enz : Stationary Solutions of an Enzyme Model.

The equations, that model a two-compartment enzyme system (JPK:80 JPK:80), are given by

$$\begin{array}{cl} s_1 '&= (s_0 - s_1) + (s_2 - s_1) - \rho R ... ...= (s_0 +\mu - s_2) + (s_1 - s_2) - \rho R (s_2), \\ \end{array}$$ (13.1)

where

$$R (s)=\frac{s}{1+s+ \kappa s^{2} }.$$

The free parameter is $s_0$. Other parameters are fixed. This equation is also considered in DoKeKe:91a DoKeKe:91a.

Table 13.1: Commands for running demo enz.

AUTO -COMMAND	ACTION
! mkdir enz	create an empty work directory
cd enz	change directory
demo('enz')	copy the demo files to the work directory
ld('enz')	load the problem definition
run(c='enz.1')	compute stationary solution families
sv('enz')	save output-files as b.enz, s.enz, d.enz