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CP - Developmental Biolog

Derek van der Kooy

Derek van der Kooy, Ph.D.

Professor

Address:
University of Toronto, The Donnelly Centre, Rm. 1102
160 College St., Toronto, ON M5S 3E1

Phone #: 416-978-1960

Web Site: http://sites.utoronto.ca/neurobiology/

 


Research:

Stem cell and developmental biology

Education:

Postdoctoral Fellow:  Cambridge University, U.K.
Postdoctoral Fellow:  Salk Institute
Ph.D.:  University of Toronto
M.A.:  University of British Columbia
 

Fields of Interest

  • Cellular and Molecular Structure and Function
  • Genetic Models of Development and Disease
     

Research Interests

The van der Kooy lab works on various stem cell biology and developmental biology research projects; specifically, stem cells in organisms from Drosophila to humans. We produced the first report of stem cells in the adult mammalian eye, published in 2000 in Science. We have also isolated a rare stem cell from the adult mouse and human pancreas that can show extensive proliferation under defined conditions in vitro. Of interest to the lab is the lineage of neural stem cells from pluripotent embryonic stem cells, with relevance to the origin of the earliest neural stem cell in the developing embryo.

 

Accepting Rotation Students:

Yes

 

Mei Zhen

Mei Zhen, Ph.D.

Professor

Address:
Mount Sinai Hospital,
LTRI Rm.870,
600 University Ave.,
Toronto, ON,
M5G 1X5

Phone #: 416-586-1592

Websitehttp://www.mshri.on.ca/zhen/


Research:

Molecular and systems neuroscience in C. elegans
 

Education:

Postdoctoral Fellow:  University of California, Santa Cruz
Ph.D.:  University of British Columbia
B.Sc.:  Wuhan University, China
 

Fields of Interest:

  • Cellular and Molecular Structure and Function

  • Genetic Models of Development and Disease

Research Interests:

Our research interest is molecular and systems neuroscience. We address: 1) How the C. elegans’ motor system generates locomotion. We address this question through genetics, optogenetics, electrophysiology, and computational modeling approaches. 2) We use the C. elegans nervous system to address the underlying cellular mechanisms of human disorder in neural development.

 

Accepting Rotation Students:

Yes