We aim to understand how environmental inputs modulate the state, spatial organization, and function of chromatin, using the roundworm C. elegans as a model system.

We study the impact of cell size on cell function and investigate how cells coordinate growth and division to control their size.

We decipher the molecular mechanisms underlying epigenetic inheritance and epigenetic regulation of cellular function. Decoding such epigenetic processes is crucial to developing novel solutions for environmentally triggered diseases for a healthier society.

We use artificial intelligence to decode the molecular mechanism behind cellular decision-making e.g., during early mammalian development.