Wednesday
January 28
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Victoria Hsu
University of Washington
"Electro-Diffusion in Cell Membranes, a Quasi Steady-State Approach"
(abstract)
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Thursday
January 29
|
Laura Miller
Courant Institute, New York University
"Comparing mechanical design by animals, plants, and people"
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Friday
February 6
|
Kim Montgomery
Northwestern University
"A Nonlinear Analysis of the Amplification Properties of Auditory Hair Cells"
(abstract)
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Wednesday
March 3
|
Steve Cox
CAAM, Rice University
"Eavesdropping on Synaptic Traffic"
(abstract)
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Friday
March 5
|
Greg Huber
U Mass
"Chirality transformations on bacterial flagella"
(abstract)
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Wednesday
March 10
|
Steve Kern
Department of Anesthesiology, University of Utah
"Modeling multiple-drug interactions with response surfaces " (abstract)
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Wednesday
March 12
|
Charles M. Gray, Ph.D.
Center for Computational Biology, Montana State University, Bozeman,
Montana
"Dynamics of Neuronal Synchronization in Cat Visual Cortex"
(abstract)
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Monday
March 22
|
Andrew Pullan
Bioengineering, University of Auckland
"Computational and Mathematical Modelling of the Heart and other Organs"
(abstract)
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Wednesday
March 24
|
Greg Voth
Department of Chemistry, University of Utah
"The
Challenge of Modeling Explicit Proton Transport in Aqueous and
Biomolecular Environments by Molecular Dynamics Simulation" (abstract)
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Wednesday
March 31
|
Villu Maricq
Biology Department, University of Utah
" Making Decisions: How a Simple Nervous System Controls Movement."
abstract)
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Wednesday
April 14
|
Jeff Weiss
Department of Bioengineering, University of Utah
"Angiogenesis and the Extracelular Matrix" (abstract)
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Wednesday
April 21
|
Kathleen Clark
Department of Biology, University of Utah
"Flies have muscle? Using flies to study human muscle disease" (abstract)
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Wednesday
April 28
|
Alla Borisyuk
Math Biosciences Institute, Ohio State University
"Adaptation and inhibition shape responses to moving sounds in the
model of auditory midbrain " (abstract)
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Thursday
July 15
|
Arik Yochelis
Department of Chemical Engineering,
Technion - Israel Institute of Technology
"Synchronous entrainment (frequency locking) in spatially extended
forced oscillations: From chemical oscillations to universality"
(abstract)
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