Virginia Fusco

The paper introduces CRISPRaTOR, a biomolecular circuit that maintains constant gene expression across varying conditions using CRISPR technology and synthetic domains.

This paper introduces a method to design high-performance mammalian whole-cell biosensors by integrating synthetic biology and control engineering, resulting in a versatile biosensor named CASense.

The paper introduces the CASwitch, a synthetic gene circuit that reduces leakiness while maintaining high inducible gene expression using mathematical modeling and experimental validation.

The paper develops a feedback control strategy using a tunable expression system and quorum sensing to regulate bacterial population density.