Coskun Sarp A, Cicek A Ercument, Lai Nicola, Dash Ranjan K, Ozsoyoglu Z Meral, Ozsoyoglu Gultekin
Electrical Engineering and Computer Science Department, Case Western Reserve University, Cleveland, OH, USA.
BMC Syst Biol. 2013 Sep 5;7:88. doi: 10.1186/1752-0509-7-88.
There are multiple representation formats for Systems Biology computational models, and the Systems Biology Markup Language (SBML) is one of the most widely used. SBML is used to capture, store, and distribute computational models by Systems Biology data sources (e.g., the BioModels Database) and researchers. Therefore, there is a need for all-in-one web-based solutions that support advance SBML functionalities such as uploading, editing, composing, visualizing, simulating, querying, and browsing computational models.
We present the design and implementation of the Model Composition Tool (Interface) within the PathCase-SB (PathCase Systems Biology) web portal. The tool helps users compose systems biology models to facilitate the complex process of merging systems biology models. We also present three tools that support the model composition tool, namely, (1) Model Simulation Interface that generates a visual plot of the simulation according to user's input, (2) iModel Tool as a platform for users to upload their own models to compose, and (3) SimCom Tool that provides a side by side comparison of models being composed in the same pathway. Finally, we provide a web site that hosts BioModels Database models and a separate web site that hosts SBML Test Suite models.
Model composition tool (and the other three tools) can be used with little or no knowledge of the SBML document structure. For this reason, students or anyone who wants to learn about systems biology will benefit from the described functionalities. SBML Test Suite models will be a nice starting point for beginners. And, for more advanced purposes, users will able to access and employ models of the BioModels Database as well.
系统生物学计算模型有多种表示格式,而系统生物学标记语言(SBML)是使用最广泛的格式之一。SBML用于由系统生物学数据源(如生物模型数据库)和研究人员捕获、存储和分发计算模型。因此,需要一种一体化的基于网络的解决方案,以支持诸如上传、编辑、组合、可视化、模拟、查询和浏览计算模型等先进的SBML功能。
我们展示了PathCase-SB(PathCase系统生物学)网络门户中模型组合工具(界面)的设计与实现。该工具帮助用户组合系统生物学模型,以促进合并系统生物学模型这一复杂过程。我们还展示了支持该模型组合工具的三个工具,即:(1)模型模拟界面,可根据用户输入生成模拟的可视化图表;(2)iModel工具,作为用户上传自己的模型以进行组合的平台;(3)SimCom工具,可对同一途径中正在组合的模型进行并排比较。最后,我们提供了一个托管生物模型数据库模型的网站和一个托管SBML测试套件模型的单独网站。
模型组合工具(以及其他三个工具)的使用几乎不需要了解SBML文档结构。因此,学生或任何想了解系统生物学的人都将从所描述的功能中受益。SBML测试套件模型将是初学者的一个很好的起点。而且,对于更高级的目的,用户也能够访问和使用生物模型数据库的模型。