BioModels¶
Manually curated SBML models of BioModels (the ids in biomodels/models.json). Every model is simulated with roadrunner over 0 to 100 time units in 100 steps (roadrunner), converted to CellML (sbml2cellml), simulated with libopencor (libopencor), converted back to SBML (cellml2sbml) and simulated with roadrunner again (roundtrip). See Development for how to run it.
The models have no expected results: the libopencor and the roundtrip simulation are compared with the roadrunner simulation of the original model for every species and every other variable set by a rate rule or an assignment rule. A value passes when |value - expected| <= absolute + relative * |expected| with a relative tolerance of 1e-3 and an absolute tolerance of 1e-6. Both simulators integrate with CVODE with tight tolerances (relative/absolute 1e-9/1e-12) and up to 100000 internal steps between two time points, so the comparison measures the conversion and not the integrator; only when CVODE gives up with these tolerances the simulation is repeated with 1e-8/1e-10 and 1e-7/1e-9.
A roadrunner failure means roadrunner cannot simulate the model, it says nothing about the converters.
Summary¶
1060 cases run, 15 skipped.
| stage | total | pass | fail | skip | pass rate |
|---|---|---|---|---|---|
| roadrunner | 1060 | 1043 | 17 | 0 | 98.4% |
| sbml2cellml | 1060 | 1046 | 14 | 0 | 98.7% |
| libopencor | 1060 | 923 | 113 | 24 | 87.1% |
| cellml2sbml | 1060 | 1046 | 0 | 14 | 98.7% |
| roundtrip | 1060 | 936 | 100 | 24 | 88.3% |
867 of the 923 cases with a passing libopencor stage are informative: the expected results move more than the tolerance band for at least one variable.
Failure reasons¶
The cases which fail a stage, grouped by their error: errors which differ only in quoted text, numbers and, for the validation of a CellML model, the issues after the first one are one group. Every case is listed with its complete error.
roadrunner¶
17 of 1060 cases fail.
7 cases
BIOMD0000000024: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(M, parameter_0000009)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
BIOMD0000000025: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(dClk, tau1)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
BIOMD0000000034: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(parameter_0000029 * parameter_0000022 + parameter_0000034, parameter_0000039)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
BIOMD0000000154: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(x, tau)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
BIOMD0000000155: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(x, tau)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
BIOMD0000000196: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(x3, tau)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
BIOMD0000000841: SimulationFailure: roadrunner: RuntimeError: Unable to support delay differential equations. The function 'delay(P, tau1)' is not supported., at llvm::Value* rrllvm::ASTNodeCodeGen::delayExprCodeGen(const libsbml::ASTNode*)
5 cases
BIOMD0000000137: SimulationFailure: roadrunner: RuntimeError: Unable to support 'fast' reactions. The reaction 'R12' is set 'fast=true', and is therefore not supported., at void rrllvm::LLVMModelDataSymbols::initReactions(const libsbml::Model*)
BIOMD0000000424: SimulationFailure: roadrunner: RuntimeError: Unable to support 'fast' reactions. The reaction 'R1' is set 'fast=true', and is therefore not supported., at void rrllvm::LLVMModelDataSymbols::initReactions(const libsbml::Model*)
BIOMD0000000490: SimulationFailure: roadrunner: RuntimeError: Unable to support 'fast' reactions. The reaction 'v1' is set 'fast=true', and is therefore not supported., at void rrllvm::LLVMModelDataSymbols::initReactions(const libsbml::Model*)
BIOMD0000000512: SimulationFailure: roadrunner: RuntimeError: Unable to support 'fast' reactions. The reaction 'vA_degr_b' is set 'fast=true', and is therefore not supported., at void rrllvm::LLVMModelDataSymbols::initReactions(const libsbml::Model*)
BIOMD0000000588: SimulationFailure: roadrunner: RuntimeError: Unable to support 'fast' reactions. The reaction 'R1' is set 'fast=true', and is therefore not supported., at void rrllvm::LLVMModelDataSymbols::initReactions(const libsbml::Model*)
2 cases
BIOMD0000000659: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_CONV_FAILURE: Convergence test failures occurred too many times (= MXNCF = 10) during one internal timestep or occurred with |h| = hmin.; In virtual double rr::CVODEIntegrator::integrate(double, double)
BIOMD0000000711: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_CONV_FAILURE: Convergence test failures occurred too many times (= MXNCF = 10) during one internal timestep or occurred with |h| = hmin.; In virtual double rr::CVODEIntegrator::integrate(double, double)
2 cases
BIOMD0000000527: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_TOO_MUCH_WORK: The solver took mxstep (100000) internal steps but could not reach tout.; In virtual double rr::CVODEIntegrator::integrate(double, double)
BIOMD0000000589: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_TOO_MUCH_WORK: The solver took mxstep (100000) internal steps but could not reach tout.; In virtual double rr::CVODEIntegrator::integrate(double, double)
1 case
BIOMD0000000723: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_ERR_FAILURE: Error test failures occurred too many times (= MXNEF = 7) during one internal time step oroccurred with |h| = hmin.; In virtual double rr::CVODEIntegrator::integrate(double, double)
sbml2cellml¶
14 of 1060 cases fail.
7 cases
BIOMD0000000024: CellMLValidationError: CellML model 'Scheper1999' converted from 'BIOMD0000000024_url.xml' has 2 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
BIOMD0000000025: CellMLValidationError: CellML model 'Smolen2002' converted from 'BIOMD0000000025_url.xml' has 16 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
BIOMD0000000034: CellMLValidationError: CellML model 'model_0000001' converted from 'BIOMD0000000034_url.xml' has 2 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
BIOMD0000000154: CellMLValidationError: CellML model 'Zatorsky2006_p53_Model3' converted from 'BIOMD0000000154_url.xml' has 2 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
BIOMD0000000155: CellMLValidationError: CellML model 'Zatorsky2006_p53_Model6' converted from 'BIOMD0000000155_url.xml' has 2 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
BIOMD0000000196: CellMLValidationError: CellML model 'Srividhya2006_CellCycle' converted from 'BIOMD0000000196_url.xml' has 4 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
BIOMD0000000841: CellMLValidationError: CellML model 'Dhawan2019___Endogenous_miRNA_sponges_mediate_the_generation_of_oscillatory_dynamics_for_a_non_coding_RNA_network' converted from 'Dhawan2019.xml' has 4 errors:
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
[ERROR] Math has a 'csymbol' element that is not a supported MathML element.
6 cases
BIOMD0000000531: CellMLValidationError: CellML model 'MODEL1407170000' converted from 'BIOMD0000000531_url.xml' has 2 errors:
[ERROR] The type of variable 'time' in component 'sbml' is unknown.
[ERROR] The type of variable 'alpha' in component 'sbml' is unknown.
BIOMD0000000532: CellMLValidationError: CellML model 'MODEL1407300000' converted from 'BIOMD0000000532_url.xml' has 2 errors:
[ERROR] The type of variable 'time' in component 'sbml' is unknown.
[ERROR] The type of variable 'X' in component 'sbml' is unknown.
BIOMD0000000555: CellMLValidationError: CellML model 'MODEL1411100000' converted from 'BIOMD0000000555_url.xml' has 2 errors:
[ERROR] The type of variable 'time' in component 'sbml' is unknown.
[ERROR] The type of variable 'Amyloid' in component 'sbml' is unknown.
BIOMD0000000561: CellMLValidationError: CellML model 'MODEL1412110000' converted from 'BIOMD0000000561_url.xml' has 2 errors:
[ERROR] The type of variable 'time' in component 'sbml' is unknown.
[ERROR] The type of variable 'Amyloid' in component 'sbml' is unknown.
BIOMD0000000566: CellMLValidationError: CellML model 'MODEL1501160000' converted from 'BIOMD0000000566_url.xml' has 3 errors:
[ERROR] The type of variable 'time' in component 'sbml' is unknown.
[ERROR] The type of variable 'B' in component 'sbml' is unknown.
[ERROR] The type of variable 'Growth' in component 'sbml' is unknown.
BIOMD0000000567: CellMLValidationError: CellML model 'MODEL1501160001' converted from 'BIOMD0000000567_url.xml' has 3 errors:
[ERROR] The type of variable 'time' in component 'sbml' is unknown.
[ERROR] The type of variable 'B' in component 'sbml' is unknown.
[ERROR] The type of variable 'Growth' in component 'sbml' is unknown.
1 case
BIOMD0000000437: CellMLValidationError: CellML model 'MODEL1212150000' converted from 'BIOMD0000000437_url.xml' has 4 errors:
[ERROR] Component 'sbml' contains multiple variables with the name 'time'. Valid variable names must be unique to their component.
[ERROR] Duplicated identifier attribute 'time' has been found in:
- variable 'time' in component 'sbml'; and
- variable 'time' in component 'sbml'.
[ERROR] Component 'sbml' contains multiple variables with the name 'time'. Valid variable names must be unique to their component.
[ERROR] Duplicated identifier attribute 'time' has been found in:
- variable 'time' in component 'sbml'; and
- variable 'time' in component 'sbml'.
libopencor¶
113 of 1060 cases fail.
109 cases, numerical mismatch
BIOMD0000000001: B exceeds the tolerance by 6.44e-06; DLL exceeds the tolerance by 1.5e-05; D exceeds the tolerance by 9e-06; ILL exceeds the tolerance by 4.91e-06
BIOMD0000000007: Mass exceeds the tolerance by 0.402
BIOMD0000000056: BUB2 exceeds the tolerance by 0.799; BUD exceeds the tolerance by 0.275; C2 exceeds the tolerance by 0.101; C2P exceeds the tolerance by 0.0267; C5 exceeds the tolerance by 0.0222; C5P exceeds the tolerance by 0.00281; CDC14 exceeds the tolerance by 0.361; CDC15 exceeds the tolerance by 0.517; CDC15i exceeds the tolerance by 0.518; CDC20 exceeds the tolerance by 0.313; CDC20i exceeds the tolerance by 0.326; CDC6 exceeds the tolerance by 0.0177; CDC6P exceeds the tolerance by 0.00504; CDC6T exceeds the tolerance by 0.101; CDH1 exceeds the tolerance by 0.451; CDH1i exceeds the tolerance by 0.451; CKIT exceeds the tolerance by 0.202; CLB2 exceeds the tolerance by 0.48; CLB2T exceeds the tolerance by 0.451; CLB5 exceeds the tolerance by 0.18; CLB5T exceeds the tolerance by 0.18; CLN2 exceeds the tolerance by 0.182; ESP1 exceeds the tolerance by 0.142; F2 exceeds the tolerance by 0.111; F2P exceeds the tolerance by 0.0221; F5 exceeds the tolerance by 2.15e-05; F5P exceeds the tolerance by 7.28e-06; IE exceeds the tolerance by 0.158; IEP exceeds the tolerance by 0.158; LTE1 exceeds the tolerance by 0.899; MAD2 exceeds the tolerance by 7.98; MCM1 exceeds the tolerance by 0.232; NET1 exceeds the tolerance by 0.24; NET1P exceeds the tolerance by 0.461; ORI exceeds the tolerance by 6.27; PDS1 exceeds the tolerance by 0.775; PE exceeds the tolerance by 0.141; PPX exceeds the tolerance by 0.242; RENT exceeds the tolerance by 0.756; RENTP exceeds the tolerance by 0.395; SBF exceeds the tolerance by 0.262; SIC1 exceeds the tolerance by 0.00301; SIC1P exceeds the tolerance by 0.00343; SIC1T exceeds the tolerance by 0.101; SPN exceeds the tolerance by 0.0447; SWI5 exceeds the tolerance by 0.141; SWI5P exceeds the tolerance by 0.136; TEM1GDP exceeds the tolerance by 0.896; TEM1GTP exceeds the tolerance by 0.895; Visbf exceeds the tolerance by 3.84; Vppc1 exceeds the tolerance by 1.44; Vppf6 exceeds the tolerance by 1.44; Vaiep exceeds the tolerance by 0.048; Vacdh exceeds the tolerance by 0.289; Vicdh exceeds the tolerance by 0.159; Vkpnet exceeds the tolerance by 0.808; Vppnet exceeds the tolerance by 0.725; Vasbf exceeds the tolerance by 0.123; Vd2c1 exceeds the tolerance by 0.232; Vd2f6 exceeds the tolerance by 0.28; Vkpc1 exceeds the tolerance by 1.85; Vkpf6 exceeds the tolerance by 2.04; Vdb2 exceeds the tolerance by 0.19; Vdb5 exceeds the tolerance by 0.05; Vdpds exceeds the tolerance by 0.0626; Vdppx exceeds the tolerance by 0.305
BIOMD0000000077: H exceeds the tolerance by 0.989; HR exceeds the tolerance by 0.00136; R exceeds the tolerance by 0.00713; HRRH exceeds the tolerance by 0.000975; E exceeds the tolerance by 0.00191; GQ exceeds the tolerance by 0.00181; IP3 exceeds the tolerance by 3.83e+03; CHO exceeds the tolerance by 0.264
BIOMD0000000081: KCNQsites_M exceeds the tolerance by 20.2; PIP2_M exceeds the tolerance by 4.68e+03; oxoM_EX exceeds the tolerance by 9.99; GGTPMg_M exceeds the tolerance by 25.7; GDP_C exceeds the tolerance by 0.234; ip3_C exceeds the tolerance by 2.47; G_M exceeds the tolerance by 1.11; GGTP_M exceeds the tolerance by 7.59; PIP_M exceeds the tolerance by 318; PIP2xKCNQ_M exceeds the tolerance by 20.2; GGDP_M exceeds the tolerance by 33.9; I_KCNQ exceeds the tolerance by 0.778; fGactive exceeds the tolerance by 0.128; OxoSat exceeds the tolerance by 0.555; Gactive exceeds the tolerance by 25.7
BIOMD0000000095: cLc exceeds the tolerance by 28.3; cLm exceeds the tolerance by 4.24; cLn exceeds the tolerance by 29.1; cP7c exceeds the tolerance by 81.7; cP7m exceeds the tolerance by 6.79; cP7n exceeds the tolerance by 8.66; cP9c exceeds the tolerance by 22.1; cP9m exceeds the tolerance by 5.34; cP9n exceeds the tolerance by 13.9; cPn exceeds the tolerance by 0.857; cTc exceeds the tolerance by 0.229; cTm exceeds the tolerance by 1.37; cTn exceeds the tolerance by 6.4; cXc exceeds the tolerance by 13.6; cXm exceeds the tolerance by 5.69; cXn exceeds the tolerance by 33.5; cYc exceeds the tolerance by 23.5; cYm exceeds the tolerance by 4.01; cYn exceeds the tolerance by 3.57
BIOMD0000000096: cLc exceeds the tolerance by 1.09; cLm exceeds the tolerance by 2.62; cLn exceeds the tolerance by 3.59; cP7c exceeds the tolerance by 0.506; cP7m exceeds the tolerance by 0.95; cP7n exceeds the tolerance by 25.8; cP9c exceeds the tolerance by 30.4; cP9m exceeds the tolerance by 0.899; cP9n exceeds the tolerance by 46.1; cPn exceeds the tolerance by 0.847; cTc exceeds the tolerance by 8.07; cTm exceeds the tolerance by 4.92; cTn exceeds the tolerance by 7; cXc exceeds the tolerance by 2.37; cXm exceeds the tolerance by 0.445; cXn exceeds the tolerance by 15.1; cYc exceeds the tolerance by 32; cYm exceeds the tolerance by 1.12; cYn exceeds the tolerance by 11.4
BIOMD0000000097: cLc exceeds the tolerance by 0.611; cLm exceeds the tolerance by 4.27; cLn exceeds the tolerance by 3.58; cP7c exceeds the tolerance by 2.39; cP7m exceeds the tolerance by 1.48; cP7n exceeds the tolerance by 105; cP9c exceeds the tolerance by 5.98; cP9m exceeds the tolerance by 1.36; cP9n exceeds the tolerance by 5.65; cPn exceeds the tolerance by 0.854; cTc exceeds the tolerance by 1.49; cTm exceeds the tolerance by 4.19; cTn exceeds the tolerance by 8.5; cXc exceeds the tolerance by 4.11; cXm exceeds the tolerance by 1.7; cXn exceeds the tolerance by 25.7; cYc exceeds the tolerance by 15.7; cYm exceeds the tolerance by 1.84; cYn exceeds the tolerance by 20.1
BIOMD0000000104: species_0 exceeds the tolerance by 0.115; species_1 exceeds the tolerance by 1; species_2 exceeds the tolerance by 0.6; species_3 exceeds the tolerance by 0.599; species_4 exceeds the tolerance by 0.999
BIOMD0000000117: z exceeds the tolerance by 0.569; y exceeds the tolerance by 1.56; beta exceeds the tolerance by 0.785
BIOMD0000000120: lck_inactive exceeds the tolerance by 5.37; lck_active exceeds the tolerance by 5.58; phosphatase_inactive exceeds the tolerance by 0.707; phosphatase_active exceeds the tolerance by 0.706; lck_total exceeds the tolerance by 5.84
BIOMD0000000121: c3 exceeds the tolerance by 0.556; c2 exceeds the tolerance by 0.107; c1 exceeds the tolerance by 0.21; o exceeds the tolerance by 0.0531; i exceeds the tolerance by 0.195; ik exceeds the tolerance by 0.2; a exceeds the tolerance by 0.0254; b exceeds the tolerance by 0.00782; aa exceeds the tolerance by 0.00791; bb exceeds the tolerance by 0.00402; ai exceeds the tolerance by 0.317; bi exceeds the tolerance by 0.0223; u exceeds the tolerance by 0.0051
BIOMD0000000122: Ca_Nuc exceeds the tolerance by 0.9; Ca_Cyt exceeds the tolerance by 0.9; NFAT_Nuc exceeds the tolerance by 0.000738; Act_C_Nuc exceeds the tolerance by 0.0241; NFAT_Pi_Nuc exceeds the tolerance by 0.000137; NFAT_Act_C_Nuc exceeds the tolerance by 0.0131; NFAT_Pi_Act_C_Nuc exceeds the tolerance by 3.81e-05; Inact_C_Nuc exceeds the tolerance by 0.0256; NFAT_Cyt exceeds the tolerance by 5.89e-05; Act_C_Cyt exceeds the tolerance by 0.00335; NFAT_Pi_Cyt exceeds the tolerance by 0.00525; NFAT_Act_C_Cyt exceeds the tolerance by 0.000262; NFAT_Pi_Act_C_Cyt exceeds the tolerance by 0.000268; Inact_C_Cyt exceeds the tolerance by 0.00609
BIOMD0000000125: x1 exceeds the tolerance by 2; x2 exceeds the tolerance by 4; y2 exceeds the tolerance by 2; x0 exceeds the tolerance by 1
BIOMD0000000126: C1 exceeds the tolerance by 0.287; C2 exceeds the tolerance by 0.137; C3 exceeds the tolerance by 0.914; IC3 exceeds the tolerance by 0.573; IC2 exceeds the tolerance by 0.2; IM1 exceeds the tolerance by 0.279; IM2 exceeds the tolerance by 0.000159; O exceeds the tolerance by 0.15; IF exceeds the tolerance by 0.658; a11 exceeds the tolerance by 4.18; a12 exceeds the tolerance by 3.48; a13 exceeds the tolerance by 2.39; a2 exceeds the tolerance by 2.72; a3 exceeds the tolerance by 0.0123; b3 exceeds the tolerance by 0.000991; a4 exceeds the tolerance by 0.0272; b4 exceeds the tolerance by 0.0123; a5 exceeds the tolerance by 2.76e-05; b5 exceeds the tolerance by 0.000245; Ina exceeds the tolerance by 0.315; b11 exceeds the tolerance by 9.02; b12 exceeds the tolerance by 12; b13 exceeds the tolerance by 16.9; b2 exceeds the tolerance by 0.00952
BIOMD0000000127: v exceeds the tolerance by 40.4; U exceeds the tolerance by 14.4
BIOMD0000000129: v exceeds the tolerance by 52.5; u exceeds the tolerance by 5.95
BIOMD0000000130: v exceeds the tolerance by 45.4; u exceeds the tolerance by 5.61
BIOMD0000000131: v exceeds the tolerance by 50; u exceeds the tolerance by 4.19
BIOMD0000000132: v exceeds the tolerance by 29.7; u exceeds the tolerance by 4.69
BIOMD0000000133: u exceeds the tolerance by 0.687; v exceeds the tolerance by 3.72
BIOMD0000000134: v exceeds the tolerance by 37.2; u exceeds the tolerance by 6.42
BIOMD0000000135: u exceeds the tolerance by 0.819; v exceeds the tolerance by 28.2
BIOMD0000000136: v exceeds the tolerance by 23.6; u exceeds the tolerance by 4.46
BIOMD0000000144: MPFc exceeds the tolerance by 0.0287; preMPFc exceeds the tolerance by 8.2e-05; StgPc exceeds the tolerance by 0.00384; Wee1c exceeds the tolerance by 0.000839; Wee1Pc exceeds the tolerance by 0.00532; Stgm exceeds the tolerance by 0.0984; Xp exceeds the tolerance by 0.0402; Stgc exceeds the tolerance by 0.000863; Xm exceeds the tolerance by 2.32; MPFn exceeds the tolerance by 0.628; preMPFn exceeds the tolerance by 0.199; Wee1Pn exceeds the tolerance by 1.59; Wee1n exceeds the tolerance by 1.05; StgPn exceeds the tolerance by 2.16; Stgn exceeds the tolerance by 1.22; FZYa exceeds the tolerance by 0.991; IEa_1 exceeds the tolerance by 0.748; N exceeds the tolerance by 208; CycBT exceeds the tolerance by 0.0339; StgPT exceeds the tolerance by 0.0119
BIOMD0000000148: z exceeds the tolerance by 13.7
BIOMD0000000162: PA_D_Cytosol exceeds the tolerance by 241; PABCa_D_Cytosol exceeds the tolerance by 4.75e+03; h_D_ERM exceeds the tolerance by 0.089; PABMg_D_Cytosol exceeds the tolerance by 4.49e+03; CG_D_Cytosol exceeds the tolerance by 8.42e+03; D28kB_D_Cytosol exceeds the tolerance by 2.08e+03; PA_Cytosol exceeds the tolerance by 245; CG_Cytosol exceeds the tolerance by 8.61e+03; PABCa_Cytosol exceeds the tolerance by 4.82e+03; D28k_high_Cytosol exceeds the tolerance by 3.34e+03; D28k_high_D_Cytosol exceeds the tolerance by 3.28e+03; D28kB_high_D_Cytosol exceeds the tolerance by 3.32e+03; CGB_D_Cytosol exceeds the tolerance by 8.47e+03; Ca_D_Cytosol exceeds the tolerance by 24.9; CGB_Cytosol exceeds the tolerance by 8.67e+03; D28k_Cytosol exceeds the tolerance by 2.01e+03; D28kB_high_Cytosol exceeds the tolerance by 3.37e+03; PABMg_Cytosol exceeds the tolerance by 4.55e+03; D28k_D_Cytosol exceeds the tolerance by 2.03e+03; Ca_Cytosol exceeds the tolerance by 25.5; h_ERM exceeds the tolerance by 0.0999; D28kB_Cytosol exceeds the tolerance by 2.15e+03
BIOMD0000000234: Effect exceeds the tolerance by 0.754; Ce exceeds the tolerance by 3.24e+04; TumorSize exceeds the tolerance by 4.33
BIOMD0000000235: PROTEIN_E_Apobec exceeds the tolerance by 0.000282; PROTEIN_E_Bra exceeds the tolerance by 0.157; PROTEIN_E_Endo16 exceeds the tolerance by 0.125; PROTEIN_E_Eve exceeds the tolerance by 0.000253; PROTEIN_E_Gcad exceeds the tolerance by 560; PROTEIN_E_Hox exceeds the tolerance by 0.0954; PROTEIN_E_Lim exceeds the tolerance by 0.157; PROTEIN_E_Notch exceeds the tolerance by 13.8; PROTEIN_E_Notch2 exceeds the tolerance by 0.849; PROTEIN_E_OrCt exceeds the tolerance by 0.000282; PROTEIN_E_Otx exceeds the tolerance by 560; PROTEIN_E_Pmar1 exceeds the tolerance by 0.178; PROTEIN_E_SoxB1 exceeds the tolerance by 553; PROTEIN_E_SuH exceeds the tolerance by 8.89; PROTEIN_E_SuHN exceeds the tolerance by 38.5; PROTEIN_E_UMR exceeds the tolerance by 48.8; PROTEIN_E_UVAOtx exceeds the tolerance by 38.7; PROTEIN_E_VEGF exceeds the tolerance by 15.1; PROTEIN_E_cB exceeds the tolerance by 375; PROTEIN_M_Apobec exceeds the tolerance by 0.00127; PROTEIN_M_Blimp1 exceeds the tolerance by 0.0011; PROTEIN_M_Bra exceeds the tolerance by 0.262; PROTEIN_M_Delta exceeds the tolerance by 0.323; PROTEIN_M_Delta2 exceeds the tolerance by 0.108; PROTEIN_M_Endo16 exceeds the tolerance by 0.225; PROTEIN_M_Eve exceeds the tolerance by 0.000573; PROTEIN_M_FoxA exceeds the tolerance by 0.00358; PROTEIN_M_Gcad exceeds the tolerance by 560; PROTEIN_M_Gcm exceeds the tolerance by 0.000958; PROTEIN_M_Hox exceeds the tolerance by 0.188; PROTEIN_M_Lim exceeds the tolerance by 0.262; PROTEIN_M_Notch exceeds the tolerance by 538; PROTEIN_M_Notch2 exceeds the tolerance by 1.46; PROTEIN_M_Nrl exceeds the tolerance by 0.00142; PROTEIN_M_OrCt exceeds the tolerance by 0.00127; PROTEIN_M_Otx exceeds the tolerance by 560; PROTEIN_M_Pmar1 exceeds the tolerance by 0.278; PROTEIN_M_SoxB1 exceeds the tolerance by 559; PROTEIN_M_SuH exceeds the tolerance by 80.5; PROTEIN_M_SuHN exceeds the tolerance by 928; PROTEIN_M_UMADelta exceeds the tolerance by 36.6; PROTEIN_M_UMANrl exceeds the tolerance by 15; PROTEIN_M_UMR exceeds the tolerance by 48.8; PROTEIN_M_UbiqSoxB1 exceeds the tolerance by 560; PROTEIN_M_cB exceeds the tolerance by 375; PROTEIN_P_Alx1 exceeds the tolerance by 36.4; PROTEIN_P_CyP exceeds the tolerance by 1.56; PROTEIN_P_Delta exceeds the tolerance by 12.6; PROTEIN_P_Delta2 exceeds the tolerance by 30.3; PROTEIN_P_Dri exceeds the tolerance by 1.52; PROTEIN_P_Erg exceeds the tolerance by 1.38; PROTEIN_P_Ets1 exceeds the tolerance by 559; PROTEIN_P_Ficolin exceeds the tolerance by 1.96; PROTEIN_P_FoxB exceeds the tolerance by 0.0432; PROTEIN_P_FoxO exceeds the tolerance by 1.45; PROTEIN_P_GataC exceeds the tolerance by 0.0408; PROTEIN_P_Gcad exceeds the tolerance by 560; PROTEIN_P_HesC exceeds the tolerance by 0.912; PROTEIN_P_Hex exceeds the tolerance by 1.5; PROTEIN_P_Hnf6 exceeds the tolerance by 33.8; PROTEIN_P_L1 exceeds the tolerance by 29.2; PROTEIN_P_Msp130 exceeds the tolerance by 1.17; PROTEIN_P_MspL exceeds the tolerance by 1.36; PROTEIN_P_Nrl exceeds the tolerance by 0.0522; PROTEIN_P_Sm27 exceeds the tolerance by 1.23; PROTEIN_P_Sm50 exceeds the tolerance by 1.18; PROTEIN_P_SoxC exceeds the tolerance by 2.74; PROTEIN_P_TBr exceeds the tolerance by 1.63; PROTEIN_P_Tel exceeds the tolerance by 0.515; PROTEIN_P_Tgif exceeds the tolerance by 1.45; PROTEIN_P_UbiqAlx1 exceeds the tolerance by 560; PROTEIN_P_UbiqES exceeds the tolerance by 560; PROTEIN_P_UbiqEts1 exceeds the tolerance by 560; PROTEIN_P_UbiqHesC exceeds the tolerance by 560; PROTEIN_P_UbiqHnf6 exceeds the tolerance by 560; PROTEIN_P_UbiqSoxC exceeds the tolerance by 560; PROTEIN_P_UbiqTel exceeds the tolerance by 560; PROTEIN_P_VEGFR exceeds the tolerance by 6.36; PROTEIN_P_VEGFSignal exceeds the tolerance by 16.4; PROTEIN_P_cB exceeds the tolerance by 375; mRNA_E_Apobec exceeds the tolerance by 4.28e-05; mRNA_E_Bra exceeds the tolerance by 0.0243; mRNA_E_Endo16 exceeds the tolerance by 0.0194; mRNA_E_Eve exceeds the tolerance by 3.84e-05; mRNA_E_Gcad exceeds the tolerance by 84; mRNA_E_Hox exceeds the tolerance by 0.015; mRNA_E_Lim exceeds the tolerance by 0.0243; mRNA_E_Notch exceeds the tolerance by 6.64; mRNA_E_OrCt exceeds the tolerance by 4.28e-05; mRNA_E_Otx exceeds the tolerance by 84; mRNA_E_Pmar1 exceeds the tolerance by 0.0274; mRNA_E_SoxB1 exceeds the tolerance by 83; mRNA_E_SuH exceeds the tolerance by 3.94; mRNA_E_UMR exceeds the tolerance by 11.8; mRNA_E_UVAOtx exceeds the tolerance by 9.13; mRNA_E_VEGF exceeds the tolerance by 3.94; mRNA_E_cB exceeds the tolerance by 84; mRNA_M_Apobec exceeds the tolerance by 0.00019; mRNA_M_Blimp1 exceeds the tolerance by 0.000166; mRNA_M_Bra exceeds the tolerance by 0.0394; mRNA_M_Delta exceeds the tolerance by 0.074; mRNA_M_Endo16 exceeds the tolerance by 0.0338; mRNA_M_Eve exceeds the tolerance by 8.57e-05; mRNA_M_FoxA exceeds the tolerance by 0.000537; mRNA_M_Gcad exceeds the tolerance by 84; mRNA_M_Gcm exceeds the tolerance by 0.000148; mRNA_M_Hox exceeds the tolerance by 0.0282; mRNA_M_Lim exceeds the tolerance by 0.0394; mRNA_M_Notch exceeds the tolerance by 84; mRNA_M_Nrl exceeds the tolerance by 0.000215; mRNA_M_OrCt exceeds the tolerance by 0.00019; mRNA_M_Otx exceeds the tolerance by 84.1; mRNA_M_Pmar1 exceeds the tolerance by 0.0418; mRNA_M_SoxB1 exceeds the tolerance by 83.8; mRNA_M_SuH exceeds the tolerance by 13.6; mRNA_M_UMADelta exceeds the tolerance by 8.03; mRNA_M_UMANrl exceeds the tolerance by 3.94; mRNA_M_UMR exceeds the tolerance by 11.8; mRNA_M_UbiqSoxB1 exceeds the tolerance by 84; mRNA_M_cB exceeds the tolerance by 84; mRNA_P_Alx1 exceeds the tolerance by 5.59; mRNA_P_CyP exceeds the tolerance by 0.235; mRNA_P_Delta exceeds the tolerance by 2.81; mRNA_P_Dri exceeds the tolerance by 0.229; mRNA_P_Erg exceeds the tolerance by 0.21; mRNA_P_Ets1 exceeds the tolerance by 84.3; mRNA_P_Ficolin exceeds the tolerance by 0.328; mRNA_P_FoxB exceeds the tolerance by 0.00663; mRNA_P_FoxO exceeds the tolerance by 0.218; mRNA_P_GataC exceeds the tolerance by 0.0085; mRNA_P_Gcad exceeds the tolerance by 84; mRNA_P_HesC exceeds the tolerance by 0.14; mRNA_P_Hex exceeds the tolerance by 0.226; mRNA_P_Hnf6 exceeds the tolerance by 5.7; mRNA_P_L1 exceeds the tolerance by 6.64; mRNA_P_Msp130 exceeds the tolerance by 0.179; mRNA_P_MspL exceeds the tolerance by 0.205; mRNA_P_Nrl exceeds the tolerance by 0.00857; mRNA_P_Sm27 exceeds the tolerance by 0.249; mRNA_P_Sm50 exceeds the tolerance by 0.241; mRNA_P_SoxC exceeds the tolerance by 0.463; mRNA_P_TBr exceeds the tolerance by 0.26; mRNA_P_Tel exceeds the tolerance by 0.105; mRNA_P_Tgif exceeds the tolerance by 0.218; mRNA_P_UbiqAlx1 exceeds the tolerance by 84; mRNA_P_UbiqES exceeds the tolerance by 84; mRNA_P_UbiqEts1 exceeds the tolerance by 84; mRNA_P_UbiqHesC exceeds the tolerance by 84; mRNA_P_UbiqHnf6 exceeds the tolerance by 84; mRNA_P_UbiqSoxC exceeds the tolerance by 84; mRNA_P_UbiqTel exceeds the tolerance by 84; mRNA_P_VEGFR exceeds the tolerance by 0.214; mRNA_P_cB exceeds the tolerance by 84
BIOMD0000000241: X_gut exceeds the tolerance by 4.08e-05; C_p exceeds the tolerance by 5.08; C_per exceeds the tolerance by 7.34; C_e exceeds the tolerance by 5.42; C_t exceeds the tolerance by 5.24; E exceeds the tolerance by 6.28
BIOMD0000000248: CK_flux_mM exceeds the tolerance by 4.57e-07
BIOMD0000000256: PC3 exceeds the tolerance by 0.000629; XIAP exceeds the tolerance by 0.00015; C3 exceeds the tolerance by 0.0113; XIAP_C3 exceeds the tolerance by 0.00126; BIR12 exceeds the tolerance by 0.00442; BIR12_C3 exceeds the tolerance by 0.038; BIR3R exceeds the tolerance by 0.00252; BIR3R_p2frag exceeds the tolerance by 0.00994; XIAP_2SMAC exceeds the tolerance by 0.000538; BIR12_SMAC exceeds the tolerance by 0.00035; BIR3R_SMAC exceeds the tolerance by 1.11e-05; SMAC exceeds the tolerance by 0.003; Substrate exceeds the tolerance by 1.45e-05; SMAC_norm exceeds the tolerance by 0.0476; XIAP_2SMAC_norm exceeds the tolerance by 0.00855; C9norm exceeds the tolerance by 4.22e-06; C3norm exceeds the tolerance by 0.094; PC3norm exceeds the tolerance by 0.00525; XIAP_norm exceeds the tolerance by 0.0024; XIAP_C3_norm exceeds the tolerance by 0.02; XIAP_C9_norm exceeds the tolerance by 1.31e-06; XIAP_p2frag_norm exceeds the tolerance by 2.71e-06; BIR12_norm exceeds the tolerance by 0.0702; BIR3R_norm exceeds the tolerance by 0.04; BIR12_C3_norm exceeds the tolerance by 0.604; BIR3R_C9_norm exceeds the tolerance by 4.46e-06; BIR3R_p2frag_norm exceeds the tolerance by 0.158
BIOMD0000000265: CDc20 exceeds the tolerance by 0.697; CDh1 exceeds the tolerance by 0.999; CYCA exceeds the tolerance by 19.3; CYCB exceeds the tolerance by 3.29; CYCD exceeds the tolerance by 0.437; CYCE exceeds the tolerance by 1.14; var2 exceeds the tolerance by 4.37; var5 exceeds the tolerance by 4.32; GM exceeds the tolerance by 181; var1 exceeds the tolerance by 5.21; CDc20T exceeds the tolerance by 3.04; MASS exceeds the tolerance by 225; P27 exceeds the tolerance by 1.07; CA exceeds the tolerance by 0.487; CD exceeds the tolerance by 0.436; CE exceeds the tolerance by 0.762; var3 exceeds the tolerance by 4.6; var6 exceeds the tolerance by 2.47; IEP exceeds the tolerance by 0.799; var4 exceeds the tolerance by 0.481; PP1A exceeds the tolerance by 0.833; V2 exceeds the tolerance by 20.6; V4 exceeds the tolerance by 316; V6 exceeds the tolerance by 1.09e+03; V8 exceeds the tolerance by 389; CYCET exceeds the tolerance by 1.3; CYCAT exceeds the tolerance by 19.3; P27T exceeds the tolerance by 1.8
