Yun Min Song

This paper introduces a noise-robust control mechanism for biomolecular systems that maintains output stability and reduces noise at the single-cell level.

The paper shows that noisy delay in genetic oscillators can improve temporal peak reliability and sharpen oscillation peaks without affecting the period.

The paper shows that combining multiple transcriptional repression mechanisms generates ultrasensitivity and oscillations, explaining their use in biological systems.

The paper shows that non-elementary propensities can accurately model stochastic dynamics of reversible bindings but fail in certain cases, and introduces a new framework with an open-source tool to address this.