Kinetic Parameter | Description | Reference |
| Rate constant for superoxide production | [S1] |
| Michaelis Menten constant for superoxide production | [S1] |
kFe3 | Rate constant for the conversion of superoxide to oxygen with simultaneous reduction of Fe3+ to Fe2+ | [S2] |
kH2O2 | Rate constant for the production of hydrogen peroxide and oxygen from superoxide and H+ (non-enzymatic) | [S3] |
kSOD | Rate constant for superoxide dismutase producing hydrogen peroxide from superoxide | [S3] |
KmH2O2 | Michaelis Menten constant for catalase induced conversion of H2O2 to H2O | [S4] |
kcata | Rate constant for catalase induced conversion of H2O2 to H2O | [S4] |
kFe1 | Fenton reaction rate constant (hydrogen peroxide forming hydroxyl radical and anion with simultaneous conversion of Fe2+ to Fe3+) | [S2] |
kinitLR | Rate constant for lipid peroxidation reaction by hydroxyl radicals, forming lipid radicals | [S5] |
kLPO | Rate constant for the oxidation of lipid radicals | [S5] |
kLR1 | Rate constant for the formation of L* and LOOH from LH and LOO* | [S5] |
kLRFe1 | Rate constant for Fe2+ induced formation of LO* from LOOH | [S6] |
kLRFe2 | Rate constant for Fe3+ induced formation of LOO* from LOOH | [S6] |
kfrLOO | Rate constant for LOO* fragmentation to alkane radical and aldehyde product | [S7] |
kFe4 | Rate constant for OH* induced formation of HO2* from H2O2 | [S2] |
kFe5 | Rate constant for Fe3+ induced formation of HO* from H2O2 | [S2] |
kFe8 | Rate constant for H2O2 formation from HO2* | [S2] |
kFe9 | Rate constant for the conversion of HO2* and H2O2 to H2O and OH* | [S2] |
kFe6 | Rate constant of Fe2+induced conversion of OH* to OH- | [S2] |
kFe7 | Rate constant for the conversion of OH* and HO2* to H2O and O2 | [S2] |
kdH2O | Dissociation rate of H2O to H+ and OH- | [S8] |
KH2O | Association rate of H+ and OH- to H2O | [S8] |
kAPX | Rate constant for APX induced conversion of Ascorbate to MDA | [S3] |
KAPX | Michaelis Menten constant for APX induced conversion of ASC to MDA | [S3] |
KAPXH | Michaelis Menten constant for APX induced conversion of H2O2 to H2O | [S3] |
k_ASCH2O2 | Rate constant for ASC and H2O2 | [S3] |
k_ASCO2 | Rate constant for superoxide reacting with ascorbate | [S3] |
kMDAR | Rate constant for molecular MDAR activity | [S3] |
KMDARM | Michaelis Menten constant of MDAR for MDA | [S3] |
KMDARN | Michaelis Menten constant of MDAR for NADPH | [S3] |
k_MDAMDA | Apparent rate constant of MDA | [S3] |
kDAR | Rate constant for molecular DAR activity | [S3] |
KDAR | Michaelis Menten constant of DAR for DHA | [S3] |
KDARG | Michaelis Menten constant of DAR for GSH | [S3] |
k_DHAGSH | Apparent rate constant of GSH and DHA | [S3] |
kGPxr | Rate constant of reduced GPx with H2O2 | [S9] |
kGPxo | Rate constant of oxidized GPx with GSH to form intermediate GSGPx | [S9] |
kGSSG | Rate constant of GSGPx with GSH to recycle reduced Gpx | [S9] |
kGR | Rate constant for molecular GR activity | [S3] |
KGR | Michaelis Menten constant of GR for GSSG | [S3] |
KGRN | Michaelis Menten constant of GR for NADPH | [S3] |
kNAP | Rate constant for the conversion of NADP to NADPH | [S3] |