BIOMD0000000281: GLU exceeds the tolerance by 0.003; ENZ exceeds the tolerance by 8.62e-06; ENG exceeds the tolerance by 8.61e-06; TP1 exceeds the tolerance by 0.000249; ADP exceeds the tolerance by 0.0001; GLP exceeds the tolerance by 4.5e-05; ETZ exceeds the tolerance by 1.94e-06; ETG exceeds the tolerance by 1.95e-06; GPP exceeds the tolerance by 8.49e-05; DHA exceeds the tolerance by 0.00016; DPN exceeds the tolerance by 8.35e-07; DPH exceeds the tolerance by 1.36e-05; PID exceeds the tolerance by 0.000498; DGA exceeds the tolerance by 4.93e-05; PGA exceeds the tolerance by 5.02e-05; PYR exceeds the tolerance by 2.98e-05; LAC exceeds the tolerance by 0.00015; DIN exceeds the tolerance by 2.64e-05; DIH exceeds the tolerance by 2.64e-05; XI exceeds the tolerance by 4.09e-05; XSI exceeds the tolerance by 6.14e-06; OXY exceeds the tolerance by 7.45e-05; XSP exceeds the tolerance by 4.62e-05; TP2 exceeds the tolerance by 0.000245; AGP exceeds the tolerance by 7.82e-05; MOD exceeds the tolerance by 1.22e-05; MOB exceeds the tolerance by 4.89e-06; MOX exceeds the tolerance by 6.34e-06; GLU_0 exceeds the tolerance by 0.999; ENZ_0 exceeds the tolerance by 0.943; ENG_0 exceeds the tolerance by 0.942; TP1_0 exceeds the tolerance by 0.167; ADP_0 exceeds the tolerance by 0.101; GLP_0 exceeds the tolerance by 0.046; ETZ_0 exceeds the tolerance by 0.294; ETG_0 exceeds the tolerance by 0.295; GPP_0 exceeds the tolerance by 0.0859; GAP_0 exceeds the tolerance by 0.00194; DHA_0 exceeds the tolerance by 0.124; DPN_0 exceeds the tolerance by 0.00734; DPH_0 exceeds the tolerance by 0.0729; PID_0 exceeds the tolerance by 0.0998; DGA_0 exceeds the tolerance by 0.251; PGA_0 exceeds the tolerance by 0.256; PYR_0 exceeds the tolerance by 0.0154; LAC_0 exceeds the tolerance by 0.126; DIN_0 exceeds the tolerance by 0.391; DIH_0 exceeds the tolerance by 0.391; XI_0 exceeds the tolerance by 0.698; XSI_0 exceeds the tolerance by 0.119; OXY_0 exceeds the tolerance by 0.151; XSP_0 exceeds the tolerance by 0.786; TP2_0 exceeds the tolerance by 0.164; PUE_0 exceeds the tolerance by 0.245; AGP_0 exceeds the tolerance by 0.0609; MOD_0 exceeds the tolerance by 0.264; MOB_0 exceeds the tolerance by 0.0589; MOX_0 exceeds the tolerance by 0.147
BIOMD0000000285: PolyQ exceeds the tolerance by 5.72; Proteasome exceeds the tolerance by 15.1; NatP exceeds the tolerance by 181; MisP exceeds the tolerance by 38.9; MisP_Proteasome exceeds the tolerance by 0.0707; AggPolyQ1 exceeds the tolerance by 1.24; AggPolyQ2 exceeds the tolerance by 0.00154; AggPolyQ3 exceeds the tolerance by 2.79e-07; AggP_Proteasome exceeds the tolerance by 0.000306; mRFPu exceeds the tolerance by 0.743; mRFPu_Proteasome exceeds the tolerance by 11.7; PolyQ_Proteasome exceeds the tolerance by 4.37; ROS exceeds the tolerance by 0.00326; p38_P exceeds the tolerance by 0.452; p38 exceeds the tolerance by 0.352; p38death exceeds the tolerance by 1.1e-06; oligomers exceeds the tolerance by 1.24
BIOMD0000000297: Trim exceeds the tolerance by 0.047; Clb exceeds the tolerance by 0.117; Sic exceeds the tolerance by 0.00128; PTrim exceeds the tolerance by 0.0673; PClb exceeds the tolerance by 0.0687; SBF exceeds the tolerance by 0.13; IE exceeds the tolerance by 0.00444; Cdc20a exceeds the tolerance by 1.7e-05; Cdc20 exceeds the tolerance by 0.0379; Cdh1 exceeds the tolerance by 0.00409; Swe1 exceeds the tolerance by 0.109; Swe1M exceeds the tolerance by 0.0842; PSwe1 exceeds the tolerance by 0.00183; PSwe1M exceeds the tolerance by 0.02; Mih1a exceeds the tolerance by 0.0593; Mcm exceeds the tolerance by 0.183; BE exceeds the tolerance by 0.0215; Cln exceeds the tolerance by 0.0548; kswe exceeds the tolerance by 0.218; Swe1T exceeds the tolerance by 0.00935; IEin exceeds the tolerance by 0.00345; Cdh1in exceeds the tolerance by 0.00309; Mih1 exceeds the tolerance by 0.0584; Mcmin exceeds the tolerance by 0.183; SBFin exceeds the tolerance by 0.13
BIOMD0000000301: taRNA exceeds the tolerance by 0.711; mGFPcr exceeds the tolerance by 2.17; pT7 exceeds the tolerance by 1.04; pGFP exceeds the tolerance by 34.2; ara exceeds the tolerance by 0.00969; pT3 exceeds the tolerance by 0.413; mT3cr exceeds the tolerance by 2.94
BIOMD0000000316: X exceeds the tolerance by 0.999; Y exceeds the tolerance by 0.992; Z exceeds the tolerance by 0.986
BIOMD0000000317: X exceeds the tolerance by 0.992; Z1 exceeds the tolerance by 0.998; Z2 exceeds the tolerance by 0.986; Z3 exceeds the tolerance by 0.965
BIOMD0000000318: MC exceeds the tolerance by 0.427; EF exceeds the tolerance by 1; CD exceeds the tolerance by 0.0931; CE exceeds the tolerance by 0.162; RB exceeds the tolerance by 0.447; RE exceeds the tolerance by 0.295; RP exceeds the tolerance by 0.474
BIOMD0000000327: bi exceeds the tolerance by 0.541; ci exceeds the tolerance by 57.7; ni exceeds the tolerance by 2.68; bl exceeds the tolerance by 106; cl exceeds the tolerance by 106; eb exceeds the tolerance by 0.0396; enbc exceeds the tolerance by 0.00791; ec exceeds the tolerance by 0.0439; ena exceeds the tolerance by 0.0061; kccf exceeds the tolerance by 85.3; kbcf exceeds the tolerance by 7.33; v exceeds the tolerance by 0.0535; jnbc exceeds the tolerance by 0.11; jbcftr exceeds the tolerance by 0.0469; jccftr exceeds the tolerance by 0.153; japl exceeds the tolerance by 0.00501; japbl exceeds the tolerance by 0.000643; jlum exceeds the tolerance by 0.01; jnak exceeds the tolerance by 0.0238; jnaleak exceeds the tolerance by 0.0214
BIOMD0000000337: S exceeds the tolerance by 0.0584; N1 exceeds the tolerance by 100; N2 exceeds the tolerance by 9.99
BIOMD0000000338: IIa exceeds the tolerance by 0.0117; VIII exceeds the tolerance by 0.697; VIIIa exceeds the tolerance by 0.00139; APC_PS exceeds the tolerance by 0.0923; IX exceeds the tolerance by 54; IXa exceeds the tolerance by 0.102; XIa exceeds the tolerance by 0.142; XI exceeds the tolerance by 28.4; XIIa exceeds the tolerance by 0.225; VII exceeds the tolerance by 5.79; VIIa exceeds the tolerance by 0.00189; X exceeds the tolerance by 92.5; Xa exceeds the tolerance by 0.0337; IXa_VIIIa exceeds the tolerance by 0.00067; V exceeds the tolerance by 26.3; Va exceeds the tolerance by 0.0554; II exceeds the tolerance by 118; F exceeds the tolerance by 124; Fg exceeds the tolerance by 8.56e+03; DP exceeds the tolerance by 2.34e+03; P exceeds the tolerance by 4.68; XF exceeds the tolerance by 347; XIII exceeds the tolerance by 23.6; Pg exceeds the tolerance by 1.75e+03; APC exceeds the tolerance by 0.00821; IIa_Tmod exceeds the tolerance by 0.0407; PC exceeds the tolerance by 39.5; Tmod exceeds the tolerance by 14.7; Xa_TFPI exceeds the tolerance by 0.00841; TFPI exceeds the tolerance by 0.00592; PS exceeds the tolerance by 169; VKH2 exceeds the tolerance by 0.0649; Va_Xa exceeds the tolerance by 0.000157; XII exceeds the tolerance by 375; K exceeds the tolerance by 1.42; VK exceeds the tolerance by 0.513; VKO exceeds the tolerance by 0.0665; Pk exceeds the tolerance by 433; FDP exceeds the tolerance by 137; D exceeds the tolerance by 2.2e+03; TAT exceeds the tolerance by 719; XIIIa exceeds the tolerance by 24.5; VK_p exceeds the tolerance by 0.173; Integral_Fibrin exceeds the tolerance by 1.08e+04
BIOMD0000000339: IIa exceeds the tolerance by 0.0154; VIII exceeds the tolerance by 0.638; VIIIa exceeds the tolerance by 0.0013; APC_PS exceeds the tolerance by 0.0993; IX exceeds the tolerance by 34.6; IXa exceeds the tolerance by 0.0881; XIa exceeds the tolerance by 0.142; XI exceeds the tolerance by 28.3; XIIa exceeds the tolerance by 0.225; VII exceeds the tolerance by 6.63; VIIa exceeds the tolerance by 0.00174; X exceeds the tolerance by 31; Xa exceeds the tolerance by 0.111; IXa_VIIIa exceeds the tolerance by 0.000494; V exceeds the tolerance by 22.5; Va exceeds the tolerance by 0.0481; II exceeds the tolerance by 107; F exceeds the tolerance by 113; Fg exceeds the tolerance by 4.14e+03; DP exceeds the tolerance by 2.33e+03; P exceeds the tolerance by 4.39; XF exceeds the tolerance by 153; XIII exceeds the tolerance by 12.3; Pg exceeds the tolerance by 1.54e+03; APC exceeds the tolerance by 0.00748; IIa_Tmod exceeds the tolerance by 0.0465; PC exceeds the tolerance by 33.7; Tmod exceeds the tolerance by 10.2; TF exceeds the tolerance by 183; VIIa_TF exceeds the tolerance by 0.0467; VII_TF exceeds the tolerance by 0.00539; Xa_TFPI exceeds the tolerance by 0.027; TFPI exceeds the tolerance by 0.0248; PS exceeds the tolerance by 169; VKH2 exceeds the tolerance by 0.0649; Va_Xa exceeds the tolerance by 0.00066; XII exceeds the tolerance by 375; K exceeds the tolerance by 1.42; VK exceeds the tolerance by 0.513; VKO exceeds the tolerance by 0.0665; Pk exceeds the tolerance by 433; FDP exceeds the tolerance by 141; D exceeds the tolerance by 2.19e+03; TAT exceeds the tolerance by 835; VIIa_TF_Xa_TFPI exceeds the tolerance by 0.00025; XIIIa exceeds the tolerance by 18.3; VK_p exceeds the tolerance by 0.173; Integral_Fibrin exceeds the tolerance by 5.16e+03
BIOMD0000000340: IX exceeds the tolerance by 53.5; VII exceeds the tolerance by 6.72; X exceeds the tolerance by 89; II exceeds the tolerance by 522; PC exceeds the tolerance by 38.8; PS exceeds the tolerance by 148; VKH2 exceeds the tolerance by 0.0689; VK exceeds the tolerance by 0.00801; C_warf exceeds the tolerance by 0.896; VKO exceeds the tolerance by 0.0259; A_warf exceeds the tolerance by 1.47
BIOMD0000000404: Bias exceeds the tolerance by 0.24
BIOMD0000000408: ADPi exceeds the tolerance by 15.4; ATPi exceeds the tolerance by 9.85; Cri exceeds the tolerance by 672; PCri exceeds the tolerance by 677; PCr exceeds the tolerance by 677; ADP exceeds the tolerance by 28.2; ATP exceeds the tolerance by 22.7; Cr exceeds the tolerance by 672; P_ii exceeds the tolerance by 704; P_i exceeds the tolerance by 705; tmito exceeds the tolerance by 3.73; densyn exceeds the tolerance by 3.85; jsyn exceeds the tolerance by 194; vatpnorm exceeds the tolerance by 1.29; j_diff_pcr exceeds the tolerance by 23; j_diff_atp exceeds the tolerance by 170; r_diff_pcr exceeds the tolerance by 0.0694; phase exceeds the tolerance by 0.75; j_ck_mi exceeds the tolerance by 99; j_ck_mm exceeds the tolerance by 1.27e+03; j_diff_adp exceeds the tolerance by 170; j_diff_pi exceeds the tolerance by 166; j_diff_cr exceeds the tolerance by 23
BIOMD0000000436: HETE exceeds the tolerance by 5.34; PGH2 exceeds the tolerance by 12.7; PGE2 exceeds the tolerance by 20.5; PGF2a exceeds the tolerance by 6.12; PGD2 exceeds the tolerance by 147; PGJ2 exceeds the tolerance by 102; dPGJ2 exceeds the tolerance by 27.3; AA exceeds the tolerance by 286; GPCho exceeds the tolerance by 0.249; dPGD2 exceeds the tolerance by 73.7; LPSactivity exceeds the tolerance by 0.666; DGactivity exceeds the tolerance by 91.9; GPChoratio exceeds the tolerance by 49
BIOMD0000000439: R exceeds the tolerance by 0.044; L exceeds the tolerance by 0.0999; RL exceeds the tolerance by 0.0998; Gabg exceeds the tolerance by 0.051; RGabgL exceeds the tolerance by 0.00102; GaGTP exceeds the tolerance by 7.99e-07; Gbg exceeds the tolerance by 0.0252; RGSGaGTP exceeds the tolerance by 0.0216; GaGDPP exceeds the tolerance by 5.32e-05; GaGTPEffector exceeds the tolerance by 0.00296; inertGaGTP exceeds the tolerance by 3.65e-08; RGSinertGaGTP exceeds the tolerance by 0.00652; GaGDP exceeds the tolerance by 8e-06; P exceeds the tolerance by 0.00542; z1 exceeds the tolerance by 0.00276; z2 exceeds the tolerance by 0.00263; z3 exceeds the tolerance by 0.00254
BIOMD0000000479: L exceeds the tolerance by 0.0999; R exceeds the tolerance by 0.0425; LR exceeds the tolerance by 0.0998; Gabg exceeds the tolerance by 0.0419; RGabg exceeds the tolerance by 0.0825; LRGabg exceeds the tolerance by 0.000886; RRGSm exceeds the tolerance by 4.02e-05; LRRGSm exceeds the tolerance by 7.13e-05; RRGSmGabg exceeds the tolerance by 0.172; LRRGSmGabg exceeds the tolerance by 0.000153; GaGTP exceeds the tolerance by 2.78e-06; Gbg exceeds the tolerance by 0.0351; GaGTPEffector exceeds the tolerance by 0.00917; RGSc exceeds the tolerance by 0.00268; RGSm exceeds the tolerance by 0.174; RGSmGaGTP exceeds the tolerance by 0.0179; GaGTPEffectorOFF exceeds the tolerance by 7.41e-06; RGSmGaGTPEffectorOFF exceeds the tolerance by 0.0203; GaGDPP exceeds the tolerance by 4.44e-05; LRRGSmGaGTPEffectorOFF exceeds the tolerance by 1.41e-06; GaGDP exceeds the tolerance by 4.91e-06; P exceeds the tolerance by 0.00455; z1 exceeds the tolerance by 0.00858; z2 exceeds the tolerance by 0.0082; z3 exceeds the tolerance by 0.00791
BIOMD0000000480: species_10 exceeds the tolerance by 1.86; s9 exceeds the tolerance by 1.27e+05; s13 exceeds the tolerance by 7.11e+04; s15 exceeds the tolerance by 6.77e+04; s16 exceeds the tolerance by 1.41e+05; s19 exceeds the tolerance by 2.46e+04; s21 exceeds the tolerance by 6.74e+04; s22 exceeds the tolerance by 1.92e+03; s25 exceeds the tolerance by 2.02e+05; s17 exceeds the tolerance by 1.66e+04; species_1 exceeds the tolerance by 2.92e+05; species_2 exceeds the tolerance by 2.1e+05; species_3 exceeds the tolerance by 3.89e+04; species_4 exceeds the tolerance by 2.65e+05; species_5 exceeds the tolerance by 0.189; s4 exceeds the tolerance by 2.17e+05; s26 exceeds the tolerance by 2.15e+05; s27 exceeds the tolerance by 3.43e+05; s29 exceeds the tolerance by 5.73e+05; s30 exceeds the tolerance by 9.41e+04; s31 exceeds the tolerance by 8.56e+04; s33 exceeds the tolerance by 1.39e+05; species_6 exceeds the tolerance by 5.57e+05; species_8 exceeds the tolerance by 2.48e+05; species_9 exceeds the tolerance by 2.5e+03; parameter_17 exceeds the tolerance by 1.83; parameter_18 exceeds the tolerance by 0.133; parameter_79 exceeds the tolerance by 1.32e+03; parameter_67 exceeds the tolerance by 0.00133; parameter_68 exceeds the tolerance by 0.000819; parameter_69 exceeds the tolerance by 0.000893; parameter_71 exceeds the tolerance by 0.256; parameter_72 exceeds the tolerance by 0.165; parameter_73 exceeds the tolerance by 0.199; parameter_82 exceeds the tolerance by 8.95; parameter_83 exceeds the tolerance by 7.8; parameter_84 exceeds the tolerance by 3.34; parameter_80 exceeds the tolerance by 579; parameter_81 exceeds the tolerance by 248
BIOMD0000000494: AF1 exceeds the tolerance by 0.6; AF2 exceeds the tolerance by 43.3; E2 exceeds the tolerance by 174; FSH_R exceeds the tolerance by 0.563; FSH_bld exceeds the tolerance by 11.4; FSH_pit exceeds the tolerance by 1.18e+04; GnRH exceeds the tolerance by 0.0646; GnRH_R_a exceeds the tolerance by 0.000242; GnRH_R_i exceeds the tolerance by 0.000218; InhA exceeds the tolerance by 5.74; InhA_delay exceeds the tolerance by 25.2; InhB exceeds the tolerance by 112; LH_Pit exceeds the tolerance by 1.06e+05; LH_R exceeds the tolerance by 1.66; LH_bld exceeds the tolerance by 119; Lut1 exceeds the tolerance by 0.106; Lut2 exceeds the tolerance by 0.0614; Lut3 exceeds the tolerance by 0.0242; Lut4 exceeds the tolerance by 0.00636; OvF exceeds the tolerance by 0.085; P4 exceeds the tolerance by 0.726; PrF exceeds the tolerance by 2.88; R_FSH exceeds the tolerance by 1.85; R_FSH_des exceeds the tolerance by 1.28; R_Foll exceeds the tolerance by 0.333; R_GnRH_a exceeds the tolerance by 0.00216; R_GnRH_i exceeds the tolerance by 0.000544; R_LH exceeds the tolerance by 6.09; R_LH_des exceeds the tolerance by 4.42; Sc1 exceeds the tolerance by 0.269; Sc2 exceeds the tolerance by 0.164; AF3 exceeds the tolerance by 5.99; AF4 exceeds the tolerance by 0.0864; Ago_c exceeds the tolerance by 0.183; Ago_d exceeds the tolerance by 99.9; Ago_R_i exceeds the tolerance by 0.000578; Ago_R_a exceeds the tolerance by 0.000596; Ant_d exceeds the tolerance by 499; Ant_c exceeds the tolerance by 0.492; Ant_p exceeds the tolerance by 0.62; Ant_R exceeds the tolerance by 0.00182; s113 exceeds the tolerance by 499; s114 exceeds the tolerance by 14.3; s115 exceeds the tolerance by 14.3; s116 exceeds the tolerance by 4.78e-05; freq exceeds the tolerance by 10.4; mass exceeds the tolerance by 0.00163
BIOMD0000000534: mwf626e95e_543f_41e4_aad4_c6bf60ab345b exceeds the tolerance by 4.73e-05; mw810ff751_fa4e_4143_bd50_169b3e325e1e exceeds the tolerance by 0.00157; mw114aa90f_5f5b_4fe8_9406_361c8489b6a1 exceeds the tolerance by 18.5; mw30ae63db_6cd3_4b6f_93ad_3350cd360bcc exceeds the tolerance by 0.281; mw03db56ac_8dc6_4931_ae82_fef706d2ee3d exceeds the tolerance by 1.87e-05; mwf345ed7a_0622_403c_b816_c8749a2c9ded exceeds the tolerance by 227; mw1da111f2_a036_4392_8512_015005bdcbb7 exceeds the tolerance by 0.0996; mw80848184_e2dd_47ce_86d7_7a21479342bd exceeds the tolerance by 0.000589; mwd2d9d93a_3bd1_4f17_bac1_baba9ef2d55a exceeds the tolerance by 2.18e-07; mw4638f126_8cb8_4021_ab41_6ae195743ba0 exceeds the tolerance by 1.63e-05; mw0adf3eb4_a196_4c48_b10d_4e9e9faaf9e1 exceeds the tolerance by 5.78e-05; mw0eb6c959_d408_45a0_a450_928b8c5876bb exceeds the tolerance by 0.00907; mw42054cd7_17af_46da_970c_7f99151906ad exceeds the tolerance by 0.491; mw39c2e431_fdc3_4964_be29_6ca856620b1b exceeds the tolerance by 0.5; mwd5313618_89eb_4c8c_bc82_66f10f966349 exceeds the tolerance by 14.5; mw2e464cf3_a09c_4b7c_9f3c_06720016a48e exceeds the tolerance by 0.395; mw36ea78c1_ed71_4def_96d3_857a442d7195 exceeds the tolerance by 34.6; mwab41493c_6349_45f1_a226_3030cfed0e06 exceeds the tolerance by 0.00207; mwf405687b_7401_44ec_a0d6_4a2b35c13e8a exceeds the tolerance by 0.0572; mw3667a5e1_02c9_44a0_acb4_b0431faa822d exceeds the tolerance by 79.8; mw7becb5fe_8da8_4285_a821_0d77ad811b62 exceeds the tolerance by 2.25e-05; mw8c9107e6_f51d_442d_b2dc_2bfdbb8482ca exceeds the tolerance by 0.000903; mw824bc3d4_1ac3_4912_9b51_8f14ff1c96b9 exceeds the tolerance by 5.96e-07; mw6cce2109_0e32_4dd9_98ec_41173e8ef07d exceeds the tolerance by 0.0121; mw2b255f94_8018_4b99_bde8_918eeac45446 exceeds the tolerance by 0.672; mw48867e93_f170_44e8_ac7a_185b23e1bf3b exceeds the tolerance by 0.681; mw0083d743_836f_4238_a17f_4602193d5bc0 exceeds the tolerance by 19; mwd31f52cc_04e7_40e0_885f_c7b2d9e62215 exceeds the tolerance by 0.394; mw2c9b0499_3325_4394_8af3_bbf653a944a0 exceeds the tolerance by 0.00074; mw6335d5d7_c7b0_4bc0_b883_f7ee4915c2c3 exceeds the tolerance by 0.00245; mwf7796221_1fea_4274_a93e_c00adbf5778c exceeds the tolerance by 39.8; mw5d764bb8_5693_4ac8_9557_f65992cc5eb0 exceeds the tolerance by 0.0955; mwbc2f5464_81e5_43fd_8b39_f5a2756af72f exceeds the tolerance by 3.47
BIOMD0000000535: mwf626e95e_543f_41e4_aad4_c6bf60ab345b exceeds the tolerance by 0.000435; mwbbbce920_e8dd_4320_9386_fc94bfb2fc99 exceeds the tolerance by 0.00908; mw810ff751_fa4e_4143_bd50_169b3e325e1e exceeds the tolerance by 0.0869; mw114aa90f_5f5b_4fe8_9406_361c8489b6a1 exceeds the tolerance by 9.62; mw30ae63db_6cd3_4b6f_93ad_3350cd360bcc exceeds the tolerance by 0.0763; mw03db56ac_8dc6_4931_ae82_fef706d2ee3d exceeds the tolerance by 0.00109; mwf345ed7a_0622_403c_b816_c8749a2c9ded exceeds the tolerance by 682; mw1da111f2_a036_4392_8512_015005bdcbb7 exceeds the tolerance by 1.37; CRP_Suppression___ exceeds the tolerance by 4.44; mw80848184_e2dd_47ce_86d7_7a21479342bd exceeds the tolerance by 0.0491; mwd2d9d93a_3bd1_4f17_bac1_baba9ef2d55a exceeds the tolerance by 5.75e-05; mw4638f126_8cb8_4021_ab41_6ae195743ba0 exceeds the tolerance by 0.000969; mw10315fa3_6f13_4618_bda8_a8694bd3c374 exceeds the tolerance by 0.000167; mw0adf3eb4_a196_4c48_b10d_4e9e9faaf9e1 exceeds the tolerance by 0.000724; mw7d86cc23_a1af_44c3_bdb9_71e9b1bb2a83 exceeds the tolerance by 1.43e-05; mw0eb6c959_d408_45a0_a450_928b8c5876bb exceeds the tolerance by 0.43; mw42054cd7_17af_46da_970c_7f99151906ad exceeds the tolerance by 0.869; mw39c2e431_fdc3_4964_be29_6ca856620b1b exceeds the tolerance by 0.863; mwd5313618_89eb_4c8c_bc82_66f10f966349 exceeds the tolerance by 8; mw2e464cf3_a09c_4b7c_9f3c_06720016a48e exceeds the tolerance by 0.104; mw36ea78c1_ed71_4def_96d3_857a442d7195 exceeds the tolerance by 18.1; mw147d30ec_478e_4090_b496_128a131d29eb exceeds the tolerance by 0.011; mwab41493c_6349_45f1_a226_3030cfed0e06 exceeds the tolerance by 0.116; mwf405687b_7401_44ec_a0d6_4a2b35c13e8a exceeds the tolerance by 0.754; mw3667a5e1_02c9_44a0_acb4_b0431faa822d exceeds the tolerance by 239; mw7becb5fe_8da8_4285_a821_0d77ad811b62 exceeds the tolerance by 0.0013; mw8c9107e6_f51d_442d_b2dc_2bfdbb8482ca exceeds the tolerance by 0.063; mw824bc3d4_1ac3_4912_9b51_8f14ff1c96b9 exceeds the tolerance by 7.42e-05; mw6cce2109_0e32_4dd9_98ec_41173e8ef07d exceeds the tolerance by 0.565; mw2b255f94_8018_4b99_bde8_918eeac45446 exceeds the tolerance by 0.746; mw48867e93_f170_44e8_ac7a_185b23e1bf3b exceeds the tolerance by 0.739; mw0083d743_836f_4238_a17f_4602193d5bc0 exceeds the tolerance by 6.67; mwd31f52cc_04e7_40e0_885f_c7b2d9e62215 exceeds the tolerance by 0.0907; mw2c9b0499_3325_4394_8af3_bbf653a944a0 exceeds the tolerance by 0.00933; mwd65b5b39_dc1b_4e77_a999_67277a880e5e exceeds the tolerance by 0.0308; mw6335d5d7_c7b0_4bc0_b883_f7ee4915c2c3 exceeds the tolerance by 0.136; mwf7796221_1fea_4274_a93e_c00adbf5778c exceeds the tolerance by 118; mw5d764bb8_5693_4ac8_9557_f65992cc5eb0 exceeds the tolerance by 1.8; mwbc2f5464_81e5_43fd_8b39_f5a2756af72f exceeds the tolerance by 10.4
BIOMD0000000537: mwf626e95e_543f_41e4_aad4_c6bf60ab345b exceeds the tolerance by 0.000318; mwbbbce920_e8dd_4320_9386_fc94bfb2fc99 exceeds the tolerance by 0.0091; mw810ff751_fa4e_4143_bd50_169b3e325e1e exceeds the tolerance by 0.0872; mw114aa90f_5f5b_4fe8_9406_361c8489b6a1 exceeds the tolerance by 9.63; mw30ae63db_6cd3_4b6f_93ad_3350cd360bcc exceeds the tolerance by 4.25; mw03db56ac_8dc6_4931_ae82_fef706d2ee3d exceeds the tolerance by 0.00109; mwf345ed7a_0622_403c_b816_c8749a2c9ded exceeds the tolerance by 675; mw1da111f2_a036_4392_8512_015005bdcbb7 exceeds the tolerance by 66; CRP_Suppression___ exceeds the tolerance by 4.45; CRP____of_baseline exceeds the tolerance by 4.36; mw80848184_e2dd_47ce_86d7_7a21479342bd exceeds the tolerance by 0.0493; mwd2d9d93a_3bd1_4f17_bac1_baba9ef2d55a exceeds the tolerance by 5.77e-05; mw4638f126_8cb8_4021_ab41_6ae195743ba0 exceeds the tolerance by 0.000973; mw10315fa3_6f13_4618_bda8_a8694bd3c374 exceeds the tolerance by 0.438; mw0adf3eb4_a196_4c48_b10d_4e9e9faaf9e1 exceeds the tolerance by 0.00221; mw7d86cc23_a1af_44c3_bdb9_71e9b1bb2a83 exceeds the tolerance by 1.44e-05; mw0eb6c959_d408_45a0_a450_928b8c5876bb exceeds the tolerance by 0.43; mw42054cd7_17af_46da_970c_7f99151906ad exceeds the tolerance by 0.871; mw39c2e431_fdc3_4964_be29_6ca856620b1b exceeds the tolerance by 0.864; mwd5313618_89eb_4c8c_bc82_66f10f966349 exceeds the tolerance by 8.01; mw2e464cf3_a09c_4b7c_9f3c_06720016a48e exceeds the tolerance by 6.09; mw36ea78c1_ed71_4def_96d3_857a442d7195 exceeds the tolerance by 18.1; mw147d30ec_478e_4090_b496_128a131d29eb exceeds the tolerance by 0.011; mwab41493c_6349_45f1_a226_3030cfed0e06 exceeds the tolerance by 0.116; mwf405687b_7401_44ec_a0d6_4a2b35c13e8a exceeds the tolerance by 42.7; mw3667a5e1_02c9_44a0_acb4_b0431faa822d exceeds the tolerance by 212; mw772cbf20_3fc1_4800_ae59_77884f1ae333 exceeds the tolerance by 6.61; mw7becb5fe_8da8_4285_a821_0d77ad811b62 exceeds the tolerance by 0.0013; mw8c9107e6_f51d_442d_b2dc_2bfdbb8482ca exceeds the tolerance by 0.0633; mw824bc3d4_1ac3_4912_9b51_8f14ff1c96b9 exceeds the tolerance by 7.45e-05; mw6cce2109_0e32_4dd9_98ec_41173e8ef07d exceeds the tolerance by 0.566; mw2b255f94_8018_4b99_bde8_918eeac45446 exceeds the tolerance by 0.748; mw48867e93_f170_44e8_ac7a_185b23e1bf3b exceeds the tolerance by 0.74; mw0083d743_836f_4238_a17f_4602193d5bc0 exceeds the tolerance by 6.69; mwd31f52cc_04e7_40e0_885f_c7b2d9e62215 exceeds the tolerance by 6.06; mw2c9b0499_3325_4394_8af3_bbf653a944a0 exceeds the tolerance by 0.0115; mwd65b5b39_dc1b_4e77_a999_67277a880e5e exceeds the tolerance by 0.0309; mw6335d5d7_c7b0_4bc0_b883_f7ee4915c2c3 exceeds the tolerance by 0.136; mwf7796221_1fea_4274_a93e_c00adbf5778c exceeds the tolerance by 107; mw5d764bb8_5693_4ac8_9557_f65992cc5eb0 exceeds the tolerance by 21.6; mwbc2f5464_81e5_43fd_8b39_f5a2756af72f exceeds the tolerance by 9.04
BIOMD0000000547: parameter_10 exceeds the tolerance by 0.0827; parameter_13 exceeds the tolerance by 0.0128; parameter_14 exceeds the tolerance by 0.00265; parameter_15 exceeds the tolerance by 0.0681; parameter_16 exceeds the tolerance by 0.00792; parameter_18 exceeds the tolerance by 0.363; parameter_17 exceeds the tolerance by 0.245
BIOMD0000000563: PAMP exceeds the tolerance by 0.652; R exceeds the tolerance by 0.285; R_0 exceeds the tolerance by 0.286; E_int exceeds the tolerance by 0.403; Callose exceeds the tolerance by 0.28; Path exceeds the tolerance by 0.786; Path_bulk exceeds the tolerance by 0.999; PRR exceeds the tolerance by 0.393; PRR_0 exceeds the tolerance by 0.393; E exceeds the tolerance by 0.262
BIOMD0000000570: species_2 exceeds the tolerance by 0.00662; species_3 exceeds the tolerance by 0.00828; species_4 exceeds the tolerance by 0.0213; species_5 exceeds the tolerance by 0.000153; species_6 exceeds the tolerance by 0.000284; species_7 exceeds the tolerance by 0.000449; species_8 exceeds the tolerance by 0.00105; species_9 exceeds the tolerance by 0.000743; species_10 exceeds the tolerance by 0.0272; species_11 exceeds the tolerance by 0.25; species_12 exceeds the tolerance by 0.244; species_13 exceeds the tolerance by 0.0397; species_17 exceeds the tolerance by 0.135; species_18 exceeds the tolerance by 0.0204; species_19 exceeds the tolerance by 0.827; dHb exceeds the tolerance by 0.0353; parameter_10 exceeds the tolerance by 0.00828; parameter_13 exceeds the tolerance by 0.000436; parameter_22 exceeds the tolerance by 0.000284; dAMP_dATP exceeds the tolerance by 0.00792; v_Mito_H3 exceeds the tolerance by 0.000202; parameter_37 exceeds the tolerance by 0.114; F_out exceeds the tolerance by 0.114; rCBF exceeds the tolerance by 9.5; rCMRO2 exceeds the tolerance by 0.0106; rVv exceeds the tolerance by 2.04; O2c_bar exceeds the tolerance by 1.66; ratioO2c_bar exceeds the tolerance by 0.293; compartment_4 exceeds the tolerance by 0.0483; parameter_7 exceeds the tolerance by 0.00662
BIOMD0000000574: ybar_tbp exceeds the tolerance by inf; ybarN_tbp exceeds the tolerance by inf; ybarC_tbp exceeds the tolerance by inf
BIOMD0000000601: mwd805cc43_4a96_472f_a894_c119a6aa895f exceeds the tolerance by 0.00907; mw40a96ef6_32da_46d1_9712_4f53f60bad43 exceeds the tolerance by 0.000126; mwe1a0a651_d2d5_4f75_8d45_9336c60eb9a6 exceeds the tolerance by 2.75e-07; mw168e0d8a_b9f7_4d4c_b437_a81206c5d381 exceeds the tolerance by 0.02; parameter_26 exceeds the tolerance by 0.00907; parameter_23 exceeds the tolerance by 0.988
BIOMD0000000613: PTH exceeds the tolerance by 261; S exceeds the tolerance by 0.0101; B exceeds the tolerance by 13; P exceeds the tolerance by 0.37; T exceeds the tolerance by 0.0096; R exceeds the tolerance by 0.00135; OC exceeds the tolerance by 9.16e-06; L exceeds the tolerance by 0.0021; O exceeds the tolerance by 1.67; Q exceeds the tolerance by 0.708; RX2 exceeds the tolerance by 6.5; CREB exceeds the tolerance by 0.236; BCL2 exceeds the tolerance by 50.3; TERISC exceeds the tolerance by 4.85e+03; A exceeds the tolerance by 1.81; TGFBact exceeds the tolerance by 0.000525; M exceeds the tolerance by 3.75e-08; N exceeds the tolerance by 9.5e-06; Osteoclast exceeds the tolerance by 9.16e-06; OCeqn exceeds the tolerance by 0.000533; MOCratio exceeds the tolerance by 0.000668; MOCratioEff exceeds the tolerance by 0.0017; J14OCdepend exceeds the tolerance by 0.00467; J14 exceeds the tolerance by 0.0014; J41 exceeds the tolerance by 0.000649; koutTGFeqn exceeds the tolerance by 3.17e-05; MeffOC exceeds the tolerance by 0.0231; LsurvOC exceeds the tolerance by 0.00674; KLSoc exceeds the tolerance by 4.23e-05; C4 exceeds the tolerance by 18.6; J15a exceeds the tolerance by 0.00431; J15 exceeds the tolerance by 0.0413; J42 exceeds the tolerance by 0.0191; PTHconc exceeds the tolerance by 18.6; LpthEff exceeds the tolerance by 0.241; kinL exceeds the tolerance by 0.000281; pO exceeds the tolerance by 26.3; RX2Kout exceeds the tolerance by 1.57; crebKin exceeds the tolerance by 0.0337; bcl2Kin exceeds the tolerance by 44.9; CaConc exceeds the tolerance by 0.0264; PhosEff exceeds the tolerance by 5.35e-05; T68 exceeds the tolerance by 0.0914; SE exceeds the tolerance by 0.576; C8 exceeds the tolerance by 0.927; C1 exceeds the tolerance by 0.0264; T36 exceeds the tolerance by 7.45e-05; T37 exceeds the tolerance by 7.47e-05; CaFilt exceeds the tolerance by 0.0476; ReabsPTHeff exceeds the tolerance by 0.0494; CaReabsActive exceeds the tolerance by 0.209; T20 exceeds the tolerance by 0.195; T10 exceeds the tolerance by 0.00462; J27a exceeds the tolerance by 0.195; J27 exceeds the tolerance by 0.15; ScaEff exceeds the tolerance by 0.00992; T72 exceeds the tolerance by 0.893; T73 exceeds the tolerance by 0.0549; T74 exceeds the tolerance by 0.0549; T75 exceeds the tolerance by 0.000455; T76 exceeds the tolerance by 0.000456; J48a exceeds the tolerance by 0.00203; J48 exceeds the tolerance by 0.00203; PicOBkb exceeds the tolerance by 0.000237; PicOBkbEff exceeds the tolerance by 0.00104; RUNX2 exceeds the tolerance by 5.15; RUNX2kbPrimeEff exceeds the tolerance by 1.94e-05; kbprime exceeds the tolerance by 1.95e-05; kbslow exceeds the tolerance by 5.42e-06; Frackb2 exceeds the tolerance by 0.044; T31 exceeds the tolerance by 0.000908; T83 exceeds the tolerance by 0.0027; J40 exceeds the tolerance by 0.00166; T85Rpart exceeds the tolerance by 0.00188; T85 exceeds the tolerance by 0.00171; F11 exceeds the tolerance by 0.00171; INparenCtriol exceeds the tolerance by 1.31e+22; Ctriol50 exceeds the tolerance by 0.705; FCTD exceeds the tolerance by 0.0202; T63 exceeds the tolerance by 36.6; EPTH exceeds the tolerance by 42.4; SPTH exceeds the tolerance by 42.4; TERIPK exceeds the tolerance by 3.44e+03
BIOMD0000000650: l exceeds the tolerance by 0.367; m exceeds the tolerance by 1.05; n exceeds the tolerance by 0.639
BIOMD0000000675: Cdc20 exceeds the tolerance by 0.049; Clb2 exceeds the tolerance by 0.0036; Cdc20_T exceeds the tolerance by 0.000261; Hct1 exceeds the tolerance by 0.0439; Mcm1 exceeds the tolerance by 0.0127; Clb2_Sic1 exceeds the tolerance by 8.33e-06; Sic1 exceeds the tolerance by 0.000168; Swi5 exceeds the tolerance by 0.0178; Sic1_T exceeds the tolerance by 0.000526; Clb5 exceeds the tolerance by 0.00941; Clb5_Sic1 exceeds the tolerance by 0.000369; Clb5_T exceeds the tolerance by 0.00904; Clb2_T exceeds the tolerance by 0.00361; Vi_20 exceeds the tolerance by 9.89; Vi_t1 exceeds the tolerance by 0.00496; Vd_b2 exceeds the tolerance by 0.0898; Vd_b5 exceeds the tolerance by 0.0122; Vd2_c1 exceeds the tolerance by 0.00271; Va_sbf exceeds the tolerance by 0.00368; ORI exceeds the tolerance by 0.0426; BUD exceeds the tolerance by 0.00454; SPN exceeds the tolerance by 0.00192
BIOMD0000000681: K_T exceeds the tolerance by 274; phi_I exceeds the tolerance by 904; phi_R exceeds the tolerance by 382; T exceeds the tolerance by 6.95; total_M exceeds the tolerance by 1.12e+03
