Selected Topics in Bioinformatics
| Lecturer: | Prof. Daniel Huson, Christian Rausch and Tobias Klöpper |
| Time: | Tu, 9:00 - 10:00 h |
| Location: | A302 |
| Office hours: |
Daniel Huson: Thursdays 17-18h, and by appointment, C310a, Christian Rausch: Tuesdays 10-12h, Tobias Klöpper: Wednesdays 9-11h. |
| Requirements for admission: | completed Vordiplom |
Topics:
|
Title |
Speaker |
Tutor |
Date |
|---|---|---|---|
| <Organization> |
19. October 2004 |
||
| <Preparation> |
26. October 2004 |
||
| <Preparation> | 2. November 2004 |
||
| <Preparation> | 9. November 2004 | ||
| MUSCLE: multiple sequence alignment with T-Coffee accuracy and high throughput | Andreas Schmidt |
Tobias Kloepper | 16. November 2004 |
| 3DCoffee: Combining Protein Sequences and Structures within Multiple Sequence Alignments | Ruijun Shen |
Christian Rausch | 23. November 2004 |
| Analysis and Prediction of Functional Sub-types from Protein Sequence Alignments | Stefan Heess |
Tobias Kloepper | 30. November 2004 |
| Automatic prediction of protein function | Sebastian Halder |
Christian Rausch | 7. December 2004 |
| no seminar (Holger's talk postponed to Jan
18th) |
|
14. December 2004 | |
| Jotun Hein, A Heuristic Method to
Reconstruct
the History of Sequences Subject to Recombination, J. Mol. Evolution
36:396-405 (1993) |
Peter Niermann |
Daniel Huson | 21. December 2004 |
| L. Nakhleh, T. Warnow and C. Randal
Linder,
Reconstructing Reticulate Evolution in Spieces - Theory and Practice,
RECOMB'04:337-346 (2004). |
Nickias Kienle |
Tobias Kloepper | 11. January 2005 |
| Jotun Hein, Reconstructing Evolution of Sequences Subject to Recombination Using Parsimony, Math. Biosci., 98:185-200 (1990) | Holger Plattfaut | Daniel Huson | 18. January 2005 |
| Final Discussion |
|
|
25. January 2005 |
| D. Gusfield, S. Eddhu and
C. Langley,
Optiomal,
Efficient Reconstruction of Phylogenetic Networks with Constrained
Recombination, UC Davis CS Technical Report CSE-2003-29, to appear in:
J. Bioinformatics and Computational Biology. V. Bafna and V. Bansal, The Number or Recombination Events in a Sample History: Conflict Graph and Lower Bounds, to appear in: TCBB. |
Links:
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