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The program in Neurobiology offers courses and research opportunities
in areas of contemporary neurobiology, including: synaptic morphology
and neurotransmission; genetic and hormonal control of neural development;
sensory physiology, including retinal circuitry and neurochemistry, as
well as olfactory processing; and neuroendocrinology, specifically hormonal
control of behavior. The organisms under investigation include C.
elegans, crayfish, Drosophilia, lobster, turtle, mudpuppy,
goldfish, chicken, rat, mouse, and ferret. The Neurobiology program
synergizes with an interdepartmental Ph.D. Program
in Neuroscience (PIN), which includes faculty the Departments of Biology,
Psychology, Cognitive and Neural Systems, and Mathematics, as well as
the Colleges of Engineering, Health Sciences, and Medicine, to provide
an intellectual environment for all neuroscientists. Joint activities
include interdisciplinary course offerings and a weekly seminar series.

Jelle
Atema  
Sensory biology, chemical signals, receptor physiology, animal behavior, behavioral ecology, chemical ecology, computational models, robotics
Michael
J. Baum  
Behavioral endocrinology
Vincent
Dionne  
Neurobiology and mechanisms of olfactory transduction
William
D. Eldred  
Visual neurobiology
Robert
E. Hausman  
Developmental biology, cell-cell interactions
Jen-Wei
Lin  
Electrophysiology and molecular mechanisms of secretion
Hengye Man  
Synaptic plasticity, glutamate receptor, protein trafficking
James
F. A. Traniello  
Behavioral ecology and sociobiology of insects
Susan
Tsunoda

Signal transduction,
protein targeting, drosophila phototransduction
Matt
Wachowiak 
Olfactory coding and synaptic processing, imaging, neurophysiology
Ayako
Yamaguchi
Behavioral
Neurobiology, Neuroendocrinology, Animal Communication
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