely available to the scientific community.