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2nd Window BE561 - Protein and DNA Sequence Analysis
[Boston Univ.] A site with slides and text for an introductory bioinformatics course.
[more info][10060]

2nd Window Bio-informatics 447
[Yale Univ.] An online course in bio-informatics. Topics include sequence alignment, biological database design, geometric analysis of protein structure, and macromolecular simulation.
[more info][10065]

2nd Window Computational Molecular Biology
[Stanford Univ.] A practical, hands on class for molecular biologists and computer scientists covering the major issues concerning representation and analysis of biological sequences and structure. Some topics covered are: accessing molecular databases, pattern search, classification of sequence and structure, alignment of sequences, rapid similarity searching, phylogenies, automated pattern learning, representing protein structure, modeling protein structure by homology, protein-protein docking and protein-ligand docking.
[more info][10083]

2nd Window Distant Homologies
[The International Center for Genetic Engineering and Biotechnology] This is an introductory tutorial for biologists interested in weak protein sequence similarities which can not be found with simple database search.
[more info][11985]

2nd Window Gene Identification and Protein Functional Analysis
[HGMP-RC] This course takes students through techniques for analyzing nucleic acid sequences for coding regions and other features for identification.
[more info][10089]

2nd Window Integrative Bioinformatics
[CHI] (Zurich, Switzerland) January 20-21, 2000. Topics included: Data Management, Linking Microarrays with Proteomics, Software Tools for Use with Microarrays, Integrating Bioinformatics with Drug Discovery, Progress in Data Visualization, and Gene Expression Analysis.
[more info][12853]

2nd Window Making the most of your hidden Markov models
[University of Califoria, Santa Cruz] (ISMB99 Tutorial Material) This tutorial is intended for people who know what HMMs are but want to know how to use them most effectively. It details the tricks used in the SAM-T98 method (in 1998 the best method for remote homology detection in proteins). Full text articles are also provided.
[more info][11912]

2nd Window Marrying Structure and Genomics
[EMBL] A discussion of possible directions in a new area of research uniting protein structure determination and genomics.
[more info][10100]

2nd Window Multiple Alignment and Multiple Sequence Based Searches
[Washington University - St. Louis] This is a guide by Sean Eddy on the use of multiple alignment and profile search software to detect informative remote homologies.
[more info][11986]

2nd Window Protein Science
[The Protein Society] "Protein Science serves as an international forum for publishing original reports on proteins in the broadest sense. The Journal aims to unify this field by cutting across established disciplinary lines and focusing on "protein-centered" science. Protein Science encompases the structure, function, and biochemical significance of proteins; their role in molecular and cell biology, genetics, and evolution; and their regulation and mechanisms of action."
[more info][11945]

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2nd Window The Protein Society
[FASEB] A society to promote international interactions among investigators in order to explore all aspects of the "building blocks of life"-protein molecules. Protein Society membership is open to scholars and researchers interested in the analysis, chemistry, folding, structure, function, and regulation of proteins.
[more info][12295]

2nd Window Proteins: Structure, Function, and Genetics
[Wiley-Liss, Inc.] "PROTEINS: Structure, Function, and Genetics publishes original reports of significant experimental and analytic research in all areas of protein research: structure, function, computation, genetics, and design."
[more info][11946]

2nd Window The Role of Computational Biology In Structural Genomics
[Argonne National Laboratory] (Terry Gaasterland) A tutorial on the basics of computing possible protein folding structures.
[more info][10124]

2nd Window XREFdb: Cross-referencing the Genetics of Model Organisms with Mammalian Phenotypes
[NCBI] KREFdb cross-references the genetics of model organisms with mammalian phenotypes and expedites the discovery of genes mutated in human disease states. The database reports similarity search results identifying significant matches between protein sequences of interest and mammalian peptide sequences predicted by the translation of Expressed Sequence Tags (ESTs).
[more info][12696]


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