BIOMD0000000695: xFinal_1 exceeds the tolerance by 0.907; xFinal_2 exceeds the tolerance by 53.5; xFinal_3 exceeds the tolerance by 37.4; xFinal_4 exceeds the tolerance by 86.5; xFinal_5 exceeds the tolerance by 31.1; xFinal_6 exceeds the tolerance by 27.8; xFinal_7 exceeds the tolerance by 329; xFinal_8 exceeds the tolerance by 8.39e+03; xFinal_9 exceeds the tolerance by 5.27e+03; xFinal_10 exceeds the tolerance by 1.91e+04; xFinal_12 exceeds the tolerance by 1.73e+04
BIOMD0000000706: degr_Foxo1 exceeds the tolerance by 6.27e+11; cytoplasm_Foxo1_Pa0_Ac0_pUb0 exceeds the tolerance by 1.42e+11; nucleus_Foxo1_Pa0_Ac0_pUb0 exceeds the tolerance by 1.12e+13; dnabound_Foxo1_Pa0_Ac0_pUb0 exceeds the tolerance by 9.49e+13; cytoplasm_Foxo1_Pa0_Ac0_pUb1 exceeds the tolerance by 2.87e+09; nucleus_Foxo1_Pa0_Ac0_pUb1 exceeds the tolerance by 3.24e+11; dnabound_Foxo1_Pa0_Ac0_pUb1 exceeds the tolerance by 3.04e+12; cytoplasm_Foxo1_Pa0_Ac1_pUb0 exceeds the tolerance by 6.5e+12; nucleus_Foxo1_Pa0_Ac1_pUb0 exceeds the tolerance by 8.14e+14; dnabound_Foxo1_Pa0_Ac1_pUb0 exceeds the tolerance by 4.1e+15; cytoplasm_Foxo1_Pa0_Ac1_pUb1 exceeds the tolerance by 4.68e+10; nucleus_Foxo1_Pa0_Ac1_pUb1 exceeds the tolerance by 8.95e+12; dnabound_Foxo1_Pa0_Ac1_pUb1 exceeds the tolerance by 4.72e+13; cytoplasm_Foxo1_Pa1_Ac0_pUb0 exceeds the tolerance by 6.65e+11; nucleus_Foxo1_Pa1_Ac0_pUb0 exceeds the tolerance by 8.06e+12; dnabound_Foxo1_Pa1_Ac0_pUb0 exceeds the tolerance by 8.85e+13; cytoplasm_Foxo1_Pa1_Ac0_pUb1 exceeds the tolerance by 2.15e+10; nucleus_Foxo1_Pa1_Ac0_pUb1 exceeds the tolerance by 2.5e+11; dnabound_Foxo1_Pa1_Ac0_pUb1 exceeds the tolerance by 3e+12; cytoplasm_Foxo1_Pa1_Ac1_pUb0 exceeds the tolerance by 4.76e+13; nucleus_Foxo1_Pa1_Ac1_pUb0 exceeds the tolerance by 5.27e+14; dnabound_Foxo1_Pa1_Ac1_pUb0 exceeds the tolerance by 3.52e+15; cytoplasm_Foxo1_Pa1_Ac1_pUb1 exceeds the tolerance by 2.64e+11; nucleus_Foxo1_Pa1_Ac1_pUb1 exceeds the tolerance by 6.1e+12; dnabound_Foxo1_Pa1_Ac1_pUb1 exceeds the tolerance by 4.4e+13; Foxo1_Pa0_tot exceeds the tolerance by 1.08e+14; Foxo1_Pa1_tot exceeds the tolerance by 1.07e+14; Foxo1_Ac0_tot exceeds the tolerance by 4e+11; Foxo1_Ac1_tot exceeds the tolerance by 1.5e+12; Foxo1_pUb0_tot exceeds the tolerance by 2.97e+11; Foxo1_pUb1_tot exceeds the tolerance by 8.34e+11; cytoplasm_Foxo1_tot exceeds the tolerance by 8.92e+13; nucleus_Foxo1_tot exceeds the tolerance by 4.38e+13; dnabound_Foxo1_tot exceeds the tolerance by 4.67e+13; Foxo1_all exceeds the tolerance by 1.13e+12; nucleus_RNA_Inr exceeds the tolerance by 1.04e+15; cytoplasm_RNA_Inr exceeds the tolerance by 1.24e+12; cytoplasm_Inr exceeds the tolerance by 3.9e+13; nucleus_RNA_Sod2 exceeds the tolerance by 1.04e+15; cytoplasm_RNA_Sod2 exceeds the tolerance by 1.24e+12; cytoplasm_Sod2 exceeds the tolerance by 3.9e+13; Akt exceeds the tolerance by 6.05e+15; Foxo1_all_rate exceeds the tolerance by 0.00939
BIOMD0000000718: Elong exceeds the tolerance by 1.23; DNA exceeds the tolerance by 0.231
BIOMD0000000727: DnaA exceeds the tolerance by 0.183; GcrA exceeds the tolerance by 0.737; CtrA exceeds the tolerance by 1.21; CtrA_P exceeds the tolerance by 1.85; DivK exceeds the tolerance by 0.19; DivK_P exceeds the tolerance by 0.107; I exceeds the tolerance by 1.06; CcrM exceeds the tolerance by 0.879; hcori exceeds the tolerance by 0.979; hctrA exceeds the tolerance by 0.999; hccrM exceeds the tolerance by 0.999; hftsZ exceeds the tolerance by 0.999; Ini exceeds the tolerance by 0.00033; DNA exceeds the tolerance by 1.33; Count exceeds the tolerance by 0.999; PodJL exceeds the tolerance by 0.433; PerP exceeds the tolerance by 0.378; DivJ exceeds the tolerance by 1.04; CckA_P exceeds the tolerance by 0.0718; CpdR exceeds the tolerance by 0.0158; RcdA exceeds the tolerance by 0.704; ParAADP exceeds the tolerance by 0.611; FtsZ exceeds the tolerance by 1.2; Zring exceeds the tolerance by 0.949; Elong exceeds the tolerance by 1.33; Z exceeds the tolerance by 0.898; FtsQ exceeds the tolerance by 1.1
BIOMD0000000734: FeRBC exceeds the tolerance by 3.11e-06; NTBI exceeds the tolerance by 2.92e-06; FeBM_0 exceeds the tolerance by 4.31e-06; PSpleen exceeds the tolerance by 0.883; PRBC exceeds the tolerance by 63.6; Total_Fe___in_body exceeds the tolerance by 3.07e+15; FePlasma exceeds the tolerance by 3.07e+15; PLiver exceeds the tolerance by 11.6; PDuo exceeds the tolerance by 0.209; FePlasma_conc_ exceeds the tolerance by 2.92e-06; POutside exceeds the tolerance by 23.9; PRest exceeds the tolerance by 24.2; PPlasma exceeds the tolerance by 99.9; PBM exceeds the tolerance by 22.3
BIOMD0000000736: FeDuo exceeds the tolerance by 0.07; FeRBC exceeds the tolerance by 0.015; FeSpleen exceeds the tolerance by 0.0404; FeLiver exceeds the tolerance by 0.00265; Tf exceeds the tolerance by 1.15e-05; Fe2Tf exceeds the tolerance by 9.78e-06; Fe1Tf exceeds the tolerance by 7.52e-07; FeRest exceeds the tolerance by 8.73e-06; FeBM exceeds the tolerance by 0.00168; Total_Fe__particle exceeds the tolerance by 3.26e+18; Total_Fe__conc exceeds the tolerance by 0.000234; FePlasma__particle exceeds the tolerance by 1.83e+16; Total_Fe__g exceeds the tolerance by 0.000301; FePlasma_conc exceeds the tolerance by 2.23e-05; TfSaturation exceeds the tolerance by 30.1
BIOMD0000000739: Curve_Va exceeds the tolerance by 0.000487; Curve_va_i_506 exceeds the tolerance by 0.00175
BIOMD0000000797: y_CD4_T_Cells exceeds the tolerance by 1.85e-06
BIOMD0000000806: UnInfected_Tumour_Cells_Xu exceeds the tolerance by 3.13e+09; Infected_Tumour_Cells_Xi exceeds the tolerance by 6.39e+03; Virus_Xv exceeds the tolerance by 3.6e+06; Effector_Cytotoxic_CD8_TCells__Xe exceeds the tolerance by 8.56e+03; M1_Macrophage_Xm1 exceeds the tolerance by 1.94e+03; M2_Macrophage_Xm2 exceeds the tolerance by 1.47e+06
BIOMD0000000807: G exceeds the tolerance by 0.000123
BIOMD0000000810: Type_II_T_helper_cells_T_H2 exceeds the tolerance by 23.6; Cytotoxic_T_Cells_T_C exceeds the tolerance by 6.67e+03; Interferon_gamma exceeds the tolerance by 3.28e-05; Cytokine_IL2 exceeds the tolerance by 3.09e-07
BIOMD0000000814: Drug_Concentration_C exceeds the tolerance by 0.598; Tumor_Cell_Population_P exceeds the tolerance by 25.4; Damaged_Tumor_Cells_D exceeds the tolerance by 10.5
BIOMD0000000816: Uninfected_Tumor_Cell_U exceeds the tolerance by 4.49e+15; Infected_Cancer_Cell_I exceeds the tolerance by 1.91e+03; Oncolytic_Adenovirus_V exceeds the tolerance by 2.48e+03; Tumor_targeting_T_cells_T exceeds the tolerance by 8.99e+03; Naive_T_cells_A exceeds the tolerance by 2.73; Dendritic_Cells_D exceeds the tolerance by 1.74; Total_cells_N exceeds the tolerance by 4.49e+15; total_tumor_cells exceeds the tolerance by 4.49e+15
BIOMD0000000817: Uninfected_Tumor_Cell_U exceeds the tolerance by 4.44e+15; Infected_Cancer_Cell_I exceeds the tolerance by 1.1e+05; Oncolytic_Adenovirus_V exceeds the tolerance by 1.38e+05; Tumor_targeting_T_cells_T exceeds the tolerance by 3.54e+05; Dendritic_Cells_D exceeds the tolerance by 1.74; Total_cells_N exceeds the tolerance by 4.44e+15; total_tumor_cells exceeds the tolerance by 4.44e+15
BIOMD0000000818: Myc exceeds the tolerance by 0.365; AKT exceeds the tolerance by 0.587; AKTp exceeds the tolerance by 0.588; PI3K exceeds the tolerance by 0.9; GSK3B exceeds the tolerance by 0.594; GSK3Bp exceeds the tolerance by 0.595; ERK exceeds the tolerance by 0.9; Myc_ser62 exceeds the tolerance by 2.75; Myc_thr58 exceeds the tolerance by 0.11; Myc_total exceeds the tolerance by 2.29
BIOMD0000000820: tumor_at_Exp_Lin_growth exceeds the tolerance by 2.69e+43
BIOMD0000000825: Resistant_tumor_R exceeds the tolerance by 0.999; Sensitive_tumor_S exceeds the tolerance by 1; Tumor_Volume_V exceeds the tolerance by 0.987
BIOMD0000000828: Glucose_G exceeds the tolerance by 1.56; Drug_D exceeds the tolerance by 0.744; miR_451_M exceeds the tolerance by 3.23; AMPK_A exceeds the tolerance by 3.6; mTOR_R exceeds the tolerance by 2.96; deltaD exceeds the tolerance by 0.525
BIOMD0000000829: Glucose_G exceeds the tolerance by 1.98; Drug_D exceeds the tolerance by 0.759; miR_451_M exceeds the tolerance by 1.42; AMPK_A exceeds the tolerance by 2.4; mTOR_R exceeds the tolerance by 0.398; deltaD exceeds the tolerance by 1.14; Cdh1 exceeds the tolerance by 0.948; CycB exceeds the tolerance by 0.0708; p55cdc_T exceeds the tolerance by 0.956; mass_s exceeds the tolerance by 0.625; p55cdc_A exceeds the tolerance by 0.88; Plk1 exceeds the tolerance by 0.104
BIOMD0000000876: C_Uninfected_CD4 exceeds the tolerance by 6.7; I_Infected_CD4 exceeds the tolerance by 1.3; F_CTL exceeds the tolerance by 0.27; V_Virus exceeds the tolerance by 106
BIOMD0000000879: N exceeds the tolerance by 1.63e+10; I exceeds the tolerance by 5.64e+07; Q exceeds the tolerance by 22.1
BIOMD0000000884: U exceeds the tolerance by 6.24e-06
BIOMD0000000901: Fat_Mass exceeds the tolerance by 9.96; Body_Mass exceeds the tolerance by 9.91; alpha exceeds the tolerance by 4.98; p___Ratio exceeds the tolerance by 0.011; Energy_Expenditure_Rate exceeds the tolerance by 0.49; Psy exceeds the tolerance by 0.0136
BIOMD0000000903: H exceeds the tolerance by 4.11e-05
BIOMD0000000918: E2F exceeds the tolerance by 17.6; CycD exceeds the tolerance by 0.24; CycE exceeds the tolerance by 0.00449; Rb exceeds the tolerance by 0.00326; Phosphorylated_Rb exceeds the tolerance by 72.6; Rb_E2F_complex exceeds the tolerance by 127; serum exceeds the tolerance by 2
BIOMD0000000924: Susceptible_epithelial_cells__EU exceeds the tolerance by 5.39e-05
BIOMD0000000928: solution0 exceeds the tolerance by 0.266; solution1 exceeds the tolerance by 2.41; solution2 exceeds the tolerance by 0.682; solution3 exceeds the tolerance by 0.499
BIOMD0000000955: Susceptible exceeds the tolerance by 0.866; Infected exceeds the tolerance by 0.162; Diagnosed exceeds the tolerance by 0.131; Ailing exceeds the tolerance by 0.0463; Recognized exceeds the tolerance by 0.341; Threatened exceeds the tolerance by 0.179; Healed exceeds the tolerance by 0.568; Extinct exceeds the tolerance by 0.0846
BIOMD0000000960: Susceptible exceeds the tolerance by 4.03e+06; Exposed exceeds the tolerance by 4e+05; Infectious exceeds the tolerance by 1.2e+04; Asymptomatic exceeds the tolerance by 1.01e+05; Hospitalized exceeds the tolerance by 3.34e+04; Recovered exceeds the tolerance by 4.03e+06; Deceased exceeds the tolerance by 8.35e+03; Cumulative_Cases exceeds the tolerance by 2.14e+05; l_1 exceeds the tolerance by 0.538; beta_1 exceeds the tolerance by 0.194
BIOMD0000000969: Susceptible_Counties_with_airports exceeds the tolerance by 1.76e+06; Infected_Counties_with_airports exceeds the tolerance by 1.93e+05; Hospitalised_Counties_with_airports exceeds the tolerance by 7.45e+04; ICU_Counties_with_airports exceeds the tolerance by 1.04e+04; Deceased_Counties_with_airports exceeds the tolerance by 1.09e+05; Recovered_Counties_with_airports exceeds the tolerance by 1.31e+06; Discharged_Counties_with_airports exceeds the tolerance by 1.53e+05; Susceptible_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.31e+06; Infected_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.43e+05; Hospitalised_Counties_neighbouring_counties_with_airports exceeds the tolerance by 7.1e+04; ICU_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.78e+04; Deceased_Counties_neighbouring_counties_with_airports exceeds the tolerance by 9.59e+04; Recovered_Counties_neighbouring_counties_with_airports exceeds the tolerance by 8.92e+05; Discharged_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.27e+05; Susceptible_Counties_with_highways exceeds the tolerance by 2.92e+05; Infected_Counties_with_highways exceeds the tolerance by 3.5e+04; Hospitalised_Counties_with_highways exceeds the tolerance by 2.01e+04; ICU_Counties_with_highways exceeds the tolerance by 5.58e+03; Deceased_Counties_with_highways exceeds the tolerance by 1.25e+04; Recovered_Counties_with_highways exceeds the tolerance by 1.93e+05; Discharged_Counties_with_highways exceeds the tolerance by 2.91e+04; Susceptible_Low_risk_counties exceeds the tolerance by 5.47e+04; Infected_Low_risk_counties exceeds the tolerance by 5.68e+03; Hospitalised_Low_risk_counties exceeds the tolerance by 5.24e+03; ICU_Low_risk_counties exceeds the tolerance by 1.11e+03; Deceased_Low_risk_counties exceeds the tolerance by 5.87e+03; Recovered_Low_risk_counties exceeds the tolerance by 3.06e+04; Discharged_Low_risk_counties exceeds the tolerance by 7.71e+03; Cumulative_cases_Counties_with_airports exceeds the tolerance by 1.69e+06; Cumulative_cases_Low_risk_counties exceeds the tolerance by 4.96e+04; Cumulative_cases_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.23e+06; Total_hospitalisations exceeds the tolerance by 5.4e+05; Cumulative_cases_Counties_with_highways exceeds the tolerance by 2.68e+05; Total_cumulative_cases exceeds the tolerance by 3.24e+06; Total_deaths exceeds the tolerance by 2.23e+05
BIOMD0000000976: Susceptible exceeds the tolerance by 1.27e+07; Infected_strong_immune_system exceeds the tolerance by 2.47e+06; Infected_weak_immune_system exceeds the tolerance by 2.32e+06; Recovered exceeds the tolerance by 7.16e+06
BIOMD0000000978: Susceptible exceeds the tolerance by 3.53e+07; Exposed exceeds the tolerance by 7.92e+06; Infected exceeds the tolerance by 6.49e+06; Recovered exceeds the tolerance by 3.53e+07; Cumulative_cases exceeds the tolerance by 3.53e+07
BIOMD0000000983: S_c exceeds the tolerance by 6.17e+07; S_u exceeds the tolerance by 5.18e+07; E exceeds the tolerance by 1.49e+07; I_r exceeds the tolerance by 5.13e+06; I_u exceeds the tolerance by 8.43e+06; R exceeds the tolerance by 6.25e+07; Q exceeds the tolerance by 6.94e+06; m_t exceeds the tolerance by 0.929
BIOMD0000000986: Pyranine_single_compartment_model exceeds the tolerance by 54.9; Pyranine_three_compartment_model_compartment_1 exceeds the tolerance by 44.3; Pyranine_three_compartment_model_compartment_2 exceeds the tolerance by 7.68; Pyranine_three_compartment_model_compartment_3 exceeds the tolerance by 0.922; Total_Pyranine exceeds the tolerance by 52.9
BIOMD0000001006: DNA_damage exceeds the tolerance by 1.43; IR exceeds the tolerance by 0.999; p53_total exceeds the tolerance by 0.0872; p53_ub exceeds the tolerance by 0.0198; p53_ub_ub exceeds the tolerance by 0.000415; Mdm2_cyt exceeds the tolerance by 0.00811; Mdm2_p_cyt exceeds the tolerance by 0.00571; Mdm2_p_nuc exceeds the tolerance by 0.159; p53 exceeds the tolerance by 0.0678; MDM2_total exceeds the tolerance by 0.00797; kd2_0 exceeds the tolerance by 0.00876
BIOMD0000001019: Cm exceeds the tolerance by 2.59e+06; Ct exceeds the tolerance by 2e+06; T exceeds the tolerance by 5.68e+08
BIOMD0000001020: Cm exceeds the tolerance by 711; Ct exceeds the tolerance by 1.27e+07; T exceeds the tolerance by 2.69e+28
BIOMD0000001027: mLiver exceeds the tolerance by 324; mKidneyPlasma exceeds the tolerance by 2.93; mRemainder exceeds the tolerance by 211; mPlasmaVenous exceeds the tolerance by 27.7; mHeart exceeds the tolerance by 9.21; mMuscle exceeds the tolerance by 1.11e+03; mAdipose exceeds the tolerance by 35.9; mBrain exceeds the tolerance by 9.71; mFeces exceeds the tolerance by 3.85e+03; mUrine exceeds the tolerance by 6.78e+03; mIntestineLumen exceeds the tolerance by 4.9e+03; mPlasmaArterial exceeds the tolerance by 9.22; mLung exceeds the tolerance by 16.2; mPortalVein exceeds the tolerance by 6.38; mStomach exceeds the tolerance by 14.1; mIntestineEnterocytes exceeds the tolerance by 999; mKidneyTissue exceeds the tolerance by 23; mIntestineVascular exceeds the tolerance by 138; mStomachLumen exceeds the tolerance by 3.95; mKidneyTubular exceeds the tolerance by 161; mgIntestineLumen exceeds the tolerance by 0.634; mgBrain exceeds the tolerance by 0.00125; mgAdipose exceeds the tolerance by 0.00464; mgRemainder exceeds the tolerance by 0.0272; mgPortalVein exceeds the tolerance by 0.000824; mgUrine exceeds the tolerance by 0.876; mgFeces exceeds the tolerance by 0.497; mgIntestineEnterocytes exceeds the tolerance by 0.129; mgPlasmaArterial exceeds the tolerance by 0.00119; mgLung exceeds the tolerance by 0.00209; mgKidneyPlasma exceeds the tolerance by 0.000377; mIntestineSum exceeds the tolerance by 1.63e+03; mKidneySum exceeds the tolerance by 405; mgKidneyTissues exceeds the tolerance by 0.00297; mgIntestineVascular exceeds the tolerance by 0.0178; mgStomachLumen exceeds the tolerance by 0.00051; mArterialPlasma__for_kidney exceeds the tolerance by 26.8; mgKidneyTubular exceeds the tolerance by 0.0208; mgKidneyTotal exceeds the tolerance by 0.0242; mgIntestineTotal exceeds the tolerance by 0.147; mgLiver exceeds the tolerance by 0.0419; mgPlasmaVenous exceeds the tolerance by 0.00357; mgHeart exceeds the tolerance by 0.00119; mgMuscle exceeds the tolerance by 0.143; mgStomach exceeds the tolerance by 0.00182
BIOMD0000001028: mLiver exceeds the tolerance by 1.2e+05; mKidneyPlasma exceeds the tolerance by 940; mRemainder exceeds the tolerance by 7.8e+04; mPlasmaVenous exceeds the tolerance by 1.36e+04; mHeart exceeds the tolerance by 5.3e+03; mMuscle exceeds the tolerance by 5.05e+05; mAdipose exceeds the tolerance by 6.1e+04; mBrain exceeds the tolerance by 6.79e+03; mFeces exceeds the tolerance by 1.49e+06; mUrineExternal exceeds the tolerance by 1.53e+06; mIntestineLumen exceeds the tolerance by 4.92e+05; mPlasmaArterial exceeds the tolerance by 4.54e+03; mLung exceeds the tolerance by 9.67e+03; mPortalVein exceeds the tolerance by 2.91e+03; mStomach exceeds the tolerance by 2.84e+03; mEnterocytes exceeds the tolerance by 3.75e+05; mKidneyTissue exceeds the tolerance by 5.62e+03; mIntestineVascular exceeds the tolerance by 6.4e+04; mStomachLumen exceeds the tolerance by 1.11e+06; mRBC exceeds the tolerance by 2.23e+03; mKidneyTubular exceeds the tolerance by 2.51e+05; mgIntestineLumen exceeds the tolerance by 63.5; mgStomachLumen exceeds the tolerance by 143; mgLiver exceeds the tolerance by 15.5; mgVenousPlasma exceeds the tolerance by 1.76; mgBrain exceeds the tolerance by 0.876; mgHeart exceeds the tolerance by 0.684; mgKidneyPlasma exceeds the tolerance by 0.121; mgRemainder exceeds the tolerance by 10.1; mArterialPlasma__kidney exceeds the tolerance by 6.06; mgAdipose exceeds the tolerance by 7.88; mgArterialPlasma exceeds the tolerance by 0.586; mgLung exceeds the tolerance by 1.25; mgStomach exceeds the tolerance by 0.366; mgEnterocytes exceeds the tolerance by 48.5; mgKidneyTissues exceeds the tolerance by 0.726; mIntestineTotal exceeds the tolerance by 615; mgIntestineVascular exceeds the tolerance by 8.26; mgRBC exceeds the tolerance by 0.288; mKidneyTotal exceeds the tolerance by 833; mgKidneyTubular exceeds the tolerance by 32.4; mgMuscle exceeds the tolerance by 65.2; mgPortalVein exceeds the tolerance by 0.375; mgUrineSum exceeds the tolerance by 197; mgFeces exceeds the tolerance by 192; mgKidneyTotal exceeds the tolerance by 33; mgIntestineTotal exceeds the tolerance by 56.8
BIOMD0000001029: mLiver exceeds the tolerance by 1.29e+05; mKidneyPlasma exceeds the tolerance by 1.07e+03; mRemainder exceeds the tolerance by 8.89e+04; mPlasmaVenous exceeds the tolerance by 1.54e+04; mHeart exceeds the tolerance by 6.02e+03; mMuscle exceeds the tolerance by 6.03e+05; mAdipose exceeds the tolerance by 6.95e+04; mBrain exceeds the tolerance by 7.7e+03; mFeces exceeds the tolerance by 5.95e+06; mUrineExternal exceeds the tolerance by 6.11e+06; mIntestineLumen exceeds the tolerance by 4.92e+05; mPlasmaArterial exceeds the tolerance by 5.14e+03; mLung exceeds the tolerance by 1.1e+04; mPortalVein exceeds the tolerance by 3.09e+03; mStomach exceeds the tolerance by 3.23e+03; mEnterocytes exceeds the tolerance by 3.76e+05; mKidneyTissue exceeds the tolerance by 6.58e+03; mIntestineVascular exceeds the tolerance by 6.67e+04; mStomachLumen exceeds the tolerance by 1.11e+06; mRBC exceeds the tolerance by 5.95e+03; mKidneyTubular exceeds the tolerance by 2.92e+05; mgStomach exceeds the tolerance by 0.417; mgPortalVein exceeds the tolerance by 0.399; mgUrineSum exceeds the tolerance by 789; mgLiver exceeds the tolerance by 16.6; mgIntestineLumen exceeds the tolerance by 63.6; mgBrain exceeds the tolerance by 0.994; mgLung exceeds the tolerance by 1.42; mgKidneyPlasma exceeds the tolerance by 0.138; mgRemainder exceeds the tolerance by 11.5; mgMuscle exceeds the tolerance by 77.9; mIntestineTotal exceeds the tolerance by 620; mKidneyTotal exceeds the tolerance by 969; mgKidneyTissues exceeds the tolerance by 0.85; mgIntestineVascular exceeds the tolerance by 8.62; mgStomachLumen exceeds the tolerance by 143; mArterialPlasma__kidney exceeds the tolerance by 6.87; mgKidneyTubular exceeds the tolerance by 37.7; mgKidneyTotal exceeds the tolerance by 38.4; mgRBC exceeds the tolerance by 0.768; mgAdipose exceeds the tolerance by 8.97; mgHeart exceeds the tolerance by 0.777; mgFeces exceeds the tolerance by 769; mgEnterocytes exceeds the tolerance by 48.6; mgIntestineTotal exceeds the tolerance by 57.2; mgVenousPlasma exceeds the tolerance by 1.99; mgArterialPlasma exceeds the tolerance by 0.664
BIOMD0000001032: uninfected_cancer_cells exceeds the tolerance by 0.0171; infected_cancer_cells exceeds the tolerance by 0.000117; free_virus exceeds the tolerance by 0.000435; damaged_cancer_cells exceeds the tolerance by 0.00462
BIOMD0000001033: Uninfected_tumour_cells exceeds the tolerance by 2.06e-06; Uninfected_M2_macrophages exceeds the tolerance by 2.36e-06; Infected_M2_macrophages exceeds the tolerance by 8.45e-07; Oncolytic_viruses exceeds the tolerance by 2.01e-06
BIOMD0000001043: uninfected_tumor_cells exceeds the tolerance by 2.81e-05; virus_specific_CTLs exceeds the tolerance by 0.000998; overall_tumor_size exceeds the tolerance by 2.6e-05
BIOMD0000001098: M_methf_c_ exceeds the tolerance by 1; M_xan_c_ exceeds the tolerance by 1; M_quln_c_ exceeds the tolerance by 1; M_o2_c_ exceeds the tolerance by 1; M_ac_e_ exceeds the tolerance by 1; M_tih2cit_c_ exceeds the tolerance by 1; M_citr_L_c_ exceeds the tolerance by 1; M_ppi_c_ exceeds the tolerance by 1; M_3psme_c_ exceeds the tolerance by 1; M_13dpg_c_ exceeds the tolerance by 1; M_alac_S_c_ exceeds the tolerance by 1; M_26dap_M_c_ exceeds the tolerance by 1; M_iletrna_c_ exceeds the tolerance by 1; M_4kfbp_c_ exceeds the tolerance by 1; M_indaccoa_c_ exceeds the tolerance by 1; M_cbl1_c_ exceeds the tolerance by 1; M_copre5_c_ exceeds the tolerance by 1; M_6ax6ax_c_ exceeds the tolerance by 1; M_hacon_T_c_ exceeds the tolerance by 1; M_glyald_c_ exceeds the tolerance by 1; M_36dahx_c_ exceeds the tolerance by 1; M_so4_e_ exceeds the tolerance by 1; M_r15bp_c_ exceeds the tolerance by 1; M_glc_D_c_ exceeds the tolerance by 1; M_gdpfuc_c_ exceeds the tolerance by 1; M_adn_c_ exceeds the tolerance by 1; M_trnaala_c_ exceeds the tolerance by 1; M_trnathr_c_ exceeds the tolerance by 1; M_glyclt_c_ exceeds the tolerance by 1; M_3hdpgpg_c_ exceeds the tolerance by 1; M_4r5au_c_ exceeds the tolerance by 1; M_acglu_c_ exceeds the tolerance by 1; M_formmfr_b__c_ exceeds the tolerance by 1; M_dhadr_c_ exceeds the tolerance by 1; M_co1dam_c_ exceeds the tolerance by 1; M_cdgggp_c_ exceeds the tolerance by 1; M_his_L_c_ exceeds the tolerance by 1; M_caphis_c_ exceeds the tolerance by 1; M_5aop_c_ exceeds the tolerance by 1; M_co2_e_ exceeds the tolerance by 1; M_34hpp_c_ exceeds the tolerance by 1; M_psd5p_c_ exceeds the tolerance by 1; M_aicar_c_ exceeds the tolerance by 1; M_nmn_c_ exceeds the tolerance by 1; M_indpyr_c_ exceeds the tolerance by 1; M_paps_c_ exceeds the tolerance by 1; M_imp_c_ exceeds the tolerance by 1; M_gdpgpi_c_ exceeds the tolerance by 1; M_f390g_c_ exceeds the tolerance by 1; M_3hdggpg_c_ exceeds the tolerance by 1; M_alac_S_e_ exceeds the tolerance by 1; M_g1p_c_ exceeds the tolerance by 1; M_unknown_cbl1deg_c_ exceeds the tolerance by 1; M_imacp_c_ exceeds the tolerance by 1; M_dump_c_ exceeds the tolerance by 1; M_e4p_c_ exceeds the tolerance by 1; M_asp_L_c_ exceeds the tolerance by 1; M_agdpcbi_c_ exceeds the tolerance by 1; M_cbl1_e_ exceeds the tolerance by 1; M_ppp9_c_ exceeds the tolerance by 1; M_4mop_c_ exceeds the tolerance by 1; M_trnaarg_c_ exceeds the tolerance by 1; M_glyald_e_ exceeds the tolerance by 1; M_pac_c_ exceeds the tolerance by 1; M_mma_c_ exceeds the tolerance by 1; M_dhap_c_ exceeds the tolerance by 1; M_ddhrb_c_ exceeds the tolerance by 1; M_h_c_ exceeds the tolerance by 1; M_trptrna_c_ exceeds the tolerance by 1; M_thrp_c_ exceeds the tolerance by 1; M_dggpgp_c_ exceeds the tolerance by 1; M_acg5sa_c_ exceeds the tolerance by 1; M_gdpddman_c_ exceeds the tolerance by 1; M_glu_L_c_ exceeds the tolerance by 1; M_dkfp_c_ exceeds the tolerance by 1; M_prbatp_c_ exceeds the tolerance by 1; M_dhadrdpr_c_ exceeds the tolerance by 1; M_mphenh2_c_ exceeds the tolerance by 1; M_atrz_c_ exceeds the tolerance by 1; M_glyc_c_ exceeds the tolerance by 1; M_2ins_c_ exceeds the tolerance by 1; M_f420_5_c_ exceeds the tolerance by 1; M_gmp_c_ exceeds the tolerance by 1; M_glutrna_gln__c_ exceeds the tolerance by 1; M_3dhq_c_ exceeds the tolerance by 1; M_orn_c_ exceeds the tolerance by 1; M_frdp_c_ exceeds the tolerance by 1; M_carn_c_ exceeds the tolerance by 1; M_sf430a_c_ exceeds the tolerance by 1; M_glntrna_c_ exceeds the tolerance by 1; M_trnaasp_c_ exceeds the tolerance by 1; M_thm_c_ exceeds the tolerance by 1; M_valtrna_c_ exceeds the tolerance by 1; M_asn_L_c_ exceeds the tolerance by 1; M_ppcoa_c_ exceeds the tolerance by 1; M_glu5sa_c_ exceeds the tolerance by 1; M_S2hglut_c_ exceeds the tolerance by 1; M_unknown_cbl1deg_e_ exceeds the tolerance by 1; M_pmcoa_c_ exceeds the tolerance by 1; M_hco3_c_ exceeds the tolerance by 1; M_dtdp4d6dg_c_ exceeds the tolerance by 1; M_nac_c_ exceeds the tolerance by 1; M_dhadrpr_c_ exceeds the tolerance by 1; M_arg_L_c_ exceeds the tolerance by 1; M_trnamet_c_ exceeds the tolerance by 1; M_fprica_c_ exceeds the tolerance by 1; M_ch4_c_ exceeds the tolerance by 1; M_xu5p_D_c_ exceeds the tolerance by 1; M_alatrna_c_ exceeds the tolerance by 1; M_pac_e_ exceeds the tolerance by 1; M_f420_0_c_ exceeds the tolerance by 1; M_mma_e_ exceeds the tolerance by 1; M_ipdp_c_ exceeds the tolerance by 1; M_rb15bp_c_ exceeds the tolerance by 1; M_hcys_L_c_ exceeds the tolerance by 1; M_h_e_ exceeds the tolerance by 1; M_hspmd_c_ exceeds the tolerance by 1; M_mphen_c_ exceeds the tolerance by 1; M_h2acon_C_c_ exceeds the tolerance by 1; M_glu_L_e_ exceeds the tolerance by 1; M_cob_c_ exceeds the tolerance by 1; M_4abz_c_ exceeds the tolerance by 1; M_gam1p_c_ exceeds the tolerance by 1; M_glyc_e_ exceeds the tolerance by 1; M_hom_L_c_ exceeds the tolerance by 1; M_histd_c_ exceeds the tolerance by 1; M_pro_L_c_ exceeds the tolerance by 1; M_adcobhex_c_ exceeds the tolerance by 1; M_dscl_c_ exceeds the tolerance by 1; M_f6p_c_ exceeds the tolerance by 1; M_xmp_c_ exceeds the tolerance by 1; M_fru_c_ exceeds the tolerance by 1; M_trp_L_c_ exceeds the tolerance by 1; M_2pg_c_ exceeds the tolerance by 1; M_mg2_c_ exceeds the tolerance by 1; M_lys_L_c_ exceeds the tolerance by 1; M_thm_e_ exceeds the tolerance by 1; M_lald_L_c_ exceeds the tolerance by 1; M_dhf_c_ exceeds the tolerance by 1; M_5odhf2a_c_ exceeds the tolerance by 1; M_dpgps_c_ exceeds the tolerance by 1; M_dcamp_c_ exceeds the tolerance by 1; M_3hggdp_c_ exceeds the tolerance by 1; M_ahcys_c_ exceeds the tolerance by 1; M_56dthm_c_ exceeds the tolerance by 1; M_s_c_ exceeds the tolerance by 1; M_no2_c_ exceeds the tolerance by 1; M_nac_e_ exceeds the tolerance by 1; M_ohepa_c_ exceeds the tolerance by 1; M_copre6_c_ exceeds the tolerance by 1; M_idp_c_ exceeds the tolerance by 1; M_ch4_e_ exceeds the tolerance by 1; M_dudp_c_ exceeds the tolerance by 1; M_cmp_c_ exceeds the tolerance by 1; M_5dpmev_c_ exceeds the tolerance by 1; M_pram_c_ exceeds the tolerance by 1; M_inost_c_ exceeds the tolerance by 1; M_dmpp_c_ exceeds the tolerance by 1; M_oaa_c_ exceeds the tolerance by 1; M_glcn_c_ exceeds the tolerance by 1; M_fe2_c_ exceeds the tolerance by 1; M_lppg_c_ exceeds the tolerance by 1; M_glu1sa_c_ exceeds the tolerance by 1; M_dha_c_ exceeds the tolerance by 1; M_gcald_c_ exceeds the tolerance by 1; M_uamr_c_ exceeds the tolerance by 1; M_4abz_e_ exceeds the tolerance by 1; M_amob_c_ exceeds the tolerance by 1; M_ihcit_T_c_ exceeds the tolerance by 1; M_cys_L_c_ exceeds the tolerance by 1; M_pro_L_e_ exceeds the tolerance by 1; M_argtrna_c_ exceeds the tolerance by 1; M_2c25dho_c_ exceeds the tolerance by 1; M_mg2_e_ exceeds the tolerance by 1; M_lys_L_e_ exceeds the tolerance by 1; M_hsfd_c_ exceeds the tolerance by 1; M_adocbi_c_ exceeds the tolerance by 1; M_chor_c_ exceeds the tolerance by 1; M_fmn_c_ exceeds the tolerance by 1; M_dgggps_c_ exceeds the tolerance by 1; M_gdp_c_ exceeds the tolerance by 1; M_2dhp_c_ exceeds the tolerance by 1; M_accoa_c_ exceeds the tolerance by 1; M_dms_c_ exceeds the tolerance by 1; M_amp_c_ exceeds the tolerance by 1; M_pppi_c_ exceeds the tolerance by 1; M_25aics_c_ exceeds the tolerance by 1; M_s_e_ exceeds the tolerance by 1; M_fpram_c_ exceeds the tolerance by 1; M_dxyl5p_c_ exceeds the tolerance by 1; M_dhor_S_c_ exceeds the tolerance by 1; M_ile_L_c_ exceeds the tolerance by 1; M_rib_D_c_ exceeds the tolerance by 1; M_4abut_c_ exceeds the tolerance by 1; M_com_c_ exceeds the tolerance by 1; M_f430p1_c_ exceeds the tolerance by 1; M_dpgpi_c_ exceeds the tolerance by 1; M_met_L_c_ exceeds the tolerance by 1; M_2saa_c_ exceeds the tolerance by 1; M_itp_c_ exceeds the tolerance by 1; M_prlp_c_ exceeds the tolerance by 1; M_cl_c_ exceeds the tolerance by 1; M_dtdp4d6dm_c_ exceeds the tolerance by 1; M_thmpp_c_ exceeds the tolerance by 1; M_fald_c_ exceeds the tolerance by 1; M_dutp_c_ exceeds the tolerance by 1; M_glcn_e_ exceeds the tolerance by 1; M_fe2_e_ exceeds the tolerance by 1; M_ni2_c_ exceeds the tolerance by 1; M_gcald_e_ exceeds the tolerance by 1; M_glutrna_c_ exceeds the tolerance by 1; M_ade_c_ exceeds the tolerance by 1; M_f420_6_c_ exceeds the tolerance by 1; M_3c4mop_c_ exceeds the tolerance by 1; M_cys_L_e_ exceeds the tolerance by 1; M_mppp9_c_ exceeds the tolerance by 1; M_succoa_c_ exceeds the tolerance by 1; M_dggpi_c_ exceeds the tolerance by 1; M_ala_L_c_ exceeds the tolerance by 1; M_aspsa_c_ exceeds the tolerance by 1; M_duri_c_ exceeds the tolerance by 1; M_Rh3cit_c_ exceeds the tolerance by 1; M_slp_L_c_ exceeds the tolerance by 1; M_dkmp_c_ exceeds the tolerance by 1; M_asptrna_c_ exceeds the tolerance by 1; M_3hdpgps_c_ exceeds the tolerance by 1; M_dms_e_ exceeds the