<p>Equations, coefficients of determination and reaction rate constants values.</p
<p>The kinetic parameters , , and extracted from the titration data for the forward and reverse rea...
<p>The coefficients of the quadratic equations of utility values for different water users.</p
<p>Parameters and parameter functions as applied to calculate the basic reproduction numbers .</p
Values of reactions kinetic, diffusive coefficients and initial concentrations adopted in the model....
<p>Reaction rate constants, dissocation constants as well as binding free energies.</p
<p>Reaction (Rx) equations and kinetic flux values for the modelled reaction network.</p
<p>Equations and parameter values for each of the components of the two models.</p
<p>The literature values for the rate constants used in the reaction equations.</p
Summary of results of statistical analysis and model equations for the measured responses.</p
<p>Polynomial equations for the H<sup>+</sup> coefficient of each reaction and metabolic pathway for...
<p>Reactions and respective stoichiometry of biological processes used in the simulations.</p
<p>Full list of the differential equations that influence the change in chemical concentrations. Inc...
<p>A and B coefficients and correlation coefficient (R) produced from equation (4).</p
<p>Coefficients for the relationship between principal components and variables.</p
<p>Parameter values for the equations of the model which approximate experimental data.</p
<p>The kinetic parameters , , and extracted from the titration data for the forward and reverse rea...
<p>The coefficients of the quadratic equations of utility values for different water users.</p
<p>Parameters and parameter functions as applied to calculate the basic reproduction numbers .</p
Values of reactions kinetic, diffusive coefficients and initial concentrations adopted in the model....
<p>Reaction rate constants, dissocation constants as well as binding free energies.</p
<p>Reaction (Rx) equations and kinetic flux values for the modelled reaction network.</p
<p>Equations and parameter values for each of the components of the two models.</p
<p>The literature values for the rate constants used in the reaction equations.</p
Summary of results of statistical analysis and model equations for the measured responses.</p
<p>Polynomial equations for the H<sup>+</sup> coefficient of each reaction and metabolic pathway for...
<p>Reactions and respective stoichiometry of biological processes used in the simulations.</p
<p>Full list of the differential equations that influence the change in chemical concentrations. Inc...
<p>A and B coefficients and correlation coefficient (R) produced from equation (4).</p
<p>Coefficients for the relationship between principal components and variables.</p
<p>Parameter values for the equations of the model which approximate experimental data.</p
<p>The kinetic parameters , , and extracted from the titration data for the forward and reverse rea...
<p>The coefficients of the quadratic equations of utility values for different water users.</p
<p>Parameters and parameter functions as applied to calculate the basic reproduction numbers .</p
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