Michaëlle N. Mayalu

Design of a Modular Inducible Circuit for Pulsatile Population Control of Engineered Bacteria

This paper designs a modular genetic circuit that enables pulsatile control of bacterial population dynamics through AHL-based quorum sensing and inducer-regulated transcriptional cascades.

Synthetic mammalian signaling circuits for robust cell population control

This paper designs a synthetic mammalian circuit using auxin for population control, showing it limits growth more robustly than non-paradoxical designs.

Theoretical Design of Paradoxical Signaling-Based Synthetic Population Control Circuit in E. coli

The paper develops a mathematical framework to analyze paradoxical signaling in synthetic circuits for population control in E. coli, showing non-monotonic growth rate relationships and stability benefits.

Multi-Cell ECM compaction is predictable via superposition of nonlinear cell dynamics linearized in augmented state space

The paper introduces a method to predict multi-cell ECM compaction by linearizing nonlinear cell dynamics through an augmented state space and superposition of single-cell models.