tolerance by 1; M_nad_c_ exceeds the tolerance by 1; M_4hphac_c_ exceeds the tolerance by 1; M_25dhpp_c_ exceeds the tolerance by 1; M_thmmp_c_ exceeds the tolerance by 1; M_gtp_c_ exceeds the tolerance by 1; M_2ahbut_c_ exceeds the tolerance by 1; M_icit_c_ exceeds the tolerance by 1; M_ile_L_e_ exceeds the tolerance by 1; M_ru5p_D_c_ exceeds the tolerance by 1; M_orot_c_ exceeds the tolerance by 1; M_f420_1_c_ exceeds the tolerance by 1; M_4pasp_c_ exceeds the tolerance by 1; M_5caiz_c_ exceeds the tolerance by 1; M_nadp_c_ exceeds the tolerance by 1; M_cl_e_ exceeds the tolerance by 1; M_10fthf_c_ exceeds the tolerance by 1; M_succ_c_ exceeds the tolerance by 1; M_lystrna_c_ exceeds the tolerance by 1; M_3ig3p_c_ exceeds the tolerance by 1; M_o2__c_ exceeds the tolerance by 1; M_cdp_c_ exceeds the tolerance by 1; M_mfr_b__c_ exceeds the tolerance by 1; M_nh4_c_ exceeds the tolerance by 1; M_etoh_c_ exceeds the tolerance by 1; M_ni2_e_ exceeds the tolerance by 1; M_uppg3_c_ exceeds the tolerance by 1; M_trnagln_c_ exceeds the tolerance by 1; M_fgam_c_ exceeds the tolerance by 1; M_4ppan_c_ exceeds the tolerance by 1; M_acmana_c_ exceeds the tolerance by 1; M_ala_L_e_ exceeds the tolerance by 1; M_air_c_ exceeds the tolerance by 1; M_mev_R_c_ exceeds the tolerance by 1; M_prfp_c_ exceeds the tolerance by 1; M_phetrna_c_ exceeds the tolerance by 1; M_cbi_c_ exceeds the tolerance by 1; M_fmettrna_c_ exceeds the tolerance by 1; M_formh4spt_c_ exceeds the tolerance by 1; M_ala_B_c_ exceeds the tolerance by 1; M_acorn_c_ exceeds the tolerance by 1; M_4hphac_e_ exceeds the tolerance by 1; M_mobd_c_ exceeds the tolerance by 1; M_dhnpt_c_ exceeds the tolerance by 1; M_2ood_c_ exceeds the tolerance by 1; M_gdpofuc_c_ exceeds the tolerance by 1; M_ribflv_c_ exceeds the tolerance by 1; M_adp_c_ exceeds the tolerance by 1; M_mn2_c_ exceeds the tolerance by 1; M_mh4spt_c_ exceeds the tolerance by 1; M_tma_c_ exceeds the tolerance by 1; M_pran_c_ exceeds the tolerance by 1; M_3mop_c_ exceeds the tolerance by 1; M_3hdpgpi_c_ exceeds the tolerance by 1; M_agdpgpi_c_ exceeds the tolerance by 1; M_3hgrdp_c_ exceeds the tolerance by 1; M_phpyr_c_ exceeds the tolerance by 1; M_fe3_c_ exceeds the tolerance by 1; M_mi1p_D_c_ exceeds the tolerance by 1; M_hmgcoa_c_ exceeds the tolerance by 1; M_trnatyr_c_ exceeds the tolerance by 1; M_nh4_e_ exceeds the tolerance by 1; M_dtdpglu_c_ exceeds the tolerance by 1; M_h2s_c_ exceeds the tolerance by 1; M_ctp_c_ exceeds the tolerance by 1; M_copre2_c_ exceeds the tolerance by 1; M_menylh4spt_c_ exceeds the tolerance by 1; M_leutrna_c_ exceeds the tolerance by 1; M_5oxpro_c_ exceeds the tolerance by 1; M_3hdggpi_c_ exceeds the tolerance by 1; M_achms_c_ exceeds the tolerance by 1; M_anth_c_ exceeds the tolerance by 1; M_cbi_e_ exceeds the tolerance by 1; M_4mhetz_c_ exceeds the tolerance by 1; M_f420_2h2_c_ exceeds the tolerance by 1; M_5mta_c_ exceeds the tolerance by 1; M_5hbzid_c_ exceeds the tolerance by 1; M_glycogen_c_ exceeds the tolerance by 1; M_ppa_c_ exceeds the tolerance by 1; M_mobd_e_ exceeds the tolerance by 1; M_f430p2_c_ exceeds the tolerance by 1; M_2plac_L_c_ exceeds the tolerance by 1; M_trnagly_c_ exceeds the tolerance by 1; M_ura_c_ exceeds the tolerance by 1; M_hgbam_c_ exceeds the tolerance by 1; M_ribflv_e_ exceeds the tolerance by 1; M_adocblhbi_c_ exceeds the tolerance by 1; M_mn2_e_ exceeds the tolerance by 1; M_tma_e_ exceeds the tolerance by 1; M_ppbng_c_ exceeds the tolerance by 1; M_nicrnt_c_ exceeds the tolerance by 1; M_atp_c_ exceeds the tolerance by 1; M_fe3_e_ exceeds the tolerance by 1; M_cd2_c_ exceeds the tolerance by 1; M_fdox_c_ exceeds the tolerance by 1; M_f420_7_c_ exceeds the tolerance by 1; M_eig3p_c_ exceeds the tolerance by 1; M_h2s_e_ exceeds the tolerance by 1; M_thr_L_c_ exceeds the tolerance by 1; M_udpg_c_ exceeds the tolerance by 1; M_tsul_c_ exceeds the tolerance by 1; M_fol_c_ exceeds the tolerance by 1; M_urea_c_ exceeds the tolerance by 1; M_amet_c_ exceeds the tolerance by 1; M_gggp_c_ exceeds the tolerance by 1; M_dann_c_ exceeds the tolerance by 1; M_dpgpe_c_ exceeds the tolerance by 1; M_3hcdgggp_c_ exceeds the tolerance by 1; M_uacmam_c_ exceeds the tolerance by 1; M_4ahmmp_c_ exceeds the tolerance by 1; M_gly_c_ exceeds the tolerance by 1; M_6pgl_c_ exceeds the tolerance by 1; M_thrtrna_c_ exceeds the tolerance by 1; M_glyc_R_c_ exceeds the tolerance by 1; M_dcmp_c_ exceeds the tolerance by 1; M_man6p_c_ exceeds the tolerance by 1; M_oxa_c_ exceeds the tolerance by 1; M_dpcoa_c_ exceeds the tolerance by 1; M_2ippm_c_ exceeds the tolerance by 1; M_glu5p_c_ exceeds the tolerance by 1; M_ca2_c_ exceeds the tolerance by 1; M_r5hbzi_c_ exceeds the tolerance by 1; M_f420_2_c_ exceeds the tolerance by 1; M_glyc1p_c_ exceeds the tolerance by 1; M_sl_L_c_ exceeds the tolerance by 1; M_pan4p_c_ exceeds the tolerance by 1; M_nadph_c_ exceeds the tolerance by 1; M_meoh_c_ exceeds the tolerance by 1; M_histrna_c_ exceeds the tolerance by 1; M_trnacys_c_ exceeds the tolerance by 1; M_protrna_c_ exceeds the tolerance by 1; M_sheme_c_ exceeds the tolerance by 1; M_56dura_c_ exceeds the tolerance by 1; M_cd2_e_ exceeds the tolerance by 1; M_mcom_c_ exceeds the tolerance by 1; M_prpp_c_ exceeds the tolerance by 1; M_cbasp_c_ exceeds the tolerance by 1; M_ggdp_c_ exceeds the tolerance by 1; M_r5p_c_ exceeds the tolerance by 1; M_codhpre6_c_ exceeds the tolerance by 1; M_sucsal_c_ exceeds the tolerance by 1; M_na1_c_ exceeds the tolerance by 1; M_cdpg_c_ exceeds the tolerance by 1; M_dgdp_c_ exceeds the tolerance by 1; M_4ampm_c_ exceeds the tolerance by 1; M_tsul_e_ exceeds the tolerance by 1; M_6hmhptpp_c_ exceeds the tolerance by 1; M_3hdggpgp_c_ exceeds the tolerance by 1; M_cmaphis_c_ exceeds the tolerance by 1; M_fol_e_ exceeds the tolerance by 1; M_urea_e_ exceeds the tolerance by 1; M_pap_c_ exceeds the tolerance by 1; M_damp_c_ exceeds the tolerance by 1; M_pyr_c_ exceeds the tolerance by 1; M_6ax_c_ exceeds the tolerance by 1; M_btn_c_ exceeds the tolerance by 1; M_dohdu_c_ exceeds the tolerance by 1; M_zn2_c_ exceeds the tolerance by 1; M_h3acon_C_c_ exceeds the tolerance by 1; M_gly_e_ exceeds the tolerance by 1; M_mmh2mpt_c_ exceeds the tolerance by 1; M_copre8_c_ exceeds the tolerance by 1; M_trnaile_c_ exceeds the tolerance by 1; M_gdpmann_c_ exceeds the tolerance by 1; M_f1p_c_ exceeds the tolerance by 1; M_dtmp_c_ exceeds the tolerance by 1; M_skm_c_ exceeds the tolerance by 1; M_hista_c_ exceeds the tolerance by 1; M_ca2_e_ exceeds the tolerance by 1; M_fum_c_ exceeds the tolerance by 1; M_trnaser_c_ exceeds the tolerance by 1; M_8aonn_c_ exceeds the tolerance by 1; M_ptp_c_ exceeds the tolerance by 1; M_gthox_c_ exceeds the tolerance by 1; M_cystrna_c_ exceeds the tolerance by 1; M_trnaval_c_ exceeds the tolerance by 1; M_ind3ac_c_ exceeds the tolerance by 1; M_7mht_c_ exceeds the tolerance by 1; M_orot5p_c_ exceeds the tolerance by 1; M_meoh_e_ exceeds the tolerance by 1; M_23dhmp_c_ exceeds the tolerance by 1; M_3php_c_ exceeds the tolerance by 1; M_dhpt_c_ exceeds the tolerance by 1; M_pser_L_c_ exceeds the tolerance by 1; M_acg5p_c_ exceeds the tolerance by 1; M_dhrfap_c_ exceeds the tolerance by 1; M_dohau_c_ exceeds the tolerance by 1; M_6hmhpt_c_ exceeds the tolerance by 1; M_3uib_c_ exceeds the tolerance by 1; M_mlthf_c_ exceeds the tolerance by 1; M_ser_L_c_ exceeds the tolerance by 1; M_5pmev_c_ exceeds the tolerance by 1; M_copre3_c_ exceeds the tolerance by 1; M_na1_e_ exceeds the tolerance by 1; M_udpglcur_c_ exceeds the tolerance by 1; M_dtdprmn_c_ exceeds the tolerance by 1; M_3c3hmp_c_ exceeds the tolerance by 1; M_dhpmp_c_ exceeds the tolerance by 1; M_6pthp_c_ exceeds the tolerance by 1; M_25dthpp_c_ exceeds the tolerance by 1; M_dnad_c_ exceeds the tolerance by 1; M_pyr_e_ exceeds the tolerance by 1; M_trnaphe_c_ exceeds the tolerance by 1; M_btn_e_ exceeds the tolerance by 1; M_zn2_e_ exceeds the tolerance by 1; M_dgtp_c_ exceeds the tolerance by 1; M_hphaccoa_c_ exceeds the tolerance by 1; M_3hdpgpe_c_ exceeds the tolerance by 1; M_h2mpt_c_ exceeds the tolerance by 1; M_ptrc_c_ exceeds the tolerance by 1; M_thdp_c_ exceeds the tolerance by 1; M_Rh2cit_c_ exceeds the tolerance by 1; M_for_c_ exceeds the tolerance by 1; M_g6p_c_ exceeds the tolerance by 1; M_tih3cit_c_ exceeds the tolerance by 1; M_f430p3_c_ exceeds the tolerance by 1; M_3pg_c_ exceeds the tolerance by 1; M_ibcoa_c_ exceeds the tolerance by 1; M_skm5p_c_ exceeds the tolerance by 1; M_h2o_c_ exceeds the tolerance by 1; M_s7p_c_ exceeds the tolerance by 1; M_dcdp_c_ exceeds the tolerance by 1; M_k_c_ exceeds the tolerance by 1; M_uacgam_c_ exceeds the tolerance by 1; M_n2_c_ exceeds the tolerance by 1; M_hcit_c_ exceeds the tolerance by 1; M_ind3ac_e_ exceeds the tolerance by 1; M_2pglyc_c_ exceeds the tolerance by 1; M_lac_L_c_ exceeds the tolerance by 1; M_actn_R_c_ exceeds the tolerance by 1; M_pphn_c_ exceeds the tolerance by 1; M_cobya_c_ exceeds the tolerance by 1; M_gar_c_ exceeds the tolerance by 1; M_h2o2_c_ exceeds the tolerance by 1; M_Brfap_c_ exceeds the tolerance by 1; M_gal1p_c_ exceeds the tolerance by 1; M_dhadrtpr_c_ exceeds the tolerance by 1; M_g3p_c_ exceeds the tolerance by 1; M_4ppcys_c_ exceeds the tolerance by 1; M_trnaglu_c_ exceeds the tolerance by 1; M_btamp_c_ exceeds the tolerance by 1; M_co2dam_c_ exceeds the tolerance by 1; M_4hba_c_ exceeds the tolerance by 1; M_sertrna_c_ exceeds the tolerance by 1; M_cit_c_ exceeds the tolerance by 1; M_ch4s_c_ exceeds the tolerance by 1; M_dadp_c_ exceeds the tolerance by 1; M_cobalt2_c_ exceeds the tolerance by 1; M_cbp_c_ exceeds the tolerance by 1; M_cala_c_ exceeds the tolerance by 1; M_f420_3_c_ exceeds the tolerance by 1; M_3hdgggps_c_ exceeds the tolerance by 1; M_trnapro_c_ exceeds the tolerance by 1; M_gthrd_c_ exceeds the tolerance by 1; M_thymd_c_ exceeds the tolerance by 1; M_h2o_e_ exceeds the tolerance by 1; M_3mob_c_ exceeds the tolerance by 1; M_csn_c_ exceeds the tolerance by 1; M_k_e_ exceeds the tolerance by 1; M_dtdp_c_ exceeds the tolerance by 1; M_n2_e_ exceeds the tolerance by 1; M_2dr1p_c_ exceeds the tolerance by 1; M_1pyr5c_c_ exceeds the tolerance by 1; M_ohexa_c_ exceeds the tolerance by 1; M_thym_c_ exceeds the tolerance by 1; M_actn_R_e_ exceeds the tolerance by 1; M_dctp_c_ exceeds the tolerance by 1; M_udpgal_c_ exceeds the tolerance by 1; M_acon_T_c_ exceeds the tolerance by 1; M_3hfrdp_c_ exceeds the tolerance by 1; M_4mpetz_c_ exceeds the tolerance by 1; M_ump_c_ exceeds the tolerance by 1; M_actp_c_ exceeds the tolerance by 1; M_23dhdp_c_ exceeds the tolerance by 1; M_gam6p_c_ exceeds the tolerance by 1; M_hacon_C_c_ exceeds the tolerance by 1; M_so3_c_ exceeds the tolerance by 1; M_h2_c_ exceeds the tolerance by 1; M_tyr_L_c_ exceeds the tolerance by 1; M_acgam1p_c_ exceeds the tolerance by 1; M_cit_e_ exceeds the tolerance by 1; M_2tcc_c_ exceeds the tolerance by 1; M_phaccoa_c_ exceeds the tolerance by 1; M_val_L_c_ exceeds the tolerance by 1; M_gln_L_c_ exceeds the tolerance by 1; M_grdp_c_ exceeds the tolerance by 1; M_m3hdp_c_ exceeds the tolerance by 1; M_gua_c_ exceeds the tolerance by 1; M_sec_c_ exceeds the tolerance by 1; M_fdp_c_ exceeds the tolerance by 1; M_thf_c_ exceeds the tolerance by 1; M_ch4s_e_ exceeds the tolerance by 1; M_argsuc_c_ exceeds the tolerance by 1; M_agm_c_ exceeds the tolerance by 1; M_cobalt2_e_ exceeds the tolerance by 1; M_pant_R_c_ exceeds the tolerance by 1; M_dgggp_c_ exceeds the tolerance by 1; M_2obut_c_ exceeds the tolerance by 1; M_7ohp_c_ exceeds the tolerance by 1; M_dhadrp_c_ exceeds the tolerance by 1; M_5aprbu_c_ exceeds the tolerance by 1; M_iasp_c_ exceeds the tolerance by 1; M_datp_c_ exceeds the tolerance by 1; M_tyrtrna_c_ exceeds the tolerance by 1; M_etha_c_ exceeds the tolerance by 1; M_hmbil_c_ exceeds the tolerance by 1; M_phe_L_c_ exceeds the tolerance by 1; M_fc1p_c_ exceeds the tolerance by 1; M_5aizc_c_ exceeds the tolerance by 1; M_dhp23cp_c_ exceeds the tolerance by 1; M_acetone_c_ exceeds the tolerance by 1; M_dttp_c_ exceeds the tolerance by 1; M_dma_c_ exceeds the tolerance by 1; M_ahdt_c_ exceeds the tolerance by 1; M_nadh_c_ exceeds the tolerance by 1; M_trnatrp_c_ exceeds the tolerance by 1; M_trnalys_c_ exceeds the tolerance by 1; M_copre4_c_ exceeds the tolerance by 1; M_unknown_rbfdeg_c_ exceeds the tolerance by 1; M_h4spt_c_ exceeds the tolerance by 1; M_2mahmp_c_ exceeds the tolerance by 1; M_glytrna_c_ exceeds the tolerance by 1; M_so3_e_ exceeds the tolerance by 1; M_mal_L_c_ exceeds the tolerance by 1; M_h2_e_ exceeds the tolerance by 1; M_pi_c_ exceeds the tolerance by 1; M_5pr5hbz_c_ exceeds the tolerance by 1; M_dmh2mpt_c_ exceeds the tolerance by 1; M_val_L_e_ exceeds the tolerance by 1; M_trnahis_c_ exceeds the tolerance by 1; M_7mhp_c_ exceeds the tolerance by 1; M_pep_c_ exceeds the tolerance by 1; M_ppap_c_ exceeds the tolerance by 1; M_dkdofp_c_ exceeds the tolerance by 1; M_5mthf_c_ exceeds the tolerance by 1; M_adocbip_c_ exceeds the tolerance by 1; M_trnaleu_c_ exceeds the tolerance by 1; M_fdred_c_ exceeds the tolerance by 1; M_co_c_ exceeds the tolerance by 1; M_3spyr_c_ exceeds the tolerance by 1; M_trdox_c_ exceeds the tolerance by 1; M_etha_e_ exceeds the tolerance by 1; M_scl_c_ exceeds the tolerance by 1; M_dtbt_c_ exceeds the tolerance by 1; M_dmlz_c_ exceeds the tolerance by 1; M_3dhsk_c_ exceeds the tolerance by 1; M_leu_L_c_ exceeds the tolerance by 1; M_pnto_R_c_ exceeds the tolerance by 1; M_23dpg_c_ exceeds the tolerance by 1; M_mleneh4spt_c_ exceeds the tolerance by 1; M_f430_c_ exceeds the tolerance by 1; M_prbamp_c_ exceeds the tolerance by 1; M_dma_e_ exceeds the tolerance by 1; M_cu2_c_ exceeds the tolerance by 1; M_unknown_rbfdeg_e_ exceeds the tolerance by 1; M_appl_c_ exceeds the tolerance by 1; M_dpgpg_c_ exceeds the tolerance by 1; M_cbl1hbi_c_ exceeds the tolerance by 1; M_2ppoh_c_ exceeds the tolerance by 1; M_udp_c_ exceeds the tolerance by 1; M_adcobdam_c_ exceeds the tolerance by 1; M_pi_e_ exceeds the tolerance by 1; M_akg_c_ exceeds the tolerance by 1; M_camp_c_ exceeds the tolerance by 1; M_f390a_c_ exceeds the tolerance by 1; M_glyb_c_ exceeds the tolerance by 1; M_phom_c_ exceeds the tolerance by 1; M_2cpr5p_c_ exceeds the tolerance by 1; M_f420_4_c_ exceeds the tolerance by 1; M_hatrz_c_ exceeds the tolerance by 1; M_5mdr1p_c_ exceeds the tolerance by 1; M_co_e_ exceeds the tolerance by 1; M_dggpg_c_ exceeds the tolerance by 1; M_ac_c_ exceeds the tolerance by 1; M_3hdgggp_c_ exceeds the tolerance by 1; M_hisp_c_ exceeds the tolerance by 1; M_uaccg_c_ exceeds the tolerance by 1; M_23dhmb_c_ exceeds the tolerance by 1; M_acald_c_ exceeds the tolerance by 1; M_aacoa_c_ exceeds the tolerance by 1; M_acser_c_ exceeds the tolerance by 1; M_aconm_c_ exceeds the tolerance by 1; M_leu_L_e_ exceeds the tolerance by 1; M_pnto_R_e_ exceeds the tolerance by 1; M_man1p_c_ exceeds the tolerance by 1; M_Shcit_c_ exceeds the tolerance by 1; M_nabl_c_ exceeds the tolerance by 1; M_cu2_e_ exceeds the tolerance by 1; M_hxan_c_ exceeds the tolerance by 1; M_so4_c_ exceeds the tolerance by 1; M_db4p_c_ exceeds the tolerance by 1; M_indole_c_ exceeds the tolerance by 1; M_cbl1hbi_e_ exceeds the tolerance by 1; M_3c2hmp_c_ exceeds the tolerance by 1; M_applp_c_ exceeds the tolerance by 1; M_mettrna_c_ exceeds the tolerance by 1; M_h4mpt_c_ exceeds the tolerance by 1; M_coa_c_ exceeds the tolerance by 1; M_utp_c_ exceeds the tolerance by 1; M_co2_c_ exceeds the tolerance by 1; M_glyb_e_ exceeds the tolerance by 1; M_trdrd_c_ exceeds the tolerance by 1
BIOMD0000001099: M_cpd02255_c0 exceeds the tolerance by 1; M_cpd00067_c0 exceeds the tolerance by 1; M_cpd00011_c0 exceeds the tolerance by 1; M_cpd00938_c0 exceeds the tolerance by 1; M_cpd02152_c0 exceeds the tolerance by 1; M_cpd00106_c0 exceeds the tolerance by 1; M_cpd00051_c0 exceeds the tolerance by 1; M_cpd03671_c0 exceeds the tolerance by 1; M_cpd02611_c0 exceeds the tolerance by 1; M_cpd00010_c0 exceeds the tolerance by 1; M_cpd00022_c0 exceeds the tolerance by 1; M_cpd11420_c0 exceeds the tolerance by 1; M_cpd00790_c0 exceeds the tolerance by 1; M_cpd00135_c0 exceeds the tolerance by 1; M_cpd00081_c0 exceeds the tolerance by 1; M_cpd00029_c0 exceeds the tolerance by 1; M_cpd00268_c0 exceeds the tolerance by 1; M_cpd11421_c0 exceeds the tolerance by 1; M_cpd00060_c0 exceeds the tolerance by 1; M_cpd00001_c0 exceeds the tolerance by 1; M_cpd00035_c0 exceeds the tolerance by 1; M_cpd11590_c0 exceeds the tolerance by 1; M_cpd00161_c0 exceeds the tolerance by 1; M_cpd11582_c0 exceeds the tolerance by 1; M_cpd03761_c0 exceeds the tolerance by 1; M_cpd00006_c0 exceeds the tolerance by 1; M_cpd03760_c0 exceeds the tolerance by 1; M_cpd00005_c0 exceeds the tolerance by 1; M_cpd00254_e0 exceeds the tolerance by 1; M_cpd00254_c0 exceeds the tolerance by 1; M_cpd00036_c0 exceeds the tolerance by 1; M_cpd02857_c0 exceeds the tolerance by 1; M_cpd00699_c0 exceeds the tolerance by 1; M_cpd00009_c0 exceeds the tolerance by 1; M_cpd03519_c0 exceeds the tolerance by 1; M_cpd03518_c0 exceeds the tolerance by 1; M_cpd00047_c0 exceeds the tolerance by 1; M_cpd02555_c0 exceeds the tolerance by 1; M_cpd02738_c0 exceeds the tolerance by 1; M_cpd00130_c0 exceeds the tolerance by 1; M_cpd00032_c0 exceeds the tolerance by 1; M_cpd00004_c0 exceeds the tolerance by 1; M_cpd00003_c0 exceeds the tolerance by 1; M_cpd00346_c0 exceeds the tolerance by 1; M_cpd00227_c0 exceeds the tolerance by 1; M_cpd02656_c0 exceeds the tolerance by 1; M_cpd02882_c0 exceeds the tolerance by 1; M_cpd00220_c0 exceeds the tolerance by 1; M_cpd02893_c0 exceeds the tolerance by 1; M_cpd00002_c0 exceeds the tolerance by 1; M_cpd00008_c0 exceeds the tolerance by 1; M_cpd02140_c0 exceeds the tolerance by 1; M_cpd00242_c0 exceeds the tolerance by 1; M_cpd11589_c0 exceeds the tolerance by 1; M_cpd00041_c0 exceeds the tolerance by 1; M_cpd00033_c0 exceeds the tolerance by 1; M_cpd00840_c0 exceeds the tolerance by 1; M_cpd00039_c0 exceeds the tolerance by 1; M_cpd14960_c0 exceeds the tolerance by 1; M_cpd08371_c0 exceeds the tolerance by 1; M_cpd00071_c0 exceeds the tolerance by 1; M_cpd00123_c0 exceeds the tolerance by 1; M_cpd01646_c0 exceeds the tolerance by 1; M_cpd00239_c0 exceeds the tolerance by 1; M_cpd15693_c0 exceeds the tolerance by 1; M_cpd00054_c0 exceeds the tolerance by 1; M_cpd00046_c0 exceeds the tolerance by 1; M_cpd15687_c0 exceeds the tolerance by 1; M_cpd00557_c0 exceeds the tolerance by 1; M_cpd03426_c0 exceeds the tolerance by 1; M_cpd10515_c0 exceeds the tolerance by 1; M_cpd00061_c0 exceeds the tolerance by 1; M_cpd00482_c0 exceeds the tolerance by 1; M_cpd15682_c0 exceeds the tolerance by 1; M_cpd15688_c0 exceeds the tolerance by 1; M_cpd00012_c0 exceeds the tolerance by 1; M_cpd00052_c0 exceeds the tolerance by 1; M_cpd15421_c0 exceeds the tolerance by 1; M_cpd15526_c0 exceeds the tolerance by 1; M_cpd02069_c0 exceeds the tolerance by 1; M_cpd00169_c0 exceeds the tolerance by 1; M_cpd00038_c0 exceeds the tolerance by 1; M_cpd00009_e0 exceeds the tolerance by 1; M_cpd02333_c0 exceeds the tolerance by 1; M_cpd03470_c0 exceeds the tolerance by 1; M_cpd00095_c0 exceeds the tolerance by 1; M_cpd08366_c0 exceeds the tolerance by 1; M_cpd02826_c0 exceeds the tolerance by 1; M_cpd00072_c0 exceeds the tolerance by 1; M_cpd00079_c0 exceeds the tolerance by 1; M_cpd00118_c0 exceeds the tolerance by 1; M_cpd00147_c0 exceeds the tolerance by 1; M_cpd00264_c0 exceeds the tolerance by 1; M_cpd00837_c0 exceeds the tolerance by 1; M_cpd00013_c0 exceeds the tolerance by 1; M_cpd00023_c0 exceeds the tolerance by 1; M_cpd00053_c0 exceeds the tolerance by 1; M_cpd00238_c0 exceeds the tolerance by 1; M_cpd00102_c0 exceeds the tolerance by 1; M_cpd00198_c0 exceeds the tolerance by 1; M_cpd00101_c0 exceeds the tolerance by 1; M_cpd00115_c0 exceeds the tolerance by 1; M_cpd00246_c0 exceeds the tolerance by 1; M_cpd00114_c0 exceeds the tolerance by 1; M_cpd00084_c0 exceeds the tolerance by 1; M_cpd15603_c0 exceeds the tolerance by 1; M_cpd00358_c0 exceeds the tolerance by 1; M_cpd00978_c0 exceeds the tolerance by 1; M_cpd15555_c0 exceeds the tolerance by 1; M_cpd15419_c0 exceeds the tolerance by 1; M_cpd00357_c0 exceeds the tolerance by 1; M_cpd00297_c0 exceeds the tolerance by 1; M_cpd00655_c0 exceeds the tolerance by 1; M_cpd00343_c0 exceeds the tolerance by 1; M_cpd00146_c0 exceeds the tolerance by 1; M_cpd00200_c0 exceeds the tolerance by 1; M_cpd00024_c0 exceeds the tolerance by 1; M_cpd00107_c0 exceeds the tolerance by 1; M_cpd01777_c0 exceeds the tolerance by 1; M_cpd01775_c0 exceeds the tolerance by 1; M_cpd00834_c0 exceeds the tolerance by 1; M_cpd02666_c0 exceeds the tolerance by 1; M_cpd02979_c0 exceeds the tolerance by 1; M_cpd02991_c0 exceeds the tolerance by 1; M_cpd00290_c0 exceeds the tolerance by 1; M_cpd00918_c0 exceeds the tolerance by 1; M_cpd00342_c0 exceeds the tolerance by 1; M_cpd11586_c0 exceeds the tolerance by 1; M_cpd00067_e0 exceeds the tolerance by 1; M_cpd00205_e0 exceeds the tolerance by 1; M_cpd00205_c0 exceeds the tolerance by 1; M_cpd00018_c0 exceeds the tolerance by 1; M_cpd03078_c0 exceeds the tolerance by 1; M_cpd01078_c0 exceeds the tolerance by 1; M_cpd00091_c0 exceeds the tolerance by 1; M_cpd00810_c0 exceeds the tolerance by 1; M_cpd00019_c0 exceeds the tolerance by 1; M_cpd01620_c0 exceeds the tolerance by 1; M_cpd00017_c0 exceeds the tolerance by 1; M_cpd03420_c0 exceeds the tolerance by 1; M_cpd14961_c0 exceeds the tolerance by 1; M_cpd08375_c0 exceeds the tolerance by 1; M_cpd00092_c0 exceeds the tolerance by 1; M_cpd00307_c0 exceeds the tolerance by 1; M_cpd15747_c0 exceeds the tolerance by 1; M_cpd00014_c0 exceeds the tolerance by 1; M_cpd15765_c0 exceeds the tolerance by 1; M_cpd00037_c0 exceeds the tolerance by 1; M_cpd11436_c0 exceeds the tolerance by 1; M_cpd11437_c0 exceeds the tolerance by 1; M_cpd01997_c0 exceeds the tolerance by 1; M_cpd00218_c0 exceeds the tolerance by 1; M_cpd00873_c0 exceeds the tolerance by 1; M_cpd02904_c0 exceeds the tolerance by 1; M_cpd03496_c0 exceeds the tolerance by 1; M_cpd03495_c0 exceeds the tolerance by 1; M_cpd11621_c0 exceeds the tolerance by 1; M_cpd11620_c0 exceeds the tolerance by 1; M_cpd08369_c0 exceeds the tolerance by 1; M_cpd08368_c0 exceeds the tolerance by 1; M_cpd17041_c0 exceeds the tolerance by 1; M_cpd03492_c0 exceeds the tolerance by 1; M_cpd03491_c0 exceeds the tolerance by 1; M_cpd02210_c0 exceeds the tolerance by 1; M_cpd00359_c0 exceeds the tolerance by 1; M_cpd02720_c0 exceeds the tolerance by 1; M_cpd00931_c0 exceeds the tolerance by 1; M_cpd15768_c0 exceeds the tolerance by 1; M_cpd15750_c0 exceeds the tolerance by 1; M_cpd00113_c0 exceeds the tolerance by 1; M_cpd00289_c0 exceeds the tolerance by 1; M_cpd00350_c0 exceeds the tolerance by 1; M_cpd02498_c0 exceeds the tolerance by 1; M_cpd00809_c0 exceeds the tolerance by 1; M_cpd00361_c0 exceeds the tolerance by 1; M_cpd00668_c0 exceeds the tolerance by 1; M_cpd00062_c0 exceeds the tolerance by 1; M_cpd00288_c0 exceeds the tolerance by 1; M_cpd02775_c0 exceeds the tolerance by 1; M_cpd00939_c0 exceeds the tolerance by 1; M_cpd00868_c0 exceeds the tolerance by 1; M_cpd00069_c0 exceeds the tolerance by 1; M_cpd00209_c0 exceeds the tolerance by 1; M_cpd00209_e0 exceeds the tolerance by 1; M_cpd03421_c0 exceeds the tolerance by 1; M_cpd17042_c0 exceeds the tolerance by 1; M_cpd00149_c0 exceeds the tolerance by 1; M_cpd00504_c0 exceeds the tolerance by 1; M_cpd00516_c0 exceeds the tolerance by 1; M_cpd00132_c0 exceeds the tolerance by 1; M_cpd11581_c0 exceeds the tolerance by 1; M_cpd02978_c0 exceeds the tolerance by 1; M_cpd00177_c0 exceeds the tolerance by 1; M_cpd02737_c0 exceeds the tolerance by 1; M_cpd02438_c0 exceeds the tolerance by 1; M_cpd00895_c0 exceeds the tolerance by 1; M_cpd02246_c0 exceeds the tolerance by 1; M_cpd00117_c0 exceeds the tolerance by 1; M_cpd00128_c0 exceeds the tolerance by 1; M_cpd02574_c0 exceeds the tolerance by 1; M_cpd15684_c0 exceeds the tolerance by 1; M_cpd15678_c0 exceeds the tolerance by 1; M_cpd02201_c0 exceeds the tolerance by 1; M_cpd00508_c0 exceeds the tolerance by 1; M_cpd02535_c0 exceeds the tolerance by 1; M_cpd00930_c0 exceeds the tolerance by 1; M_cpd00807_c0 exceeds the tolerance by 1; M_cpd00015_c0 exceeds the tolerance by 1; M_cpd00982_c0 exceeds the tolerance by 1; M_cpd08372_c0 exceeds the tolerance by 1; M_cpd00956_c0 exceeds the tolerance by 1; M_cpd00286_c0 exceeds the tolerance by 1; M_cpd00086_c0 exceeds the tolerance by 1; M_cpd00141_c0 exceeds the tolerance by 1; M_cpd00236_c0 exceeds the tolerance by 1; M_cpd03706_c0 exceeds the tolerance by 1; M_cpd00274_c0 exceeds the tolerance by 1; M_cpd00171_c0 exceeds the tolerance by 1; M_cpd15422_c0 exceeds the tolerance by 1; M_cpd15523_c0 exceeds the tolerance by 1; M_cpd00096_c0 exceeds the tolerance by 1; M_cpd01716_c0 exceeds the tolerance by 1; M_cpd08211_c0 exceeds the tolerance by 1; M_cpd02605_c0 exceeds the tolerance by 1; M_cpd02693_c0 exceeds the tolerance by 1; M_cpd03608_c0 exceeds the tolerance by 1; M_cpd03607_c0 exceeds the tolerance by 1; M_cpd00299_c0 exceeds the tolerance by 1; M_cpd00338_c0 exceeds the tolerance by 1; M_cpd00689_c0 exceeds the tolerance by 1; M_cpd03835_c0 exceeds the tolerance by 1; M_cpd00065_c0 exceeds the tolerance by 1; M_cpd00644_c0 exceeds the tolerance by 1; M_cpd15554_c0 exceeds the tolerance by 1; M_cpd00863_c0 exceeds the tolerance by 1; M_cpd10162_c0 exceeds the tolerance by 1; M_cpd00533_c0 exceeds the tolerance by 1; M_cpd00356_c0 exceeds the tolerance by 1; M_cpd15604_c0 exceeds the tolerance by 1; M_cpd02884_c0 exceeds the tolerance by 1; M_cpd00175_c0 exceeds the tolerance by 1; M_cpd02569_c0 exceeds the tolerance by 1; M_cpd00206_c0 exceeds the tolerance by 1; M_cpd03834_c0 exceeds the tolerance by 1; M_cpd03839_c0 exceeds the tolerance by 1; M_cpd00219_c0 exceeds the tolerance by 1; M_cpd00616_c0 exceeds the tolerance by 1; M_cpd15524_c0 exceeds the tolerance by 1; M_cpd15420_c0 exceeds the tolerance by 1; M_cpd15527_c0 exceeds the tolerance by 1; M_cpd00016_c0 exceeds the tolerance by 1; M_cpd00971_c0 exceeds the tolerance by 1; M_cpd00971_e0 exceeds the tolerance by 1; M_cpd00129_c0 exceeds the tolerance by 1; M_cpd00129_e0 exceeds the tolerance by 1; M_cpd15557_c0 exceeds the tolerance by 1; M_cpd00203_c0 exceeds the tolerance by 1; M_cpd00812_c0 exceeds the tolerance by 1; M_cpd00332_c0 exceeds the tolerance by 1; M_cpd00143_c0 exceeds the tolerance by 1; M_cpd03560_c0 exceeds the tolerance by 1; M_cpd00793_c0 exceeds the tolerance by 1; M_cpd02894_c0 exceeds the tolerance by 1; M_cpd02654_c0 exceeds the tolerance by 1; M_cpd00782_c0 exceeds the tolerance by 1; M_cpd01727_c0 exceeds the tolerance by 1; M_cpd11585_c0 exceeds the tolerance by 1; M_cpd15754_c0 exceeds the tolerance by 1; M_cpd15772_c0 exceeds the tolerance by 1; M_cpd00103_c0 exceeds the tolerance by 1; M_cpd15748_c0 exceeds the tolerance by 1; M_cpd15766_c0 exceeds the tolerance by 1; M_cpd11593_c0 exceeds the tolerance by 1; M_cpd11440_c0 exceeds the tolerance by 1; M_cpd11441_c0 exceeds the tolerance by 1; M_cpd03666_c0 exceeds the tolerance by 1; M_cpd00448_c0 exceeds the tolerance by 1; M_cpd00100_c0 exceeds the tolerance by 1; M_cpd00638_c0 exceeds the tolerance by 1; M_cpd02851_c0 exceeds the tolerance by 1; M_cpd02921_c0 exceeds the tolerance by 1; M_cpd00142_c0 exceeds the tolerance by 1; M_cpd00279_c0 exceeds the tolerance by 1; M_cpd00020_c0 exceeds the tolerance by 1; M_cpd00093_c0 exceeds the tolerance by 1; M_cpd00216_c0 exceeds the tolerance by 1; M_cpd01017_c0 exceeds the tolerance by 1; M_cpd00213_c0 exceeds the tolerance by 1; M_cpd00449_c0 exceeds the tolerance by 1; M_cpd15692_c0 exceeds the tolerance by 1; M_cpd15686_c0 exceeds the tolerance by 1; M_cpd00859_c0 exceeds the tolerance by 1; M_cpd11580_c0 exceeds the tolerance by 1; M_cpd00025_c0 exceeds the tolerance by 1; M_cpd00932_c0 exceeds the tolerance by 1; M_cpd03049_c0 exceeds the tolerance by 1; M_cpd00498_c0 exceeds the tolerance by 1; M_cpd00056_c0 exceeds the tolerance by 1; M_cpd00094_c0 exceeds the tolerance by 1; M_cpd00282_c0 exceeds the tolerance by 1; M_cpd00247_c0 exceeds the tolerance by 1; M_cpd15685_c0 exceeds the tolerance by 1; M_cpd15679_c0 exceeds the tolerance by 1; M_cpd02817_c0 exceeds the tolerance by 1; M_cpd02935_c0 exceeds the tolerance by 1; M_cpd00735_c0 exceeds the tolerance by 1; M_cpd00643_c0 exceeds the tolerance by 1; M_cpd00774_c0 exceeds the tolerance by 1; M_cpd00957_c0 exceeds the tolerance by 1; M_cpd00210_c0 exceeds the tolerance by 1; M_cpd00210_e0 exceeds the tolerance by 1; M_cpd02791_c0 exceeds the tolerance by 1; M_cpd17043_c0 exceeds the tolerance by 1; M_cpd00666_c0 exceeds the tolerance by 1; M_cpd02345_c0 exceeds the tolerance by 1; M_cpd00528_c0 exceeds the tolerance by 1; M_cpd11640_c0 exceeds the tolerance by 1; M_cpd00792_c0 exceeds the tolerance by 1; M_cpd00649_c0 exceeds the tolerance by 1; M_cpd00136_c0 exceeds the tolerance by 1; M_cpd02678_c0 exceeds the tolerance by 1; M_cpd00492_c0 exceeds the tolerance by 1; M_cpd11432_c0 exceeds the tolerance by 1; M_cpd11431_c0 exceeds the tolerance by 1; M_cpd00053_e0 exceeds the tolerance by 1; M_cpd00298_c0 exceeds the tolerance by 1; M_cpd02030_c0 exceeds the tolerance by 1; M_cpd00322_c0 exceeds the tolerance by 1; M_cpd15553_c0 exceeds the tolerance by 1; M_cpd15423_c0 exceeds the tolerance by 1; M_cpd00540_c0 exceeds the tolerance by 1; M_cpd00540_e0 exceeds the tolerance by 1; M_cpd00251_c0 exceeds the tolerance by 1; M_cpd00068_c0 exceeds the tolerance by 1; M_cpd00090_c0 exceeds the tolerance by 1; M_cpd00151_c0 exceeds the tolerance by 1; M_cpd01587_c0 exceeds the tolerance by 1; M_cpd15690_c0 exceeds the tolerance by 1; M_cpd00066_c0 exceeds the tolerance by 1; M_cpd15605_c0 exceeds the tolerance by 1; M_cpd00226_c0 exceeds the tolerance by 1; M_cpd00226_e0 exceeds the tolerance by 1; M_cpd01710_c0 exceeds the tolerance by 1; M_cpd00202_c0 exceeds the tolerance by 1; M_cpd03091_c0 exceeds the tolerance by 1; M_cpd01311_c0 exceeds the tolerance by 1; M_cpd00104_c0 exceeds the tolerance by 1; M_cpd00074_c0 exceeds the tolerance by 1; M_cpd02375_c0 exceeds the tolerance by 1; M_cpd00241_c0 exceeds the tolerance by 1; M_cpd01324_c0 exceeds the tolerance by 1; M_cpd00119_c0 exceeds the tolerance by 1; M_cpd01080_c0 exceeds the tolerance by 1; M_cpd00327_c0 exceeds the tolerance by 1; M_cpd15522_c0 exceeds the tolerance by 1; M_cpd10515_e0 exceeds the tolerance by 1; M_cpd00641_c0 exceeds the tolerance by 1; M_cpd08928_c0 exceeds the tolerance