From: Efficient parametric analysis of the chemical master equation through model order reduction
Reaction | Stoichiometry v_{ j } | Propensity ν_{ j } |
---|---|---|
Production of X_{1} | (1,0)^{T} | ${u}_{1}({k}_{1}+\frac{{V}_{1}{x}_{2}^{3}}{{M}_{1}^{3}+{x}_{2}^{3}})$ |
Degradation of X_{1} | (−1,0)^{T} | u _{1} x _{1} |
Production of X_{2} | (0,1)^{T} | ${u}_{2}\left(\frac{{V}_{2}{x}_{1}^{3}}{{M}_{2}^{3}+{x}_{1}^{3}}\right)$ |
Degradation of X_{2} | (0,−1)^{T} | u _{2} x _{2} |