Member Research Areas and Websites
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Srinivas Aluru
Bioinformatics, computational biology, computational medicine
Paul J. Atzberger
Biophysics, cellular mechanics, molecular motor proteins, stochastic analysis, fluid dynamics, numerical methods
Jacques Bélair
Nonlinear dynamics, physiological modelling, haematological regulation,
drug administration
Richard Bertram
Neuroscience, endocrinology, structural biology, insulin secretion,
synaptic plasticity
Joke Blom
Scientific computing, (partial) differential equations,
systems biology of cells, modelling bodyplan formation, continuum modelling of
biological membranes
Christoph Börgers
Neuroscience,
modeling,
computing,
applied dynamics
David Bortz
Mathematical biology
Amitabha Bose
Dynamical systems, mathematical neuroscience
Fred Brauer
Mathematical models in
epidemiology and population biology, qualitative analysis of dynamical
systems
Bruce Bukiet
Math-biology, applied math, math/science education
Jean Cadet
Gene circuit models, pattern formation, transcriptional control,
Drosophila melanogaster, quantitative data acquisition
Carson Chow
Nonlinear dynamics, computational neuroscience, acute inflammation,
obesity, diabetes
Robert Clewley
Numerical methods for complex dynamical systems models, model estimation, neuroscience
Daniel Coombs
Immunology, biofluids, disease models
Stephen Coombes
Mathematical neuroscience, cellular signaling, nonlinear dynamics,
statistical physics
Carl Cowen
Computational neuroscience
Lenore Cowen
Computational biology, structural bioinformatics, protein functional prediction
Sharon Crook
Mathematical and computational neuroscience, mathematical cell physiology
J. M. Cushing
Dynamical systems, population dynamics, ecological models
Gerda de Vries
Dynamical systems, computational cell biology, mathematical physiology and electrophysiology, modelling radiation treatment of cancer, pattern formation, education
Karin Dorman
Virus evolution, phylogenetic methods, host-pathogen interactions,
lentiviruses, stochastic models
Roderick Edwards
Neural and gene networks, dynamical systems, neuromotor control,
reaction-diffusion equations
Stephen Ellner
Theoretical and evolutionary ecology, infectious diseases
Greg Forest
Mathematical biology and medicine
Thomas Gedeon
Computational Neuroscience, dynamical systems
Willy Govaerts
Cell cycle, MatCont, numerical methods, dynamical systems
Larry D. Greller
Nonlinear dynamics, gene networks, reverse engineering, data-driven
computational biology, predictive disease modeling
John Guckenheimer
Dynamical systems, neuroscience
Mansoor Haider
Cartilage mechanics, osteoarthritis, cell mechanics,
cell-matrix interactions, tissue engineering
Lenwood S. Heath (Also see Expresso)
Functional genomics, biological networks, abiotic stress, sequence analysis, promoters
Herbert Hethcote
Epidemiology, modeling, infectious disease, vaccination, dynamics
Monica Hurdal
Analysis of functional and structural brain data including MRI, fMRI, PET,
EEG, MEG; computational anatomy; conformal maps of the human brain; cortical "unfolding and flat mapping" the brain; modeling vision and the
function of the visual cortex in the brain; modeling the cortical
retinotopy
William L. Kath
Computational neuroscience, dendritic integration, nonlinear dynamics
Daniel L. Kern
Population biology and dynamics, modeling, (partial)
differential equations, optimal control, porous media flow
Zachary Kilpatrick
Mathematical neuroscience, pattern formation, nonlinear dynamics
Denise Kirschner
Host-pathogen interactions, tuberculosis, HIV-1, Helicobacter pylori,
cell-mediated immune responses, granuloma formation, spatial aspects
Peter Kramer
Stochastic models in microbiology and ecology
Michael Leyton
Generative theory of shape, process grammars, geometry of memory storage
Sharon Lubkin
Mechanobiology, biomechanics, transport, biofluid dynamics in tissues,
