- Part 1. The Databases
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1. GenBank: The Nucleotide Sequence Database Ilene Mizrachi. Created: October 9, 2002, Updated: July 27, 2004
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History
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International Collaboration
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Confidentiality of Data
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Direct Submissions
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Bulk Submissions: High-Throughput Genomic Sequence (HTGS)
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Whole Genome Shotgun Sequences (WGS)
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Bulk Submissions: EST, STS, and GSS
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Bulk Submissions: HTC and FLIC
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Submission Tools
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Sequence Data Flow and Processing: From Laboratory to GenBank
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Microbial Genomes
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Third Party Annotation (TPA) Sequence Database
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References
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2. PubMed: The Bibliographic Database Kathi Canese, Jennifer Jentsch, and Carol Myers. Created: October 9, 2002, Updated: August 13, 2003
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Data Sources
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Electronic Data Submission
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Database Management and Hardware
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Indexing
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How PubMed Queries Are Processed
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Using PubMed
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Additional PubMed Features
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Results
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Links from PubMed
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How to Create Hyperlinks to PubMed
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Customer Support
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3. Macromolecular Structure Databases Eric Sayers and Steve Bryant. Created: October 9, 2002, Updated: August 13, 2003
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Overview
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Content of the Molecular Modeling Database (MMDB)
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Content of the Conserved Domain Database (CDD)
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Finding and Viewing Structures
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Finding and Viewing Structure Neighbors
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Finding and Viewing Conserved Domains
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Finding and Viewing Proteins with Similar Domain Architectures
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Links Between Structure and Other Resources
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Saving Output from Database Searches
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FTP
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Frequently Asked Questions
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References
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4. The Taxonomy Project Scott Federhen. Created: October 9, 2002, Updated: August 13, 2003
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Introduction
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Adding to the Taxonomy Database
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Using the Taxonomy Browser
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The Taxonomy Database: TAXON
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Nomenclature Issues
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Taxonomy in Entrez: A Quick Tour
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The Common Tree Viewer
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Indexing Taxonomy in Entrez
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The Taxonomy Statistics Page
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Other Relevant References
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NCBI Taxonomists
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Contact Us
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Appendix 1. TAXON nametypes.
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Appendix 2. Functional classes of TAXON scientific names.
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Appendix 3. Other TAXON data types.
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5. The Single Nucleotide Polymorphism Database (dbSNP) of Nucleotide Sequence Variation Adrienne Kitts and Stephen Sherry. Created: October 9, 2002, Updated: August 13, 2003
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Introduction
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Searching dbSNP
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Submitted Content
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Computed Content (The dbSNP Build Cycle)
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Resource Integration
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How to Create a Local Copy of dbSNP
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Appendix 1. dbSNP report formats.
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Appendix 2. Rules and methodology for mapping.
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Appendix 3. 3D structure neighbor analysis.
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6. The Gene Expression Omnibus (GEO): A Gene Expression and Hybridization Repository Ron Edgar and Alex Lash. Created: October 9, 2002, Updated: August 13, 2003
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Site Description
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Design and Implementation
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Retrieving Data
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Depositing Data
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Search and Integration
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Example of Retrieving Data
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Future Directions
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Frequently Asked Questions
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Acknowledgments
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Contributors
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References
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7. Online Mendelian Inheritance in Man (OMIM): A Directory of Human Genes and Genetic Disorders Donna Maglott, Joanna S. Amberger, and Ada Hamosh. Created: October 9, 2002
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Content and Access
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Guide to OMIM Pages
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FTP
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Legal Statement
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References
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8. The NCBI BookShelf: Searchable Biomedical Books Bart Trawick, Jeff Beck, and Jo McEntyre. Created: October 9, 2002, Updated: August 13, 2003
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Content Acquisition
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How to Use the Books
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Technology
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The BookShelf Data Flow
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NCBI Book DTD
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Frequently Asked Questions
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9. PubMed Central (PMC): An Archive for Literature from Life Sciences Journals Jeff Beck and Ed Sequeira. Created: October 9, 2002, Updated: August 13, 2003
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A PubMed Central (PMC) Site Guide
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Participation in PMC
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Links to Other NCBI Resources
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PMC Architecture
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Data Flow: 1. SGML/XML Processing
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Data Flow: 2. Loading the Database
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Special Characters
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PMC DTD
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Frequently Asked Questions
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10. The SKY/CGH Database for Spectral Karyotyping and Comparative Genomic Hybridization Data Turid Knutsen, Vasuki Gobu, Rodger Knaus, Thomas Ried, and Karl Sirotkin. Created: October 9, 2002, Updated: August 13, 2003
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Database Content
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Data Analysis: Query Tools
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Data Integration
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Contributors
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References
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11. The Major Histocompatibility Complex Database, dbMHC Adrienne Kitts, Michael Feolo, and Wolfgang Helmberg. Created: May 27, 2003, Updated: August 13, 2003
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Introduction
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dbMHC Resources
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Database Content
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Integration with Other Resources
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References
