Sentence examples for modes and extreme from inspiring English sources

Unlike graph-based paths which may only include the main compounds and reactions in a pathway, elementary flux modes and extreme pathways provides a more complete summary of the requisite intermediate compounds and enzymes while conforming to steady-state constraints.

This problem definition and perspective constitutes the originality and usefulness of the proposed framework; neither does it try to match adaptation measures to extreme events nor does it attempt to determine costs associated with certain transport modes and extreme events.

Thus elementary modes and extreme pathways play a growing role in the analysis of complex biochemical reaction networks [9].

The use of structural analysis tools such as elementary modes and extreme pathways [ 1], suffers from the problem of a combinatorial explosion [ 2] of the number of such modes in a complex network.

For instance, elementary modes and extreme pathways have been used to exhaustively describe the independent metabolic routes occurring in newly reconstructed models, often sorted by metabolic function (Schilling & Palsson, 2000; Van Dien & Lidstrom, 2002; Papin et al., 2002).

SMDA's approach of evaluating the activation/inactivation scenarios of the metabolic network at steady state is related to metabolic network analysis techniques, such as MCA (1), FBA (2), metabolic flux analysis (20) and, finally, metabolic pathway analysis (elementary flux modes and extreme pathways) (21).

However, both elementary mode and extreme pathway analysis [ 13] cannot be scaled up to analyze genome-scale metabolic networks, and to circumvent these problems, Schuster and colleagues have recently developed the concept of elementary flux patterns [ 14] closely related to elementary modes which can be applied to genome-scale networks.

Elementary flux modes (EFMs) and extreme pathways (ExPas) were developed to uniquely characterize the right null-space K of a stoichiometry matrix.

Finally, with the aid of analysis of elementary flux mode analysis and extreme pathways, nine macro reactions were derived with physiological definitions.

In FBA this can be done directly, while elementary mode analysis and extreme pathway analysis return a set of vectors spanning the solution space of the steady-state condition.

Comparing the set of species present and the reactions having a non-zero flux in the limit behavior, we found OT able to predict those sets more accurately in 25 models (14%) compared with flux-based methods like FBA, elementary mode analysis and extreme pathway analysis.