Metabolic Flux Analysis and Visualization

  • Toya Y
  • Kono N
  • Arakawa K
 et al. 
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Abstract

One of the ultimate goals of systems biology research is to obtain a comprehensive understanding of the control mechanisms of complex cellular metabolisms. Metabolic Flux Analysis (MFA) is a important method for the quantitative estimation of intracellular metabolic flows through metabolic pathways and the elucidation of cellular physiology. The primary challenge in the use of MFA is that many biological networks are underdetermined systems; it is therefore difficult to narrow down the solution space from the stoichiometric constraints alone. In this tutorial, we present an overview of Flux Balance Analysis (FBA) and C-13-Metabolic Flux Analysis (C-13-MFA), both of which are frequently used to solve such underdetermined systems, and we demonstrate FBA and C-13-MFA using the genome-scale model and the central carbon metabolism model, respectively. Furthermore, because such comprehensive study of intracellular fluxes is inherently complex, we subsequently introduce various pathway mapping and visualization tools to facilitate understanding of these data in the context of the pathways. Specific visualization of MFA results using the BioCyc Omics Viewer and Pathway Projector are shown as illustrative examples.

Author-supplied keywords

  • bidirectional reaction steps
  • biochemical networks
  • c-13-labeling experiments
  • c-13-metabolic flux analysis
  • central carbon metabolism
  • escherichia-coli
  • fed-batch culture
  • flux balance analysis
  • genome-scale model
  • genome-scale models
  • intracellular metabolites
  • pathway projector
  • pathway/genome databases
  • saccharomyces-cerevisiae

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Authors

  • Y Toya

  • N Kono

  • K Arakawa

  • M Tomita

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