File name: stoic.xml
SBML Level 2 Version 1
Model name: stoichiometry_matrix_example
Model id: stoichiometry_matrix_example



Compartments
ID Name Dimension Size Units Derived Units Outside Constant
C C 3 ... volume litre ... True


Species
ID Name Compartment initialType Value Units of the Species Derived Units of the Species B.C Constant Charge
S1 S1 C initialAmount 1 substance/volume mole/litre False False ...
S2 S2 C initialAmount 1 substance/volume mole/litre False False ...
S3 S3 C initialAmount 1 substance/volume mole/litre False False ...
S4 S4 C initialAmount 1 substance/volume mole/litre False False ...
S5 S5 C initialAmount 1 substance/volume mole/litre False False ...


Reactions, global and local contexts suppressed
ID Name Fast Reaction Modifiers Parameters Formula Contribution to ODEs
reaction1 reaction1 False S1 → S2 ... ... ... ...
reaction2 reaction2 False S2 + 5S3 → 2S2 + 4S3 ... ... ... ...
reaction3 reaction3 False S3 → S4 ... ... ... ...
reaction4 reaction4 False S4 → S5 ... ... ... ...


Stoichiometry Matrix based on Reaction Stoichiometries
Species reaction1 reaction2 reaction3 reaction4
S1 -1 0 0 0
S2 1 1 0 0
S3 0 -1 -1 0
S4 0 0 1 -1
S5 0 0 0 1


Mass Balance Equations based on Stoichiometry Matrix
Species [Species']=[Stoichometries][rates]
S1 S1' = -v[1]
S2 S2' = v[1] + v[2]
S3 S3' = -v[2] - v[3]
S4 S4' = v[3] - v[4]
S5 S5' = v[4]


Mass Action Equations based on Stoichiometry Matrix
Species [Species']=[Stoichometries][mass-action-rates]
S1 S1'=-(S1*v[1])
S2 S2'=S1*v[1] + S2*S3^5*v[2]
S3 S3'=-(S2*S3^5*v[2]) - S3*v[3]
S4 S4'=S3*v[3] - S4*v[4]
S5 S5'=S4*v[4]



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