Understanding how feedback, noise, and the timing of oscillatory inputs critically control cell-fate decisions in the context of obesity, diabetes, cancer, aging, and tissue regeneration.
02 Publications
Our goal is to translate our molecular and computational insights into tools that are useful for public health. Communicating science with the public is of utmost importance.
03 Technology
Targeted mass spectrometry; live-cell fluorescence microscopy; high-throughput screening of chemical, RNAi and CRISPR-based libraries; and computational modeling.