by 1; M_cpd02547_c0 exceeds the tolerance by 1; M_cpd03914_c0 exceeds the tolerance by 1; M_cpd11584_c0 exceeds the tolerance by 1; M_cpd11430_c0 exceeds the tolerance by 1; M_cpd11435_c0 exceeds the tolerance by 1; M_cpd08373_c0 exceeds the tolerance by 1; M_cpd00099_c0 exceeds the tolerance by 1; M_cpd00099_e0 exceeds the tolerance by 1; M_cpd00047_e0 exceeds the tolerance by 1; M_cpd11592_c0 exceeds the tolerance by 1; M_cpd08370_c0 exceeds the tolerance by 1; M_cpd01982_c0 exceeds the tolerance by 1; M_cpd00755_c0 exceeds the tolerance by 1; M_cpd02843_c0 exceeds the tolerance by 1; M_cpd00497_c0 exceeds the tolerance by 1; M_cpd11587_c0 exceeds the tolerance by 1; M_cpd11225_c0 exceeds the tolerance by 1; M_cpd02679_c0 exceeds the tolerance by 1; M_cpd00800_c0 exceeds the tolerance by 1; M_cpd00355_c0 exceeds the tolerance by 1; M_cpd15683_c0 exceeds the tolerance by 1; M_cpd15689_c0 exceeds the tolerance by 1; M_cpd11438_c0 exceeds the tolerance by 1; M_cpd11439_c0 exceeds the tolerance by 1; M_cpd15680_c0 exceeds the tolerance by 1; M_cpd00078_c0 exceeds the tolerance by 1; M_cpd15746_c0 exceeds the tolerance by 1; M_cpd15764_c0 exceeds the tolerance by 1; M_cpd00477_c0 exceeds the tolerance by 1; M_cpd00026_c0 exceeds the tolerance by 1; M_cpd00144_c0 exceeds the tolerance by 1; M_cpd02394_c0 exceeds the tolerance by 1; M_cpd00383_c0 exceeds the tolerance by 1; M_cpd00363_c0 exceeds the tolerance by 1; M_cpd11912_c0 exceeds the tolerance by 1; M_cpd12227_c0 exceeds the tolerance by 1; M_cpd01024_c0 exceeds the tolerance by 1; M_cpd15751_c0 exceeds the tolerance by 1; M_cpd15769_c0 exceeds the tolerance by 1; M_cpd02642_c0 exceeds the tolerance by 1; M_cpd11434_c0 exceeds the tolerance by 1; M_cpd11433_c0 exceeds the tolerance by 1; M_cpd01695_c0 exceeds the tolerance by 1; M_cpd03847_c0 exceeds the tolerance by 1; M_cpd00307_e0 exceeds the tolerance by 1; M_cpd02552_c0 exceeds the tolerance by 1; M_cpd15417_c0 exceeds the tolerance by 1; M_cpd15552_c0 exceeds the tolerance by 1; M_cpd00822_c0 exceeds the tolerance by 1; M_cpd03833_c0 exceeds the tolerance by 1; M_cpd08210_c0 exceeds the tolerance by 1; M_cpd15606_c0 exceeds the tolerance by 1; M_cpd00334_c0 exceeds the tolerance by 1; M_cpd00806_c0 exceeds the tolerance by 1; M_cpd00156_c0 exceeds the tolerance by 1; M_cpd00134_c0 exceeds the tolerance by 1; M_cpd00214_c0 exceeds the tolerance by 1; M_cpd15767_c0 exceeds the tolerance by 1; M_cpd15749_c0 exceeds the tolerance by 1; M_cpd00031_c0 exceeds the tolerance by 1; M_cpd00861_c0 exceeds the tolerance by 1; M_cpd00446_c0 exceeds the tolerance by 1; M_cpd00182_c0 exceeds the tolerance by 1; M_cpd00292_c0 exceeds the tolerance by 1; M_cpd01977_c0 exceeds the tolerance by 1; M_cpd00283_c0 exceeds the tolerance by 1; M_cpd03487_c0 exceeds the tolerance by 1; M_cpd03488_c0 exceeds the tolerance by 1; M_cpd00089_c0 exceeds the tolerance by 1; M_cpd15302_c0 exceeds the tolerance by 1; M_cpd00155_c0 exceeds the tolerance by 1; M_cpd03913_c0 exceeds the tolerance by 1; M_cpd03832_c0 exceeds the tolerance by 1; M_cpd00764_c0 exceeds the tolerance by 1; M_cpd11588_c0 exceeds the tolerance by 1; M_cpd02655_c0 exceeds the tolerance by 1; M_cpd00936_c0 exceeds the tolerance by 1; M_cpd11583_c0 exceeds the tolerance by 1; M_cpd15521_c0 exceeds the tolerance by 1; M_cpd00043_c0 exceeds the tolerance by 1; M_cpd00092_e0 exceeds the tolerance by 1; M_cpd15691_c0 exceeds the tolerance by 1; M_cpd15269_c0 exceeds the tolerance by 1; M_cpd15274_c0 exceeds the tolerance by 1; M_cpd11591_c0 exceeds the tolerance by 1; M_cpd15753_c0 exceeds the tolerance by 1; M_cpd15771_c0 exceeds the tolerance by 1; M_cpd01914_c0 exceeds the tolerance by 1; M_cpd15558_c0 exceeds the tolerance by 1; M_cpd02701_c0 exceeds the tolerance by 1; M_cpd00149_e0 exceeds the tolerance by 1; M_cpd15556_c0 exceeds the tolerance by 1; M_cpd15418_c0 exceeds the tolerance by 1; M_cpd00521_c0 exceeds the tolerance by 1; M_cpd02616_c0 exceeds the tolerance by 1; M_cpd12005_c0 exceeds the tolerance by 1; M_cpd12225_c0 exceeds the tolerance by 1; M_cpd15681_c0 exceeds the tolerance by 1; M_cpd15694_c0 exceeds the tolerance by 1; M_cpd00064_c0 exceeds the tolerance by 1; M_cpd15525_c0 exceeds the tolerance by 1; M_cpd00946_c0 exceeds the tolerance by 1; M_cpd00126_c0 exceeds the tolerance by 1; M_cpd00311_c0 exceeds the tolerance by 1; M_cpd00485_c0 exceeds the tolerance by 1; M_cpd00235_c0 exceeds the tolerance by 1; M_cpd00305_c0 exceeds the tolerance by 1; M_cpd00305_e0 exceeds the tolerance by 1; M_cpd00295_c0 exceeds the tolerance by 1; M_cpd00073_c0 exceeds the tolerance by 1; M_cpd00073_e0 exceeds the tolerance by 1; M_cpd15238_c0 exceeds the tolerance by 1; M_cpd15237_c0 exceeds the tolerance by 1; M_cpd00830_c0 exceeds the tolerance by 1; M_cpd01974_c0 exceeds the tolerance by 1; M_cpd00712_c0 exceeds the tolerance by 1; M_cpd00408_c0 exceeds the tolerance by 1; M_cpd02636_c0 exceeds the tolerance by 1; M_cpd00367_c0 exceeds the tolerance by 1; M_cpd00738_c0 exceeds the tolerance by 1; M_cpd15770_c0 exceeds the tolerance by 1; M_cpd15752_c0 exceeds the tolerance by 1; M_cpd15677_c0 exceeds the tolerance by 1; M_cpd00152_c0 exceeds the tolerance by 1; M_cpd10516_c0 exceeds the tolerance by 1; M_cpd10516_e0 exceeds the tolerance by 1; M_cpd00001_e0 exceeds the tolerance by 1; M_cpd00011_e0 exceeds the tolerance by 1; M_cpd02465_c0 exceeds the tolerance by 1; M_cpd02211_c0 exceeds the tolerance by 1; M_cpd00058_c0 exceeds the tolerance by 1; M_cpd00042_c0 exceeds the tolerance by 1; M_cpd12370_c0 exceeds the tolerance by 1; M_cpd11416_c0 exceeds the tolerance by 1; M_cpd00063_c0 exceeds the tolerance by 1; M_cpd03422_c0 exceeds the tolerance by 1; M_cpd00166_c0 exceeds the tolerance by 1; M_cpd11493_c0 exceeds the tolerance by 1; M_cpd03443_c0 exceeds the tolerance by 1; M_cpd03444_c0 exceeds the tolerance by 1; M_cpd11524_c0 exceeds the tolerance by 1; M_cpd01772_c0 exceeds the tolerance by 1; M_cpd03451_c0 exceeds the tolerance by 1; M_cpd00421_c0 exceeds the tolerance by 1; M_cpd11492_c0 exceeds the tolerance by 1; M_cpd11525_c0 exceeds the tolerance by 1; M_cpd00034_e0 exceeds the tolerance by 1; M_cpd11496_c0 exceeds the tolerance by 1; M_cpd11495_c0 exceeds the tolerance by 1; M_cpd02083_c0 exceeds the tolerance by 1; M_cpd00817_c0 exceeds the tolerance by 1; M_cpd11515_c0 exceeds the tolerance by 1; M_cpd01741_e0 exceeds the tolerance by 1; M_cpd11488_c0 exceeds the tolerance by 1; M_cpd15268_c0 exceeds the tolerance by 1; M_cpd01270_c0 exceeds the tolerance by 1; M_cpd04122_c0 exceeds the tolerance by 1; M_cpd00050_c0 exceeds the tolerance by 1; M_cpd00027_c0 exceeds the tolerance by 1; M_cpd11532_c0 exceeds the tolerance by 1; M_cpd00080_c0 exceeds the tolerance by 1; M_cpd11533_c0 exceeds the tolerance by 1; M_cpd03918_c0 exceeds the tolerance by 1; M_cpd00355_e0 exceeds the tolerance by 1; M_cpd00626_c0 exceeds the tolerance by 1; M_cpd02120_c0 exceeds the tolerance by 1; M_cpd03448_c0 exceeds the tolerance by 1; M_cpd11516_c0 exceeds the tolerance by 1; M_cpd11507_c0 exceeds the tolerance by 1; M_cpd11508_c0 exceeds the tolerance by 1; M_cpd11504_c0 exceeds the tolerance by 1; M_cpd03447_c0 exceeds the tolerance by 1; M_cpd00058_e0 exceeds the tolerance by 1; M_cpd00906_c0 exceeds the tolerance by 1; M_cpd11540_c0 exceeds the tolerance by 1; M_cpd00760_c0 exceeds the tolerance by 1; M_cpd11499_c0 exceeds the tolerance by 1; M_cpd03919_c0 exceeds the tolerance by 1; M_cpd03917_c0 exceeds the tolerance by 1; M_cpd02039_c0 exceeds the tolerance by 1; M_cpd02590_c0 exceeds the tolerance by 1; M_cpd02557_c0 exceeds the tolerance by 1; M_cpd11484_c0 exceeds the tolerance by 1; M_cpd11529_c0 exceeds the tolerance by 1; M_cpd00558_e0 exceeds the tolerance by 1; M_cpd15479_c0 exceeds the tolerance by 1; M_cpd00030_e0 exceeds the tolerance by 1; M_cpd02685_c0 exceeds the tolerance by 1; M_cpd03916_c0 exceeds the tolerance by 1; M_cpd03915_c0 exceeds the tolerance by 1; M_cpd00063_e0 exceeds the tolerance by 1; M_cpd03920_c0 exceeds the tolerance by 1; M_cpd11503_c0 exceeds the tolerance by 1; M_cpd11536_c0 exceeds the tolerance by 1; M_cpd00655_e0 exceeds the tolerance by 1; M_cpd03289_c0 exceeds the tolerance by 1; M_cpd08316_c0 exceeds the tolerance by 1; M_cpd15489_c0 exceeds the tolerance by 1; M_cpd04920_c0 exceeds the tolerance by 1; M_cpd11521_c0 exceeds the tolerance by 1; M_cpd11520_c0 exceeds the tolerance by 1; M_cpd02021_c0 exceeds the tolerance by 1; M_cpd11511_c0 exceeds the tolerance by 1; M_cpd00045_c0 exceeds the tolerance by 1; M_cpd02886_c0 exceeds the tolerance by 1; M_cpd03423_c0 exceeds the tolerance by 1; M_cpd11537_c0 exceeds the tolerance by 1; M_cpd15269_e0 exceeds the tolerance by 1; M_cpd11541_c0 exceeds the tolerance by 1; M_cpd11528_c0 exceeds the tolerance by 1; M_cpd03494_c0 exceeds the tolerance by 1; M_cpd15358_c0 exceeds the tolerance by 1; M_cpd02295_c0 exceeds the tolerance by 1; M_cpd11512_c0 exceeds the tolerance by 1; M_cpd00111_c0 exceeds the tolerance by 1; M_cpd03422_e0 exceeds the tolerance by 1; M_cpd02968_c0 exceeds the tolerance by 1; M_cpd00658_c0 exceeds the tolerance by 1; M_cpd01080_e0 exceeds the tolerance by 1; M_cpd00111_e0 exceeds the tolerance by 1; M_cpd11500_c0 exceeds the tolerance by 1; M_cpd03847_e0 exceeds the tolerance by 1; M_cpd00869_c0 exceeds the tolerance by 1; M_cpd11295_c0 exceeds the tolerance by 1; M_cpd11217_c0 exceeds the tolerance by 1; M_cpd00070_c0 exceeds the tolerance by 1; M_cpd00085_c0 exceeds the tolerance by 1; M_cpd00506_c0 exceeds the tolerance by 1; M_cpd00013_e0 exceeds the tolerance by 1; M_cpd02591_c0 exceeds the tolerance by 1; M_cpd16335_c0 exceeds the tolerance by 1; M_cpd00460_c0 exceeds the tolerance by 1; M_cpd03285_c0 exceeds the tolerance by 1; M_cpd08367_c0 exceeds the tolerance by 1; M_cpd00607_c0 exceeds the tolerance by 1; M_cpd01502_c0 exceeds the tolerance by 1; M_cpd03593_c0 exceeds the tolerance by 1; M_cpd00029_e0 exceeds the tolerance by 1; M_cpd00278_c0 exceeds the tolerance by 1; M_cpd11175_c0 exceeds the tolerance by 1; M_cpd00035_e0 exceeds the tolerance by 1; M_cpd00117_e0 exceeds the tolerance by 1; M_cpd00528_e0 exceeds the tolerance by 1; M_cpd00239_e0 exceeds the tolerance by 1; M_cpd15886_c0 exceeds the tolerance by 1; M_cpd15833_c0 exceeds the tolerance by 1; M_cpd02483_c0 exceeds the tolerance by 1; M_cpd15888_c0 exceeds the tolerance by 1; M_cpd15901_c0 exceeds the tolerance by 1; M_cpd15831_c0 exceeds the tolerance by 1; M_cpd15882_c0 exceeds the tolerance by 1; M_cpd15908_c0 exceeds the tolerance by 1; M_cpd15900_c0 exceeds the tolerance by 1; M_cpd15832_c0 exceeds the tolerance by 1; M_cpd15883_c0 exceeds the tolerance by 1; M_cpd15909_c0 exceeds the tolerance by 1; M_cpd16398_c0 exceeds the tolerance by 1; M_cpd15829_c0 exceeds the tolerance by 1; M_cpd15827_c0 exceeds the tolerance by 1; M_cpd15828_c0 exceeds the tolerance by 1; M_cpd15850_c0 exceeds the tolerance by 1; M_cpd03521_c0 exceeds the tolerance by 1; M_cpd02961_c0 exceeds the tolerance by 1; M_cpd00954_c0 exceeds the tolerance by 1; M_cpd00229_c0 exceeds the tolerance by 1; M_cpd02920_c0 exceeds the tolerance by 1; M_cpd00443_c0 exceeds the tolerance by 1; M_cpd15830_c0 exceeds the tolerance by 1; M_cpd15851_c0 exceeds the tolerance by 1; M_cpd02041_c0 exceeds the tolerance by 1; M_cpd15853_c0 exceeds the tolerance by 1; M_2ATDLH6U_c0 exceeds the tolerance by 1; M_cpd17158_c0 exceeds the tolerance by 1; M_2A3DHQ_c0 exceeds the tolerance by 1; M_4A3DHS_c0 exceeds the tolerance by 1; M_4ASKM_c0 exceeds the tolerance by 1; M_4A3H15D1C_c0 exceeds the tolerance by 1; M_cpd00139_c0 exceeds the tolerance by 1; M_cpd00040_c0 exceeds the tolerance by 1; M_cpd00374_c0 exceeds the tolerance by 1; M_GGT_c0 exceeds the tolerance by 1; M_4HM2FCP_c0 exceeds the tolerance by 1; M_5AM3FMP_c0 exceeds the tolerance by 1; M_5AM3FMPP_c0 exceeds the tolerance by 1; M_AEPM2FMA_c0 exceeds the tolerance by 1; M_cpd00244_c0 exceeds the tolerance by 1; M_cpd15873_c0 exceeds the tolerance by 1; M_cpd15874_c0 exceeds the tolerance by 1; M_cpd15875_c0 exceeds the tolerance by 1; M_cpd15905_c0 exceeds the tolerance by 1; M_cpd03425_c0 exceeds the tolerance by 1; M_cpd00244_e0 exceeds the tolerance by 1; M_cpd00180_c0 exceeds the tolerance by 1; M_cpd15839_c0 exceeds the tolerance by 1; M_cpd00159_c0 exceeds the tolerance by 1; M_cpd15809_c0 exceeds the tolerance by 1; M_cpd15889_c0 exceeds the tolerance by 1; M_cpd15864_c0 exceeds the tolerance by 1; M_cpd15865_c0 exceeds the tolerance by 1; M_cpd15868_c0 exceeds the tolerance by 1; M_cpd00204_c0 exceeds the tolerance by 1; M_cpd00204_e0 exceeds the tolerance by 1; M_cpd00131_e0 exceeds the tolerance by 1; M_cpd00131_c0 exceeds the tolerance by 1; M_cpd03523_c0 exceeds the tolerance by 1; M_cpd03732_c0 exceeds the tolerance by 1; M_cpd02782_c0 exceeds the tolerance by 1; M_U2A2D3OG_c0 exceeds the tolerance by 1; M_U2A3A23DDG_c0 exceeds the tolerance by 1; M_U23DA23DDG_c0 exceeds the tolerance by 1; M_U23DA23DDM_c0 exceeds the tolerance by 1; M_U3A23DAM_c0 exceeds the tolerance by 1; M_N2A24D5MH4U15P_c0 exceeds the tolerance by 1; M_N2A24D5MAEH5U15P_c0 exceeds the tolerance by 1; M_LIP4SUG_c0 exceeds the tolerance by 1; M_LIP4SUGT_c0 exceeds the tolerance by 1; M_LIP1SUG_c0 exceeds the tolerance by 1; M_LIP2SUG_c0 exceeds the tolerance by 1; M_LIP3SUG_c0 exceeds the tolerance by 1; M_LIP4SUGT_e0 exceeds the tolerance by 1; M_FLGN_e0 exceeds the tolerance by 1; M_ARCN_e0 exceeds the tolerance by 1; M_MEMLIP_c0 exceeds the tolerance by 1; M_cpd00703_c0 exceeds the tolerance by 1; M_cpd00703_e0 exceeds the tolerance by 1; M_cpd00489_e0 exceeds the tolerance by 1; M_cpd00489_c0 exceeds the tolerance by 1; M_cpd00430_e0 exceeds the tolerance by 1; M_cpd00430_c0 exceeds the tolerance by 1; M_cpd03165_c0 exceeds the tolerance by 1; M_cpd00452_c0 exceeds the tolerance by 1; M_cpd00802_c0 exceeds the tolerance by 1; M_cpd00428_c0 exceeds the tolerance by 1; M_cpd00055_c0 exceeds the tolerance by 1; M_cpd15573_c0 exceeds the tolerance by 1; M_cpd15565_c0 exceeds the tolerance by 1; M_cpd16442_c0 exceeds the tolerance by 1; M_cpd15563_c0 exceeds the tolerance by 1; M_cpd16579_c0 exceeds the tolerance by 1; M_cpd03387_c0 exceeds the tolerance by 1; M_cpd03396_c0 exceeds the tolerance by 1; M_cpd03396_e0 exceeds the tolerance by 1; M_cpd00207_c0 exceeds the tolerance by 1; M_cpd17039_c0 exceeds the tolerance by 1; M_cpd02797_c0 exceeds the tolerance by 1; M_cpd02824_c0 exceeds the tolerance by 1; M_cpd18042_c0 exceeds the tolerance by 1; M_ARCHLS_c0 exceeds the tolerance by 1; M_SATARCHL_c0 exceeds the tolerance by 1; M_SATARCHLS_c0 exceeds the tolerance by 1; M_cpd11640_e0 exceeds the tolerance by 1; M_cpd01024_e0 exceeds the tolerance by 1
2 cases
BIOMD0000000141: SimulationFailure: libopencor: SimulationError: run: Task | CVODE: at t = 84.2 and h = 4.83e-153, the corrector convergence test failed repeatedly or with |h| = hmin.
BIOMD0000000158: SimulationFailure: libopencor: SimulationError: run: Task | CVODE: at t = 16.5 and h = 3.59e-98, the corrector convergence test failed repeatedly or with |h| = hmin.
2 cases
BIOMD0000000540: SimulationFailure: libopencor: SimulationError: run: Task | CVODE: at t = 15.2, mxstep steps taken before reaching tout.
BIOMD0000000541: SimulationFailure: libopencor: SimulationError: run: Task | CVODE: at t = 15.2, mxstep steps taken before reaching tout.
roundtrip¶
100 of 1060 cases fail.
96 cases, numerical mismatch
BIOMD0000000001: B exceeds the tolerance by 6.44e-06; DLL exceeds the tolerance by 1.5e-05; D exceeds the tolerance by 9e-06; ILL exceeds the tolerance by 4.91e-06
BIOMD0000000007: Mass exceeds the tolerance by 0.402
BIOMD0000000056: BUB2 exceeds the tolerance by 0.799; BUD exceeds the tolerance by 0.275; C2 exceeds the tolerance by 0.101; C2P exceeds the tolerance by 0.0267; C5 exceeds the tolerance by 0.0222; C5P exceeds the tolerance by 0.00281; CDC14 exceeds the tolerance by 0.361; CDC15 exceeds the tolerance by 0.517; CDC15i exceeds the tolerance by 0.518; CDC20 exceeds the tolerance by 0.313; CDC20i exceeds the tolerance by 0.326; CDC6 exceeds the tolerance by 0.0177; CDC6P exceeds the tolerance by 0.00504; CDC6T exceeds the tolerance by 0.101; CDH1 exceeds the tolerance by 0.451; CDH1i exceeds the tolerance by 0.451; CKIT exceeds the tolerance by 0.202; CLB2 exceeds the tolerance by 0.48; CLB2T exceeds the tolerance by 0.451; CLB5 exceeds the tolerance by 0.18; CLB5T exceeds the tolerance by 0.18; CLN2 exceeds the tolerance by 0.182; ESP1 exceeds the tolerance by 0.142; F2 exceeds the tolerance by 0.111; F2P exceeds the tolerance by 0.0221; F5 exceeds the tolerance by 2.15e-05; F5P exceeds the tolerance by 7.28e-06; IE exceeds the tolerance by 0.158; IEP exceeds the tolerance by 0.158; LTE1 exceeds the tolerance by 0.899; MAD2 exceeds the tolerance by 7.98; MCM1 exceeds the tolerance by 0.232; NET1 exceeds the tolerance by 0.24; NET1P exceeds the tolerance by 0.461; ORI exceeds the tolerance by 6.27; PDS1 exceeds the tolerance by 0.775; PE exceeds the tolerance by 0.141; PPX exceeds the tolerance by 0.242; RENT exceeds the tolerance by 0.756; RENTP exceeds the tolerance by 0.395; SBF exceeds the tolerance by 0.262; SIC1 exceeds the tolerance by 0.00301; SIC1P exceeds the tolerance by 0.00343; SIC1T exceeds the tolerance by 0.101; SPN exceeds the tolerance by 0.0447; SWI5 exceeds the tolerance by 0.141; SWI5P exceeds the tolerance by 0.136; TEM1GDP exceeds the tolerance by 0.896; TEM1GTP exceeds the tolerance by 0.895; Visbf exceeds the tolerance by 3.84; Vppc1 exceeds the tolerance by 1.44; Vppf6 exceeds the tolerance by 1.44; Vaiep exceeds the tolerance by 0.048; Vacdh exceeds the tolerance by 0.289; Vicdh exceeds the tolerance by 0.159; Vkpnet exceeds the tolerance by 0.808; Vppnet exceeds the tolerance by 0.725; Vasbf exceeds the tolerance by 0.123; Vd2c1 exceeds the tolerance by 0.232; Vd2f6 exceeds the tolerance by 0.28; Vkpc1 exceeds the tolerance by 1.85; Vkpf6 exceeds the tolerance by 2.04; Vdb2 exceeds the tolerance by 0.19; Vdb5 exceeds the tolerance by 0.05; Vdpds exceeds the tolerance by 0.0626; Vdppx exceeds the tolerance by 0.305
BIOMD0000000077: H exceeds the tolerance by 0.989; HR exceeds the tolerance by 0.00136; R exceeds the tolerance by 0.00713; HRRH exceeds the tolerance by 0.000975; E exceeds the tolerance by 0.00191; GQ exceeds the tolerance by 0.00181; IP3 exceeds the tolerance by 3.83e+03; CHO exceeds the tolerance by 0.264
BIOMD0000000081: KCNQsites_M exceeds the tolerance by 20.2; PIP2_M exceeds the tolerance by 4.68e+03; oxoM_EX exceeds the tolerance by 9.99; GGTPMg_M exceeds the tolerance by 25.7; GDP_C exceeds the tolerance by 0.234; ip3_C exceeds the tolerance by 2.47; G_M exceeds the tolerance by 1.11; GGTP_M exceeds the tolerance by 7.59; PIP_M exceeds the tolerance by 318; PIP2xKCNQ_M exceeds the tolerance by 20.2; GGDP_M exceeds the tolerance by 33.9; I_KCNQ exceeds the tolerance by 0.778; fGactive exceeds the tolerance by 0.128; OxoSat exceeds the tolerance by 0.555; Gactive exceeds the tolerance by 25.7
BIOMD0000000095: cLc exceeds the tolerance by 28.3; cLm exceeds the tolerance by 4.24; cLn exceeds the tolerance by 29.1; cP7c exceeds the tolerance by 81.7; cP7m exceeds the tolerance by 6.79; cP7n exceeds the tolerance by 8.66; cP9c exceeds the tolerance by 22.1; cP9m exceeds the tolerance by 5.34; cP9n exceeds the tolerance by 13.9; cPn exceeds the tolerance by 0.857; cTc exceeds the tolerance by 0.229; cTm exceeds the tolerance by 1.37; cTn exceeds the tolerance by 6.4; cXc exceeds the tolerance by 13.6; cXm exceeds the tolerance by 5.69; cXn exceeds the tolerance by 33.5; cYc exceeds the tolerance by 23.5; cYm exceeds the tolerance by 4.01; cYn exceeds the tolerance by 3.57
BIOMD0000000096: cLc exceeds the tolerance by 1.09; cLm exceeds the tolerance by 2.62; cLn exceeds the tolerance by 3.59; cP7c exceeds the tolerance by 0.506; cP7m exceeds the tolerance by 0.95; cP7n exceeds the tolerance by 25.8; cP9c exceeds the tolerance by 30.4; cP9m exceeds the tolerance by 0.899; cP9n exceeds the tolerance by 46.1; cPn exceeds the tolerance by 0.847; cTc exceeds the tolerance by 8.07; cTm exceeds the tolerance by 4.92; cTn exceeds the tolerance by 7; cXc exceeds the tolerance by 2.37; cXm exceeds the tolerance by 0.445; cXn exceeds the tolerance by 15.1; cYc exceeds the tolerance by 32; cYm exceeds the tolerance by 1.12; cYn exceeds the tolerance by 11.4
BIOMD0000000097: cLc exceeds the tolerance by 0.611; cLm exceeds the tolerance by 4.27; cLn exceeds the tolerance by 3.58; cP7c exceeds the tolerance by 2.39; cP7m exceeds the tolerance by 1.48; cP7n exceeds the tolerance by 105; cP9c exceeds the tolerance by 5.98; cP9m exceeds the tolerance by 1.36; cP9n exceeds the tolerance by 5.65; cPn exceeds the tolerance by 0.854; cTc exceeds the tolerance by 1.49; cTm exceeds the tolerance by 4.19; cTn exceeds the tolerance by 8.5; cXc exceeds the tolerance by 4.11; cXm exceeds the tolerance by 1.7; cXn exceeds the tolerance by 25.7; cYc exceeds the tolerance by 15.7; cYm exceeds the tolerance by 1.84; cYn exceeds the tolerance by 20.1
BIOMD0000000104: species_0 exceeds the tolerance by 0.115; species_1 exceeds the tolerance by 1; species_2 exceeds the tolerance by 0.6; species_3 exceeds the tolerance by 0.599; species_4 exceeds the tolerance by 0.999
BIOMD0000000117: z exceeds the tolerance by 0.569; y exceeds the tolerance by 1.56; beta exceeds the tolerance by 0.785
BIOMD0000000120: lck_inactive exceeds the tolerance by 5.37; lck_active exceeds the tolerance by 5.58; phosphatase_inactive exceeds the tolerance by 0.707; phosphatase_active exceeds the tolerance by 0.706; lck_total exceeds the tolerance by 5.84
BIOMD0000000121: c3 exceeds the tolerance by 0.556; c2 exceeds the tolerance by 0.107; c1 exceeds the tolerance by 0.21; o exceeds the tolerance by 0.0531; i exceeds the tolerance by 0.195; ik exceeds the tolerance by 0.2; a exceeds the tolerance by 0.0254; b exceeds the tolerance by 0.00782; aa exceeds the tolerance by 0.00791; bb exceeds the tolerance by 0.00402; ai exceeds the tolerance by 0.317; bi exceeds the tolerance by 0.0223; u exceeds the tolerance by 0.0051
BIOMD0000000122: Ca_Nuc exceeds the tolerance by 0.9; Ca_Cyt exceeds the tolerance by 0.9; NFAT_Nuc exceeds the tolerance by 0.000738; Act_C_Nuc exceeds the tolerance by 0.0241; NFAT_Pi_Nuc exceeds the tolerance by 0.000137; NFAT_Act_C_Nuc exceeds the tolerance by 0.0131; NFAT_Pi_Act_C_Nuc exceeds the tolerance by 3.81e-05; Inact_C_Nuc exceeds the tolerance by 0.0256; NFAT_Cyt exceeds the tolerance by 5.89e-05; Act_C_Cyt exceeds the tolerance by 0.00335; NFAT_Pi_Cyt exceeds the tolerance by 0.00525; NFAT_Act_C_Cyt exceeds the tolerance by 0.000262; NFAT_Pi_Act_C_Cyt exceeds the tolerance by 0.000268; Inact_C_Cyt exceeds the tolerance by 0.00609
BIOMD0000000125: x1 exceeds the tolerance by 2; x2 exceeds the tolerance by 4; y2 exceeds the tolerance by 2; x0 exceeds the tolerance by 1
BIOMD0000000126: C1 exceeds the tolerance by 0.287; C2 exceeds the tolerance by 0.137; C3 exceeds the tolerance by 0.914; IC3 exceeds the tolerance by 0.573; IC2 exceeds the tolerance by 0.2; IM1 exceeds the tolerance by 0.279; IM2 exceeds the tolerance by 0.000159; O exceeds the tolerance by 0.15; IF exceeds the tolerance by 0.658; a11 exceeds the tolerance by 4.18; a12 exceeds the tolerance by 3.48; a13 exceeds the tolerance by 2.39; a2 exceeds the tolerance by 2.72; a3 exceeds the tolerance by 0.0123; b3 exceeds the tolerance by 0.000991; a4 exceeds the tolerance by 0.0272; b4 exceeds the tolerance by 0.0123; a5 exceeds the tolerance by 2.76e-05; b5 exceeds the tolerance by 0.000245; Ina exceeds the tolerance by 0.315; b11 exceeds the tolerance by 9.02; b12 exceeds the tolerance by 12; b13 exceeds the tolerance by 16.9; b2 exceeds the tolerance by 0.00952
BIOMD0000000127: v exceeds the tolerance by 40.4; U exceeds the tolerance by 14.4
BIOMD0000000129: v exceeds the tolerance by 52.5; u exceeds the tolerance by 5.95
BIOMD0000000130: v exceeds the tolerance by 45.4; u exceeds the tolerance by 5.61
BIOMD0000000131: v exceeds the tolerance by 50; u exceeds the tolerance by 4.19
BIOMD0000000132: v exceeds the tolerance by 29.7; u exceeds the tolerance by 4.69
BIOMD0000000133: u exceeds the tolerance by 0.687; v exceeds the tolerance by 3.72
BIOMD0000000134: v exceeds the tolerance by 37.2; u exceeds the tolerance by 6.42
BIOMD0000000135: u exceeds the tolerance by 0.819; v exceeds the tolerance by 28.2
BIOMD0000000136: v exceeds the tolerance by 23.6; u exceeds the tolerance by 4.46
BIOMD0000000144: MPFc exceeds the tolerance by 0.0287; preMPFc exceeds the tolerance by 8.2e-05; StgPc exceeds the tolerance by 0.00384; Wee1c exceeds the tolerance by 0.000839; Wee1Pc exceeds the tolerance by 0.00532; Stgm exceeds the tolerance by 0.0984; Xp exceeds the tolerance by 0.0402; Stgc exceeds the tolerance by 0.000863; Xm exceeds the tolerance by 2.32; MPFn exceeds the tolerance by 0.628; preMPFn exceeds the tolerance by 0.199; Wee1Pn exceeds the tolerance by 1.59; Wee1n exceeds the tolerance by 1.05; StgPn exceeds the tolerance by 2.16; Stgn exceeds the tolerance by 1.22; FZYa exceeds the tolerance by 0.991; IEa_1 exceeds the tolerance by 0.748; N exceeds the tolerance by 208; CycBT exceeds the tolerance by 0.0339; StgPT exceeds the tolerance by 0.0119
BIOMD0000000148: z exceeds the tolerance by 13.7
BIOMD0000000234: Effect exceeds the tolerance by 0.754; Ce exceeds the tolerance by 3.24e+04; TumorSize exceeds the tolerance by 4.33
BIOMD0000000235: PROTEIN_E_Apobec exceeds the tolerance by 0.000282; PROTEIN_E_Bra exceeds the tolerance by 0.157; PROTEIN_E_Endo16 exceeds the tolerance by 0.125; PROTEIN_E_Eve exceeds the tolerance by 0.000253; PROTEIN_E_Gcad exceeds the tolerance by 560; PROTEIN_E_Hox exceeds the tolerance by 0.0954; PROTEIN_E_Lim exceeds the tolerance by 0.157; PROTEIN_E_Notch exceeds the tolerance by 13.8; PROTEIN_E_Notch2 exceeds the tolerance by 0.849; PROTEIN_E_OrCt exceeds the tolerance by 0.000282; PROTEIN_E_Otx exceeds the tolerance by 560; PROTEIN_E_Pmar1 exceeds the tolerance by 0.178; PROTEIN_E_SoxB1 exceeds the tolerance by 553; PROTEIN_E_SuH exceeds the tolerance by 8.89; PROTEIN_E_SuHN exceeds the tolerance by 38.5; PROTEIN_E_UMR exceeds the tolerance by 48.8; PROTEIN_E_UVAOtx exceeds the tolerance by 38.7; PROTEIN_E_VEGF exceeds the tolerance by 15.1; PROTEIN_E_cB exceeds the tolerance by 375; PROTEIN_M_Apobec exceeds the tolerance by 0.00127; PROTEIN_M_Blimp1 exceeds the tolerance by 0.0011; PROTEIN_M_Bra exceeds the tolerance by 0.262; PROTEIN_M_Delta exceeds the tolerance by 0.323; PROTEIN_M_Delta2 exceeds the tolerance by 0.108; PROTEIN_M_Endo16 exceeds the tolerance by 0.225; PROTEIN_M_Eve exceeds the tolerance by 0.000573; PROTEIN_M_FoxA exceeds the tolerance by 0.00358; PROTEIN_M_Gcad exceeds the tolerance by 560; PROTEIN_M_Gcm exceeds the tolerance by 0.000958; PROTEIN_M_Hox exceeds the tolerance by 0.188; PROTEIN_M_Lim exceeds the tolerance by 0.262; PROTEIN_M_Notch exceeds the tolerance by 538; PROTEIN_M_Notch2 exceeds the tolerance by 1.46; PROTEIN_M_Nrl exceeds the tolerance by 0.00142; PROTEIN_M_OrCt exceeds the tolerance by 0.00127; PROTEIN_M_Otx exceeds the tolerance by 560; PROTEIN_M_Pmar1 exceeds the tolerance by 0.278; PROTEIN_M_SoxB1 exceeds the tolerance by 559; PROTEIN_M_SuH exceeds the tolerance by 80.5; PROTEIN_M_SuHN exceeds the tolerance by 928; PROTEIN_M_UMADelta exceeds the tolerance by 36.6; PROTEIN_M_UMANrl exceeds the tolerance by 15; PROTEIN_M_UMR exceeds the tolerance by 48.8; PROTEIN_M_UbiqSoxB1 exceeds the tolerance by 560; PROTEIN_M_cB exceeds the tolerance by 375; PROTEIN_P_Alx1 exceeds the tolerance by 36.4; PROTEIN_P_CyP exceeds the tolerance by 1.56; PROTEIN_P_Delta exceeds the tolerance by 12.6; PROTEIN_P_Delta2 exceeds the tolerance by 30.3; PROTEIN_P_Dri exceeds the tolerance by 1.52; PROTEIN_P_Erg exceeds the tolerance by 1.38; PROTEIN_P_Ets1 exceeds the tolerance by 559; PROTEIN_P_Ficolin exceeds the tolerance by 1.96; PROTEIN_P_FoxB exceeds the tolerance by 0.0432; PROTEIN_P_FoxO exceeds the tolerance by 1.45; PROTEIN_P_GataC exceeds the tolerance by 0.0408; PROTEIN_P_Gcad exceeds the tolerance by 560; PROTEIN_P_HesC exceeds the tolerance by 0.912; PROTEIN_P_Hex exceeds the tolerance by 1.5; PROTEIN_P_Hnf6 exceeds the tolerance by 33.8; PROTEIN_P_L1 exceeds the tolerance by 29.2; PROTEIN_P_Msp130 exceeds the tolerance by 1.17; PROTEIN_P_MspL exceeds the tolerance by 1.36; PROTEIN_P_Nrl exceeds the tolerance by 0.0522; PROTEIN_P_Sm27 exceeds the tolerance by 1.23; PROTEIN_P_Sm50 exceeds the tolerance by 1.18; PROTEIN_P_SoxC exceeds the tolerance by 2.74; PROTEIN_P_TBr exceeds the tolerance by 1.63; PROTEIN_P_Tel exceeds the tolerance by 0.515; PROTEIN_P_Tgif exceeds the tolerance by 1.45; PROTEIN_P_UbiqAlx1 exceeds the tolerance by 560; PROTEIN_P_UbiqES exceeds the tolerance by 560; PROTEIN_P_UbiqEts1 exceeds the tolerance by 560; PROTEIN_P_UbiqHesC exceeds the tolerance by 560; PROTEIN_P_UbiqHnf6 exceeds the tolerance by 560; PROTEIN_P_UbiqSoxC exceeds the tolerance by 560; PROTEIN_P_UbiqTel exceeds the tolerance by 560; PROTEIN_P_VEGFR exceeds the tolerance by 6.36; PROTEIN_P_VEGFSignal exceeds the tolerance by 16.4; PROTEIN_P_cB exceeds the tolerance by 375; mRNA_E_Apobec exceeds the tolerance by 4.28e-05; mRNA_E_Bra exceeds the tolerance by 0.0243; mRNA_E_Endo16 exceeds the tolerance by 0.0194; mRNA_E_Eve exceeds the tolerance by 3.84e-05; mRNA_E_Gcad exceeds the tolerance by 84; mRNA_E_Hox exceeds the tolerance by 0.015; mRNA_E_Lim exceeds the tolerance by 0.0243; mRNA_E_Notch exceeds the tolerance by 6.64; mRNA_E_OrCt exceeds the tolerance by 4.28e-05; mRNA_E_Otx exceeds the tolerance by 84; mRNA_E_Pmar1 exceeds the tolerance by 0.0274; mRNA_E_SoxB1 exceeds the tolerance by 83; mRNA_E_SuH exceeds the tolerance by 3.94; mRNA_E_UMR exceeds the tolerance by 11.8; mRNA_E_UVAOtx exceeds the tolerance by 9.13; mRNA_E_VEGF exceeds the tolerance by 3.94; mRNA_E_cB exceeds the tolerance by 84; mRNA_M_Apobec exceeds the tolerance by 0.00019; mRNA_M_Blimp1 exceeds the tolerance by 0.000166; mRNA_M_Bra exceeds the tolerance by 0.0394; mRNA_M_Delta exceeds the tolerance by 0.074; mRNA_M_Endo16 exceeds the tolerance by 0.0338; mRNA_M_Eve exceeds the tolerance by 8.57e-05; mRNA_M_FoxA exceeds the tolerance by 0.000537; mRNA_M_Gcad exceeds the tolerance by 84; mRNA_M_Gcm exceeds the tolerance by 0.000148; mRNA_M_Hox exceeds the tolerance by 0.0282; mRNA_M_Lim exceeds the tolerance by 0.0394; mRNA_M_Notch exceeds the tolerance by 84; mRNA_M_Nrl exceeds the tolerance by 0.000215; mRNA_M_OrCt exceeds the tolerance by 0.00019; mRNA_M_Otx exceeds the tolerance by 84.1; mRNA_M_Pmar1 exceeds the tolerance by 0.0418; mRNA_M_SoxB1 exceeds the tolerance by 83.8; mRNA_M_SuH exceeds the tolerance by 13.6; mRNA_M_UMADelta exceeds the tolerance by 8.03; mRNA_M_UMANrl exceeds the tolerance by 3.94; mRNA_M_UMR exceeds the tolerance by 11.8; mRNA_M_UbiqSoxB1 exceeds the tolerance by 84; mRNA_M_cB exceeds the tolerance by 84; mRNA_P_Alx1 exceeds the tolerance by 5.59; mRNA_P_CyP exceeds the tolerance by 0.235; mRNA_P_Delta exceeds the tolerance by 2.81; mRNA_P_Dri exceeds the tolerance by 0.229; mRNA_P_Erg exceeds the tolerance by 0.21; mRNA_P_Ets1 exceeds the tolerance by 84.3; mRNA_P_Ficolin exceeds the tolerance by 0.328; mRNA_P_FoxB exceeds the tolerance by 0.00663; mRNA_P_FoxO exceeds the tolerance by 0.218; mRNA_P_GataC exceeds the tolerance by 0.0085; mRNA_P_Gcad exceeds the tolerance by 84; mRNA_P_HesC exceeds the tolerance by 0.14; mRNA_P_Hex exceeds the tolerance by 0.226; mRNA_P_Hnf6 exceeds the tolerance by 5.7; mRNA_P_L1 exceeds the tolerance by 6.64; mRNA_P_Msp130 exceeds the tolerance by 0.179; mRNA_P_MspL exceeds the tolerance by 0.205; mRNA_P_Nrl exceeds the tolerance by 0.00857; mRNA_P_Sm27 exceeds the tolerance by 0.249; mRNA_P_Sm50 exceeds the tolerance by 0.241; mRNA_P_SoxC exceeds the tolerance by 0.463; mRNA_P_TBr exceeds the tolerance by 0.26; mRNA_P_Tel exceeds the tolerance by 0.105; mRNA_P_Tgif exceeds the tolerance by 0.218; mRNA_P_UbiqAlx1 exceeds the tolerance by 84; mRNA_P_UbiqES exceeds the tolerance by 84; mRNA_P_UbiqEts1 exceeds the tolerance by 84; mRNA_P_UbiqHesC exceeds the tolerance by 84; mRNA_P_UbiqHnf6 exceeds the tolerance by 84; mRNA_P_UbiqSoxC exceeds the tolerance by 84; mRNA_P_UbiqTel exceeds the tolerance by 84; mRNA_P_VEGFR exceeds the tolerance by 0.214; mRNA_P_cB exceeds the tolerance by 84
