20.949/F10:Schedule: Difference between revisions
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| [[Help:Hosting_courses#Set_up_your_course_template|Course templates]] | | [[Help:Hosting_courses#Set_up_your_course_template|Course templates]] | ||
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| September | | September 14 | ||
| | | Biophysical Models of Basic Biological Processes I | ||
| [[Help:Hosting_courses#Set_up_your_course_homepage|Course homepage]] | | [[Help:Hosting_courses#Set_up_your_course_homepage|Course homepage]] | ||
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| Formatting a course schedule | | Formatting a course schedule | ||
| [[OWW.101:Schedule]] | | [[OWW.101:Schedule]] | ||
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</div> | </div> | ||
3. September 16: Biophysical Models of Basic Biological Processes II | 3. September 16: Biophysical Models of Basic Biological Processes II | ||
4. September 21: Noise propagation and regulatory feedback | 4. September 21: Noise propagation and regulatory feedback | ||
Revision as of 07:10, 1 September 2010
| Date | Topic | Assignment | |
| September 9 | Overview of Synthetic Biology | Course templates | |
| September 14 | Biophysical Models of Basic Biological Processes I | Course homepage | |
| September 14 | Jane Smith | Creating a people page | OWW.101:People |
| September 19 | Jane Smith | Formatting a course schedule | OWW.101:Schedule |
3. September 16: Biophysical Models of Basic Biological Processes II
4. September 21: Noise propagation and regulatory feedback
5. September 23: Computational modeling of genetic circuits (ODE, stochastic, Lambda)
6. September 28: Dynamics of Biological Circuits -- Feed-forward motifs
7. September 30: Dynamics of Biological Circuits -- Toggle switches and bistability
8. September 30: Dynamics of Biological Circuits -- Oscillators
10. October 5: Dynamics of Biological Circuits -- Bifurcation analysis / phase space
11. October 7: Cell-cell communication I
11. October 12: Cell-cell communication II
12. October 14: RNA regulation (bacterial / microbial)
13. October 19: RNA regulation (Eukarytoic)
14. October 21: Protein tagging: secretion / localization / degradation
15. October 26: Protein engineering (modular design of proteins) to explore functional
16. October 28: Protein-protein interaction networks
17. November 2: Metabolic engineering
18. November 4: Interfacing to other cell functions
19. November 9: Principles of design -- from parts to modules to systems I
20. November 11: Principles of design -- from parts to modules to systems II
21. November 16: Principles of design -- from parts to modules to systems III
22. November 18: Principles of design -- from parts to modules to systems IV
23. November 23: Directed evolution (parts & circuits)
24. November 30: History of DNA manipulation
25. December 2: Advanced DNA design & cloning
26. December 7: Synthetic biology applications
27. December 9: Synthetic Life / Perspectives & challenges
28. December X-Y: Term project presentations
