支持免疫遗传学研究的NCBI遗传资源。

Reviews in immunogenetics Pub Date : 2000-01-01
M Feolo, W Helmberg, S Sherry, D R Maglott
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引用次数: 0

摘要

NCBI创建并维护了一套集成的书目、序列、地图、结构和其他数据库资源,以促进信息的有效检索和新关系的发现。这些资源元素之间的联系使研究人员能够从广泛的切入点开始搜索。这些多维数据可以根据主要内容大致分类为文本或书目(PubMed, PubMedCentral, OMIM, LocusLink),序列(GenBank, Reference sequence Project (RefSeq), dbSNP, MMDB),蛋白质结构(MMDB)或地图位置(MapView)。它们也可以根据专家管理的水平进行分类,其范围可能从外部组(GenBank, PubMed, PubMedCentral,)提交的验证到自动计算(HomoloGene, UniGene),以及高度审查和纠正(LocusLink, MMDB, OMIM, RefSeq)。可以通过单词(文章标题、关键词、序列注释、数据库值、作者)、序列(针对多个序列数据库的BLAST或e-PCR)或地图坐标进行搜索。通过计算或管理相关对象之间的双向链接,NCBI可以表示免疫遗传学家感兴趣的遗传学、分子生物学和临床考虑的内容。NCBI还与IHWG合作开发了一种新兴资源,专门用于提供MHC数据(dbMHC)。描述了dbMHC将如何增加NCBI的现有资源。
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NCBI genetic resources supporting immunogenetic research.

The NCBI creates and maintains a set of integrated bibliographic, sequence, map, structure and other database resources to promote the efficient retrieval of information and the discovery of novel relationships. The connections made between elements of these resources permit researchers to start a search from a wide spectrum of entry points. These multiple dimensions of data can be roughly categorized by primary content as text or bibliographic (PubMed, PubMedCentral, OMIM, LocusLink), sequence (GenBank, Reference Sequence Project (RefSeq), dbSNP, MMDB), protein structure (MMDB) or map position (MapView). They can also becategorized by level of expert curation, which may range from validation of submissions from external groups (GenBank, PubMed, PubMedCentral,), to automatic computation (HomoloGene, UniGene), and to highly reviewed and corrected (LocusLink, MMDB, OMIM, RefSeq). Searches can be made by words (in an article title, key words, sequence annotation, database value, author) by sequence (BLAST or e-PCR against multiple sequence databases), or by map coordinates. By computing or curating bi-directional links between related objects, NCBI can represent content on the genetics, molecular biology, and clinical considerations of interest to immunogeneticists. There is also an emerging resource developed by the NCBI in collaboration with the IHWG devoted to the presentation of MHC data (dbMHC). How dbMHC will augment existing resources at the NCBI is described.

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NCBI genetic resources supporting immunogenetic research. Storage and utilization of HLA genomic data--new approaches to HLA typing. Identifying cytotoxic T cell epitopes from genomic and proteomic information: "The human MHC project.". Bioinformatics: analysis of HLA sequence data. The IMGT/HLA sequence database.
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