Computational Biology
11th International School for Computer Science
Researchers
Lipari Island, June 20, 1999 - July 03, 1999
Under the auspices of
A.I.L.A - Associazione Italiana Logica
ed Applicazioni
E.A.A.C.S.S. - European American Advanced Computer Science
Schools consortium
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The 11th School for Computer Science Researchers addresses Ph.D. students and young researchers who want to get exposed to the forefront of research activity in the field of Computational Biology.
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Courses |
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Algorithms for Genomic
Sequences Prof.Pavel Pevzner, Southern California University Content:Similarity based algorithms for gene hunting. Genomic comparison and sorting by reversals. |
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Algorithms for Protein Structure
Prediction Prof.Sorin Istrail, Sandia National Labs, USA Content:Contact maps and energy potential inference. Structure Alignment. Inverse folding. Statical mechanincs of lattice models. |
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Dynamic Programming in Computational
Biology Prof.Raffaele Giancarlo, Palermo University Content:Dynamic Programming in Computational Biology |
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Dynamic Programming in Computational
Biology Prof.Zvi Galil, Columbia University Content:Dynamic Programming techniques as they apply to problems in Computational Biology, e.g., sequence alignment, prediction of RNA Secondary Structure, comparison of philogenetic trees, etc. |
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Genomic Distance Prof.David Sankoff, Montreal University Content:iological motivations and mathematical models for comparing genomic sequences. Methods to identify Conserved Segments. |
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Genomics via Optical
Mapping Prof.Bud Mishra, New York University Content:Biochemical basis for Optical Mapping and Error Models. Computational Problems: Map Construction, Genomic DNA Based Reference Maps, Map-assisted Sequence Assembly, Sequence Verification, Optical Sequencing. Comparison with traditional approaches. |
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Molecular Biology and its
Mathematics Prof.Mike Waterman, Southern California University Content:Basic Background material in Biology. The mathematical and statical tools that are used in Computational Biology, e.g., probabilistic models for physical maps, statical significance of sequence alignments etc. |
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Molecular Philogeny: Problems and
Prospectives Prof.Cecilia Saccone, Bari University Content:Problems form Molecular Philogery will be presented. In particular, the presentation will focus on the mathematical models that are perceived to be best suited for the area as well as a comparison with non-molecular approaches. |
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Motifs in Sequences Prof.Marie France Sagot, Pasteur Institute, Paris Content:Algorithms to identify motifs in Biological Sequences. |
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Organization of Large Biological
Databases Prof.Fabrizio Luccio, Pisa University Content:Dynamic Programming in Computational Biology |
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Phylogeny and
Algorithms Prof.Martin Vingron, German National Cancer Research Center Content:Algorithms for inferring the evolutionary tree of a set of species, given their DNA or RNA Sequences. Relation of those algorithms to Multiple Sequence Alignment. |
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Protein Structure Prof.Shoshana Wodak, EMBL-EBI and Libre de Bruxelles University Content:Principles of protein structures; fold and motif classification; structure comparisons. |
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Protein-ligand docking with discrete models and
methods Prof.Thomas Lengauer, GMD and Bonn University Content:Significance of docking problems, proglem variants, models and algorithms for docking. |
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String Algorithmics Prof.Alberto Apostolico, Padova University and Purdue University Content:Algorithmic techniques for string processing, i.e., string matching, suffix trees etc.. |
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Three-Dimensional Pattern Matching Problems in
Protein Structure Analysis Prof.Arthur Lesk, Cambridge Medical School University Content:Algorithms to identify and match common substructures of Proteins via Database Search. |