# Model Mathematics

### Component: Fe3

$ddtime Fe3 = k_1 ⁢ Fe3_Arg + k13 ⁢ Fe3_NO + k12 ⁢ Fe2_NO ⁢ O2 - k1 ⁢ Arg ⁢ Fe3 + k2 ⁢ Fe3$

### Component: Fe3_Arg

$ddtime Fe3_Arg = k1 ⁢ Fe3 ⁢ Arg - k_1 ⁢ Fe3_Arg + k3 ⁢ Fe3_Arg$

### Component: Fe2

$ddtime Fe2 = k2 ⁢ Fe3 + k_4 ⁢ Fe2_Arg - k4 ⁢ Fe2 ⁢ Arg$

### Component: Fe2_Arg

$ddtime Fe2_Arg = k3 ⁢ Fe3_Arg + k_5 ⁢ Fe3_O2_Arg + k4 ⁢ Fe2 ⁢ Arg - k5 ⁢ Fe2_Arg ⁢ O2 + k_4 ⁢ Fe2_Arg$

### Component: Fe3_O2_Arg

$ddtime Fe3_O2_Arg = k5 ⁢ Fe2_Arg ⁢ O2 - k6 ⁢ Fe3_O2_Arg + k_5 ⁢ Fe3_O2_Arg$

### Component: Fe3_NOHA

$ddtime Fe3_NOHA = k6 ⁢ Fe3_O2_Arg - k7 ⁢ Fe3_NOHA$

### Component: Fe2_NOHA

$ddtime Fe2_NOHA = k7 ⁢ Fe3_NOHA + k_9 ⁢ Fe3_O2_NOHA + k8 ⁢ Fe2 ⁢ NOHA - k_8 ⁢ Fe2_NOHA + k9 ⁢ Fe2_NOHA ⁢ O2$

### Component: Fe3_O2_NOHA

$ddtime Fe3_O2_NOHA = k9 ⁢ Fe2_NOHA ⁢ O2 - k10 ⁢ Fe3_O2_NOHA + k_9 ⁢ Fe3_O2_NOHA$

### Component: Fe3_NO

$ddtime Fe3_NO = k10 ⁢ Fe3_O2_NOHA - k13 ⁢ Fe3_NO + k11 ⁢ Fe3_NO$

### Component: Fe2_NO

$ddtime Fe2_NO = k11 ⁢ Fe3_NO - k12 ⁢ Fe2_NO ⁢ O2$

### Component: NO

$ddtime NO = k13 ⁢ Fe3_NO ddtimeNO=dNOdt$

### Component: citrulline

$ddtime citrulline = k10 ⁢ Fe3_O2_NOHA$

### Component: NO3

$ddtime NO3 = k12 ⁢ Fe2_NO ⁢ O2$

### Component: NOHA

$ddtime NOHA = k_8 ⁢ Fe2_NOHA - k8 ⁢ Fe2 ⁢ NOHA$

### Component: model_constants

Source
Derived from workspace Chen, Popel, 2007 at changeset 401dca11b213.
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