- INTRODUCTION
- SEQUENCE DATABASES
- An historical overview.
- The main databases. Structure and access.
- The derived databases.
- Browsing and querying.
- SEQUENCE ALIGNMENT AND SEQUENCE SIMILARITY
- Sequence alignment.
- Sequence similarity.
- Optimal global alignment. Dynamic Programming.
- Substitution matrices.
- Gap Penalties.
- Local Alignments.
- Multiple Alignments.
- DATABASE SIMILARITY SEARCHES
- FASTA
- BLAST
- Searching Databases. Practical aspects.
- PATTERN RECOGNITION IN BIOLOGICAL SEQUENCES
- Sequence Patterns.
- Position Weigth Matrices
- Identification of functional domains in sequences.
- Sensitive Similariry Searches.
- IN SILICO GENE IDENTIFICATION
- Coding Statistics.
- Sequence patterns involved in gene specification.
- Integration of signals and statisticis for gene prediction.
- Accuracy of gene predictions.
- Gene Identification in Genome Projects.
- Prediction of Promoter Regions.
- Books
- Documents on the Net
- About this Document
BOOKS (rather old)
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- Sequence Analysis in Molecular Biology.
G.v Heijne. Academic Press (1987)
- Nucleic Acid and protein sequence analysis.
M.J.Bishop and C.J.Rawlings, eds. IRL Press (1987)
- Sequence Analysis Primer.
M.Gribskov and J.Devereux, eds. W.H.Freeman and Company (1992)
- Guide to Human Genome Computing.
M.J.Bishop, ed. Acadmic Press (1994)
- Automated DNA Sequencing and Analysis.
M.D.Adams, C. Fields, J.C.Venter, eds. Academic Press (1994)
- Introduction to Computational Biology.
M.S. Waterman. Chapman& Hall (1995)
- Internet for the Molecular Biologist.
S.R.Swindell, R.R.Miller and G.Myers, eds. Horizon Scientific Press (1996)
DOCUMENTS on the NET
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ABOUT this DOCUMENT
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