<p>Plots along left illustrate the convergence of the model metabolite concentrations (solid lines) onto a steady state different from the Keio phenotype (dotted lines). Simulations initiated randomly in the metabolic phase space always and only ever converged onto these two stable metabolic steady states. The kinetic model schematic illustrates the percentage difference in metabolite concentrations (coloured rectangles next to metabolite names) and fluxes (black horizontal bars) between the achieved alternative steady state and the Keio phenotype.</p
<p>This cartoon introduces the concept of static and dynamic variation (i.e. static and dynamic phen...
<p>Shown on the left are the different types of experimental data that can be accounted for in the m...
<p>Predicted metabolic phases as a function of the concentration of protein aggregates and the energ...
<p>This plot of the trajectories of 4 kinetic model metabolite concentrations over time shows that s...
Steady state concentrations of selected metabolites as functions of ξ, for the simulations of the CH...
<p>Percentage Increase in Steady State Metabolite Concentrations, from the Keio Phenotype to the Alt...
The different panels show the steady state values of (a) D, (b) X, (c) sg and (d) sw, as functions o...
Integration of different kinds of biological networks, is within the holistic approach of Systems B...
Dilution rate (a) and cell density (b) as functions of ξ. (c) Cell density versus dilution rate. Dif...
(A) xenobiotic concentration; (B) metabolic rate; (C) time for the xenobiotic concentration to reach...
<p>a)–d) Exchange flux as a function of the protein aggregates concentration. e) and f) Relative vol...
Plot of the steady state cell density as a multi-function of the dilution rate, for different values...
<p>Rate of selected reactions that are relevant to the metabolic state of Phase 3. The lines represe...
<p>Plots corresponding to medium ( = <i>K<sub>M</sub></i>) metabolite concentrations; <i>v</i> = Ra...
Schematics of exposure patterns are shown in gray scale, qualitatively indicating high or low steady...
<p>This cartoon introduces the concept of static and dynamic variation (i.e. static and dynamic phen...
<p>Shown on the left are the different types of experimental data that can be accounted for in the m...
<p>Predicted metabolic phases as a function of the concentration of protein aggregates and the energ...
<p>This plot of the trajectories of 4 kinetic model metabolite concentrations over time shows that s...
Steady state concentrations of selected metabolites as functions of ξ, for the simulations of the CH...
<p>Percentage Increase in Steady State Metabolite Concentrations, from the Keio Phenotype to the Alt...
The different panels show the steady state values of (a) D, (b) X, (c) sg and (d) sw, as functions o...
Integration of different kinds of biological networks, is within the holistic approach of Systems B...
Dilution rate (a) and cell density (b) as functions of ξ. (c) Cell density versus dilution rate. Dif...
(A) xenobiotic concentration; (B) metabolic rate; (C) time for the xenobiotic concentration to reach...
<p>a)–d) Exchange flux as a function of the protein aggregates concentration. e) and f) Relative vol...
Plot of the steady state cell density as a multi-function of the dilution rate, for different values...
<p>Rate of selected reactions that are relevant to the metabolic state of Phase 3. The lines represe...
<p>Plots corresponding to medium ( = <i>K<sub>M</sub></i>) metabolite concentrations; <i>v</i> = Ra...
Schematics of exposure patterns are shown in gray scale, qualitatively indicating high or low steady...
<p>This cartoon introduces the concept of static and dynamic variation (i.e. static and dynamic phen...
<p>Shown on the left are the different types of experimental data that can be accounted for in the m...
<p>Predicted metabolic phases as a function of the concentration of protein aggregates and the energ...