- Part 2. Data Flow and Processing
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12. Sequin: A Sequence Submission and Editing Tool Jonathan Kans. Created: October 9, 2002, Updated: August 13, 2003
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Sequin: A Brief Overview
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Sequence Submission
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Packaging the Submissions
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Viewing and Editing the Sequences
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Computational Functions of Sequin
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Advanced Topics
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Conclusion
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13. The Processing of Biological Sequence Data at NCBI Karl Sirotkin, Tatiana Tatusova, Eugene Yaschenko, and Mark Cavanaugh. Created: October 9, 2002
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Overview
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Data Flow Components
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Data Flow Architecture
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14. Genome Assembly and Annotation Process Paul Kitts. Created: October 9, 2002, Updated: August 13, 2003
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Overview of the Genome Assembly and Annotation Process
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The Input Data
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Preparation of the Input Sequences
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Alignment of Sequences to the Input Genomic Sequences
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Genome Assembly
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Annotation of Genes
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Annotation of Other Features
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Product Data Sets
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Production of Maps That Display Genome Features
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Public Release of Assembly and Models
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Integration with Other Resources
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Contributors
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References
- Part 3. Querying and Linking the Data
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15. The Entrez Search and Retrieval System Jim Ostell. Created: October 9, 2002, Updated: August 13, 2003
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Entrez Design Principles
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Entrez Is a Discovery System
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Entrez Is Growing
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How Entrez Works
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References
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16. The BLAST Sequence Analysis Tool Tom Madden. Created: October 9, 2002, Updated: August 13, 2003
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Introduction
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How BLAST Works: The Basics
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BLAST Scores and Statistics
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BLAST Output: 1. The Traditional Report
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BLAST Output: 2. The Hit Table
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BLAST Output: 3. Structured Output
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BLAST Code
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Appendix 1. FASTA identifiers.
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Appendix 2. Readdb API.
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Appendix 3. Excerpt from a demonstration program doblast.c.
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Appendix 4. A function to print a view of a SeqAlign: MySeqAlignPrint.
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References
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17. LinkOut: Linking to External Resources from Entrez Databases Kathy Kwan. Created: October 9, 2002, Updated: August 13, 2003
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How Is LinkOut Represented in Entrez?
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How Does LinkOut Work?
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Guides for LinkOut Providers
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Communicating with LinkOut Providers
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18. The Reference Sequence (RefSeq) Project Kim D. Pruitt, Tatiana Tatusova, and James M. Ostell. Created: October 9, 2002, Updated: August 13, 2003
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Introduction
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Database Content: Background
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Assembling and Maintaining the RefSeq Collection
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Access and Retrieval
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Related Reading
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19. LocusLink: A Directory of Genes Donna Maglott. Created: October 9, 2002, Updated: August 12, 2003
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Overview
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How to Query LocusLink
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A LocusLink Report: The Details
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Maintenance and Reporting
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Integration with Other Resources
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More Information on LocusLink
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20. Using the Map Viewer to Explore Genomes Susan M. Dombrowski and Donna Maglott. Created: October 9, 2002, Updated: August 13, 2003
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Introduction
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Maintenance of Data
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Methods of Access
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Interpreting the Display
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Customizing the Display
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Associated Tools
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Technical Details
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Caveats for Using Evolving Data
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References
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21. UniGene: A Unified View of the Transcriptome Joan U. Pontius, Lukas Wagner, and Gregory D. Schuler. Created: October 9, 2002, Updated: August 13, 2003
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Expressed Sequence Tags (ESTs)
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Sequence Clusters
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UniGene Cluster Browser
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Protein Similarity Analysis
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Digital Differential Display (DDD)
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HomoloGene
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References
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22. The Clusters of Orthologous Groups (COGs) Database: Phylogenetic Classification of Proteins from Complete Genomes Eugene V. Koonin. Created: October 9, 2002, Updated: August 13, 2003
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Introduction
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Construction of the COGs
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Phyletic Pattern Analysis in COGs
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Description of the COGs Website
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Future Directions
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The COG Team
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References
- Part 4. User Support
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23. User Services: Helping You Find Your Way David Wheeler and Barbara Rapp. Created: October 9, 2002, Updated: August 13, 2003
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The User Services Team
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Development of User Support Materials
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Outreach
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Conclusion
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References
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24. Exercises: Using Map Viewer David Wheeler, Kim Pruitt, Donna Maglott, Susan Dombrowski, and Andrei Gabrelian. Created: November 4, 2002, Updated: August 13, 2003
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1. How Do I Obtain the Genomic Sequence around My Gene of Interest?
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2. If I Have Physical and/or Genetic Mapping Data, How Do I Use the Map Viewer to Find a Candidate Disease Gene in That Region?
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3. How Can I Find and Display a Gene with the Map Viewer?
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4. How Can I Analyze a Gene Using the Map Viewer?
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5. How Can I Create My Own Transcript Models with the Map Viewer?
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6. Using the Mouse Map Viewer
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7. How Can I Find Members of a Gene Family Using the Map Viewer?
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8. How Can I Find Genes Encoding a Protein Domain Using the Map Viewer?
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Glossary
Created: October 9, 2002, Updated: April 30, 2003
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