Wednesday
January 28

Victoria Hsu
University of Washington
"Electro-Diffusion in Cell Membranes, a Quasi Steady-State Approach" (abstract)

Thursday
January 29

Laura Miller
Courant Institute, New York University
"Comparing mechanical design by animals, plants, and people"

Friday
February 6

Kim Montgomery
Northwestern University
"A Nonlinear Analysis of the Amplification Properties of Auditory Hair Cells" (abstract)

Wednesday
March 3

Steve Cox
CAAM, Rice University
"Eavesdropping on Synaptic Traffic" (abstract)

Friday
March 5

Greg Huber
U Mass
"Chirality transformations on bacterial flagella" (abstract)

Wednesday
March 10

Steve Kern
Department of Anesthesiology, University of Utah
"Modeling multiple-drug interactions with response surfaces " (abstract)

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)

Monday
March 22

Andrew Pullan
Bioengineering, University of Auckland
"Computational and Mathematical Modelling of the Heart and other Organs" (abstract)

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)

Wednesday
March 31

Villu Maricq
Biology Department, University of Utah
" Making Decisions: How a Simple Nervous System Controls Movement." abstract)

Wednesday
April 14

Jeff Weiss
Department of Bioengineering, University of Utah
"Angiogenesis and the Extracelular Matrix" (abstract)

Wednesday
April 21

Kathleen Clark
Department of Biology, University of Utah
"Flies have muscle? Using flies to study human muscle disease" (abstract)

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)

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)