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TSdb:通过其共享底物,将代谢途径和转运蛋白系统在基因组范围内连接起来的转运蛋白底物数据库。

TSdb: a database of transporter substrates linking metabolic pathways and transporter systems on a genome scale via their shared substrates.

机构信息

Center for Bioinformatics, National Laboratory of Protein Engineering and Plant Genetic Engineering, College of Life Sciences, Peking University, Beijing, 100871, China.

出版信息

Sci China Life Sci. 2011 Jan;54(1):60-4. doi: 10.1007/s11427-010-4125-y. Epub 2011 Jan 21.

Abstract

TSdb ( http://tsdb.cbi.pku.edu.cn ) is the first manually curated central repository that stores formatted information on the substrates of transporters. In total, 37608 transporters with 15075 substrates from 884 organisms were curated from UniProt functional annotation. A unique feature of TSdb is that all the substrates are mapped to identifiers from the KEGG Ligand compound database. Thus, TSdb links current metabolic pathway schema with compound transporter systems via the shared compounds in the pathways. Furthermore, all the transporter substrates in TSdb are classified according to their biochemical properties, biological roles and subcellular localizations. In addition to the functional annotation of transporters, extensive compound annotation that includes inhibitor information from the KEGG Ligand and BRENDA databases has been integrated, making TSdb a useful source for the discovery of potential inhibitory mechanisms linking transporter substrates and metabolic enzymes. User-friendly web interfaces are designed for easy access, query and download of the data. Text and BLAST searches against all transporters in the database are provided. We will regularly update the substrate data with evidence from new publications.

摘要

TSdb(http://tsdb.cbi.pku.edu.cn)是第一个人工整理的中央存储库,用于存储有关转运体底物的格式化信息。共从 UniProt 功能注释中整理出 37608 种转运体和 15075 种底物,来自 884 种生物。TSdb 的一个独特特点是,所有的底物都映射到 KEGG 配体化合物数据库中的标识符。因此,TSdb 通过途径中的共享化合物将当前代谢途径模式与化合物转运系统联系起来。此外,TSdb 中所有的转运体底物都根据其生化特性、生物学作用和亚细胞定位进行分类。除了转运体的功能注释外,还整合了来自 KEGG 配体和 BRENDA 数据库的广泛化合物注释,包括抑制剂信息,使 TSdb 成为发现转运体底物和代谢酶之间潜在抑制机制的有用资源。设计了用户友好的 Web 界面,方便用户访问、查询和下载数据。提供了针对数据库中所有转运体的文本和 BLAST 搜索。我们将定期根据新出版物的证据更新底物数据。

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