Table 2 Dependent kinetic parameters

Gibbs free energy of formation

$G_i^{(0)}=RT\ln k_i^G$

Gibbs fr. en. for substrate binding

$\Delta G_{li}^{(0)}=RT\ln k_{li}^M$

Equilibrium constant

$\ln k_l^{eq}=-{\displaystyle \sum _i{n}_{il}}\ln k_i^G$

Turnover rate

$\ln k_{\pm l}^{cat}=\ln k_l^V\mp \frac{1}{2}{\displaystyle \sum _i{n}_{il}}(\ln k_i^G+\ln k_{li}^M)$

Maximal velocity

$\ln v_{\pm l}^{max}=\ln E_l+\ln k_l^V\mp \frac{1}{2}{\displaystyle \sum _i{n}_{il}}(\ln k_i^G+\ln k_{li}^M)$