References of "Rocha, Miguel"
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See detailAn integrated network visualization framework towards metabolic engineering applications
Noronha, Alberto UL; Vilaça, Paulo; Rocha, Miguel

in BMC Bioinformatics (2014), 15

Background Over the last years, several methods for the phenotype simulation of microorganisms, underspecified genetic and environmental conditions have been proposed, in the context of Metabolic ... [more ▼]

Background Over the last years, several methods for the phenotype simulation of microorganisms, underspecified genetic and environmental conditions have been proposed, in the context of Metabolic Engineering (ME). These methods provided insight on the functioning of microbial metabolism and played a key role in the design of genetic modifications that can lead to strains of industrial interest. On the other hand, in the context of Systems Biology research, biological network visualization has reinforced its role as a core tool in understanding biological processes. However, it has been scarcely used to foster ME related methods, in spite of the acknowledged potential. Results In this work, an open-source software that aims to fill the gap between ME and metabolic network visualization is proposed, in the form of a plugin to the OptFlux ME platform. The framework is based on an abstract layer, where the network is represented as a bipartite graph containing minimal information about the underlying entities and their desired relative placement. The framework provides input/output support for networks specified in standard formats, such as XGMML, SBGN or SBML, providing a connection to genome-scale metabolic models. An user-interface makes it possible to edit, manipulate and query nodes in the network, providing tools to visualize diverse effects, including visual filters and aspect changing (e.g. colors, shapes and sizes). These tools are particularly interesting for ME, since they allow overlaying phenotype simulation results or elementary flux modes over the networks. Conclusions The framework and its source code are freely available, together with documentation and other resources, being illustrated with well documented case studies. [less ▲]

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See detailNetwork Visualization Tools to Enhance Metabolic Engineering Platforms
Noronha, Alberto UL; Vilaça, Paulo; Rocha, Miguel

in 7th International Conference on Practical Applications of Computational Biology & Bioinformatics (2013)

In this work, we present a software platform for the visualization of metabolic models, which is implemented as a plug-in for the open-source metabolic engineering (ME) platform OptFlux. The tools ... [more ▼]

In this work, we present a software platform for the visualization of metabolic models, which is implemented as a plug-in for the open-source metabolic engineering (ME) platform OptFlux. The tools provided by this plug-in allow the visualization of the models (or parts of the models) combined with the results from operations applied over these models, mainly regarding phenotype simulation, strain optimization and pathway analysis. The tool provides a generic input/ output framework that can import/ export layouts from different formats used by other tools, namely XGMML and SBML. Thus, this work provides a bridge between network visualization and ME. [less ▲]

Detailed reference viewed: 102 (14 UL)