/content/dam/www/people-profile-photos/m/cecilia-moens/cecilia-moens-d.jpg
Moens
Cecilia Moens, PhD

Cecilia Moens, PhD

  • Professor, Basic Sciences Division, Fred Hutch
  • Member, Immunotherapy Integrated Research Center (IIRC), Fred Hutch
  • Raisbeck Endowed Chair for Basic Science, Fred Hutch
  • Affiliate Professor, Biology Program, University of Washington
206.667.5627
206.667.6522

Background

Dr. Cecilia Moens studies how genes control the brain’s early development, setting up the complex structure found in adult brains. She uses zebrafish as a model system in which to understand how genes control important processes, such as how cells grow and change into new cell types, and how they move and communicate with each other in a 3D environment over time. These processes are exquisitely regulated in developing organs — but the same genes that control development can promote cancer when awakened in adult tissue. A deeper understanding of the genes that control these processes will also shed light on what goes awry in cancer. Dr. Moens also focuses on the relationship between neuron location, identity and function. She is working to understand how cranial motor neurons, which control muscles in the head and neck, move to the right location, acquire their identity as motor neurons and become part of a functional, muscle-controlling circuit.

Education

PhD, Molecular Genetics, University of Toronto, 1993

BSc, Biology, York University, 1987

"[Biologists are] never starting from ground zero anymore. What we do as developmental biologists is highly relevant to human developmental disorders."

— Dr. Cecilia Moens

Find a Clinical Trial

Stories

All news
Cell biologist and former Fred Hutch division leader Dr. Jonathan Cooper retires Cooper sustained the distinct culture of Basic Sciences for four decades March 26, 2025
Dr. Cecilia Moens named Raisbeck Endowed Chair for Basic Science Funding will support her continued work studying embryonic development in zebrafish July 1, 2024
Dr. Cecilia Moens receives prestigious NINDS Javits Award Seven-year grant will support re-imagining of strategy used by developing interneurons to find the brain July 19, 2023