Metabolic networks are generally better known than other types of cellular networks, and they are therefore well suited for the development of computational models. A range of different techniques can be used to model systems of metabolic reactions, from kinetic methods which seek to represent the exact dynamics of fluxes over time, to constraint-based and structural methods which only consider steady state situations. Altogether these methods have led to important progress in our understanding of cellular functions and how they are regulated by exchanges with the extracellular environment
Approximated kinetic formalisms provide useful mathematical representations for modeling complex gen...
A variety of techniques used to model metabolic networks are examined, both kinetic (ODE) models and...
<div><p>The quantitative effects of environmental and genetic perturbations on metabolism can be stu...
To understand the phenotypic capabilities of organisms, it is useful to characterise cellular metabo...
23International audienceThere has been a renewed interest for metabolism in the computational biolog...
The study on biological systems attracts more and more interest since these systems offer interestin...
Computational analysis of biological systems aims to predict cell behavior under different environme...
Metabolic networks are defined as the collection of biochemical reactions within a cell that define ...
Mathematical models of biological networks play an important role in metabolic engineering through t...
Cell metabolism is the biochemical machinery that provides energy and building blocks to sustain lif...
Cell metabolism is the biochemical machinery that provides energy and building blocks to sustain lif...
Abstract: The complexity of even comparatively simple biochemical systems necessitates a computation...
Significant progress has been made in the development of genome-scale models of metabolism in the pa...
The quantitative effects of environmental and genetic perturbations on metabolism can be studied in ...
The systematic study of the genetic fingerprint (genomics) and the biochemistry (metabolites) that g...
Approximated kinetic formalisms provide useful mathematical representations for modeling complex gen...
A variety of techniques used to model metabolic networks are examined, both kinetic (ODE) models and...
<div><p>The quantitative effects of environmental and genetic perturbations on metabolism can be stu...
To understand the phenotypic capabilities of organisms, it is useful to characterise cellular metabo...
23International audienceThere has been a renewed interest for metabolism in the computational biolog...
The study on biological systems attracts more and more interest since these systems offer interestin...
Computational analysis of biological systems aims to predict cell behavior under different environme...
Metabolic networks are defined as the collection of biochemical reactions within a cell that define ...
Mathematical models of biological networks play an important role in metabolic engineering through t...
Cell metabolism is the biochemical machinery that provides energy and building blocks to sustain lif...
Cell metabolism is the biochemical machinery that provides energy and building blocks to sustain lif...
Abstract: The complexity of even comparatively simple biochemical systems necessitates a computation...
Significant progress has been made in the development of genome-scale models of metabolism in the pa...
The quantitative effects of environmental and genetic perturbations on metabolism can be studied in ...
The systematic study of the genetic fingerprint (genomics) and the biochemistry (metabolites) that g...
Approximated kinetic formalisms provide useful mathematical representations for modeling complex gen...
A variety of techniques used to model metabolic networks are examined, both kinetic (ODE) models and...
<div><p>The quantitative effects of environmental and genetic perturbations on metabolism can be stu...