physical forces involved in morphogenesis, disease, maintenance, and healing
Frank Lynch
Biofluid and biogel dynamics, nonlinear dynamics
Michael C. Mackey
Biomathematics, mathematical modeling, computer simulation, nonlinear dynamics, hematological disease, dynamical diseases, operon dynamics, stochastic systems
Athena Makroglou
Numerical solution, integral and integro-differential equations, applications
Ramit Mehr
Mathematical and computational immunology
Raymond Mejía
Cell energetics, dynamical systems, mathematics in physiology, bioinformatics
Stephen Merrill
Stochastic models, immunology, assay systems
Rafael Meza
Carcinogenesis modelling, stochastic processes, dynamical
systems
Laura A.Miller
Biomechanics, computational fluid dynamics, mathematical physiology
Robert M. Miura
Mathematical neuroscience, cortical spreading depression, electrical activity in excitable cells, formation of glass microelectrodes, gene expression
Brad Peercy
Cardiac electrophysiology, oxygen sensing in E.Coli, neuronal calcium
Linda Petzold
Computational science and engineering, systems biology, discrete stochastic and multiscale simulation techniques, sensitivity analysis, model reduction
Luigi Preziosi
Cancer modelling
Katarzyna A. Rejniak
Mechanics of cell growth and death, cell motility, modeling of tissue development, immersed boundary method
Michael Rempe
Computational neuroscience, numerical methods
Rosemary Renaut
Image restoration/reconstruction spectral methods, parametric imaging, computational biology
John Rinzel
Computational neuroscience, computational cell biology, dynamical systems
Marc Roussel
Model reduction, driven dynamical systems, developmental modeling, genetic and metabolic regulation, stochastic kinetics
Jonathan Rubin
Dynamical systems, computational neuroscience, inflammation
Alex Sadovsky
Biomechanics, cell signaling, wound repair, mathematical
modeling, perturbation
Nick Sahindis
Computational optimization, X-ray crystallographic computing, systems
biology, molecular design, informatics problems in biology and medicine
David Samuels
Computational biology, mitochondria, genetic disease,
computational medicine, DNA
Angel Sanchez
Evolutionary game theory, nonlinear models in biophysics, complex networks, agent-based modelling
Evelyn Sander
Dynamical systems, differential equations, pattern formation,
computational neuroscience, seizures
Santiago Schnell
Enzyme kinetics, cell signalling and
metabolic regulation, protein diseases, diabetes and cancer
modeling
Arthur Sherman
Dynamical systems, pancreatic beta-cells, calcium
oscillations, hormone and neurotransmitter secretion, diabetes, obesity
Hal L. Smith
Microbial ecology, biofilms, dynamical systems
Eduardo D. Sontag
Mathematical principles of cell signaling and feedback, dynamical systems,
control theory
Sivaguru. S. Sritharan
Fluid dynamics, stochastic analysis, control theory, classical and quantum field theory
Myong-Hee Sung
Computational systems biology of lymphocytes and cancer cells,
dynamical systems modeling and simulations of gene regulatory networks,
anti-cancer drug effects on targeted oncogenic pathways, T cell epitope
prediction,
Peter J. Thomas
Computational cell biology, computational neuroscience
Jens Timmer
Data analysis and modeling of dynamic processes, systems biology, cell
biology, tremor
Michael Trosset
Applications of multivariate statistical learning
methods to problems in structural molecular biology and proteomics
John J. Tyson
Mathematical models, molecular regulatory networks, computational
cell biology, cell cycle regulation, circadian oscillations, excitable
media, Belousov-Zhabotinsky reaction
Grace Wahba
Risk factor modeling, machine learning, genomic data
Jay R. Walton
Modeling cardiovascular disease, the mechanics of biological tissue, vascular growth and adaptation
James Watmough
Disease transmission, dispersal, differential equations
Allan Willms
Ion channel modeling, parameter estimation, robot path planning, population dynamics
