Overview of Bioinformatics | |
The scope of bioinformatics. Bioinformatics and the Internet | |
Useful bioinformatics sites on the WWW | |
Data Acquisition | |
Sequencing DNA, RNA and proteins | |
Determination of protein structure | |
Gene and protein expression data | |
Protein interaction data | |
Databases - Contents Structure and Annotation | |
File formats | |
Annotated sequence databases | |
Genome and organism-specific databases. Miscellaneous databases | |
Retrieval of Biological Data | |
Data retrieval with Entrez and DBGET/LinkDB | |
Data retrieval with SRS (sequence retrieval sequence) | |
Searching Sequence Databases by Sequence Similarity Criteria | |
Sequence similarity searches | |
Amino acid substitution matrices | |
Database searches: FASTA and BLAST | |
Sequence filters | |
Iterative database searches and PSI-BLAST | |
Multiple Sequence Alignment: Gene and Protein Families | |
Multiple sequence alignment and family relationships | |
Protein families and pattern databases | |
Protein domain families | |
Phylogenetics | |
Phylogenetics, cladistics and ontology | |
Building phylogenetic trees | |
Evolution of macromolecular sequences | |
Sequence Annotation | |
Principles of genome annotation | |
Annotation tools and resources | |
Structural Bioinformatics | |
Conceptual models of protein structure | |
The relationship of protein three-dimensional structure to protein function | |
The evolution of protein structure and function | |
Obtaining, viewing and analyzing structural data | |
Structural alignment | |
Classification of proteins of known three-dimensional structure: CATH and SCOP | |
Introduction to protein structure prediction | |
Structure prediction by comparative modeling | |
Secondary structure prediction | |
Advanced protein structure prediction and prediction strategies | |
Microarray Data Analysis | |
Microarray data: analysis method | |
Microarray data: tools and resources | |
Sequence sampling and SAGE | |
Proteomic Data Analysis | |
Analyzing data from 2-DE gels | |
Analyzing protein mass spectrometry data | |
Higher-Order Systems | |
Modeling and reconstructing molecular pathways | |
Protein interaction informatics | |
Higher-order models | |
Cheminformatics in Biology | |
Conventions for representing molecules | |
Cheminformatics resources | |
Bioinformatics in the Pharmaceutical Industry | |
Bioinformatics and drug discovery | |
Pharmainformatics resources | |
Basic Principles of Computing in Bioinformatics | |
Running computer software | |
Computer operating systems | |
Software downloading and installation | |
Database management | |
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