Discover the Living World

Welcome to the department of Developmental and Cell Biology at UC Irvine.

Leading the way to Discovery

Department of Developmental and Cell Biology (DCB)

The Department of Developmental and Cell Biology seeks discoveries that foster a better understanding of biological questions such as the origins of cancer development, cell repair and regrowth and developmental disorders. Our diverse groups of researchers expose students to everything from the basic biology of stem cells to central nervous system injury, diabetes and the use of stem cell-based screens to identify novel drugs targeting cell proliferation.

Fluorescence Microscope image of Bovine Pulmonary Artery Endothelial Cells BPAE stained for mitochondria, phalloidin, and nuclei undergoing mitosis
Aimee Edinger

Faculty

A world class faculty dedicated to advance knowledge about the body, diseases, drug design, vascular biology and more.

Student in Lab

Undergraduates

Exciting opportunities exist for Dunlop School majors interested in pursuing a degree in Developmental and Cell Biology or Genetics.

group of students

Graduates

With 3 interdiscipline doctorate programs, Developmental and Cell Biology graduates will be prepared examine compelling biological questions.

Research at DCB

Our research programs focus on the genetic control of cell growth, differentiation and morphogenesis that gives rise to tissues and organs of animals. This field of biology has undergone significant transformation recently, driven by the intellectual challenges associated with the avalanche of genomic and proteomic data on various organisms. As you will discover through this website, our department has successfully incorporated diverse disciplines such as computational biology, bioengineering and the physical sciences and developed a highly integrative approach for the study of developmental and cell biology. Through such programs, we expect to maintain excellence in research and educate students for the future.

News

Deep Learning Designs DNA Switches That Turn Genes On In Mouse Embryos

A transgenic mouse embryo in which AI-designed regulatory DNA sequences drive gene expression in the forebrain (red) and in the midbrain (green). Image credit: Ethan Hollingsworth Irvine, Calif., August 25, 2026 — One of biology’s enduring challenges is explaining how cells carrying the same genetic instructions develop into such different organs like the heart, brain…

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Making Science Matter: Cameron Geller Wins UCI Grad Slam

Second-place finisher Tessa Chou, first-place finisher Cameron Geller and third-place finisher Mehdi Zafari pose with their awards following the 2026 UC Irvine Grad Slam competition. PhD candidate Cameron Geller of the Department of Developmental & Cell Biology has been named the 2026 UC Irvine Grad Slam Champion, earning top honors in a campuswide competition that…

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Flip the Switch: UC Irvine Study Reveals a Metabolic Trigger That Helps Muscles Repair and Grow

Pictured (left to right): Melissa Campos, PhD student; Assistant Professor Lauren Albrecht; and Professor Maksim Plikus, whose UC Irvine team uncovered a metabolic “switch” that helps guide muscle repair and growth. Irvine, Calif., February 24, 2026 — Building and keeping muscle is essential for lifelong health, not just athletic performance. Strong skeletal muscle supports mobility,…

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Dr. Ken Cho has an AAAS Fellow award and a Pew Scholar in Biomedical Sciences.

Dr. Michael Parson’s lab created a method to ablate cells at will to study regeneration. This method has been used in over 2,300 publications to date.

Dr. Kavita Arora was a recipient of the Searle Scholar Award.

Dr. Scott Atwood discovered how basal cell carcinoma gains resistance to targeted therapy.

Faculty Spotlight

suetterlin

Christine Suetterlin, Ph.D.,

Professor

The Regulation of Golgi and Centrosome Dynamics in Mammalian Cells – We are interested in how organelles of the pericentriolar region communicate with each other. In mammalian cells, Golgi membranes are positioned in close proximity to the centrosome, the major microtubule organizing center of a cell. This specific localization is only seen during interphase as Golgi membranes are fragmented and dispersed throughout the cytosol during mitosis.

> Learn more about Dr. Suetterlin’s research here.

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