Metabolic Component Library(MCL)
Two of the great challenges in the mathematical modelling of biological systems are
The library covers among others the full set of function definitions for processes from COPASI 4.8 (Bulid 35) as well as standard simplified kinetics like mass action kinetics. |
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Key features are
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MCL was developed by Matthias König at the Charité Berlin with support from Randall Britten from the Auckland Bioengineering Institute and Maxwell Neal from the University of Washington. |
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The project was funded by the Virtual Liver Network (VLN). Please try and report any questions or problems to matthias.koenig ![]() Thanks and have fun The MCL team. |
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Examples
Usage examples of the MCL: TODO
Annotations
All components in the SBML are annotated to the Systems Biology Ontology (SBO) and the The Ontology of Physics for Biology (OPB). The example models are furthermore annotated to biological databased like the Gene Ontology, KEGG and ChEBI. |
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Annotation of the metabolic components to biological ontologies was performed with
SemGen developed
by Dr. Maxwell Neal at the University of Washington. The annotations are distributed in OWL format with the MCL and the MCL examples and can be read with SemGen. |
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Components
Substrate(s) : S (S1, S2, ...)Product(s) : P (P1, P2, ... )
Inhibitor(s) : I (I1, I2, ...)
Activator(s) : A (A1, A2, ...)
Modifier(s) : M (M1, M2, ...)
AllostericInhibitionEmpirical
![]() J [mM_per_second] S [mM] P [mM] I [mM] V_f [mM_per_second] V_b [mM_per_second] Km_S [mM] Km_P [mM] n [dimensionless] Ki [mM] |
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Mechanisms UniUniRev_I |
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AllostericInhibitionMWC
![]() J [mM_per_second] S [mM] I [mM] V [mM_per_second] Km_S [mM] n [dimensionless] L [dimensionless] Ki [mM] |
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Mechanisms UniUniIrrev_I UniBiIrrev_I UniNullIrrev_I |
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BiIrrev
![]() J [mM_per_second] S1 [mM] S2 [mM] V [mM_per_second] Km_S1 [mM] Km_S2 [mM] |
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Mechanisms BiNullIrrev BiBiIrrev BiUniIrrev |
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CatalyticActivationIrrev
![]() J [mM_per_second] S [mM] A [mM] V [mM_per_second] Km_S [mM] Km_A [mM] |
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Mechanisms UniUniIrrev_A UniBiIrrev_A UniNullIrrev_A |
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CatalyticActivationRev
![]() J [mM_per_second] S [mM] P [mM] A [mM] V_f [mM_per_second] V_b [mM_per_second] Km_S [mM] Km_P [mM] Km_A [mM] |
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Mechanisms UniUniRev_A |
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CompetitiveInhibitionIrrev
![]() J [mM_per_second] S [mM] I [mM] V [mM_per_second] Km_S [mM] Ki [mM] |
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Mechanisms UniUniIrrev_I UniBiIrrev_I UniNullIrrev_I |
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CompetitiveInhibitionRev
![]() J [mM_per_second] S [mM] P [mM] V_f [mM_per_second] V_b [mM_per_second] I [mM] Km_S [mM] Km_P [mM] Ki [mM] |
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Mechanisms UniUniRev_I |
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ConstantFluxIrrev
![]() J [mM_per_second] V [mM_per_second] |
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Mechanisms UniNullIrrev UniUniIrrev UniBiIrrev BiBiIrrev BiUniIrrev |
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Hill1ModifierRev
![]() J [mM_per_second] S [mM] P [mM] M [mM] V [mM_per_second] Keq [dimensionless] Km_S [mM] Km_P [mM] Km_M [mM] a [dimensionless] h [dimensionless] |
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Mechanisms UniUniRev_M |
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Hill2ModifierRev
HillIrrev
![]() J [mM_per_second] S [mM] V [mM_per_second] Km_S [mM] n [dimensionless] |
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Mechanisms UniNullIrrev UniUniIrrev UniBiIrrev |
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HillRev
![]() J [mM_per_second] S [mM] P [mM] V [mM_per_second] Keq [dimensionless] Km_S [mM] Km_P [mM] h [dimensionless] |
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Mechanisms UniUniRev |
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HyperbolicModifierIrrev
![]() J [mM_per_second] S [mM] M [mM] V [mM_per_second] Kd [mM] Km_S [mM] a [dimensionless] b [dimensionless] |
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Mechanisms UniNullIrrev_M UniUniIrrev_M UniBiIrrev_M |
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HyperbolicModifierRev
![]() J [mM_per_second] S [mM] P [mM] M [mM] V_f [mM_per_second] V_b [mM_per_second] Kd [mM] Km_S [mM] Km_P [mM] a [dimensionless] b [dimensionless] |
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Mechanisms UniUniRev_M |
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IsoUniUni
![]() J [mM_per_second] S [mM] P [mM] V [mM_per_second] Keq [dimensionless] Ki [mM] Km_S [mM] Km_P [mM] |
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Mechanisms UniUniRev |
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MassActionBiBiRev
![]() J [mM_per_second] S1 [mM] S2 [mM] P1 [mM] P2 [mM] k_f [per_mM_per_second] k_b [per_mM_per_second] |