BIOMD0000000241: X_gut exceeds the tolerance by 4.08e-05; C_p exceeds the tolerance by 5.08; C_per exceeds the tolerance by 7.34; C_e exceeds the tolerance by 5.42; C_t exceeds the tolerance by 5.24; E exceeds the tolerance by 6.28
BIOMD0000000256: PC3 exceeds the tolerance by 0.000629; XIAP exceeds the tolerance by 0.00015; C3 exceeds the tolerance by 0.0113; XIAP_C3 exceeds the tolerance by 0.00126; BIR12 exceeds the tolerance by 0.00442; BIR12_C3 exceeds the tolerance by 0.038; BIR3R exceeds the tolerance by 0.00252; BIR3R_p2frag exceeds the tolerance by 0.00994; XIAP_2SMAC exceeds the tolerance by 0.000538; BIR12_SMAC exceeds the tolerance by 0.00035; BIR3R_SMAC exceeds the tolerance by 1.11e-05; SMAC exceeds the tolerance by 0.003; Substrate exceeds the tolerance by 1.45e-05; SMAC_norm exceeds the tolerance by 0.0476; XIAP_2SMAC_norm exceeds the tolerance by 0.00855; C9norm exceeds the tolerance by 4.22e-06; C3norm exceeds the tolerance by 0.094; PC3norm exceeds the tolerance by 0.00525; XIAP_norm exceeds the tolerance by 0.0024; XIAP_C3_norm exceeds the tolerance by 0.02; XIAP_C9_norm exceeds the tolerance by 1.31e-06; XIAP_p2frag_norm exceeds the tolerance by 2.71e-06; BIR12_norm exceeds the tolerance by 0.0702; BIR3R_norm exceeds the tolerance by 0.04; BIR12_C3_norm exceeds the tolerance by 0.604; BIR3R_C9_norm exceeds the tolerance by 4.46e-06; BIR3R_p2frag_norm exceeds the tolerance by 0.158
BIOMD0000000265: CDc20 exceeds the tolerance by 0.697; CDh1 exceeds the tolerance by 0.999; CYCA exceeds the tolerance by 19.3; CYCB exceeds the tolerance by 3.29; CYCD exceeds the tolerance by 0.437; CYCE exceeds the tolerance by 1.14; var2 exceeds the tolerance by 4.37; var5 exceeds the tolerance by 4.32; GM exceeds the tolerance by 181; var1 exceeds the tolerance by 5.21; CDc20T exceeds the tolerance by 3.04; MASS exceeds the tolerance by 225; P27 exceeds the tolerance by 1.07; CA exceeds the tolerance by 0.487; CD exceeds the tolerance by 0.436; CE exceeds the tolerance by 0.762; var3 exceeds the tolerance by 4.6; var6 exceeds the tolerance by 2.47; IEP exceeds the tolerance by 0.799; var4 exceeds the tolerance by 0.481; PP1A exceeds the tolerance by 0.833; V2 exceeds the tolerance by 20.6; V4 exceeds the tolerance by 316; V6 exceeds the tolerance by 1.09e+03; V8 exceeds the tolerance by 389; CYCET exceeds the tolerance by 1.3; CYCAT exceeds the tolerance by 19.3; P27T exceeds the tolerance by 1.8
BIOMD0000000281: GLU exceeds the tolerance by 0.003; ENZ exceeds the tolerance by 8.62e-06; ENG exceeds the tolerance by 8.61e-06; TP1 exceeds the tolerance by 0.000249; ADP exceeds the tolerance by 0.0001; GLP exceeds the tolerance by 4.5e-05; ETZ exceeds the tolerance by 1.94e-06; ETG exceeds the tolerance by 1.95e-06; GPP exceeds the tolerance by 8.49e-05; DHA exceeds the tolerance by 0.00016; DPN exceeds the tolerance by 8.35e-07; DPH exceeds the tolerance by 1.36e-05; PID exceeds the tolerance by 0.000498; DGA exceeds the tolerance by 4.93e-05; PGA exceeds the tolerance by 5.02e-05; PYR exceeds the tolerance by 2.98e-05; LAC exceeds the tolerance by 0.00015; DIN exceeds the tolerance by 2.64e-05; DIH exceeds the tolerance by 2.64e-05; XI exceeds the tolerance by 4.09e-05; XSI exceeds the tolerance by 6.14e-06; OXY exceeds the tolerance by 7.45e-05; XSP exceeds the tolerance by 4.62e-05; TP2 exceeds the tolerance by 0.000245; AGP exceeds the tolerance by 7.82e-05; MOD exceeds the tolerance by 1.22e-05; MOB exceeds the tolerance by 4.89e-06; MOX exceeds the tolerance by 6.34e-06; GLU_0 exceeds the tolerance by 0.999; ENZ_0 exceeds the tolerance by 0.943; ENG_0 exceeds the tolerance by 0.942; TP1_0 exceeds the tolerance by 0.167; ADP_0 exceeds the tolerance by 0.101; GLP_0 exceeds the tolerance by 0.046; ETZ_0 exceeds the tolerance by 0.294; ETG_0 exceeds the tolerance by 0.295; GPP_0 exceeds the tolerance by 0.0859; GAP_0 exceeds the tolerance by 0.00194; DHA_0 exceeds the tolerance by 0.124; DPN_0 exceeds the tolerance by 0.00734; DPH_0 exceeds the tolerance by 0.0729; PID_0 exceeds the tolerance by 0.0998; DGA_0 exceeds the tolerance by 0.251; PGA_0 exceeds the tolerance by 0.256; PYR_0 exceeds the tolerance by 0.0154; LAC_0 exceeds the tolerance by 0.126; DIN_0 exceeds the tolerance by 0.391; DIH_0 exceeds the tolerance by 0.391; XI_0 exceeds the tolerance by 0.698; XSI_0 exceeds the tolerance by 0.119; OXY_0 exceeds the tolerance by 0.151; XSP_0 exceeds the tolerance by 0.786; TP2_0 exceeds the tolerance by 0.164; PUE_0 exceeds the tolerance by 0.245; AGP_0 exceeds the tolerance by 0.0609; MOD_0 exceeds the tolerance by 0.264; MOB_0 exceeds the tolerance by 0.0589; MOX_0 exceeds the tolerance by 0.147
BIOMD0000000285: PolyQ exceeds the tolerance by 5.72; Proteasome exceeds the tolerance by 15.1; NatP exceeds the tolerance by 181; MisP exceeds the tolerance by 38.9; MisP_Proteasome exceeds the tolerance by 0.0707; AggPolyQ1 exceeds the tolerance by 1.24; AggPolyQ2 exceeds the tolerance by 0.00154; AggPolyQ3 exceeds the tolerance by 2.79e-07; AggP_Proteasome exceeds the tolerance by 0.000306; mRFPu exceeds the tolerance by 0.743; mRFPu_Proteasome exceeds the tolerance by 11.7; PolyQ_Proteasome exceeds the tolerance by 4.37; ROS exceeds the tolerance by 0.00326; p38_P exceeds the tolerance by 0.452; p38 exceeds the tolerance by 0.352; p38death exceeds the tolerance by 1.1e-06; oligomers exceeds the tolerance by 1.24
BIOMD0000000297: Trim exceeds the tolerance by 0.047; Clb exceeds the tolerance by 0.117; Sic exceeds the tolerance by 0.00128; PTrim exceeds the tolerance by 0.0673; PClb exceeds the tolerance by 0.0687; SBF exceeds the tolerance by 0.13; IE exceeds the tolerance by 0.00444; Cdc20a exceeds the tolerance by 1.7e-05; Cdc20 exceeds the tolerance by 0.0379; Cdh1 exceeds the tolerance by 0.00409; Swe1 exceeds the tolerance by 0.109; Swe1M exceeds the tolerance by 0.0842; PSwe1 exceeds the tolerance by 0.00183; PSwe1M exceeds the tolerance by 0.02; Mih1a exceeds the tolerance by 0.0593; Mcm exceeds the tolerance by 0.183; BE exceeds the tolerance by 0.0215; Cln exceeds the tolerance by 0.0548; kswe exceeds the tolerance by 0.218; Swe1T exceeds the tolerance by 0.00935; IEin exceeds the tolerance by 0.00345; Cdh1in exceeds the tolerance by 0.00309; Mih1 exceeds the tolerance by 0.0584; Mcmin exceeds the tolerance by 0.183; SBFin exceeds the tolerance by 0.13
BIOMD0000000301: taRNA exceeds the tolerance by 0.711; mGFPcr exceeds the tolerance by 2.17; pT7 exceeds the tolerance by 1.04; pGFP exceeds the tolerance by 34.2; ara exceeds the tolerance by 0.00969; pT3 exceeds the tolerance by 0.413; mT3cr exceeds the tolerance by 2.94
BIOMD0000000316: X exceeds the tolerance by 0.999; Y exceeds the tolerance by 0.992; Z exceeds the tolerance by 0.986
BIOMD0000000317: X exceeds the tolerance by 0.992; Z1 exceeds the tolerance by 0.998; Z2 exceeds the tolerance by 0.986; Z3 exceeds the tolerance by 0.965
BIOMD0000000318: MC exceeds the tolerance by 0.427; EF exceeds the tolerance by 1; CD exceeds the tolerance by 0.0931; CE exceeds the tolerance by 0.162; RB exceeds the tolerance by 0.447; RE exceeds the tolerance by 0.295; RP exceeds the tolerance by 0.474
BIOMD0000000327: bi exceeds the tolerance by 0.541; ci exceeds the tolerance by 57.7; ni exceeds the tolerance by 2.68; bl exceeds the tolerance by 106; cl exceeds the tolerance by 106; eb exceeds the tolerance by 0.0396; enbc exceeds the tolerance by 0.00791; ec exceeds the tolerance by 0.0439; ena exceeds the tolerance by 0.0061; kccf exceeds the tolerance by 85.3; kbcf exceeds the tolerance by 7.33; v exceeds the tolerance by 0.0535; jnbc exceeds the tolerance by 0.11; jbcftr exceeds the tolerance by 0.0469; jccftr exceeds the tolerance by 0.153; japl exceeds the tolerance by 0.00501; japbl exceeds the tolerance by 0.000643; jlum exceeds the tolerance by 0.01; jnak exceeds the tolerance by 0.0238; jnaleak exceeds the tolerance by 0.0214
BIOMD0000000337: S exceeds the tolerance by 0.0584; N1 exceeds the tolerance by 100; N2 exceeds the tolerance by 9.99
BIOMD0000000338: IIa exceeds the tolerance by 0.0117; VIII exceeds the tolerance by 0.697; VIIIa exceeds the tolerance by 0.00139; APC_PS exceeds the tolerance by 0.0923; IX exceeds the tolerance by 54; IXa exceeds the tolerance by 0.102; XIa exceeds the tolerance by 0.142; XI exceeds the tolerance by 28.4; XIIa exceeds the tolerance by 0.225; VII exceeds the tolerance by 5.79; VIIa exceeds the tolerance by 0.00189; X exceeds the tolerance by 92.5; Xa exceeds the tolerance by 0.0337; IXa_VIIIa exceeds the tolerance by 0.00067; V exceeds the tolerance by 26.3; Va exceeds the tolerance by 0.0554; II exceeds the tolerance by 118; F exceeds the tolerance by 124; Fg exceeds the tolerance by 8.56e+03; DP exceeds the tolerance by 2.34e+03; P exceeds the tolerance by 4.68; XF exceeds the tolerance by 347; XIII exceeds the tolerance by 23.6; Pg exceeds the tolerance by 1.75e+03; APC exceeds the tolerance by 0.00821; IIa_Tmod exceeds the tolerance by 0.0407; PC exceeds the tolerance by 39.5; Tmod exceeds the tolerance by 14.7; Xa_TFPI exceeds the tolerance by 0.00841; TFPI exceeds the tolerance by 0.00592; PS exceeds the tolerance by 169; VKH2 exceeds the tolerance by 0.0649; Va_Xa exceeds the tolerance by 0.000157; XII exceeds the tolerance by 375; K exceeds the tolerance by 1.42; VK exceeds the tolerance by 0.513; VKO exceeds the tolerance by 0.0665; Pk exceeds the tolerance by 433; FDP exceeds the tolerance by 137; D exceeds the tolerance by 2.2e+03; TAT exceeds the tolerance by 719; XIIIa exceeds the tolerance by 24.5; VK_p exceeds the tolerance by 0.173; Integral_Fibrin exceeds the tolerance by 1.08e+04
BIOMD0000000339: IIa exceeds the tolerance by 0.0154; VIII exceeds the tolerance by 0.638; VIIIa exceeds the tolerance by 0.0013; APC_PS exceeds the tolerance by 0.0993; IX exceeds the tolerance by 34.6; IXa exceeds the tolerance by 0.0881; XIa exceeds the tolerance by 0.142; XI exceeds the tolerance by 28.3; XIIa exceeds the tolerance by 0.225; VII exceeds the tolerance by 6.63; VIIa exceeds the tolerance by 0.00174; X exceeds the tolerance by 31; Xa exceeds the tolerance by 0.111; IXa_VIIIa exceeds the tolerance by 0.000494; V exceeds the tolerance by 22.5; Va exceeds the tolerance by 0.0481; II exceeds the tolerance by 107; F exceeds the tolerance by 113; Fg exceeds the tolerance by 4.14e+03; DP exceeds the tolerance by 2.33e+03; P exceeds the tolerance by 4.39; XF exceeds the tolerance by 153; XIII exceeds the tolerance by 12.3; Pg exceeds the tolerance by 1.54e+03; APC exceeds the tolerance by 0.00748; IIa_Tmod exceeds the tolerance by 0.0465; PC exceeds the tolerance by 33.7; Tmod exceeds the tolerance by 10.2; TF exceeds the tolerance by 183; VIIa_TF exceeds the tolerance by 0.0467; VII_TF exceeds the tolerance by 0.00539; Xa_TFPI exceeds the tolerance by 0.027; TFPI exceeds the tolerance by 0.0248; PS exceeds the tolerance by 169; VKH2 exceeds the tolerance by 0.0649; Va_Xa exceeds the tolerance by 0.00066; XII exceeds the tolerance by 375; K exceeds the tolerance by 1.42; VK exceeds the tolerance by 0.513; VKO exceeds the tolerance by 0.0665; Pk exceeds the tolerance by 433; FDP exceeds the tolerance by 141; D exceeds the tolerance by 2.19e+03; TAT exceeds the tolerance by 835; VIIa_TF_Xa_TFPI exceeds the tolerance by 0.00025; XIIIa exceeds the tolerance by 18.3; VK_p exceeds the tolerance by 0.173; Integral_Fibrin exceeds the tolerance by 5.16e+03
BIOMD0000000340: IX exceeds the tolerance by 53.5; VII exceeds the tolerance by 6.72; X exceeds the tolerance by 89; II exceeds the tolerance by 522; PC exceeds the tolerance by 38.8; PS exceeds the tolerance by 148; VKH2 exceeds the tolerance by 0.0689; VK exceeds the tolerance by 0.00801; C_warf exceeds the tolerance by 0.896; VKO exceeds the tolerance by 0.0259; A_warf exceeds the tolerance by 1.47
BIOMD0000000404: Bias exceeds the tolerance by 0.24
BIOMD0000000408: ADPi exceeds the tolerance by 15.4; ATPi exceeds the tolerance by 9.85; Cri exceeds the tolerance by 672; PCri exceeds the tolerance by 677; PCr exceeds the tolerance by 677; ADP exceeds the tolerance by 28.2; ATP exceeds the tolerance by 22.7; Cr exceeds the tolerance by 672; P_ii exceeds the tolerance by 704; P_i exceeds the tolerance by 705; tmito exceeds the tolerance by 3.73; densyn exceeds the tolerance by 3.85; jsyn exceeds the tolerance by 194; vatpnorm exceeds the tolerance by 1.29; j_diff_pcr exceeds the tolerance by 23; j_diff_atp exceeds the tolerance by 170; r_diff_pcr exceeds the tolerance by 0.0694; phase exceeds the tolerance by 0.75; j_ck_mi exceeds the tolerance by 99; j_ck_mm exceeds the tolerance by 1.27e+03; j_diff_adp exceeds the tolerance by 170; j_diff_pi exceeds the tolerance by 166; j_diff_cr exceeds the tolerance by 23
BIOMD0000000436: HETE exceeds the tolerance by 5.34; PGH2 exceeds the tolerance by 12.7; PGE2 exceeds the tolerance by 20.5; PGF2a exceeds the tolerance by 6.12; PGD2 exceeds the tolerance by 147; PGJ2 exceeds the tolerance by 102; dPGJ2 exceeds the tolerance by 27.3; AA exceeds the tolerance by 286; GPCho exceeds the tolerance by 0.249; dPGD2 exceeds the tolerance by 73.7; LPSactivity exceeds the tolerance by 0.666; DGactivity exceeds the tolerance by 91.9; GPChoratio exceeds the tolerance by 49
BIOMD0000000439: R exceeds the tolerance by 0.044; L exceeds the tolerance by 0.0999; RL exceeds the tolerance by 0.0998; Gabg exceeds the tolerance by 0.051; RGabgL exceeds the tolerance by 0.00102; GaGTP exceeds the tolerance by 7.99e-07; Gbg exceeds the tolerance by 0.0252; RGSGaGTP exceeds the tolerance by 0.0216; GaGDPP exceeds the tolerance by 5.32e-05; GaGTPEffector exceeds the tolerance by 0.00296; inertGaGTP exceeds the tolerance by 3.65e-08; RGSinertGaGTP exceeds the tolerance by 0.00652; GaGDP exceeds the tolerance by 8e-06; P exceeds the tolerance by 0.00542; z1 exceeds the tolerance by 0.00276; z2 exceeds the tolerance by 0.00263; z3 exceeds the tolerance by 0.00254
BIOMD0000000479: L exceeds the tolerance by 0.0999; R exceeds the tolerance by 0.0425; LR exceeds the tolerance by 0.0998; Gabg exceeds the tolerance by 0.0419; RGabg exceeds the tolerance by 0.0825; LRGabg exceeds the tolerance by 0.000886; RRGSm exceeds the tolerance by 4.02e-05; LRRGSm exceeds the tolerance by 7.13e-05; RRGSmGabg exceeds the tolerance by 0.172; LRRGSmGabg exceeds the tolerance by 0.000153; GaGTP exceeds the tolerance by 2.78e-06; Gbg exceeds the tolerance by 0.0351; GaGTPEffector exceeds the tolerance by 0.00917; RGSc exceeds the tolerance by 0.00268; RGSm exceeds the tolerance by 0.174; RGSmGaGTP exceeds the tolerance by 0.0179; GaGTPEffectorOFF exceeds the tolerance by 7.41e-06; RGSmGaGTPEffectorOFF exceeds the tolerance by 0.0203; GaGDPP exceeds the tolerance by 4.44e-05; LRRGSmGaGTPEffectorOFF exceeds the tolerance by 1.41e-06; GaGDP exceeds the tolerance by 4.91e-06; P exceeds the tolerance by 0.00455; z1 exceeds the tolerance by 0.00858; z2 exceeds the tolerance by 0.0082; z3 exceeds the tolerance by 0.00791
BIOMD0000000480: species_10 exceeds the tolerance by 1.86; s9 exceeds the tolerance by 1.27e+05; s13 exceeds the tolerance by 7.11e+04; s15 exceeds the tolerance by 6.77e+04; s16 exceeds the tolerance by 1.41e+05; s19 exceeds the tolerance by 2.46e+04; s21 exceeds the tolerance by 6.74e+04; s22 exceeds the tolerance by 1.92e+03; s25 exceeds the tolerance by 2.02e+05; s17 exceeds the tolerance by 1.66e+04; species_1 exceeds the tolerance by 2.92e+05; species_2 exceeds the tolerance by 2.1e+05; species_3 exceeds the tolerance by 3.89e+04; species_4 exceeds the tolerance by 2.65e+05; species_5 exceeds the tolerance by 0.189; s4 exceeds the tolerance by 2.17e+05; s26 exceeds the tolerance by 2.15e+05; s27 exceeds the tolerance by 3.43e+05; s29 exceeds the tolerance by 5.73e+05; s30 exceeds the tolerance by 9.41e+04; s31 exceeds the tolerance by 8.56e+04; s33 exceeds the tolerance by 1.39e+05; species_6 exceeds the tolerance by 5.57e+05; species_8 exceeds the tolerance by 2.48e+05; species_9 exceeds the tolerance by 2.5e+03; parameter_17 exceeds the tolerance by 1.83; parameter_18 exceeds the tolerance by 0.133; parameter_79 exceeds the tolerance by 1.32e+03; parameter_67 exceeds the tolerance by 0.00133; parameter_68 exceeds the tolerance by 0.000819; parameter_69 exceeds the tolerance by 0.000893; parameter_71 exceeds the tolerance by 0.256; parameter_72 exceeds the tolerance by 0.165; parameter_73 exceeds the tolerance by 0.199; parameter_82 exceeds the tolerance by 8.95; parameter_83 exceeds the tolerance by 7.8; parameter_84 exceeds the tolerance by 3.34; parameter_80 exceeds the tolerance by 579; parameter_81 exceeds the tolerance by 248
BIOMD0000000494: AF1 exceeds the tolerance by 0.6; AF2 exceeds the tolerance by 43.3; E2 exceeds the tolerance by 174; FSH_R exceeds the tolerance by 0.563; FSH_bld exceeds the tolerance by 11.4; FSH_pit exceeds the tolerance by 1.18e+04; GnRH exceeds the tolerance by 0.0646; GnRH_R_a exceeds the tolerance by 0.000242; GnRH_R_i exceeds the tolerance by 0.000218; InhA exceeds the tolerance by 5.74; InhA_delay exceeds the tolerance by 25.2; InhB exceeds the tolerance by 112; LH_Pit exceeds the tolerance by 1.06e+05; LH_R exceeds the tolerance by 1.66; LH_bld exceeds the tolerance by 119; Lut1 exceeds the tolerance by 0.106; Lut2 exceeds the tolerance by 0.0614; Lut3 exceeds the tolerance by 0.0242; Lut4 exceeds the tolerance by 0.00636; OvF exceeds the tolerance by 0.085; P4 exceeds the tolerance by 0.726; PrF exceeds the tolerance by 2.88; R_FSH exceeds the tolerance by 1.85; R_FSH_des exceeds the tolerance by 1.28; R_Foll exceeds the tolerance by 0.333; R_GnRH_a exceeds the tolerance by 0.00216; R_GnRH_i exceeds the tolerance by 0.000544; R_LH exceeds the tolerance by 6.09; R_LH_des exceeds the tolerance by 4.42; Sc1 exceeds the tolerance by 0.269; Sc2 exceeds the tolerance by 0.164; AF3 exceeds the tolerance by 5.99; AF4 exceeds the tolerance by 0.0864; Ago_c exceeds the tolerance by 0.183; Ago_d exceeds the tolerance by 99.9; Ago_R_i exceeds the tolerance by 0.000578; Ago_R_a exceeds the tolerance by 0.000596; Ant_d exceeds the tolerance by 499; Ant_c exceeds the tolerance by 0.492; Ant_p exceeds the tolerance by 0.62; Ant_R exceeds the tolerance by 0.00182; s113 exceeds the tolerance by 499; s114 exceeds the tolerance by 14.3; s115 exceeds the tolerance by 14.3; s116 exceeds the tolerance by 4.78e-05; freq exceeds the tolerance by 10.4; mass exceeds the tolerance by 0.00163
BIOMD0000000534: mwf626e95e_543f_41e4_aad4_c6bf60ab345b exceeds the tolerance by 4.73e-05; mw810ff751_fa4e_4143_bd50_169b3e325e1e exceeds the tolerance by 0.00157; mw114aa90f_5f5b_4fe8_9406_361c8489b6a1 exceeds the tolerance by 18.5; mw30ae63db_6cd3_4b6f_93ad_3350cd360bcc exceeds the tolerance by 0.281; mw03db56ac_8dc6_4931_ae82_fef706d2ee3d exceeds the tolerance by 1.87e-05; mwf345ed7a_0622_403c_b816_c8749a2c9ded exceeds the tolerance by 227; mw1da111f2_a036_4392_8512_015005bdcbb7 exceeds the tolerance by 0.0996; mw80848184_e2dd_47ce_86d7_7a21479342bd exceeds the tolerance by 0.000589; mwd2d9d93a_3bd1_4f17_bac1_baba9ef2d55a exceeds the tolerance by 2.18e-07; mw4638f126_8cb8_4021_ab41_6ae195743ba0 exceeds the tolerance by 1.63e-05; mw0adf3eb4_a196_4c48_b10d_4e9e9faaf9e1 exceeds the tolerance by 5.78e-05; mw0eb6c959_d408_45a0_a450_928b8c5876bb exceeds the tolerance by 0.00907; mw42054cd7_17af_46da_970c_7f99151906ad exceeds the tolerance by 0.491; mw39c2e431_fdc3_4964_be29_6ca856620b1b exceeds the tolerance by 0.5; mwd5313618_89eb_4c8c_bc82_66f10f966349 exceeds the tolerance by 14.5; mw2e464cf3_a09c_4b7c_9f3c_06720016a48e exceeds the tolerance by 0.395; mw36ea78c1_ed71_4def_96d3_857a442d7195 exceeds the tolerance by 34.6; mwab41493c_6349_45f1_a226_3030cfed0e06 exceeds the tolerance by 0.00207; mwf405687b_7401_44ec_a0d6_4a2b35c13e8a exceeds the tolerance by 0.0572; mw3667a5e1_02c9_44a0_acb4_b0431faa822d exceeds the tolerance by 79.8; mw7becb5fe_8da8_4285_a821_0d77ad811b62 exceeds the tolerance by 2.25e-05; mw8c9107e6_f51d_442d_b2dc_2bfdbb8482ca exceeds the tolerance by 0.000903; mw824bc3d4_1ac3_4912_9b51_8f14ff1c96b9 exceeds the tolerance by 5.96e-07; mw6cce2109_0e32_4dd9_98ec_41173e8ef07d exceeds the tolerance by 0.0121; mw2b255f94_8018_4b99_bde8_918eeac45446 exceeds the tolerance by 0.672; mw48867e93_f170_44e8_ac7a_185b23e1bf3b exceeds the tolerance by 0.681; mw0083d743_836f_4238_a17f_4602193d5bc0 exceeds the tolerance by 19; mwd31f52cc_04e7_40e0_885f_c7b2d9e62215 exceeds the tolerance by 0.394; mw2c9b0499_3325_4394_8af3_bbf653a944a0 exceeds the tolerance by 0.00074; mw6335d5d7_c7b0_4bc0_b883_f7ee4915c2c3 exceeds the tolerance by 0.00245; mwf7796221_1fea_4274_a93e_c00adbf5778c exceeds the tolerance by 39.8; mw5d764bb8_5693_4ac8_9557_f65992cc5eb0 exceeds the tolerance by 0.0955; mwbc2f5464_81e5_43fd_8b39_f5a2756af72f exceeds the tolerance by 3.47
BIOMD0000000535: mwf626e95e_543f_41e4_aad4_c6bf60ab345b exceeds the tolerance by 0.000435; mwbbbce920_e8dd_4320_9386_fc94bfb2fc99 exceeds the tolerance by 0.00908; mw810ff751_fa4e_4143_bd50_169b3e325e1e exceeds the tolerance by 0.0869; mw114aa90f_5f5b_4fe8_9406_361c8489b6a1 exceeds the tolerance by 9.62; mw30ae63db_6cd3_4b6f_93ad_3350cd360bcc exceeds the tolerance by 0.0763; mw03db56ac_8dc6_4931_ae82_fef706d2ee3d exceeds the tolerance by 0.00109; mwf345ed7a_0622_403c_b816_c8749a2c9ded exceeds the tolerance by 682; mw1da111f2_a036_4392_8512_015005bdcbb7 exceeds the tolerance by 1.37; CRP_Suppression___ exceeds the tolerance by 4.44; mw80848184_e2dd_47ce_86d7_7a21479342bd exceeds the tolerance by 0.0491; mwd2d9d93a_3bd1_4f17_bac1_baba9ef2d55a exceeds the tolerance by 5.75e-05; mw4638f126_8cb8_4021_ab41_6ae195743ba0 exceeds the tolerance by 0.000969; mw10315fa3_6f13_4618_bda8_a8694bd3c374 exceeds the tolerance by 0.000167; mw0adf3eb4_a196_4c48_b10d_4e9e9faaf9e1 exceeds the tolerance by 0.000724; mw7d86cc23_a1af_44c3_bdb9_71e9b1bb2a83 exceeds the tolerance by 1.43e-05; mw0eb6c959_d408_45a0_a450_928b8c5876bb exceeds the tolerance by 0.43; mw42054cd7_17af_46da_970c_7f99151906ad exceeds the tolerance by 0.869; mw39c2e431_fdc3_4964_be29_6ca856620b1b exceeds the tolerance by 0.863; mwd5313618_89eb_4c8c_bc82_66f10f966349 exceeds the tolerance by 8; mw2e464cf3_a09c_4b7c_9f3c_06720016a48e exceeds the tolerance by 0.104; mw36ea78c1_ed71_4def_96d3_857a442d7195 exceeds the tolerance by 18.1; mw147d30ec_478e_4090_b496_128a131d29eb exceeds the tolerance by 0.011; mwab41493c_6349_45f1_a226_3030cfed0e06 exceeds the tolerance by 0.116; mwf405687b_7401_44ec_a0d6_4a2b35c13e8a exceeds the tolerance by 0.754; mw3667a5e1_02c9_44a0_acb4_b0431faa822d exceeds the tolerance by 239; mw7becb5fe_8da8_4285_a821_0d77ad811b62 exceeds the tolerance by 0.0013; mw8c9107e6_f51d_442d_b2dc_2bfdbb8482ca exceeds the tolerance by 0.063; mw824bc3d4_1ac3_4912_9b51_8f14ff1c96b9 exceeds the tolerance by 7.42e-05; mw6cce2109_0e32_4dd9_98ec_41173e8ef07d exceeds the tolerance by 0.565; mw2b255f94_8018_4b99_bde8_918eeac45446 exceeds the tolerance by 0.746; mw48867e93_f170_44e8_ac7a_185b23e1bf3b exceeds the tolerance by 0.739; mw0083d743_836f_4238_a17f_4602193d5bc0 exceeds the tolerance by 6.67; mwd31f52cc_04e7_40e0_885f_c7b2d9e62215 exceeds the tolerance by 0.0907; mw2c9b0499_3325_4394_8af3_bbf653a944a0 exceeds the tolerance by 0.00933; mwd65b5b39_dc1b_4e77_a999_67277a880e5e exceeds the tolerance by 0.0308; mw6335d5d7_c7b0_4bc0_b883_f7ee4915c2c3 exceeds the tolerance by 0.136; mwf7796221_1fea_4274_a93e_c00adbf5778c exceeds the tolerance by 118; mw5d764bb8_5693_4ac8_9557_f65992cc5eb0 exceeds the tolerance by 1.8; mwbc2f5464_81e5_43fd_8b39_f5a2756af72f exceeds the tolerance by 10.4
BIOMD0000000537: mwf626e95e_543f_41e4_aad4_c6bf60ab345b exceeds the tolerance by 0.000318; mwbbbce920_e8dd_4320_9386_fc94bfb2fc99 exceeds the tolerance by 0.0091; mw810ff751_fa4e_4143_bd50_169b3e325e1e exceeds the tolerance by 0.0872; mw114aa90f_5f5b_4fe8_9406_361c8489b6a1 exceeds the tolerance by 9.63; mw30ae63db_6cd3_4b6f_93ad_3350cd360bcc exceeds the tolerance by 4.25; mw03db56ac_8dc6_4931_ae82_fef706d2ee3d exceeds the tolerance by 0.00109; mwf345ed7a_0622_403c_b816_c8749a2c9ded exceeds the tolerance by 675; mw1da111f2_a036_4392_8512_015005bdcbb7 exceeds the tolerance by 66; CRP_Suppression___ exceeds the tolerance by 4.45; CRP____of_baseline exceeds the tolerance by 4.36; mw80848184_e2dd_47ce_86d7_7a21479342bd exceeds the tolerance by 0.0493; mwd2d9d93a_3bd1_4f17_bac1_baba9ef2d55a exceeds the tolerance by 5.77e-05; mw4638f126_8cb8_4021_ab41_6ae195743ba0 exceeds the tolerance by 0.000973; mw10315fa3_6f13_4618_bda8_a8694bd3c374 exceeds the tolerance by 0.438; mw0adf3eb4_a196_4c48_b10d_4e9e9faaf9e1 exceeds the tolerance by 0.00221; mw7d86cc23_a1af_44c3_bdb9_71e9b1bb2a83 exceeds the tolerance by 1.44e-05; mw0eb6c959_d408_45a0_a450_928b8c5876bb exceeds the tolerance by 0.43; mw42054cd7_17af_46da_970c_7f99151906ad exceeds the tolerance by 0.871; mw39c2e431_fdc3_4964_be29_6ca856620b1b exceeds the tolerance by 0.864; mwd5313618_89eb_4c8c_bc82_66f10f966349 exceeds the tolerance by 8.01; mw2e464cf3_a09c_4b7c_9f3c_06720016a48e exceeds the tolerance by 6.09; mw36ea78c1_ed71_4def_96d3_857a442d7195 exceeds the tolerance by 18.1; mw147d30ec_478e_4090_b496_128a131d29eb exceeds the tolerance by 0.011; mwab41493c_6349_45f1_a226_3030cfed0e06 exceeds the tolerance by 0.116; mwf405687b_7401_44ec_a0d6_4a2b35c13e8a exceeds the tolerance by 42.7; mw3667a5e1_02c9_44a0_acb4_b0431faa822d exceeds the tolerance by 212; mw772cbf20_3fc1_4800_ae59_77884f1ae333 exceeds the tolerance by 6.61; mw7becb5fe_8da8_4285_a821_0d77ad811b62 exceeds the tolerance by 0.0013; mw8c9107e6_f51d_442d_b2dc_2bfdbb8482ca exceeds the tolerance by 0.0633; mw824bc3d4_1ac3_4912_9b51_8f14ff1c96b9 exceeds the tolerance by 7.45e-05; mw6cce2109_0e32_4dd9_98ec_41173e8ef07d exceeds the tolerance by 0.566; mw2b255f94_8018_4b99_bde8_918eeac45446 exceeds the tolerance by 0.748; mw48867e93_f170_44e8_ac7a_185b23e1bf3b exceeds the tolerance by 0.74; mw0083d743_836f_4238_a17f_4602193d5bc0 exceeds the tolerance by 6.69; mwd31f52cc_04e7_40e0_885f_c7b2d9e62215 exceeds the tolerance by 6.06; mw2c9b0499_3325_4394_8af3_bbf653a944a0 exceeds the tolerance by 0.0115; mwd65b5b39_dc1b_4e77_a999_67277a880e5e exceeds the tolerance by 0.0309; mw6335d5d7_c7b0_4bc0_b883_f7ee4915c2c3 exceeds the tolerance by 0.136; mwf7796221_1fea_4274_a93e_c00adbf5778c exceeds the tolerance by 107; mw5d764bb8_5693_4ac8_9557_f65992cc5eb0 exceeds the tolerance by 21.6; mwbc2f5464_81e5_43fd_8b39_f5a2756af72f exceeds the tolerance by 9.04
BIOMD0000000563: PAMP exceeds the tolerance by 0.652; R exceeds the tolerance by 0.285; R_0 exceeds the tolerance by 0.286; E_int exceeds the tolerance by 0.403; Callose exceeds the tolerance by 0.28; Path exceeds the tolerance by 0.786; Path_bulk exceeds the tolerance by 0.999; PRR exceeds the tolerance by 0.393; PRR_0 exceeds the tolerance by 0.393; E exceeds the tolerance by 0.262
BIOMD0000000570: species_2 exceeds the tolerance by 0.00662; species_3 exceeds the tolerance by 0.00828; species_4 exceeds the tolerance by 0.0213; species_5 exceeds the tolerance by 0.000153; species_6 exceeds the tolerance by 0.000284; species_7 exceeds the tolerance by 0.000449; species_8 exceeds the tolerance by 0.00105; species_9 exceeds the tolerance by 0.000743; species_10 exceeds the tolerance by 0.0272; species_11 exceeds the tolerance by 0.25; species_12 exceeds the tolerance by 0.244; species_13 exceeds the tolerance by 0.0397; species_17 exceeds the tolerance by 0.135; species_18 exceeds the tolerance by 0.0204; species_19 exceeds the tolerance by 0.827; dHb exceeds the tolerance by 0.0353; parameter_10 exceeds the tolerance by 0.00828; parameter_13 exceeds the tolerance by 0.000436; parameter_22 exceeds the tolerance by 0.000284; dAMP_dATP exceeds the tolerance by 0.00792; v_Mito_H3 exceeds the tolerance by 0.000202; parameter_37 exceeds the tolerance by 0.114; F_out exceeds the tolerance by 0.114; rCBF exceeds the tolerance by 9.5; rCMRO2 exceeds the tolerance by 0.0106; rVv exceeds the tolerance by 2.04; O2c_bar exceeds the tolerance by 1.66; ratioO2c_bar exceeds the tolerance by 0.293; compartment_4 exceeds the tolerance by 0.0483; parameter_7 exceeds the tolerance by 0.00662
BIOMD0000000601: mwd805cc43_4a96_472f_a894_c119a6aa895f exceeds the tolerance by 0.00907; mw40a96ef6_32da_46d1_9712_4f53f60bad43 exceeds the tolerance by 0.000126; mwe1a0a651_d2d5_4f75_8d45_9336c60eb9a6 exceeds the tolerance by 2.75e-07; mw168e0d8a_b9f7_4d4c_b437_a81206c5d381 exceeds the tolerance by 0.02; parameter_26 exceeds the tolerance by 0.00907; parameter_23 exceeds the tolerance by 0.988
