<font size="4">A software platform for <u>GE</u>nome-scale <u>M</u>etabolic models <u>Si</u>mulation, <u>R</u>econstruction and <u>V</u>isualization.</font>
<font size="4">A software platform for <u>GE</u>nome-scale <u>M</u>etabolic models <u>Si</u>mulation, <u>R</u>econstruction and <u>V</u>isualization.</font>
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: [http://sb.nhri.org.tw/GEMSiRV_web_start/dist/launch.jnlp Start GEMSiRV] An example model (E. coli textbook model)and its map can be directly imported by click on the "Help" to "Import an Example".
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: [http://sb.nhri.org.tw/GEMSiRV_web_start/dist/launch.jnlp Start GEMSiRV] <u> An example model (E. coli textbook model) and its map can be directly imported by click on the "Help" to "Import an Example".</u>Genome-scale metabolic network models have become an indispensable part of the increasingly important field of systems biology.
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Genome-scale metabolic network models have become an indispensable part of the increasingly important field of systems biology.
Metabolic systems biology studies usually include three major components – network model construction, objective- and experiment-guided model editing and visualization, and simulation studies based mainly on flux balance analyses.
Metabolic systems biology studies usually include three major components – network model construction, objective- and experiment-guided model editing and visualization, and simulation studies based mainly on flux balance analyses.