Plot of the steady state cell density as a multi-function of the dilution rate, for different values of β. Discontinuous lines indicate unstable steady states.</p
<p>The steady state distributions of (<b>a,d</b>) FGF10, (<b>b,e</b>) SHH, and (<b>c,f</b>) Ptc for ...
<p><b>(a)</b> Growth rate in steady states as a function of <i>ξ</i>. <b>(b)</b> Bifurcation diagram...
<p>Combined bifurcation diagram, showing the dependence of the stationary solutions on both the degr...
Dilution rate (a) and cell density (b) as functions of ξ. (c) Cell density versus dilution rate. Dif...
The different panels show the steady state values of (a) D, (b) X, (c) sg and (d) sw, as functions o...
<p>Plots of cell counts against the theoretical cell densities using serially diluted body fluid sam...
Steady state concentrations of selected metabolites as functions of ξ, for the simulations of the CH...
Medium depth (continuous line) and critical values of ξ separating stable steady states from unstabl...
<p>Plots along left illustrate the convergence of the model metabolite concentrations (solid lines) ...
<p>(A) Percentage of models that reach steady-state within 300 minutes as a function of phosphoglyce...
The rates of complex multi-enzyme systems, which may contain diffusion processes, can be written in ...
Full lines represent the FBA results with the iAF1260 model. Dashed lines illustrate the model of [2...
A: Perfect homeostasis. The first row shows the mean concentration μk at cell cycle stage k versus t...
<p>(A) Steady state values of pathogenic bacteria and permeability as the growth rate of pathogenic ...
<p>Steady state solutions for (A) (DegU) and (B) (exoprotease) of the full system (1)–(6) as funct...
<p>The steady state distributions of (<b>a,d</b>) FGF10, (<b>b,e</b>) SHH, and (<b>c,f</b>) Ptc for ...
<p><b>(a)</b> Growth rate in steady states as a function of <i>ξ</i>. <b>(b)</b> Bifurcation diagram...
<p>Combined bifurcation diagram, showing the dependence of the stationary solutions on both the degr...
Dilution rate (a) and cell density (b) as functions of ξ. (c) Cell density versus dilution rate. Dif...
The different panels show the steady state values of (a) D, (b) X, (c) sg and (d) sw, as functions o...
<p>Plots of cell counts against the theoretical cell densities using serially diluted body fluid sam...
Steady state concentrations of selected metabolites as functions of ξ, for the simulations of the CH...
Medium depth (continuous line) and critical values of ξ separating stable steady states from unstabl...
<p>Plots along left illustrate the convergence of the model metabolite concentrations (solid lines) ...
<p>(A) Percentage of models that reach steady-state within 300 minutes as a function of phosphoglyce...
The rates of complex multi-enzyme systems, which may contain diffusion processes, can be written in ...
Full lines represent the FBA results with the iAF1260 model. Dashed lines illustrate the model of [2...
A: Perfect homeostasis. The first row shows the mean concentration μk at cell cycle stage k versus t...
<p>(A) Steady state values of pathogenic bacteria and permeability as the growth rate of pathogenic ...
<p>Steady state solutions for (A) (DegU) and (B) (exoprotease) of the full system (1)–(6) as funct...
<p>The steady state distributions of (<b>a,d</b>) FGF10, (<b>b,e</b>) SHH, and (<b>c,f</b>) Ptc for ...
<p><b>(a)</b> Growth rate in steady states as a function of <i>ξ</i>. <b>(b)</b> Bifurcation diagram...
<p>Combined bifurcation diagram, showing the dependence of the stationary solutions on both the degr...
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