Sentence examples for metabolic modeling provides from inspiring English sources

Metabolic modeling provides a way to integrate the wide variety of data available on the Shewanella, from both traditional microbiology and high-throughput "-omics" (summarized in [ 7]) experiments.

Metabolic modeling provides an important preliminary step in understanding the unusual physiology of this extremophile especially given the severe difficulties involved in its genetic manipulation and biochemical analysis.

The proposed metabolic model provides an important preliminary step in understanding global sulfur metabolism in A. ferrooxidans especially given the extreme difficulties involved in its genetic manipulation and biochemical analysis.

This kidney metabolic model provides a useful resource for studying the metabolic basis and molecular mechanism for a variety of human kidney-related diseases.

This large collection of 126 genome-scale draft metabolic models provides a useful resource for studying the metabolic basis for a variety of human diseases across many tissues.

Together with the published G. sulfurreducens model, the G. metallireducens metabolic model provides an important resource for the improving strategies for bioremediation and bioenergy generation.

However, the increasing availability of species-specific metabolic models provides the opportunity to analyse these data in a more objective, system-wide manner.

Genome-scale metabolic models provide a valuable framework to interpret essentiality screens as they allow predictions of gene essentiality using current knowledge of the metabolic network whilst also providing an insight into incomplete or incorrect metabolic knowledge.

Together these metabolic models provide an important resource for improving strategies on bioremediation and bioenergy generation.

Then, the metabolic model provided a powerful tool for the rational modulation of the redox status.

In addition, genome-scale metabolic models provide a systematic way to assess the metabolic potential of an organism [ 11, 12].