1-The role of modeling in systems biology
2-Complexity and robustness of cellular systems
3-On modules and modularity
4-Baysian inference of biological systems:the logic of biology
5-Stoichiometric and constraint-based modeling
6-Modeling molecular interaction networks with nonlinear ordinary differential equations
7-Qualitative approaches to the analysis of genetic regulatory networks
8-Stochasitc modeling of intracellular kinetics
9-Kintetics in spatially extended systems
10-Biological data acquisition for system level modeling an exercise in the art of compromise
11-Methods to identify cellular architecture and dynamics from experimental data
12-Using control theory to study biology
13-Synthetic gene regulatory systems
14-Multilevel modeling in systems biology:from cells to whole organs
15-Computational constraints on modeling in systems biology
16-Numerical simulation for biochemical kinetics
17-Software infrastructure for effective communication and reuse of computational models
