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ReMatch:一个基于网络的工具,用于构建、存储和共享带有碳图的化学计量代谢模型以进行代谢通量分析。

ReMatch: a web-based tool to construct, store and share stoichiometric metabolic models with carbon maps for metabolic flux analysis.

作者信息

Pitkänen Esa, Akerlund Arto, Rantanen Ari, Jouhten Paula, Ukkonen Esko

机构信息

Department of Computer Science, University of Helsinki, Finland.

出版信息

J Integr Bioinform. 2008 Aug 25;5(2):102. doi: 10.2390/biecoll-jib-2008-102.

Abstract

ReMatch is a web-based, user-friendly tool that constructs stoichiometric network models for metabolic flux analysis, integrating user-developed models into a database collected from several comprehensive metabolic data resources, including KEGG, MetaCyc and CheBI. Particularly, ReMatch augments the metabolic reactions of the model with carbon mappings to facilitate (13)C metabolic flux analysis. The construction of a network model consisting of biochemical reactions is the first step in most metabolic modelling tasks. This model construction can be a tedious task as the required information is usually scattered to many separate databases whose interoperability is suboptimal, due to the heterogeneous naming conventions of metabolites in different databases. Another, particularly severe data integration problem is faced in (13)C metabolic flux analysis, where the mappings of carbon atoms from substrates into products in the model are required. ReMatch has been developed to solve the above data integration problems. First, ReMatch matches the imported user-developed model against the internal ReMatch database while considering a comprehensive metabolite name thesaurus. This, together with wild card support, allows the user to specify the model quickly without having to look the names up manually. Second, ReMatch is able to augment reactions of the model with carbon mappings, obtained either from the internal database or given by the user with an easy-touse tool. The constructed models can be exported into 13C-FLUX and SBML file formats. Further, a stoichiometric matrix and visualizations of the network model can be generated. The constructed models of metabolic networks can be optionally made available to the other users of ReMatch. Thus, ReMatch provides a common repository for metabolic network models with carbon mappings for the needs of metabolic flux analysis community. ReMatch is freely available for academic use at http://www.cs.helsinki.fi/group/sysfys/software/rematch/.

摘要

ReMatch是一个基于网络的、用户友好型工具,用于构建代谢通量分析的化学计量网络模型,将用户开发的模型整合到一个从多个综合代谢数据资源(包括KEGG、MetaCyc和ChEBI)收集的数据库中。特别地,ReMatch通过碳映射增强模型的代谢反应,以促进¹³C代谢通量分析。构建由生化反应组成的网络模型是大多数代谢建模任务的第一步。由于不同数据库中代谢物的命名约定不同,所需信息通常分散在许多单独的数据库中,其互操作性欠佳,因此这种模型构建可能是一项繁琐的任务。在¹³C代谢通量分析中还面临另一个特别严重的数据整合问题,即需要模型中碳原子从底物到产物的映射。开发ReMatch就是为了解决上述数据整合问题。首先,ReMatch在考虑综合代谢物名称词库的同时,将导入的用户开发模型与内部ReMatch数据库进行匹配。这与通配符支持一起,允许用户快速指定模型,而无需手动查找名称。其次,ReMatch能够使用从内部数据库获得或由用户使用易于使用的工具给出的碳映射来增强模型的反应。构建的模型可以导出为¹³C-FLUX和SBML文件格式。此外,还可以生成化学计量矩阵和网络模型的可视化。构建的代谢网络模型可以选择提供给ReMatch的其他用户。因此,ReMatch为代谢通量分析社区的需求提供了一个带有碳映射的代谢网络模型公共存储库。ReMatch可在http://www.cs.helsinki.fi/group/sysfys/software/rematch/免费供学术使用。

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