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CellDesigner与SABIO-RK的整合

Integration of CellDesigner and SABIO-RK.

作者信息

Funahashi Akira, Jouraku Akiya, Matsuoka Yukiko, Kitano Hiroaki

机构信息

JST/ERATO-SORST Kitano Symbiotic Systems Project, Japan.

出版信息

In Silico Biol. 2007;7(2 Suppl):S81-90.

Abstract

Understanding the logic and dynamics of gene-regulatory and biochemical networks is a major challenge for systems biology. To facilitate this research topic, we have developed CellDesigner to visualize, model and simulate biochemical networks. CellDesigner allows the users to easily create networks using solidly defined and comprehensive graphical notation. CellDesigner utilizes SBML to described models and can simulate models using an integrated SBML ODE Solver or third party simulation engine; thus enabling users to simulate through a sophisticated graphical user interface. Although CellDesigner can integrate with existing databases (KEGG, PubMed, BioModels, etc.), by calling a web browser, or connecting to its web page through HTTP, integration with SABIO-RK has the potential to expand connectivity and semi-automate visualization and model building. SABIO-RK contains information about biochemical reactions, related kinetic equations and parameters. Also information about the experimental conditions under which these parameters were measured is stored. By using the Web service API provided by the SABIO-RK team, we have succeeded to directly connect to the database, send search queries by ID or name of its component, and then import the query results into CellDesigner.

摘要

理解基因调控网络和生化网络的逻辑与动态是系统生物学面临的一项重大挑战。为推动这一研究课题,我们开发了CellDesigner来可视化、建模和模拟生化网络。CellDesigner允许用户使用定义明确且全面的图形符号轻松创建网络。CellDesigner利用SBML来描述模型,并可以使用集成的SBML常微分方程求解器或第三方模拟引擎来模拟模型;从而使用户能够通过复杂的图形用户界面进行模拟。虽然CellDesigner可以通过调用网络浏览器或通过HTTP连接到其网页与现有数据库(KEGG、PubMed、BioModels等)集成,但与SABIO - RK集成有潜力扩展连接性并实现可视化和模型构建的半自动化。SABIO - RK包含有关生化反应、相关动力学方程和参数的信息。同时还存储了测量这些参数时的实验条件信息。通过使用SABIO - RK团队提供的网络服务应用程序编程接口,我们成功地直接连接到该数据库,通过其组件的ID或名称发送搜索查询,然后将查询结果导入到CellDesigner中。

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