Franco Blanchini

The paper demonstrates temporal dose inversion in adaptive biomolecular circuits using synthetic gene circuits and identifies key parameters for this behavior.

This study analyzes sequestration-based networks to understand and control pulse dynamics through kinetic rates and feedback mechanisms.

The paper demonstrates enzymatic networks can function as molecular perceptrons for linear classification and multi-layer networks for nonlinear classification.

The paper classifies biological networks into candidate oscillators and multistationary systems based on feedback loop analysis without parameter knowledge.