1. Dr. Sowmya Raghavan

3. Bioblox – A platform for Systems Modeling

5. Translate Biology into Mathematical Models Create information-rich networks of interactions Model System Model Network Model System

6. Design Experiments for disease evolution, clinical protocols, therapeutic regimens Parameter Set - Values Input formats Simulation Results Homeostasis Disease

7. Gain insights into model behavior by hypothesis generation and testing Parameter Sensitivity Compare Results from Multiple Hypotheses Detect Events of Interest Steady State Continuation

8. Analyze and interpret results with a suite of dynamically linked visualizations

9. Increase Biological understanding by simplifying networks visually Clone Collapse

10. Share Biological insights and data with context specific annotations Manage Experiments; Store, Retrieve Results Experiment Details References

11. Develop and analyze complex models modularly enabling collaborations Analyze model components in isolation Integrate Models Seamlessly

12. Manage multiple projects Track model(s) evolution with versioning, user-access control Track multiple model builders, versions and use history

13. Thank You