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A Large-Scale Gene Network Inference System for Systems Biology on Supercomputing Resources

机译:基于超级计算资源的系统生物学大规模基因网络推理系统

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Motivation: Although gene expression data has been continuously accumulated and meta-analysis approaches have been developed to integrate independent expression profiles into larger datasets, the amount of information is still insufficient to infer large scale genetic networks. In addition, global optimization such as Bayesian network inference, one of the most representative techniques for genetic network inference, requires tremendous computational load far beyond the capacity of moderate workstations.rnResults: MONET is a Cytoscape plugin to infer genome-scale networks from gene expression profiles. It alleviates the shortage of information by incorporating pre-existing annotations. The current version of MONET utilizes thousands of parallel computational cores in the supercomputing center in KISTI, Korea, to cope with the computational requirement for large scale genetic network inference.rnAvailability: A cytoscape plugin is available at http://cytoscape.org.
机译:动机:尽管基因表达数据已经不断积累,并且已经开发出荟萃分析方法将独立的表达谱整合到更大的数据集中,但是信息量仍然不足以推断大规模的遗传网络。此外,诸如贝叶斯网络推断之类的全局优化是遗传网络推断的最有代表性的技术之一,它需要巨大的计算量,远远超出了中型工作站的能力。rn结果:MONET是一个Cytoscape插件,可以从基因表达推断出基因组规模的网络个人资料。它通过合并预先存在的注释来缓解信息短缺。 MONET的当前版本在韩国KISTI的超级计算中心中利用了数千个并行计算核心,以应对大规模遗传网络推断的计算需求。可用性:cytoscape插件可从http://cytoscape.org获得。

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