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Developmental Biology and Stem Cells

Development and stem cells

DEPARTMENT HEAD

Bill KEYES

Welcome to the homepage of the department of Developmental biology and stem cells.

 

Here, you can find information about the research groups that contribute to the life of our department.

On a broad level, all groups share common interests in cell biology, developmental biology and cell biophysics. This permits rich and overlapping scientific goals, including the study of :

  • gene-regulatory networks and mechanisms controlling stem cell fate cell cycle, cell plasticity and aging;
  • investigating genetic mechanisms and signaling pathways guiding embryonic development and organ function in health and disease;
  • the integration of biochemical, biophysical and mathematical approaches to understand nuclear dynamics, cell fate and tissue organization.

A major strength that complements these shared goals is the diverse range of models used (cells, yeast, worm, fish, chick, mouse, organoids) in combination with a variety of techniques, ranging from -omics approaches (proteomic, genomic, epigenomic), single cell studies, high-end and live-cell imaging, microfluidics, organoids and mouse models. Accordingly, research in the department advances understanding of basic biological processes, with importance to human health in several fields, such as cancer, regenerative medicine, diabetes and aging.

Scientific Keywords: Cell biology, Cell cycle, Stem Cells, Development, Differentiation, Gene regulation, Biophysics, Transcription Factors, Aging, Plasticity, Organoids.

Please read the detailed summaries on each team’s website to find out more about their particular research expertise. The working language of our department is english.

If you are interested in joining us at any level of your career, please directly contact the PI of the team that interests you. We are always interested to hear from new researchers, and to receive spontaneous applications for PhD and postdoc positions. Teams are always looking to host master’s students from both local and National universities, as part of both the M1 and M2 training programs.