Biological Sciences Home

Biochemistry
R. Bentley
J. Brodsky
J. Franzen
P. Grabowski
J. Hempel
L. Jen-Jacobson
K. Kiselyov
C. Peebles
J. Rosenberg
A. Schwacha

Cell Biology
J. Brodsky
A. Chung
J. Hildebrand
L. Jacobson
N. Kaufmann
K. Kiselyov
J. Pipas
M.-T. Sáens-Robles
W. Saunders
C. Walsh

Computational Biology
M. Grabe
J. Lawrence
J. Rosenberg

Developmental Biology
G. Campbell
D. Chapman
J. Hildebrand
B. Roman
S. Shostak
B. Stronach
V. Twombly

Ecology
T.-L. Ashman
W. Carson
W. Coffman
S. Kalisz
T. Katzner
R. Relyea
S. Tonsor
B. Traw

Evolution
T.-L. Ashman
A. Bledsoe
S. Kalisz
J. Lawrence
Z.-X. Luo
R. Relyea
S. Shostak
S. Tonsor
B. Traw

Genetics
K. Arndt
T.-L. Ashman
G. Campbell
D. Chapman
G. Hatfull
J. Hildebrand
L. Jacobson
S. Kalisz
J. Martens
W. Saunders
B. Stronach
S. Tonsor
R. Wood

Microbiology
J. Boyle
G. Hatfull
R. Hendrix
J. Lawrence
J. Pipas
M. Popa
I. Campbell
R.L. Duda
S. Godfrey
V. Oke

Molecular Biology
K. Arndt
J. Boyle
J. Franzen
P. Grabowski
G. Hatfull
R. Hendrix
L. Jen-Jacobson
J. Martens
C. Peebles
J. Pipas
J. Rosenberg
A. Schwacha
C. Walsh

Plant Biology
T.-L. Ashman
W. Carson
S. Kalisz
V. Oke
C. Partanen
S. Tonsor
B. Traw

Science Education
A. Bledsoe
K. Curto
S. Donovan
L. Daniels
S. Godfrey
N. Kaufmann
C. LaFave
J. Newman
V. Oke
E. Polinko
M. Popa
L. Roberts
T. Seiflein
R. Sherwin
A. Slinskey Legg

Structural Biology
M. Grabe
J. Hempel
R. Hendrix
L. Jen-Jacobson
J. Rosenberg
A. VanDemark

Former Faculty

  Faculty With Interests in Developmental Biology

The development of a multicellular organism from a single fertilized egg cell is a brilliant triumph of evolution. The Developmental Biology Group in the Department of Biological Sciences are investigating a variety of questions about development: how cells arising from division of the fertilized egg become different from each other; how they become organized into structures such as limbs and brains (see Figure below); how the organizing principles of development are embedded within the egg and in its genetic material. Members of this group use model organisms including fruit flies and mice. The sophisticated genetics available in these organisms provides a means to finding the molecules that control development and to understanding how they function.

The central nervous system of this fruit fly embryo is stained with a dye to show its brain (left) and ventral nerve cord (bottom).
Embryo


Dr. Campbell
Dr. Gerard Campbell
Associate Professor
Molecular Genetics of Development in Drosophila
Dr. Campbell is currently accepting graduate students
Dr. Deborah Chapman
Associate Professor
Mouse Developmental Biology
Dr. Chapman is currently accepting graduate students
Dr. Chapman
Dr. Hildebrand
Dr. Jeffrey Hildebrand
Associate Professor
Cell Biology and Genetics of Mouse Development
Dr. Hildebrand is currently accepting graduate students
Dr. Beth Roman
Assistant Professor
Vascular development in zebrafish
Dr. Roman is currently accepting graduate students
Dr. Roman
Dr. Shostak
Dr. Stanley Shostak
Associate Professor Emeritus
Embryology and Histology
Dr. Beth Stronach
Assistant Professor
Signal Transduction and Morphogenesis
Dr. Stronach is currently accepting graduate students
Dr. Stronach
Dr. Twombly
Dr. Vernon Twombly
Lecturer
Developmental signaling in Drosophila
 

 
This Site is maintained by the Bioscience Webmaster; this page was last modified 2 September 2008