Toward Systems Biology
May 30 - 31, June 1, 2011
Grenoble
Confirmed speakers and abstracts
Moshe Yaniv, Department of Developmental Biology, Institut Pasteur, (slides 1) (slides 2)
From the Operon Theory to Epigenetics: a trip of 50 years into gene regulation
Bud Mishra, New York University
When Biology Meets (Symbolic) Computing: Algebra, Biology, Computability and Diophantus
Tom Henzinger, IST Austria (slides)
Syntax Matters
Jacques Demongeot, TIMC
General Architecture of a Genetic Regulation Network. Applications to Embryologic and Immunologic Control
Eshel Ben Jacob, Tel-Aviv University, (slides, big file!)
Bacteria Game Theory
Gilles Clermont, University of Pittsburgh, (slides)
Multiscale Modeling of Influenza Virus Infection and Containment
Vincent Danos, University of Edinburgh, (slides)
Energy as Syntax
Jeremy S. Edwards, University of New Mexico
Membrane Organization and the Quantitative Understanding of Cell Signaling
Radu Grosu, Stony Brook University, (slides)
Predicting Emergent Behavior in Cardiac Tissue: A Grand Challenge
Hidde de Jong, INRIA Rhône-Alpes, Grenoble, (slides)
Gene Regulatory Networks in Bacteria: From Structure to Dynamics
David Engelberg, The Hebrew University of Jerusalem, (slides)
Forcing Unicellular Organisms to Form Multicellular Organized Structures
Francois Fages, INRIA Paris-Rocquencourt
A Graphical Method for Reducing and Relating Models in Systems Biology
Adam Halasz, University of West Virginia, (slides)
Investigating the Spatial Organization of VEGF Receptors on the Cell Membrane
Oded Maler, Verimag, (slides intro), (slides)
Under-determined Dynamical Systems, Discrete and Continuous
Dirk Drasdo, INRIA Paris-Rocqencour
Towards Multi-cellular Systems Biology: Liver Regeneration and Cancerogenesis
P S Thiagarajan National University of Singapore, (slides)
Probabilistic Approximations of Bio-pathways Dynamics: Some Computational Aspects
Thao Dang, Verimag, (slides)
Applying the hybridization approach to biological models
Hillel Kugler, Microsoft Research Cambridge
Synthesizing Biological Theories
Vitaly Volpert, University of Lyon
Hybrid Models in Cell Population Dynamics
Heinz Koeppl, ETH Zurich, (slides)
Accounting for Extrinsic Variability in the Estimation of Stochastic Rate Constants
Gregory Batt, INRIA Paris-Rocquencourt, (slides)
Towards Real-Time Control of Gene Expression
Fabien Corblin, TIMC, (slides)
A Formal Approach to Decipher a Mixture of Genetic and Metabolic Networks
Éric Fanchon, TIMC, (slides)
The Chemical Master Equation, and other Concepts from Physics, for the Modeling of Biological Network
Alexandre Donzé, Verimag, (slides)
Quantitative Temporal Logics for a Quantitative Analysis of Biological Systems