Mimi C. Yung

This paper designs synthetic phosphosignaling circuits in bacteria using two histidine kinases and a shared response regulator to enable multi-input signal integration and logic gate behaviors.

This paper introduces a method to create overlapping genes by inserting an inner gene into an outer gene, demonstrating functionality and applications in synthetic biology.

This paper demonstrates how sequence entanglement and adaptive evolution can stabilize synthetic genetic circuits by altering mutational landscapes and reducing circuit burden.

The paper develops a method to control microbial consortia by programming cell lysis using redox and quorum sensing signals.

The paper compares eight toxins in Pseudomonas fluorescens to assess their lethality, stability, and genetic escape, identifying factors that influence kill switch effectiveness.