Research that Matters
Developmental and Cell Biology (DCB)
Understanding the mechanisms that govern cell proliferation, differentiation, and the assembly of tissues and organs is a central challenge in developmental and cell biology. Research in the Department of Developmental and Cell Biology addresses how these processes are coordinated, how their dysregulation contributes to disease, and how they can be harnessed to promote tissue repair and regeneration. Our faculty integrate innovative experimental approaches with genomics, proteomics, advanced imaging, and AI-guided computational analysis to investigate fundamental biological mechanisms across diverse model organisms and experimental systems.
We Give It Our Best Zot!
Our Students Make A Difference
Great science starts with curiosity and the courage to ask new questions. Our graduate students challenge assumptions, explore new ideas, and pursue discoveries that deepen our understanding of biology and its societal impact. At UCI, they find a community that values creativity, independent thinking, and collaboration. Life here extends beyond the lab, with nearby beaches, mountains, and miles of trails for hiking and biking, all set against Southern California’s wonderful weather. If curiosity drives you and discovery inspires you, you’ll find your place here.
Kavita Arora
Professor and Chair
Department of Developmental and Cell Biology
karora@uci.edu
(949) 824-1087
A Message From the Chair
Welcome to the Department of Developmental and Cell Biology at UC Irvine. Our department is distinguished by a tradition of discovery, a collaborative research community, and a deep commitment to mentorship and education. Our faculty have advanced the understanding of morphogen-based patterning, stem cell function, regeneration, and growth factor signaling. Building on this legacy, we investigate how cells grow, communicate, differentiate, and organize into tissues and organs, and how these processes go awry in disease. Our research spans cells to organisms and draws on diverse model systems and technologies, from genomics, proteomics, and advanced imaging to computational and AI-guided approaches.
We believe great science grows from strong relationships. Collaboration, mentorship, and inclusion are central to how we work and teach. Our aim is to prepare students to become independent scientists, and sustain a department where curiosity thrives, and everyone can rise above their potential.
Kavita Arora
Professor and Chair