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Registration and coffee/tea |
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Introduction by Marianne Huebner (Michigan State University) |
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Hidde de Jong (INRIA, France): Qualitative simulation of gene regulatory networks |
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Eugene van Someren (Technical University of Delft): Multicriterion optimization for genetic network modeling |
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Gesine Reinert (University of Oxford): Small world networks |
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Lunch |
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Dennis Bray (University of Cambridge): Physical networks in cellular signalling |
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Coffee/tea |
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Michael S. Samoilov (University of California, Berkeley): Stochastic Effects in Enzymatic Biomolecular Systems |
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Fengzhu Sun (University of Southern California): Prediction of protein function using protein-protein interaction data |
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Coffee/tea |
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Mogens Høgh Jensen (University of Copenhagen): Time-delay modelling of gene expressions |
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Fengzhu Sun (University of Southern California): Understanding the mutation mechanism during the polymerase chain reaction. |
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David Steinsaltz (University of California, Berkeley): Stochastic models of aging and mortality |
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Lunch |
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Anders Krogh (University of Copenhagen): Hidden Markov models of proteins and DNA |
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Coffee/tea |
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Susanne Ditlevsen (University of Copenhagen): A model of the uptake of alternative fatty acids by isolated rat liver based on stochastic differential equations |
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Bo Martin Bibby (The Royal Veterinary and Agricultural University, Copenhagen): Modelling lipid oxidation |
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Coffee/tea |
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Bryan T. Grenfell (University of Cambridge): Waves and sparks in the dynamics of infectious diseases |
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Valerie Isham (University College London): The effect of spatial scale and spatial clumping in the infection process on the spread of macroparasites |
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Catherine Laredo (INRA/Paris 6-7): Mechanistic models and field experiments for studying pollen dispersal in homogeneous and inhomogeneous environments |
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Lunch |
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Marianne Huebner (Michigan State University): Daphnia, parasites and lake bottom dynamics |
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Coffee/tea |
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Michael Höhle (The Royal Veterinary and Agricultural University, Copenhagen): Extending parameterisation of stochastic SIR epidemic models, with application to pig-production |
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Ketill Ingolfsson (Temple University, Philadelphia) Singular perturbations in the Mendelean dynamical system |