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Mechanisms BiBiRev |
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MassActionBiIrrev
![]() J [mM_per_second] S1 [mM] S2 [mM] k_f [per_mM_per_second] |
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Mechanisms BiNullIrrev BiBiIrrev BiUniIrrev |
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MassActionBiUniRev
![]() J [mM_per_second] S1 [mM] S2 [mM] P [mM] k_f [per_mM_per_second] k_b [per_second] |
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Mechanisms BiUniRev |
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MassActionUniBiRev
![]() J [mM_per_second] S [mM] P1 [mM] P2 [mM] k_f [per_second] k_b [per_mM_per_second] |
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Mechanisms UniBiRev |
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MassActionUniIrrev
![]() J [mM_per_second] S [mM] k_f [per_second] |
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Mechanisms UniNullIrrev UniUniIrrev UniBiIrrev |
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MassActionUniUniRev
![]() J [mM_per_second] S [mM] P [mM] k_f [per_second] k_b [per_second] |
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Mechanisms UniUniRev |
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MichaelisMentenIrrev
![]() J [mM_per_second] S [mM] V [mM_per_second] Km_S [mM] |
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Mechanisms UniNullIrrev UniUniIrrev UniBiIrrev |
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MichaelisMentenRev
![]() J [mM_per_second] S [mM] P [mM] V_f [mM_per_second] V_b [mM_per_second] Km_S [mM] Km_P [mM] |
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Mechanisms UniUniRev |
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MixedActivationIrrev
![]() J [mM_per_second] S [mM] A [mM] V [mM_per_second] Kac [mM] Kas [mM] Km_S [mM] |
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Mechanisms UniUniIrrev_A UniBiIrrev_A UniNullIrrev_A |
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MixedActivationRev
![]() J [mM_per_second] S [mM] P [mM] A [mM] V_f [mM_per_second] V_b [mM_per_second] Kac [mM] Kas [mM] Km_S [mM] Km_P [mM] |
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Mechanisms UniUniRev_A |
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MixedInhibitionIrrev
![]() J [mM_per_second] S [mM] I [mM] V [mM_per_second] Kis [mM] Kic [mM] Km_S [mM] |
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Mechanisms UniUniIrrev_I UniBiIrrev_I UniNullIrrev_I |
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MixedInhibitionRev
![]() J [mM_per_second] S [mM] P [mM] I [mM] V_f [mM_per_second] V_b [mM_per_second] Kis [mM] Kic [mM] Km_S [mM] Km_P [mM] |
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Mechanisms UniUniRev_I |
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NoncompetitiveInhibitionIrrev
![]() J [mM_per_second] S [mM] V [mM_per_second] Km_S [mM] I [mM] Ki [mM] |
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Mechanisms UniUniIrrev_I UniBiIrrev_I UniNullIrrev_I |
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NoncompetitiveInhibitionRev
![]() J [mM_per_second] S [mM] P [mM] V_f [mM_per_second] V_b [mM_per_second] Km_S [mM] Km_P [mM] I [mM] Ki [mM] |
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Mechanisms UniUniRev_I |
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OrderedBiBi
OrderedBiUni
![]() J [mM_per_second] S1 [mM] S2 [mM] P [mM] V_f [mM_per_second] V_b [mM_per_second] Keq [per_mM] Km_S1 [mM] Km_S2 [mM] Km_P [mM] Ki_S1 [mM] |
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Mechanisms BiUniRev |
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OrderedUniBi
![]() J [mM_per_second] S [mM] P1 [mM] P2 [mM] V_f [mM_per_second] V_b [mM_per_second] Keq [mM] Km_S [mM] Km_P1 [mM] Km_P2 [mM] Ki_P1 [mM] |
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Mechanisms UniBiRev |
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PingPongBiBi
SpecificActivationIrrev
![]() J [mM_per_second] S [mM] A [mM] V [mM_per_second] Km_S [mM] Km_A [mM] |
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Mechanisms UniUniIrrev_A UniBiIrrev_A UniNullIrrev_A |
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SpecificActivationRev
![]() J [mM_per_second] S [mM] P [mM] A [mM] V_f [mM_per_second] V_b [mM_per_second] Km_S [mM] Km_P [mM] Km_A [mM] |
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Mechanisms UniUniRev_A |
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SubstrateActivationIrrev
![]() J [mM_per_second] S [mM] V [mM_per_second] K_sa [mM] K_sc [mM] |
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Mechanisms UniNullIrrev UniUniIrrev UniBiIrrev |
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SubstrateInhibitionIrrev
![]() J [mM_per_second] S [mM] V [mM_per_second] I [mM] Km_S [mM] Ki [mM] |
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Mechanisms UniNullIrrev UniUniIrrev UniBiIrrev |
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SubstrateInhibitionRev
![]() J [mM_per_second] S [mM] P [mM] V_f [mM_per_second] V_b [mM_per_second] Km_S [mM] Km_P [mM] Ki [mM] |
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Mechanisms UniUniRev |
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UncompetitiveInhibitionIrrev
![]() J [mM_per_second] S [mM] V [mM_per_second] I [mM] Km_S [mM] K_I [mM] |
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Mechanisms UniUniIrrev_I UniBiIrrev_I UniNullIrrev_I |
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