BIOMD0000000613: PTH exceeds the tolerance by 261; S exceeds the tolerance by 0.0101; B exceeds the tolerance by 13; P exceeds the tolerance by 0.37; T exceeds the tolerance by 0.0096; R exceeds the tolerance by 0.00135; OC exceeds the tolerance by 9.16e-06; L exceeds the tolerance by 0.0021; O exceeds the tolerance by 1.67; Q exceeds the tolerance by 0.708; RX2 exceeds the tolerance by 6.5; CREB exceeds the tolerance by 0.236; BCL2 exceeds the tolerance by 50.3; TERISC exceeds the tolerance by 4.85e+03; A exceeds the tolerance by 1.81; TGFBact exceeds the tolerance by 0.000525; M exceeds the tolerance by 3.75e-08; N exceeds the tolerance by 9.5e-06; Osteoclast exceeds the tolerance by 9.16e-06; OCeqn exceeds the tolerance by 0.000533; MOCratio exceeds the tolerance by 0.000668; MOCratioEff exceeds the tolerance by 0.0017; J14OCdepend exceeds the tolerance by 0.00467; J14 exceeds the tolerance by 0.0014; J41 exceeds the tolerance by 0.000649; koutTGFeqn exceeds the tolerance by 3.17e-05; MeffOC exceeds the tolerance by 0.0231; LsurvOC exceeds the tolerance by 0.00674; KLSoc exceeds the tolerance by 4.23e-05; C4 exceeds the tolerance by 18.6; J15a exceeds the tolerance by 0.00431; J15 exceeds the tolerance by 0.0413; J42 exceeds the tolerance by 0.0191; PTHconc exceeds the tolerance by 18.6; LpthEff exceeds the tolerance by 0.241; kinL exceeds the tolerance by 0.000281; pO exceeds the tolerance by 26.3; RX2Kout exceeds the tolerance by 1.57; crebKin exceeds the tolerance by 0.0337; bcl2Kin exceeds the tolerance by 44.9; CaConc exceeds the tolerance by 0.0264; PhosEff exceeds the tolerance by 5.35e-05; T68 exceeds the tolerance by 0.0914; SE exceeds the tolerance by 0.576; C8 exceeds the tolerance by 0.927; C1 exceeds the tolerance by 0.0264; T36 exceeds the tolerance by 7.45e-05; T37 exceeds the tolerance by 7.47e-05; CaFilt exceeds the tolerance by 0.0476; ReabsPTHeff exceeds the tolerance by 0.0494; CaReabsActive exceeds the tolerance by 0.209; T20 exceeds the tolerance by 0.195; T10 exceeds the tolerance by 0.00462; J27a exceeds the tolerance by 0.195; J27 exceeds the tolerance by 0.15; ScaEff exceeds the tolerance by 0.00992; T72 exceeds the tolerance by 0.893; T73 exceeds the tolerance by 0.0549; T74 exceeds the tolerance by 0.0549; T75 exceeds the tolerance by 0.000455; T76 exceeds the tolerance by 0.000456; J48a exceeds the tolerance by 0.00203; J48 exceeds the tolerance by 0.00203; PicOBkb exceeds the tolerance by 0.000237; PicOBkbEff exceeds the tolerance by 0.00104; RUNX2 exceeds the tolerance by 5.15; RUNX2kbPrimeEff exceeds the tolerance by 1.94e-05; kbprime exceeds the tolerance by 1.95e-05; kbslow exceeds the tolerance by 5.42e-06; Frackb2 exceeds the tolerance by 0.044; T31 exceeds the tolerance by 0.000908; T83 exceeds the tolerance by 0.0027; J40 exceeds the tolerance by 0.00166; T85Rpart exceeds the tolerance by 0.00188; T85 exceeds the tolerance by 0.00171; F11 exceeds the tolerance by 0.00171; INparenCtriol exceeds the tolerance by 1.31e+22; Ctriol50 exceeds the tolerance by 0.705; FCTD exceeds the tolerance by 0.0202; T63 exceeds the tolerance by 36.6; EPTH exceeds the tolerance by 42.4; SPTH exceeds the tolerance by 42.4; TERIPK exceeds the tolerance by 3.44e+03
BIOMD0000000650: l exceeds the tolerance by 0.367; m exceeds the tolerance by 1.05; n exceeds the tolerance by 0.639
BIOMD0000000675: Cdc20 exceeds the tolerance by 0.049; Clb2 exceeds the tolerance by 0.0036; Cdc20_T exceeds the tolerance by 0.000261; Hct1 exceeds the tolerance by 0.0439; Mcm1 exceeds the tolerance by 0.0127; Clb2_Sic1 exceeds the tolerance by 8.33e-06; Sic1 exceeds the tolerance by 0.000168; Swi5 exceeds the tolerance by 0.0178; Sic1_T exceeds the tolerance by 0.000526; Clb5 exceeds the tolerance by 0.00941; Clb5_Sic1 exceeds the tolerance by 0.000369; Clb5_T exceeds the tolerance by 0.00904; Clb2_T exceeds the tolerance by 0.00361; Vi_20 exceeds the tolerance by 9.89; Vi_t1 exceeds the tolerance by 0.00496; Vd_b2 exceeds the tolerance by 0.0898; Vd_b5 exceeds the tolerance by 0.0122; Vd2_c1 exceeds the tolerance by 0.00271; Va_sbf exceeds the tolerance by 0.00368; ORI exceeds the tolerance by 0.0426; BUD exceeds the tolerance by 0.00454; SPN exceeds the tolerance by 0.00192
BIOMD0000000681: K_T exceeds the tolerance by 274; phi_I exceeds the tolerance by 904; phi_R exceeds the tolerance by 382; T exceeds the tolerance by 6.95; total_M exceeds the tolerance by 1.12e+03
BIOMD0000000695: xFinal_1 exceeds the tolerance by 0.907; xFinal_2 exceeds the tolerance by 53.5; xFinal_3 exceeds the tolerance by 37.4; xFinal_4 exceeds the tolerance by 86.5; xFinal_5 exceeds the tolerance by 31.1; xFinal_6 exceeds the tolerance by 27.8; xFinal_7 exceeds the tolerance by 329; xFinal_8 exceeds the tolerance by 8.39e+03; xFinal_9 exceeds the tolerance by 5.27e+03; xFinal_10 exceeds the tolerance by 1.91e+04; xFinal_12 exceeds the tolerance by 1.73e+04
BIOMD0000000706: degr_Foxo1 exceeds the tolerance by 6.27e+11; cytoplasm_Foxo1_Pa0_Ac0_pUb0 exceeds the tolerance by 1.42e+11; nucleus_Foxo1_Pa0_Ac0_pUb0 exceeds the tolerance by 1.12e+13; dnabound_Foxo1_Pa0_Ac0_pUb0 exceeds the tolerance by 9.49e+13; cytoplasm_Foxo1_Pa0_Ac0_pUb1 exceeds the tolerance by 2.87e+09; nucleus_Foxo1_Pa0_Ac0_pUb1 exceeds the tolerance by 3.24e+11; dnabound_Foxo1_Pa0_Ac0_pUb1 exceeds the tolerance by 3.04e+12; cytoplasm_Foxo1_Pa0_Ac1_pUb0 exceeds the tolerance by 6.5e+12; nucleus_Foxo1_Pa0_Ac1_pUb0 exceeds the tolerance by 8.14e+14; dnabound_Foxo1_Pa0_Ac1_pUb0 exceeds the tolerance by 4.1e+15; cytoplasm_Foxo1_Pa0_Ac1_pUb1 exceeds the tolerance by 4.68e+10; nucleus_Foxo1_Pa0_Ac1_pUb1 exceeds the tolerance by 8.95e+12; dnabound_Foxo1_Pa0_Ac1_pUb1 exceeds the tolerance by 4.72e+13; cytoplasm_Foxo1_Pa1_Ac0_pUb0 exceeds the tolerance by 6.65e+11; nucleus_Foxo1_Pa1_Ac0_pUb0 exceeds the tolerance by 8.06e+12; dnabound_Foxo1_Pa1_Ac0_pUb0 exceeds the tolerance by 8.85e+13; cytoplasm_Foxo1_Pa1_Ac0_pUb1 exceeds the tolerance by 2.15e+10; nucleus_Foxo1_Pa1_Ac0_pUb1 exceeds the tolerance by 2.5e+11; dnabound_Foxo1_Pa1_Ac0_pUb1 exceeds the tolerance by 3e+12; cytoplasm_Foxo1_Pa1_Ac1_pUb0 exceeds the tolerance by 4.76e+13; nucleus_Foxo1_Pa1_Ac1_pUb0 exceeds the tolerance by 5.27e+14; dnabound_Foxo1_Pa1_Ac1_pUb0 exceeds the tolerance by 3.52e+15; cytoplasm_Foxo1_Pa1_Ac1_pUb1 exceeds the tolerance by 2.64e+11; nucleus_Foxo1_Pa1_Ac1_pUb1 exceeds the tolerance by 6.1e+12; dnabound_Foxo1_Pa1_Ac1_pUb1 exceeds the tolerance by 4.4e+13; Foxo1_Pa0_tot exceeds the tolerance by 1.08e+14; Foxo1_Pa1_tot exceeds the tolerance by 1.07e+14; Foxo1_Ac0_tot exceeds the tolerance by 4e+11; Foxo1_Ac1_tot exceeds the tolerance by 1.5e+12; Foxo1_pUb0_tot exceeds the tolerance by 2.97e+11; Foxo1_pUb1_tot exceeds the tolerance by 8.34e+11; cytoplasm_Foxo1_tot exceeds the tolerance by 8.92e+13; nucleus_Foxo1_tot exceeds the tolerance by 4.38e+13; dnabound_Foxo1_tot exceeds the tolerance by 4.67e+13; Foxo1_all exceeds the tolerance by 1.13e+12; nucleus_RNA_Inr exceeds the tolerance by 1.04e+15; cytoplasm_RNA_Inr exceeds the tolerance by 1.24e+12; cytoplasm_Inr exceeds the tolerance by 3.9e+13; nucleus_RNA_Sod2 exceeds the tolerance by 1.04e+15; cytoplasm_RNA_Sod2 exceeds the tolerance by 1.24e+12; cytoplasm_Sod2 exceeds the tolerance by 3.9e+13; Akt exceeds the tolerance by 6.05e+15; Foxo1_all_rate exceeds the tolerance by 0.00939
BIOMD0000000718: Elong exceeds the tolerance by 1.23; DNA exceeds the tolerance by 0.231
BIOMD0000000727: DnaA exceeds the tolerance by 0.183; GcrA exceeds the tolerance by 0.737; CtrA exceeds the tolerance by 1.21; CtrA_P exceeds the tolerance by 1.85; DivK exceeds the tolerance by 0.19; DivK_P exceeds the tolerance by 0.107; I exceeds the tolerance by 1.06; CcrM exceeds the tolerance by 0.879; hcori exceeds the tolerance by 0.979; hctrA exceeds the tolerance by 0.999; hccrM exceeds the tolerance by 0.999; hftsZ exceeds the tolerance by 0.999; Ini exceeds the tolerance by 0.00033; DNA exceeds the tolerance by 1.33; Count exceeds the tolerance by 0.999; PodJL exceeds the tolerance by 0.433; PerP exceeds the tolerance by 0.378; DivJ exceeds the tolerance by 1.04; CckA_P exceeds the tolerance by 0.0718; CpdR exceeds the tolerance by 0.0158; RcdA exceeds the tolerance by 0.704; ParAADP exceeds the tolerance by 0.611; FtsZ exceeds the tolerance by 1.2; Zring exceeds the tolerance by 0.949; Elong exceeds the tolerance by 1.33; Z exceeds the tolerance by 0.898; FtsQ exceeds the tolerance by 1.1
BIOMD0000000734: FeRBC exceeds the tolerance by 3.11e-06; NTBI exceeds the tolerance by 2.92e-06; FeBM_0 exceeds the tolerance by 4.31e-06; PSpleen exceeds the tolerance by 0.883; PRBC exceeds the tolerance by 63.6; Total_Fe___in_body exceeds the tolerance by 3.07e+15; FePlasma exceeds the tolerance by 3.07e+15; PLiver exceeds the tolerance by 11.6; PDuo exceeds the tolerance by 0.209; FePlasma_conc_ exceeds the tolerance by 2.92e-06; POutside exceeds the tolerance by 23.9; PRest exceeds the tolerance by 24.2; PPlasma exceeds the tolerance by 99.9; PBM exceeds the tolerance by 22.3
BIOMD0000000736: FeDuo exceeds the tolerance by 0.07; FeRBC exceeds the tolerance by 0.015; FeSpleen exceeds the tolerance by 0.0404; FeLiver exceeds the tolerance by 0.00265; Tf exceeds the tolerance by 1.15e-05; Fe2Tf exceeds the tolerance by 9.78e-06; Fe1Tf exceeds the tolerance by 7.52e-07; FeRest exceeds the tolerance by 8.73e-06; FeBM exceeds the tolerance by 0.00168; Total_Fe__particle exceeds the tolerance by 3.26e+18; Total_Fe__conc exceeds the tolerance by 0.000234; FePlasma__particle exceeds the tolerance by 1.83e+16; Total_Fe__g exceeds the tolerance by 0.000301; FePlasma_conc exceeds the tolerance by 2.23e-05; TfSaturation exceeds the tolerance by 30.1
BIOMD0000000749: E exceeds the tolerance by 1.14e-06
BIOMD0000000806: UnInfected_Tumour_Cells_Xu exceeds the tolerance by 3.13e+09; Infected_Tumour_Cells_Xi exceeds the tolerance by 6.39e+03; Virus_Xv exceeds the tolerance by 3.6e+06; Effector_Cytotoxic_CD8_TCells__Xe exceeds the tolerance by 8.56e+03; M1_Macrophage_Xm1 exceeds the tolerance by 1.94e+03; M2_Macrophage_Xm2 exceeds the tolerance by 1.47e+06
BIOMD0000000814: Drug_Concentration_C exceeds the tolerance by 0.598; Tumor_Cell_Population_P exceeds the tolerance by 25.4; Damaged_Tumor_Cells_D exceeds the tolerance by 10.5
BIOMD0000000816: Uninfected_Tumor_Cell_U exceeds the tolerance by 4.49e+15; Infected_Cancer_Cell_I exceeds the tolerance by 1.91e+03; Oncolytic_Adenovirus_V exceeds the tolerance by 2.48e+03; Tumor_targeting_T_cells_T exceeds the tolerance by 8.99e+03; Naive_T_cells_A exceeds the tolerance by 2.73; Dendritic_Cells_D exceeds the tolerance by 1.74; Total_cells_N exceeds the tolerance by 4.49e+15; total_tumor_cells exceeds the tolerance by 4.49e+15
BIOMD0000000817: Uninfected_Tumor_Cell_U exceeds the tolerance by 4.44e+15; Infected_Cancer_Cell_I exceeds the tolerance by 1.1e+05; Oncolytic_Adenovirus_V exceeds the tolerance by 1.38e+05; Tumor_targeting_T_cells_T exceeds the tolerance by 3.54e+05; Dendritic_Cells_D exceeds the tolerance by 1.74; Total_cells_N exceeds the tolerance by 4.44e+15; total_tumor_cells exceeds the tolerance by 4.44e+15
BIOMD0000000818: Myc exceeds the tolerance by 0.365; AKT exceeds the tolerance by 0.587; AKTp exceeds the tolerance by 0.588; PI3K exceeds the tolerance by 0.9; GSK3B exceeds the tolerance by 0.594; GSK3Bp exceeds the tolerance by 0.595; ERK exceeds the tolerance by 0.9; Myc_ser62 exceeds the tolerance by 2.75; Myc_thr58 exceeds the tolerance by 0.11; Myc_total exceeds the tolerance by 2.29
BIOMD0000000820: tumor_at_Exp_Lin_growth exceeds the tolerance by 2.69e+43
BIOMD0000000825: Resistant_tumor_R exceeds the tolerance by 0.999; Sensitive_tumor_S exceeds the tolerance by 1; Tumor_Volume_V exceeds the tolerance by 0.987
BIOMD0000000828: Glucose_G exceeds the tolerance by 1.56; Drug_D exceeds the tolerance by 0.744; miR_451_M exceeds the tolerance by 3.23; AMPK_A exceeds the tolerance by 3.6; mTOR_R exceeds the tolerance by 2.96; deltaD exceeds the tolerance by 0.525
BIOMD0000000829: Glucose_G exceeds the tolerance by 1.98; Drug_D exceeds the tolerance by 0.759; miR_451_M exceeds the tolerance by 1.42; AMPK_A exceeds the tolerance by 2.4; mTOR_R exceeds the tolerance by 0.398; deltaD exceeds the tolerance by 1.14; Cdh1 exceeds the tolerance by 0.948; CycB exceeds the tolerance by 0.0708; p55cdc_T exceeds the tolerance by 0.956; mass_s exceeds the tolerance by 0.625; p55cdc_A exceeds the tolerance by 0.88; Plk1 exceeds the tolerance by 0.104
BIOMD0000000901: Fat_Mass exceeds the tolerance by 9.96; Body_Mass exceeds the tolerance by 9.91; alpha exceeds the tolerance by 4.98; p___Ratio exceeds the tolerance by 0.011; Energy_Expenditure_Rate exceeds the tolerance by 0.49; Psy exceeds the tolerance by 0.0136
BIOMD0000000918: E2F exceeds the tolerance by 17.6; CycD exceeds the tolerance by 0.24; CycE exceeds the tolerance by 0.00449; Rb exceeds the tolerance by 0.00326; Phosphorylated_Rb exceeds the tolerance by 72.6; Rb_E2F_complex exceeds the tolerance by 127; serum exceeds the tolerance by 2
BIOMD0000000928: solution0 exceeds the tolerance by 0.266; solution1 exceeds the tolerance by 2.41; solution2 exceeds the tolerance by 0.682; solution3 exceeds the tolerance by 0.499
BIOMD0000000955: Susceptible exceeds the tolerance by 0.866; Infected exceeds the tolerance by 0.162; Diagnosed exceeds the tolerance by 0.131; Ailing exceeds the tolerance by 0.0463; Recognized exceeds the tolerance by 0.341; Threatened exceeds the tolerance by 0.179; Healed exceeds the tolerance by 0.568; Extinct exceeds the tolerance by 0.0846
BIOMD0000000960: Susceptible exceeds the tolerance by 4.03e+06; Exposed exceeds the tolerance by 4e+05; Infectious exceeds the tolerance by 1.2e+04; Asymptomatic exceeds the tolerance by 1.01e+05; Hospitalized exceeds the tolerance by 3.34e+04; Recovered exceeds the tolerance by 4.03e+06; Deceased exceeds the tolerance by 8.35e+03; Cumulative_Cases exceeds the tolerance by 2.14e+05; l_1 exceeds the tolerance by 0.538; beta_1 exceeds the tolerance by 0.194
BIOMD0000000969: Susceptible_Counties_with_airports exceeds the tolerance by 1.76e+06; Infected_Counties_with_airports exceeds the tolerance by 1.93e+05; Hospitalised_Counties_with_airports exceeds the tolerance by 7.45e+04; ICU_Counties_with_airports exceeds the tolerance by 1.04e+04; Deceased_Counties_with_airports exceeds the tolerance by 1.09e+05; Recovered_Counties_with_airports exceeds the tolerance by 1.31e+06; Discharged_Counties_with_airports exceeds the tolerance by 1.53e+05; Susceptible_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.31e+06; Infected_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.43e+05; Hospitalised_Counties_neighbouring_counties_with_airports exceeds the tolerance by 7.1e+04; ICU_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.78e+04; Deceased_Counties_neighbouring_counties_with_airports exceeds the tolerance by 9.59e+04; Recovered_Counties_neighbouring_counties_with_airports exceeds the tolerance by 8.92e+05; Discharged_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.27e+05; Susceptible_Counties_with_highways exceeds the tolerance by 2.92e+05; Infected_Counties_with_highways exceeds the tolerance by 3.5e+04; Hospitalised_Counties_with_highways exceeds the tolerance by 2.01e+04; ICU_Counties_with_highways exceeds the tolerance by 5.58e+03; Deceased_Counties_with_highways exceeds the tolerance by 1.25e+04; Recovered_Counties_with_highways exceeds the tolerance by 1.93e+05; Discharged_Counties_with_highways exceeds the tolerance by 2.91e+04; Susceptible_Low_risk_counties exceeds the tolerance by 5.47e+04; Infected_Low_risk_counties exceeds the tolerance by 5.68e+03; Hospitalised_Low_risk_counties exceeds the tolerance by 5.24e+03; ICU_Low_risk_counties exceeds the tolerance by 1.11e+03; Deceased_Low_risk_counties exceeds the tolerance by 5.87e+03; Recovered_Low_risk_counties exceeds the tolerance by 3.06e+04; Discharged_Low_risk_counties exceeds the tolerance by 7.71e+03; Cumulative_cases_Counties_with_airports exceeds the tolerance by 1.69e+06; Cumulative_cases_Low_risk_counties exceeds the tolerance by 4.96e+04; Cumulative_cases_Counties_neighbouring_counties_with_airports exceeds the tolerance by 1.23e+06; Total_hospitalisations exceeds the tolerance by 5.4e+05; Cumulative_cases_Counties_with_highways exceeds the tolerance by 2.68e+05; Total_cumulative_cases exceeds the tolerance by 3.24e+06; Total_deaths exceeds the tolerance by 2.23e+05
BIOMD0000000976: Susceptible exceeds the tolerance by 1.27e+07; Infected_strong_immune_system exceeds the tolerance by 2.47e+06; Infected_weak_immune_system exceeds the tolerance by 2.32e+06; Recovered exceeds the tolerance by 7.16e+06
BIOMD0000000978: Susceptible exceeds the tolerance by 3.53e+07; Exposed exceeds the tolerance by 7.92e+06; Infected exceeds the tolerance by 6.49e+06; Recovered exceeds the tolerance by 3.53e+07; Cumulative_cases exceeds the tolerance by 3.53e+07
BIOMD0000000983: S_c exceeds the tolerance by 6.17e+07; S_u exceeds the tolerance by 5.18e+07; E exceeds the tolerance by 1.49e+07; I_r exceeds the tolerance by 5.13e+06; I_u exceeds the tolerance by 8.43e+06; R exceeds the tolerance by 6.25e+07; Q exceeds the tolerance by 6.94e+06; m_t exceeds the tolerance by 0.929
BIOMD0000000986: Pyranine_single_compartment_model exceeds the tolerance by 54.9; Pyranine_three_compartment_model_compartment_1 exceeds the tolerance by 44.3; Pyranine_three_compartment_model_compartment_2 exceeds the tolerance by 7.68; Pyranine_three_compartment_model_compartment_3 exceeds the tolerance by 0.922; Total_Pyranine exceeds the tolerance by 52.9
BIOMD0000001006: DNA_damage exceeds the tolerance by 1.43; IR exceeds the tolerance by 0.999; p53_total exceeds the tolerance by 0.0872; p53_ub exceeds the tolerance by 0.0198; p53_ub_ub exceeds the tolerance by 0.000415; Mdm2_cyt exceeds the tolerance by 0.00811; Mdm2_p_cyt exceeds the tolerance by 0.00571; Mdm2_p_nuc exceeds the tolerance by 0.159; p53 exceeds the tolerance by 0.0678; MDM2_total exceeds the tolerance by 0.00797; kd2_0 exceeds the tolerance by 0.00876
BIOMD0000001019: Cm exceeds the tolerance by 2.59e+06; Ct exceeds the tolerance by 2e+06; T exceeds the tolerance by 5.68e+08
BIOMD0000001020: Cm exceeds the tolerance by 711; Ct exceeds the tolerance by 1.27e+07; T exceeds the tolerance by 2.69e+28
BIOMD0000001027: mLiver exceeds the tolerance by 324; mKidneyPlasma exceeds the tolerance by 2.93; mRemainder exceeds the tolerance by 211; mPlasmaVenous exceeds the tolerance by 27.7; mHeart exceeds the tolerance by 9.21; mMuscle exceeds the tolerance by 1.11e+03; mAdipose exceeds the tolerance by 35.9; mBrain exceeds the tolerance by 9.71; mFeces exceeds the tolerance by 3.85e+03; mUrine exceeds the tolerance by 6.78e+03; mIntestineLumen exceeds the tolerance by 4.9e+03; mPlasmaArterial exceeds the tolerance by 9.22; mLung exceeds the tolerance by 16.2; mPortalVein exceeds the tolerance by 6.38; mStomach exceeds the tolerance by 14.1; mIntestineEnterocytes exceeds the tolerance by 999; mKidneyTissue exceeds the tolerance by 23; mIntestineVascular exceeds the tolerance by 138; mStomachLumen exceeds the tolerance by 3.95; mKidneyTubular exceeds the tolerance by 161; mgIntestineLumen exceeds the tolerance by 0.634; mgBrain exceeds the tolerance by 0.00125; mgAdipose exceeds the tolerance by 0.00464; mgRemainder exceeds the tolerance by 0.0272; mgPortalVein exceeds the tolerance by 0.000824; mgUrine exceeds the tolerance by 0.876; mgFeces exceeds the tolerance by 0.497; mgIntestineEnterocytes exceeds the tolerance by 0.129; mgPlasmaArterial exceeds the tolerance by 0.00119; mgLung exceeds the tolerance by 0.00209; mgKidneyPlasma exceeds the tolerance by 0.000377; mIntestineSum exceeds the tolerance by 1.63e+03; mKidneySum exceeds the tolerance by 405; mgKidneyTissues exceeds the tolerance by 0.00297; mgIntestineVascular exceeds the tolerance by 0.0178; mgStomachLumen exceeds the tolerance by 0.00051; mArterialPlasma__for_kidney exceeds the tolerance by 26.8; mgKidneyTubular exceeds the tolerance by 0.0208; mgKidneyTotal exceeds the tolerance by 0.0242; mgIntestineTotal exceeds the tolerance by 0.147; mgLiver exceeds the tolerance by 0.0419; mgPlasmaVenous exceeds the tolerance by 0.00357; mgHeart exceeds the tolerance by 0.00119; mgMuscle exceeds the tolerance by 0.143; mgStomach exceeds the tolerance by 0.00182
BIOMD0000001028: mLiver exceeds the tolerance by 1.2e+05; mKidneyPlasma exceeds the tolerance by 940; mRemainder exceeds the tolerance by 7.8e+04; mPlasmaVenous exceeds the tolerance by 1.36e+04; mHeart exceeds the tolerance by 5.3e+03; mMuscle exceeds the tolerance by 5.05e+05; mAdipose exceeds the tolerance by 6.1e+04; mBrain exceeds the tolerance by 6.79e+03; mFeces exceeds the tolerance by 1.49e+06; mUrineExternal exceeds the tolerance by 1.53e+06; mIntestineLumen exceeds the tolerance by 4.92e+05; mPlasmaArterial exceeds the tolerance by 4.54e+03; mLung exceeds the tolerance by 9.67e+03; mPortalVein exceeds the tolerance by 2.91e+03; mStomach exceeds the tolerance by 2.84e+03; mEnterocytes exceeds the tolerance by 3.75e+05; mKidneyTissue exceeds the tolerance by 5.62e+03; mIntestineVascular exceeds the tolerance by 6.4e+04; mStomachLumen exceeds the tolerance by 1.11e+06; mRBC exceeds the tolerance by 2.23e+03; mKidneyTubular exceeds the tolerance by 2.51e+05; mgIntestineLumen exceeds the tolerance by 63.5; mgStomachLumen exceeds the tolerance by 143; mgLiver exceeds the tolerance by 15.5; mgVenousPlasma exceeds the tolerance by 1.76; mgBrain exceeds the tolerance by 0.876; mgHeart exceeds the tolerance by 0.684; mgKidneyPlasma exceeds the tolerance by 0.121; mgRemainder exceeds the tolerance by 10.1; mArterialPlasma__kidney exceeds the tolerance by 6.06; mgAdipose exceeds the tolerance by 7.88; mgArterialPlasma exceeds the tolerance by 0.586; mgLung exceeds the tolerance by 1.25; mgStomach exceeds the tolerance by 0.366; mgEnterocytes exceeds the tolerance by 48.5; mgKidneyTissues exceeds the tolerance by 0.726; mIntestineTotal exceeds the tolerance by 615; mgIntestineVascular exceeds the tolerance by 8.26; mgRBC exceeds the tolerance by 0.288; mKidneyTotal exceeds the tolerance by 833; mgKidneyTubular exceeds the tolerance by 32.4; mgMuscle exceeds the tolerance by 65.2; mgPortalVein exceeds the tolerance by 0.375; mgUrineSum exceeds the tolerance by 197; mgFeces exceeds the tolerance by 192; mgKidneyTotal exceeds the tolerance by 33; mgIntestineTotal exceeds the tolerance by 56.8
BIOMD0000001029: mLiver exceeds the tolerance by 1.29e+05; mKidneyPlasma exceeds the tolerance by 1.07e+03; mRemainder exceeds the tolerance by 8.89e+04; mPlasmaVenous exceeds the tolerance by 1.54e+04; mHeart exceeds the tolerance by 6.02e+03; mMuscle exceeds the tolerance by 6.03e+05; mAdipose exceeds the tolerance by 6.95e+04; mBrain exceeds the tolerance by 7.7e+03; mFeces exceeds the tolerance by 5.95e+06; mUrineExternal exceeds the tolerance by 6.11e+06; mIntestineLumen exceeds the tolerance by 4.92e+05; mPlasmaArterial exceeds the tolerance by 5.14e+03; mLung exceeds the tolerance by 1.1e+04; mPortalVein exceeds the tolerance by 3.09e+03; mStomach exceeds the tolerance by 3.23e+03; mEnterocytes exceeds the tolerance by 3.76e+05; mKidneyTissue exceeds the tolerance by 6.58e+03; mIntestineVascular exceeds the tolerance by 6.67e+04; mStomachLumen exceeds the tolerance by 1.11e+06; mRBC exceeds the tolerance by 5.95e+03; mKidneyTubular exceeds the tolerance by 2.92e+05; mgStomach exceeds the tolerance by 0.417; mgPortalVein exceeds the tolerance by 0.399; mgUrineSum exceeds the tolerance by 789; mgLiver exceeds the tolerance by 16.6; mgIntestineLumen exceeds the tolerance by 63.6; mgBrain exceeds the tolerance by 0.994; mgLung exceeds the tolerance by 1.42; mgKidneyPlasma exceeds the tolerance by 0.138; mgRemainder exceeds the tolerance by 11.5; mgMuscle exceeds the tolerance by 77.9; mIntestineTotal exceeds the tolerance by 620; mKidneyTotal exceeds the tolerance by 969; mgKidneyTissues exceeds the tolerance by 0.85; mgIntestineVascular exceeds the tolerance by 8.62; mgStomachLumen exceeds the tolerance by 143; mArterialPlasma__kidney exceeds the tolerance by 6.87; mgKidneyTubular exceeds the tolerance by 37.7; mgKidneyTotal exceeds the tolerance by 38.4; mgRBC exceeds the tolerance by 0.768; mgAdipose exceeds the tolerance by 8.97; mgHeart exceeds the tolerance by 0.777; mgFeces exceeds the tolerance by 769; mgEnterocytes exceeds the tolerance by 48.6; mgIntestineTotal exceeds the tolerance by 57.2; mgVenousPlasma exceeds the tolerance by 1.99; mgArterialPlasma exceeds the tolerance by 0.664
BIOMD0000001032: uninfected_cancer_cells exceeds the tolerance by 0.0171; infected_cancer_cells exceeds the tolerance by 0.000117; free_virus exceeds the tolerance by 0.000435; damaged_cancer_cells exceeds the tolerance by 0.00462
BIOMD0000001043: virus_specific_CTLs exceeds the tolerance by 0.000998
BIOMD0000001098: M_methf_c_ exceeds the tolerance by 1; M_xan_c_ exceeds the tolerance by 1; M_quln_c_ exceeds the tolerance by 1; M_o2_c_ exceeds the tolerance by 1; M_ac_e_ exceeds the tolerance by 1; M_tih2cit_c_ exceeds the tolerance by 1; M_citr_L_c_ exceeds the tolerance by 1; M_ppi_c_ exceeds the tolerance by 1; M_3psme_c_ exceeds the tolerance by 1; M_13dpg_c_ exceeds the tolerance by 1; M_alac_S_c_ exceeds the tolerance by 1; M_26dap_M_c_ exceeds the tolerance by 1; M_iletrna_c_ exceeds the tolerance by 1; M_4kfbp_c_ exceeds the tolerance by 1; M_indaccoa_c_ exceeds the tolerance by 1; M_cbl1_c_ exceeds the tolerance by 1; M_copre5_c_ exceeds the tolerance by 1; M_6ax6ax_c_ exceeds the tolerance by 1; M_hacon_T_c_ exceeds the tolerance by 1; M_glyald_c_ exceeds the tolerance by 1; M_36dahx_c_ exceeds the tolerance by 1; M_so4_e_ exceeds the tolerance by 1; M_r15bp_c_ exceeds the tolerance by 1; M_glc_D_c_ exceeds the tolerance by 1; M_gdpfuc_c_ exceeds the tolerance by 1; M_adn_c_ exceeds the tolerance by 1; M_trnaala_c_ exceeds the tolerance by 1; M_trnathr_c_ exceeds the tolerance by 1; M_glyclt_c_ exceeds the tolerance by 1; M_3hdpgpg_c_ exceeds the tolerance by 1; M_4r5au_c_ exceeds the tolerance by 1; M_acglu_c_ exceeds the tolerance by 1; M_formmfr_b__c_ exceeds the tolerance by 1; M_dhadr_c_ exceeds the tolerance by 1; M_co1dam_c_ exceeds the tolerance by 1; M_cdgggp_c_ exceeds the tolerance by 1; M_his_L_c_ exceeds the tolerance by 1; M_caphis_c_ exceeds the tolerance by 1; M_5aop_c_ exceeds the tolerance by 1; M_co2_e_ exceeds the tolerance by 1; M_34hpp_c_ exceeds the tolerance by 1; M_psd5p_c_ exceeds the tolerance by 1; M_aicar_c_ exceeds the tolerance by 1; M_nmn_c_ exceeds the tolerance by 1; M_indpyr_c_ exceeds the tolerance by 1; M_paps_c_ exceeds the tolerance by 1; M_imp_c_ exceeds the tolerance by 1; M_gdpgpi_c_ exceeds the tolerance by 1; M_f390g_c_ exceeds the tolerance by 1; M_3hdggpg_c_ exceeds the tolerance by 1; M_alac_S_e_ exceeds the tolerance by 1; M_g1p_c_ exceeds the tolerance by 1; M_unknown_cbl1deg_c_ exceeds the tolerance by 1; M_imacp_c_ exceeds the tolerance by 1; M_dump_c_ exceeds the tolerance by 1; M_e4p_c_ exceeds the tolerance by 1; M_asp_L_c_ exceeds the tolerance by 1; M_agdpcbi_c_ exceeds the tolerance by 1; M_cbl1_e_ exceeds the tolerance by 1; M_ppp9_c_ exceeds the tolerance by 1; M_4mop_c_ exceeds the tolerance by 1; M_trnaarg_c_ exceeds the tolerance by 1; M_glyald_e_ exceeds the tolerance by 1; M_pac_c_ exceeds the tolerance by 1; M_mma_c_ exceeds the tolerance by 1; M_dhap_c_ exceeds the tolerance by 1; M_ddhrb_c_ exceeds the tolerance by 1; M_h_c_ exceeds the tolerance by 1; M_trptrna_c_ exceeds the tolerance by 1; M_thrp_c_ exceeds the tolerance by 1; M_dggpgp_c_ exceeds the tolerance by 1; M_acg5sa_c_ exceeds the tolerance by 1; M_gdpddman_c_ exceeds the tolerance by 1; M_glu_L_c_ exceeds the tolerance by 1; M_dkfp_c_ exceeds the tolerance by 1; M_prbatp_c_ exceeds the tolerance by 1; M_dhadrdpr_c_ exceeds the tolerance by 1; M_mphenh2_c_ exceeds the tolerance by 1; M_atrz_c_ exceeds the tolerance by 1; M_glyc_c_ exceeds the tolerance by 1; M_2ins_c_ exceeds the tolerance by 1; M_f420_5_c_ exceeds the tolerance by 1; M_gmp_c_ exceeds the tolerance by 1; M_glutrna_gln__c_ exceeds the tolerance by 1; M_3dhq_c_ exceeds the tolerance by 1; M_orn_c_ exceeds the tolerance by 1; M_frdp_c_ exceeds the tolerance by 1; M_carn_c_ exceeds the tolerance by 1; M_sf430a_c_ exceeds the tolerance by 1; M_glntrna_c_ exceeds the tolerance by 1; M_trnaasp_c_ exceeds the tolerance by 1; M_thm_c_ exceeds the tolerance by 1; M_valtrna_c_ exceeds the tolerance by 1; M_asn_L_c_ exceeds the tolerance by 1; M_ppcoa_c_ exceeds the tolerance by 1; M_glu5sa_c_ exceeds the tolerance by 1; M_S2hglut_c_ exceeds the tolerance by 1; M_unknown_cbl1deg_e_ exceeds the tolerance by 1; M_pmcoa_c_ exceeds the tolerance by 1; M_hco3_c_ exceeds the tolerance by 1; M_dtdp4d6dg_c_ exceeds the tolerance by 1; M_nac_c_ exceeds the tolerance by 1; M_dhadrpr_c_ exceeds the tolerance by 1; M_arg_L_c_ exceeds the tolerance by 1; M_trnamet_c_ exceeds the tolerance by 1; M_fprica_c_ exceeds the tolerance by 1; M_ch4_c_ exceeds the tolerance by 1; M_xu5p_D_c_ exceeds the tolerance by 1; M_alatrna_c_ exceeds the tolerance by 1; M_pac_e_ exceeds the tolerance by 1; M_f420_0_c_ exceeds the tolerance by 1; M_mma_e_ exceeds the tolerance by 1; M_ipdp_c_ exceeds the tolerance by 1; M_rb15bp_c_ exceeds the tolerance by 1; M_hcys_L_c_ exceeds the tolerance by 1; M_h_e_ exceeds the tolerance by 1; M_hspmd_c_ exceeds the tolerance by 1; M_mphen_c_ exceeds the tolerance by 1; M_h2acon_C_c_ exceeds the tolerance by 1; M_glu_L_e_ exceeds the tolerance by 1; M_cob_c_ exceeds the tolerance by 1; M_4abz_c_ exceeds the tolerance by 1; M_gam1p_c_ exceeds the tolerance by 1; M_glyc_e_ exceeds the tolerance by 1; M_hom_L_c_ exceeds the tolerance by 1; M_histd_c_ exceeds the tolerance by 1; M_pro_L_c_ exceeds the tolerance by 1; M_adcobhex_c_ exceeds the tolerance by 1; M_dscl_c_ exceeds the tolerance by 1; M_f6p_c_ exceeds the tolerance by 1; M_xmp_c_ exceeds the tolerance by 1; M_fru_c_ exceeds the tolerance by 1; M_trp_L_c_ exceeds the tolerance by 1; M_2pg_c_ exceeds the tolerance by 1; M_mg2_c_ exceeds the tolerance by 1; M_lys_L_c_ exceeds the tolerance by 1; M_thm_e_ exceeds the tolerance by 1; M_lald_L_c_ exceeds the tolerance by 1; M_dhf_c_ exceeds the tolerance by 1; M_5odhf2a_c_ exceeds the tolerance by 1; M_dpgps_c_ exceeds the tolerance by 1; M_dcamp_c_ exceeds the tolerance by 1; M_3hggdp_c_ exceeds the tolerance by 1; M_ahcys_c_ exceeds the tolerance by 1; M_56dthm_c_ exceeds the tolerance by 1; M_s_c_ exceeds the tolerance by 1; M_no2_c_ exceeds the tolerance by 1; M_nac_e_ exceeds the tolerance by 1; M_ohepa_c_ exceeds the tolerance by 1; M_copre6_c_ exceeds the tolerance by 1; M_idp_c_ exceeds the tolerance by 1; M_ch4_e_ exceeds the tolerance by 1; M_dudp_c_ exceeds the tolerance by 1; M_cmp_c_ exceeds the tolerance by 1; M_5dpmev_c_ exceeds the tolerance by 1; M_pram_c_ exceeds the tolerance by 1; M_inost_c_ exceeds the tolerance by 1; M_dmpp_c_ exceeds the tolerance by 1; M_oaa_c_ exceeds the tolerance by 1; M_glcn_c_ exceeds the tolerance by 1; M_fe2_c_ exceeds the tolerance by 1; M_lppg_c_ exceeds the tolerance by 1; M_glu1sa_c_ exceeds the tolerance by 1; M_dha_c_ exceeds the tolerance by 1; M_gcald_c_ exceeds the tolerance by 1; M_uamr_c_ exceeds the tolerance by 1; M_4abz_e_ exceeds the tolerance by 1; M_amob_c_ exceeds the tolerance by 1; M_ihcit_T_c_ exceeds the tolerance by 1; M_cys_L_c_ exceeds the tolerance by 1; M_pro_L_e_ exceeds the tolerance by 1; M_argtrna_c_ exceeds the tolerance by 1; M_2c25dho_c_ exceeds the tolerance by 1; M_mg2_e_ exceeds the tolerance by 1; M_lys_L_e_ exceeds the tolerance by 1; M_hsfd_c_ exceeds the tolerance by 1; M_adocbi_c_ exceeds the tolerance by 1; M_chor_c_ exceeds the tolerance by 1; M_fmn_c_ exceeds the tolerance by 1; M_dgggps_c_ exceeds the tolerance by 1; M_gdp_c_ exceeds the tolerance by 1; M_2dhp_c_ exceeds the tolerance by 1; M_accoa_c_ exceeds the tolerance by 1; M_dms_c_ exceeds the tolerance by 1; M_amp_c_ exceeds the tolerance by 1; M_pppi_c_ exceeds the tolerance by 1; M_25aics_c_ exceeds the tolerance by 1; M_s_e_ exceeds the tolerance by 1; M_fpram_c_ exceeds the tolerance by 1; M_dxyl5p_c_ exceeds the tolerance by 1; M_dhor_S_c_ exceeds the tolerance by 1; M_ile_L_c_ exceeds the tolerance by 1; M_rib_D_c_ exceeds the tolerance by 1; M_4abut_c_ exceeds the tolerance by 1; M_com_c_ exceeds the tolerance by 1; M_f430p1_c_ exceeds the tolerance by 1; M_dpgpi_c_ exceeds the tolerance by 1; M_met_L_c_ exceeds the tolerance by 1; M_2saa_c_ exceeds the tolerance by 1; M_itp_c_ exceeds the tolerance by 1; M_prlp_c_ exceeds the tolerance by 1; M_cl_c_ exceeds the tolerance by 1; M_dtdp4d6dm_c_ exceeds the tolerance by 1; M_thmpp_c_ exceeds the tolerance by 1; M_fald_c_ exceeds the tolerance by 1; M_dutp_c_ exceeds the tolerance by 1; M_glcn_e_ exceeds the tolerance by 1; M_fe2_e_ exceeds the tolerance by 1; M_ni2_c_ exceeds the tolerance by 1; M_gcald_e_ exceeds the tolerance by 1; M_glutrna_c_ exceeds the tolerance by 1; M_ade_c_ exceeds the tolerance by 1; M_f420_6_c_ exceeds the tolerance by 1; M_3c4mop_c_ exceeds the tolerance by 1; M_cys_L_e_ exceeds the tolerance by 1; M_mppp9_c_ exceeds the tolerance by 1; M_succoa_c_ exceeds the tolerance by 1; M_dggpi_c_ exceeds the tolerance by 1; M_ala_L_c_ exceeds the tolerance by 1; M_aspsa_c_ exceeds the tolerance by 1; M_duri_c_ exceeds the tolerance by 1; M_Rh3cit_c_ exceeds the tolerance by 1; M_slp_L_c_ exceeds the tolerance by 1; M_dkmp_c_ exceeds the tolerance by 1; M_asptrna_c_ exceeds the tolerance by 1; M_3hdpgps_c_ exceeds the tolerance by 1; M_dms_e_ exceeds the tolerance by 1; M_nad_c_ exceeds the tolerance by 1; M_4hphac_c_ exceeds the tolerance by 1; M_25dhpp_c_ exceeds the tolerance by 1; M_thmmp_c_ exceeds the tolerance by 1; M_gtp_c_ exceeds the tolerance by 1; M_2ahbut_c_ exceeds the tolerance by 1; M_icit_c_ exceeds the tolerance by 1; M_ile_L_e_ exceeds the tolerance by 1; M_ru5p_D_c_ exceeds the tolerance by 1; M_orot_c_ exceeds the tolerance by 1; M_f420_1_c_ exceeds the tolerance by 1; M_4pasp_c_ exceeds the tolerance by 1; M_5caiz_c_ exceeds the tolerance by 1; M_nadp_c_ exceeds the tolerance by 1; M_cl_e_ exceeds the tolerance by 1; M_10fthf_c_ exceeds the tolerance by 1; M_succ_c_ exceeds the tolerance by 1; M_lystrna_c_ exceeds the tolerance by 1; M_3ig3p_c_ exceeds the tolerance by 1; M_o2__c_ exceeds the tolerance by 1; M_cdp_c_ exceeds the tolerance by 1; M_mfr_b__c_ exceeds the tolerance by 1; M_nh4_c_ exceeds the tolerance by 1; M_etoh_c_ exceeds the tolerance by 1; M_ni2_e_ exceeds the tolerance by 1; M_uppg3_c_ exceeds the tolerance by 1; M_trnagln_c_ exceeds the tolerance by 1; M_fgam_c_ exceeds the tolerance by 1; M_4ppan_c_ exceeds the tolerance by 1; M_acmana_c_ exceeds the tolerance by 1; M_ala_L_e_ exceeds the tolerance by 1; M_air_c_ exceeds the tolerance by 1; M_mev_R_c_ exceeds the tolerance by 1; M_prfp_c_ exceeds the tolerance by 1; M_phetrna_c_ exceeds the tolerance by 1; M_cbi_c_ exceeds the tolerance by 1; M_fmettrna_c_ exceeds the tolerance by 1; M_formh4spt_c_ exceeds the tolerance by 1; M_ala_B_c_ exceeds the tolerance by 1; M_acorn_c_ exceeds the tolerance by 1; M_4hphac_e_ exceeds the tolerance by 1; M_mobd_c_ exceeds the tolerance by 1; M_dhnpt_c_ exceeds the tolerance by 1; M_2ood_c_ exceeds the tolerance by 1; M_gdpofuc_c_ exceeds the tolerance by 1; M_ribflv_c_ exceeds the tolerance by 1; M_adp_c_ exceeds the tolerance by 1; M_mn2_c_ exceeds the tolerance by 1; M_mh4spt_c_ exceeds the tolerance by 1; M_tma_c_ exceeds the tolerance by 1; M_pran_c_ exceeds the tolerance by 1; M_3mop_c_ exceeds the tolerance by 1; M_3hdpgpi_c_ exceeds the tolerance by 1; M_agdpgpi_c_ exceeds the tolerance by 1; M_3hgrdp_c_ exceeds the tolerance by 1; M_phpyr_c_ exceeds the tolerance by 1; M_fe3_c_ exceeds the tolerance by 1; M_mi1p_D_c_ exceeds the tolerance by 1; M_hmgcoa_c_ exceeds the tolerance by 1; M_trnatyr_c_ exceeds the tolerance by 1; M_nh4_e_ exceeds the tolerance by 1; M_dtdpglu_c_ exceeds the tolerance by 1; M_h2s_c_ exceeds the tolerance by 1; M_ctp_c_ exceeds the tolerance by 1; M_copre2_c_ exceeds the tolerance by 1; M_menylh4spt_c_ exceeds the tolerance by 1; M_leutrna_c_ exceeds the tolerance by 1; M_5oxpro_c_ exceeds the tolerance by 1; M_3hdggpi_c_ exceeds the tolerance by 1; M_achms_c_ exceeds the tolerance by 1; M_anth_c_ exceeds the tolerance by 1; M_cbi_e_ exceeds the tolerance by 1; M_4mhetz_c_ exceeds the tolerance by 1; M_f420_2h2_c_ exceeds the tolerance by 1; M_5mta_c_ exceeds the tolerance by 1; M_5hbzid_c_ exceeds the tolerance by 1; M_glycogen_c_ exceeds the tolerance by 1; M_ppa_c_ exceeds the tolerance by 1; M_mobd_e_ exceeds the tolerance by 1; M_f430p2_c_ exceeds the tolerance by 1; M_2plac_L_c_ exceeds the tolerance by 1; M_trnagly_c_ exceeds the tolerance by 1; M_ura_c_ exceeds the tolerance by 1; M_hgbam_c_ exceeds the tolerance by 1; M_ribflv_e_ exceeds the tolerance by 1; M_adocblhbi_c_ exceeds the tolerance by 1; M_mn2_e_ exceeds the tolerance by 1; M_tma_e_ exceeds the tolerance by 1; M_ppbng_c_ exceeds the tolerance by 1; M_nicrnt_c_ exceeds the tolerance by 1; M_atp_c_ exceeds the tolerance by 1; M_fe3_e_ exceeds the tolerance by 1; M_cd2_c_ exceeds the tolerance by 1; M_fdox_c_ exceeds the tolerance by 1; M_f420_7_c_ exceeds the tolerance by 1; M_eig3p_c_ exceeds the tolerance by 1; M_h2s_e_ exceeds the tolerance by 1; M_thr_L_c_ exceeds the tolerance by 1; M_udpg_c_ exceeds the tolerance by 1; M_tsul_c_ exceeds the tolerance by 1; M_fol_c_ exceeds the tolerance by 1; M_urea_c_ exceeds the tolerance by 1; M_amet_c_ exceeds the tolerance by 1; M_gggp_c_ exceeds the tolerance by 1; M_dann_c_ exceeds the tolerance by 1; M_dpgpe_c_ exceeds the tolerance by 1; M_3hcdgggp_c_ exceeds the tolerance by 1; M_uacmam_c_ exceeds the tolerance by 1; M_4ahmmp_c_ exceeds the tolerance by 1; M_gly_c_ exceeds the tolerance by 1; M_6pgl_c_ exceeds the tolerance by 1; M_thrtrna_c_ exceeds the tolerance by 1; M_glyc_R_c_ exceeds the tolerance by 1; M_dcmp_c_ exceeds the tolerance by 1; M_man6p_c_ exceeds the tolerance by 1; M_oxa_c_ exceeds the tolerance by 1; M_dpcoa_c_ exceeds the tolerance by 1; M_2ippm_c_ exceeds the tolerance by 1; M_glu5p_c_ exceeds the tolerance by 1; M_ca2_c_ exceeds the tolerance by 1; M_r5hbzi_c_ exceeds the tolerance by 1; M_f420_2_c_ exceeds the tolerance by 1; M_glyc1p_c_ exceeds the tolerance by 1; M_sl_L_c_ exceeds the tolerance by 1; M_pan4p_c_ exceeds the tolerance by 1; M_nadph_c_ exceeds the tolerance by 1; M_meoh_c_ exceeds the tolerance by 1; M_histrna_c_ exceeds the tolerance by 1; M_trnacys_c_ exceeds the tolerance by 1; M_protrna_c_ exceeds the tolerance by 1; M_sheme_c_ exceeds the tolerance by 1; M_56dura_c_ exceeds the tolerance by 1; M_cd2_e_ exceeds the tolerance by 1; M_mcom_c_ exceeds the tolerance by 1; M_prpp_c_ exceeds the tolerance by 1; M_cbasp_c_ exceeds the tolerance by 1; M_ggdp_c_ exceeds the tolerance by 1; M_r5p_c_ exceeds the tolerance by 1; M_codhpre6_c_ exceeds the tolerance by 1; M_sucsal_c_ exceeds the tolerance by 1; M_na1_c_ exceeds the tolerance by 1; M_cdpg_c_ exceeds the tolerance by 1; M_dgdp_c_ exceeds the tolerance by 1; M_4ampm_c_ exceeds the tolerance by 1; M_tsul_e_ exceeds the tolerance by 1; M_6hmhptpp_c_ exceeds the tolerance by 1; M_3hdggpgp_c_ exceeds the tolerance by 1; M_cmaphis_c_ exceeds the tolerance by 1; M_fol_e_ exceeds the tolerance by 1; M_urea_e_ exceeds the tolerance by 1; M_pap_c_ exceeds the tolerance by 1; M_damp_c_ exceeds the tolerance by 1; M_pyr_c_ exceeds the tolerance by 1; M_6ax_c_ exceeds the tolerance by 1; M_btn_c_ exceeds the tolerance by 1; M_dohdu_c_ exceeds the tolerance by 1; M_zn2_c_ exceeds the tolerance by 1; M_h3acon_C_c_ exceeds the tolerance by 1; M_gly_e_ exceeds the tolerance by 1; M_mmh2mpt_c_ exceeds the tolerance by 1; M_copre8_c_ exceeds the tolerance by 1; M_trnaile_c_ exceeds the tolerance by 1; M_gdpmann_c_ exceeds the tolerance by 1; M_f1p_c_ exceeds the tolerance by 1; M_dtmp_c_ exceeds the tolerance by 1; M_skm_c_ exceeds the tolerance by 1; M_hista_c_ exceeds the tolerance by 1; M_ca2_e_ exceeds the tolerance by 1; M_fum_c_ exceeds the tolerance by 1; M_trnaser_c_ exceeds the tolerance by 1; M_8aonn_c_ exceeds the tolerance by 1; M_ptp_c_ exceeds the tolerance by 1; M_gthox_c_ exceeds the tolerance by 1; M_cystrna_c_ exceeds the tolerance by 1; M_trnaval_c_ exceeds the tolerance by 1; M_ind3ac_c_ exceeds the tolerance by 1; M_7mht_c_ exceeds the tolerance by 1; M_orot5p_c_ exceeds the tolerance by 1; M_meoh_e_ exceeds the tolerance by 1; M_23dhmp_c_ exceeds the tolerance by 1; M_3php_c_ exceeds the tolerance by 1; M_dhpt_c_ exceeds the tolerance by 1; M_pser_L_c_ exceeds the tolerance by 1; M_acg5p_c_ exceeds the tolerance by 1; M_dhrfap_c_ exceeds the tolerance by 1; M_dohau_c_ exceeds the tolerance by 1; M_6hmhpt_c_ exceeds the tolerance by 1; M_3uib_c_ exceeds the tolerance by 1; M_mlthf_c_ exceeds the tolerance by 1; M_ser_L_c_ exceeds the tolerance by 1; M_5pmev_c_ exceeds the tolerance by 1; M_copre3_c_ exceeds the tolerance by 1; M_na1_e_ exceeds the tolerance by 1; M_udpglcur_c_ exceeds the tolerance by 1; M_dtdprmn_c_ exceeds the tolerance by 1; M_3c3hmp_c_ exceeds the tolerance by 1; M_dhpmp_c_ exceeds the tolerance by 1; M_6pthp_c_ exceeds the tolerance by 1; M_25dthpp_c_ exceeds the tolerance by 1; M_dnad_c_ exceeds the tolerance by 1; M_pyr_e_ exceeds the tolerance by 1; M_trnaphe_c_ exceeds the tolerance by 1; M_btn_e_ exceeds the tolerance by 1; M_zn2_e_ exceeds the tolerance by 1; M_dgtp_c_ exceeds the tolerance by 1; M_hphaccoa_c_ exceeds the tolerance by 1; M_3hdpgpe_c_ exceeds the tolerance by 1; M_h2mpt_c_ exceeds the tolerance by 1; M_ptrc_c_ exceeds the tolerance by 1; M_thdp_c_ exceeds the tolerance by 1; M_Rh2cit_c_ exceeds the tolerance by 1; M_for_c_ exceeds the tolerance by 1; M_g6p_c_ exceeds the tolerance by 1; M_tih3cit_c_ exceeds the tolerance by 1; M_f430p3_c_ exceeds the tolerance by 1; M_3pg_c_ exceeds the tolerance by 1; M_ibcoa_c_ exceeds the tolerance by 1; M_skm5p_c_ exceeds the tolerance by 1; M_h2o_c_ exceeds the tolerance by 1; M_s7p_c_ exceeds the tolerance by 1; M_dcdp_c_ exceeds the tolerance by 1; M_k_c_ exceeds the tolerance by 1; M_uacgam_c_ exceeds the tolerance by 1; M_n2_c_ exceeds the tolerance by 1; M_hcit_c_ exceeds the tolerance by 1; M_ind3ac_e_ exceeds the tolerance by 1; M_2pglyc_c_ exceeds the tolerance by 1; M_lac_L_c_ exceeds the tolerance by 1; M_actn_R_c_ exceeds the tolerance by 1; M_pphn_c_ exceeds the tolerance by 1; M_cobya_c_ exceeds the tolerance by 1; M_gar_c_ exceeds the tolerance by 1; M_h2o2_c_ exceeds the tolerance by 1; M_Brfap_c_ exceeds the tolerance by 1; M_gal1p_c_ exceeds the tolerance by 1; M_dhadrtpr_c_ exceeds the tolerance by 1; M_g3p_c_ exceeds the tolerance by 1; M_4ppcys_c_ exceeds the tolerance by 1; M_trnaglu_c_ exceeds the tolerance by 1; M_btamp_c_ exceeds the tolerance by 1; M_co2dam_c_ exceeds the tolerance by 1; M_4hba_c_ exceeds the tolerance by 1; M_sertrna_c_ exceeds the tolerance by 1; M_cit_c_ exceeds the tolerance by 1; M_ch4s_c_ exceeds the tolerance by 1; M_dadp_c_ exceeds the tolerance by 1; M_cobalt2_c_ exceeds the tolerance by 1; M_cbp_c_ exceeds the tolerance by 1; M_cala_c_ exceeds the tolerance by 1; M_f420_3_c_ exceeds the tolerance by 1; M_3hdgggps_c_ exceeds the tolerance by 1; M_trnapro_c_ exceeds the tolerance by 1; M_gthrd_c_ exceeds the tolerance by 1; M_thymd_c_ exceeds the tolerance by 1; M_h2o_e_ exceeds the tolerance by 1; M_3mob_c_ exceeds the tolerance by 1; M_csn_c_ exceeds the tolerance by 1; M_k_e_ exceeds the tolerance by 1; M_dtdp_c_ exceeds the tolerance by 1; M_n2_e_ exceeds the tolerance by 1; M_2dr1p_c_ exceeds the tolerance by 1; M_1pyr5c_c_ exceeds the tolerance by 1; M_ohexa_c_ exceeds the tolerance by 1; M_thym_c_ exceeds the tolerance by 1; M_actn_R_e_ exceeds the tolerance by 1; M_dctp_c_ exceeds the tolerance by 1; M_udpgal_c_ exceeds the tolerance by 1; M_acon_T_c_ exceeds the tolerance by 1; M_3hfrdp_c_ exceeds the tolerance by 1; M_4mpetz_c_ exceeds the tolerance by 1; M_ump_c_ exceeds the tolerance by 1; M_actp_c_ exceeds the tolerance by 1; M_23dhdp_c_ exceeds the tolerance by 1; M_gam6p_c_ exceeds the tolerance by 1; M_hacon_C_c_ exceeds the tolerance by 1; M_so3_c_ exceeds the tolerance by 1; M_h2_c_ exceeds the tolerance by 1; M_tyr_L_c_ exceeds the tolerance by 1; M_acgam1p_c_ exceeds the tolerance by 1; M_cit_e_ exceeds the tolerance by 1; M_2tcc_c_ exceeds the tolerance by 1; M_phaccoa_c_ exceeds the tolerance by 1; M_val_L_c_ exceeds the tolerance by 1; M_gln_L_c_ exceeds the tolerance by 1; M_grdp_c_ exceeds the tolerance by 1; M_m3hdp_c_ exceeds the tolerance by 1; M_gua_c_ exceeds the tolerance by 1; M_sec_c_ exceeds the tolerance by 1; M_fdp_c_ exceeds the tolerance by 1; M_thf_c_ exceeds the tolerance by 1; M_ch4s_e_ exceeds the tolerance by 1; M_argsuc_c_ exceeds the tolerance by 1; M_agm_c_ exceeds the tolerance by 1; M_cobalt2_e_ exceeds the tolerance by 1; M_pant_R_c_ exceeds the tolerance by 1; M_dgggp_c_ exceeds the tolerance by 1; M_2obut_c_ exceeds the tolerance by 1; M_7ohp_c_ exceeds the tolerance by 1; M_dhadrp_c_ exceeds the tolerance by 1; M_5aprbu_c_ exceeds the tolerance by 1; M_iasp_c_ exceeds the tolerance by 1; M_datp_c_ exceeds the tolerance by 1; M_tyrtrna_c_ exceeds the tolerance by 1; M_etha_c_ exceeds the tolerance by 1; M_hmbil_c_ exceeds the tolerance by 1; M_phe_L_c_ exceeds the tolerance by 1; M_fc1p_c_ exceeds the tolerance by 1; M_5aizc_c_ exceeds the tolerance by 1; M_dhp23cp_c_ exceeds the tolerance by 1; M_acetone_c_ exceeds the tolerance by 1; M_dttp_c_ exceeds the tolerance by 1; M_dma_c_ exceeds the tolerance by 1; M_ahdt_c_ exceeds the tolerance by 1; M_nadh_c_ exceeds the tolerance by 1; M_trnatrp_c_ exceeds the tolerance by 1; M_trnalys_c_ exceeds the tolerance by 1; M_copre4_c_ exceeds the tolerance by 1; M_unknown_rbfdeg_c_ exceeds the tolerance by 1; M_h4spt_c_ exceeds the tolerance by 1; M_2mahmp_c_ exceeds the tolerance by 1; M_glytrna_c_ exceeds the tolerance by 1; M_so3_e_ exceeds the tolerance by 1; M_mal_L_c_ exceeds the tolerance by 1; M_h2_e_ exceeds the tolerance by 1; M_pi_c_ exceeds the tolerance by 1; M_5pr5hbz_c_ exceeds the tolerance by 1; M_dmh2mpt_c_ exceeds the tolerance by 1; M_val_L_e_ exceeds the tolerance by 1; M_trnahis_c_ exceeds the tolerance by 1; M_7mhp_c_ exceeds the tolerance by 1; M_pep_c_ exceeds the tolerance by 1; M_ppap_c_ exceeds the tolerance by 1; M_dkdofp_c_ exceeds the tolerance by 1; M_5mthf_c_ exceeds the tolerance by 1; M_adocbip_c_ exceeds the tolerance by 1; M_trnaleu_c_ exceeds the tolerance by 1; M_fdred_c_ exceeds the tolerance by 1; M_co_c_ exceeds the tolerance by 1; M_3spyr_c_ exceeds the tolerance by 1; M_trdox_c_ exceeds the tolerance by 1; M_etha_e_ exceeds the tolerance by 1; M_scl_c_ exceeds the tolerance by 1; M_dtbt_c_ exceeds the tolerance by 1; M_dmlz_c_ exceeds the tolerance by 1; M_3dhsk_c_ exceeds the tolerance by 1; M_leu_L_c_ exceeds the tolerance by 1; M_pnto_R_c_ exceeds the tolerance by 1; M_23dpg_c_ exceeds the tolerance by 1; M_mleneh4spt_c_ exceeds the tolerance by 1; M_f430_c_ exceeds the tolerance by 1; M_prbamp_c_ exceeds the tolerance by 1; M_dma_e_ exceeds the tolerance by 1; M_cu2_c_ exceeds the tolerance by 1; M_unknown_rbfdeg_e_ exceeds the tolerance by 1; M_appl_c_ exceeds the tolerance by 1; M_dpgpg_c_ exceeds the tolerance by 1; M_cbl1hbi_c_ exceeds the tolerance by 1; M_2ppoh_c_ exceeds the tolerance by 1; M_udp_c_ exceeds the tolerance by 1; M_adcobdam_c_ exceeds the tolerance by 1; M_pi_e_ exceeds the tolerance by 1; M_akg_c_ exceeds the tolerance by 1; M_camp_c_ exceeds the tolerance by 1; M_f390a_c_ exceeds the tolerance by 1; M_glyb_c_ exceeds the tolerance by 1; M_phom_c_ exceeds the tolerance by 1; M_2cpr5p_c_ exceeds the tolerance by 1; M_f420_4_c_ exceeds the tolerance by 1; M_hatrz_c_ exceeds the tolerance by 1; M_5mdr1p_c_ exceeds the tolerance by 1; M_co_e_ exceeds the tolerance by 1; M_dggpg_c_ exceeds the tolerance by 1; M_ac_c_ exceeds the tolerance by 1; M_3hdgggp_c_ exceeds the tolerance by 1; M_hisp_c_ exceeds the tolerance by 1; M_uaccg_c_ exceeds the tolerance by 1; M_23dhmb_c_ exceeds the tolerance by 1; M_acald_c_ exceeds the tolerance by 1; M_aacoa_c_ exceeds the tolerance by 1; M_acser_c_ exceeds the tolerance by 1; M_aconm_c_ exceeds the tolerance by 1; M_leu_L_e_ exceeds the tolerance by 1; M_pnto_R_e_ exceeds the tolerance by 1; M_man1p_c_ exceeds the tolerance by 1; M_Shcit_c_ exceeds the tolerance by 1; M_nabl_c_ exceeds the tolerance by 1; M_cu2_e_ exceeds the tolerance by 1; M_hxan_c_ exceeds the tolerance by 1; M_so4_c_ exceeds the tolerance by 1; M_db4p_c_ exceeds the tolerance by 1; M_indole_c_ exceeds the tolerance by 1; M_cbl1hbi_e_ exceeds the tolerance by 1; M_3c2hmp_c_ exceeds the tolerance by 1; M_applp_c_ exceeds the tolerance by 1; M_mettrna_c_ exceeds the tolerance by 1; M_h4mpt_c_ exceeds the tolerance by 1; M_coa_c_ exceeds the tolerance by 1; M_utp_c_ exceeds the tolerance by 1; M_co2_c_ exceeds the tolerance by 1; M_glyb_e_ exceeds the tolerance by 1; M_trdrd_c_ exceeds the tolerance by 1
BIOMD0000001099: M_cpd02255_c0 exceeds the tolerance by 1; M_cpd00067_c0 exceeds the tolerance by 1; M_cpd00011_c0 exceeds the tolerance by 1; M_cpd00938_c0 exceeds the tolerance by 1; M_cpd02152_c0 exceeds the tolerance by 1; M_cpd00106_c0 exceeds the tolerance by 1; M_cpd00051_c0 exceeds the tolerance by 1; M_cpd03671_c0 exceeds the tolerance by 1; M_cpd02611_c0 exceeds the tolerance by 1; M_cpd00010_c0 exceeds the tolerance by 1; M_cpd00022_c0 exceeds the tolerance by 1; M_cpd11420_c0 exceeds the tolerance by 1; M_cpd00790_c0 exceeds the tolerance by 1; M_cpd00135_c0 exceeds the tolerance by 1; M_cpd00081_c0 exceeds the tolerance by 1; M_cpd00029_c0 exceeds the tolerance by 1; M_cpd00268_c0 exceeds the tolerance by 1; M_cpd11421_c0 exceeds the tolerance by 1; M_cpd00060_c0 exceeds the tolerance by 1; M_cpd00001_c0 exceeds the tolerance by 1; M_cpd00035_c0 exceeds the tolerance by 1; M_cpd11590_c0 exceeds the tolerance by 1; M_cpd00161_c0 exceeds the tolerance by 1; M_cpd11582_c0 exceeds the tolerance by 1; M_cpd03761_c0 exceeds the tolerance by 1; M_cpd00006_c0 exceeds the tolerance by 1; M_cpd03760_c0 exceeds the tolerance by 1; M_cpd00005_c0 exceeds the tolerance by 1; M_cpd00254_e0 exceeds the tolerance by 1; M_cpd00254_c0 exceeds the tolerance by 1; M_cpd00036_c0 exceeds the tolerance by 1; M_cpd02857_c0 exceeds the tolerance by 1; M_cpd00699_c0 exceeds the tolerance by 1; M_cpd00009_c0 exceeds the tolerance by 1; M_cpd03519_c0 exceeds the tolerance by 1; M_cpd03518_c0 exceeds the tolerance by 1; M_cpd00047_c0 exceeds the tolerance by 1; M_cpd02555_c0 exceeds the tolerance by 1; M_cpd02738_c0 exceeds the tolerance by 1; M_cpd00130_c0 exceeds the tolerance by 1; M_cpd00032_c0 exceeds the tolerance by 1; M_cpd00004_c0 exceeds the tolerance by 1; M_cpd00003_c0 exceeds the tolerance by 1; M_cpd00346_c0 exceeds the tolerance by 1; M_cpd00227_c0 exceeds the tolerance by 1; M_cpd02656_c0 exceeds the tolerance by 1; M_cpd02882_c0 exceeds the tolerance by 1; M_cpd00220_c0 exceeds the tolerance by 1; M_cpd02893_c0 exceeds the tolerance by 1; M_cpd00002_c0 exceeds the tolerance by 1; M_cpd00008_c0 exceeds the tolerance by 1; M_cpd02140_c0 exceeds the tolerance by 1; M_cpd00242_c0 exceeds the tolerance by 1; M_cpd11589_c0 exceeds the tolerance by 1; M_cpd00041_c0 exceeds the tolerance by 1; M_cpd00033_c0 exceeds the tolerance by 1; M_cpd00840_c0 exceeds the tolerance by 1; M_cpd00039_c0 exceeds the tolerance by 1; M_cpd14960_c0 exceeds the tolerance by 1; M_cpd08371_c0 exceeds the tolerance by 1; M_cpd00071_c0 exceeds the tolerance by 1; M_cpd00123_c0 exceeds the tolerance by 1; M_cpd01646_c0 exceeds the tolerance by 1; M_cpd00239_c0 exceeds the tolerance by 1; M_cpd15693_c0 exceeds the tolerance by 1; M_cpd00054_c0 exceeds the tolerance by 1; M_cpd00046_c0 exceeds the tolerance by 1; M_cpd15687_c0 exceeds the tolerance by 1; M_cpd00557_c0 exceeds the tolerance by 1; M_cpd03426_c0 exceeds the tolerance by 1; M_cpd10515_c0 exceeds the tolerance by 1; M_cpd00061_c0 exceeds the tolerance by 1; M_cpd00482_c0 exceeds the tolerance by 1; M_cpd15682_c0 exceeds the tolerance by 1; M_cpd15688_c0 exceeds the tolerance by 1; M_cpd00012_c0 exceeds the tolerance by 1; M_cpd00052_c0 exceeds the tolerance by 1; M_cpd15421_c0 exceeds the tolerance by 1; M_cpd15526_c0 exceeds the tolerance by 1; M_cpd02069_c0 exceeds the tolerance by 1; M_cpd00169_c0 exceeds the tolerance by 1; M_cpd00038_c0 exceeds the tolerance by 1; M_cpd00009_e0 exceeds the tolerance by 1; M_cpd02333_c0 exceeds the tolerance by 1; M_cpd03470_c0 exceeds the tolerance by 1; M_cpd00095_c0 exceeds the tolerance by 1; M_cpd08366_c0 exceeds the tolerance by 1; M_cpd02826_c0 exceeds the tolerance by 1; M_cpd00072_c0 exceeds the tolerance by 1; M_cpd00079_c0 exceeds the tolerance by 1; M_cpd00118_c0 exceeds the tolerance by 1; M_cpd00147_c0 exceeds the tolerance by 1; M_cpd00264_c0 exceeds the tolerance by 1; M_cpd00837_c0 exceeds the tolerance by 1; M_cpd00013_c0 exceeds the tolerance by 1; M_cpd00023_c0 exceeds the tolerance by 1; M_cpd00053_c0 exceeds the tolerance by 1; M_cpd00238_c0 exceeds the tolerance by 1; M_cpd00102_c0 exceeds the tolerance by 1; M_cpd00198_c0 exceeds the tolerance by 1; M_cpd00101_c0 exceeds the tolerance by 1; M_cpd00115_c0 exceeds the tolerance by 1; M_cpd00246_c0 exceeds the tolerance by 1; M_cpd00114_c0 exceeds the tolerance by 1; M_cpd00084_c0 exceeds the tolerance by 1; M_cpd15603_c0 exceeds the tolerance by 1; M_cpd00358_c0 exceeds the tolerance by 1; M_cpd00978_c0 exceeds the tolerance by 1; M_cpd15555_c0 exceeds the tolerance by 1; M_cpd15419_c0 exceeds the tolerance by 1; M_cpd00357_c0 exceeds the tolerance by 1; M_cpd00297_c0 exceeds the tolerance by 1; M_cpd00655_c0 exceeds the tolerance by 1; M_cpd00343_c0 exceeds the tolerance by 1; M_cpd00146_c0 exceeds the tolerance by 1; M_cpd00200_c0 exceeds the tolerance by 1; M_cpd00024_c0 exceeds the tolerance by 1; M_cpd00107_c0 exceeds the tolerance by 1; M_cpd01777_c0 exceeds the tolerance by 1; M_cpd01775_c0 exceeds the tolerance by 1; M_cpd00834_c0 exceeds the tolerance by 1; M_cpd02666_c0 exceeds the tolerance by 1; M_cpd02979_c0 exceeds the tolerance by 1; M_cpd02991_c0 exceeds the tolerance by 1; M_cpd00290_c0 exceeds the tolerance by 1; M_cpd00918_c0 exceeds the tolerance by 1; M_cpd00342_c0 exceeds the tolerance by 1; M_cpd11586_c0 exceeds the tolerance by 1; M_cpd00067_e0 exceeds the tolerance by 1; M_cpd00205_e0 exceeds the tolerance by 1; M_cpd00205_c0 exceeds the tolerance by 1; M_cpd00018_c0 exceeds the tolerance by 1; M_cpd03078_c0 exceeds the tolerance by 1; M_cpd01078_c0 exceeds the tolerance by 1; M_cpd00091_c0 exceeds the tolerance by 1; M_cpd00810_c0 exceeds the tolerance by 1; M_cpd00019_c0 exceeds the tolerance by 1; M_cpd01620_c0 exceeds the tolerance by 1; M_cpd00017_c0 exceeds the tolerance by 1; M_cpd03420_c0 exceeds the tolerance by 1; M_cpd14961_c0 exceeds the tolerance by 1; M_cpd08375_c0 exceeds the tolerance by 1; M_cpd00092_c0 exceeds the tolerance by 1; M_cpd00307_c0 exceeds the tolerance by 1; M_cpd15747_c0 exceeds the tolerance by 1; M_cpd00014_c0 exceeds the tolerance by 1; M_cpd15765_c0 exceeds the tolerance by 1; M_cpd00037_c0 exceeds the tolerance by 1; M_cpd11436_c0 exceeds the tolerance by 1; M_cpd11437_c0 exceeds the tolerance by 1; M_cpd01997_c0 exceeds the tolerance by 1; M_cpd00218_c0 exceeds the tolerance by 1; M_cpd00873_c0 exceeds the tolerance by 1; M_cpd02904_c0 exceeds the tolerance by 1; M_cpd03496_c0 exceeds the tolerance by 1; M_cpd03495_c0 exceeds the tolerance by 1; M_cpd11621_c0 exceeds the tolerance by 1; M_cpd11620_c0 exceeds the tolerance by 1; M_cpd08369_c0 exceeds the tolerance by 1; M_cpd08368_c0 exceeds the tolerance by 1; M_cpd17041_c0 exceeds the tolerance by 1; M_cpd03492_c0 exceeds the tolerance by 1; M_cpd03491_c0 exceeds the tolerance by 1; M_cpd02210_c0 exceeds the tolerance by 1; M_cpd00359_c0 exceeds the tolerance by 1; M_cpd02720_c0 exceeds the tolerance by 1; M_cpd00931_c0 exceeds the tolerance by 1; M_cpd15768_c0 exceeds the tolerance by 1; M_cpd15750_c0 exceeds the tolerance by 1; M_cpd00113_c0 exceeds the tolerance by 1; M_cpd00289_c0 exceeds the tolerance by 1; M_cpd00350_c0 exceeds the tolerance by 1; M_cpd02498_c0 exceeds the tolerance by 1; M_cpd00809_c0 exceeds the tolerance by 1; M_cpd00361_c0 exceeds the tolerance by 1; M_cpd00668_c0 exceeds the tolerance by 1; M_cpd00062_c0 exceeds the tolerance by 1; M_cpd00288_c0 exceeds the tolerance by 1; M_cpd02775_c0 exceeds the tolerance by 1; M_cpd00939_c0 exceeds the tolerance by 1; M_cpd00868_c0 exceeds the tolerance by 1; M_cpd00069_c0 exceeds the tolerance by 1; M_cpd00209_c0 exceeds the tolerance by 1; M_cpd00209_e0 exceeds the tolerance by 1; M_cpd03421_c0 exceeds the tolerance by 1; M_cpd17042_c0 exceeds the tolerance by 1; M_cpd00149_c0 exceeds the tolerance by 1; M_cpd00504_c0 exceeds the tolerance by 1; M_cpd00516_c0 exceeds the tolerance by 1; M_cpd00132_c0 exceeds the tolerance by 1; M_cpd11581_c0 exceeds the tolerance by 1; M_cpd02978_c0 exceeds the tolerance by 1; M_cpd00177_c0 exceeds the tolerance by 1; M_cpd02737_c0 exceeds the tolerance by 1; M_cpd02438_c0 exceeds the tolerance by 1; M_cpd00895_c0 exceeds the tolerance by 1; M_cpd02246_c0 exceeds the tolerance by 1; M_cpd00117_c0 exceeds the tolerance by 1; M_cpd00128_c0 exceeds the tolerance by 1; M_cpd02574_c0 exceeds the tolerance by 1; M_cpd15684_c0 exceeds the tolerance by 1; M_cpd15678_c0 exceeds the tolerance by 1; M_cpd02201_c0 exceeds the tolerance by 1; M_cpd00508_c0 exceeds the tolerance by 1; M_cpd02535_c0 exceeds the tolerance by 1; M_cpd00930_c0 exceeds the tolerance by 1; M_cpd00807_c0 exceeds the tolerance by 1; M_cpd00015_c0 exceeds the tolerance by 1; M_cpd00982_c0 exceeds the tolerance by 1; M_cpd08372_c0 exceeds the tolerance by 1; M_cpd00956_c0 exceeds the tolerance by 1; M_cpd00286_c0 exceeds the tolerance by 1; M_cpd00086_c0 exceeds the tolerance by 1; M_cpd00141_c0 exceeds the tolerance by 1; M_cpd00236_c0 exceeds the tolerance by 1; M_cpd03706_c0 exceeds the tolerance by 1; M_cpd00274_c0 exceeds the tolerance by 1; M_cpd00171_c0 exceeds the tolerance by 1; M_cpd15422_c0 exceeds the tolerance by 1; M_cpd15523_c0 exceeds the tolerance by 1; M_cpd00096_c0 exceeds the tolerance by 1; M_cpd01716_c0 exceeds the tolerance by 1; M_cpd08211_c0 exceeds the tolerance by 1; M_cpd02605_c0 exceeds the tolerance by 1; M_cpd02693_c0 exceeds the tolerance by 1; M_cpd03608_c0 exceeds the tolerance by 1; M_cpd03607_c0 exceeds the tolerance by 1; M_cpd00299_c0 exceeds the tolerance by 1; M_cpd00338_c0 exceeds the tolerance by 1; M_cpd00689_c0 exceeds the tolerance by 1; M_cpd03835_c0 exceeds the tolerance by 1; M_cpd00065_c0 exceeds the tolerance by 1; M_cpd00644_c0 exceeds the tolerance by 1; M_cpd15554_c0 exceeds the tolerance by 1; M_cpd00863_c0 exceeds the tolerance by 1; M_cpd10162_c0 exceeds the tolerance by 1; M_cpd00533_c0 exceeds the tolerance by 1; M_cpd00356_c0 exceeds the tolerance by 1; M_cpd15604_c0 exceeds the tolerance by 1; M_cpd02884_c0 exceeds the tolerance by 1; M_cpd00175_c0 exceeds the tolerance by 1; M_cpd02569_c0 exceeds the tolerance by 1; M_cpd00206_c0 exceeds the tolerance by 1; M_cpd03834_c0 exceeds the tolerance by 1; M_cpd03839_c0 exceeds the tolerance by 1; M_cpd00219_c0 exceeds the tolerance by 1; M_cpd00616_c0 exceeds the tolerance by 1; M_cpd15524_c0 exceeds the tolerance by 1; M_cpd15420_c0 exceeds the tolerance by 1; M_cpd15527_c0 exceeds the tolerance by 1; M_cpd00016_c0 exceeds the tolerance by 1; M_cpd00971_c0 exceeds the tolerance by 1; M_cpd00971_e0 exceeds the tolerance by 1; M_cpd00129_c0 exceeds the tolerance by 1; M_cpd00129_e0 exceeds the tolerance by 1; M_cpd15557_c0 exceeds the tolerance by 1; M_cpd00203_c0 exceeds the tolerance by 1; M_cpd00812_c0 exceeds the tolerance by 1; M_cpd00332_c0 exceeds the tolerance by 1; M_cpd00143_c0 exceeds the tolerance by 1; M_cpd03560_c0 exceeds the tolerance by 1; M_cpd00793_c0 exceeds the tolerance by 1; M_cpd02894_c0 exceeds the tolerance by 1; M_cpd02654_c0 exceeds the tolerance by 1; M_cpd00782_c0 exceeds the tolerance by 1; M_cpd01727_c0 exceeds the tolerance by 1; M_cpd11585_c0 exceeds the tolerance by 1; M_cpd15754_c0 exceeds the tolerance by 1; M_cpd15772_c0 exceeds the tolerance by 1; M_cpd00103_c0 exceeds the tolerance by 1; M_cpd15748_c0 exceeds the tolerance by 1; M_cpd15766_c0 exceeds the tolerance by 1; M_cpd11593_c0 exceeds the tolerance by 1; M_cpd11440_c0 exceeds the tolerance by 1; M_cpd11441_c0 exceeds the tolerance by 1; M_cpd03666_c0 exceeds the tolerance by 1; M_cpd00448_c0 exceeds the tolerance by 1; M_cpd00100_c0 exceeds the tolerance by 1; M_cpd00638_c0 exceeds the tolerance by 1; M_cpd02851_c0 exceeds the tolerance by 1; M_cpd02921_c0 exceeds the tolerance by 1; M_cpd00142_c0 exceeds the tolerance by 1; M_cpd00279_c0 exceeds the tolerance by 1; M_cpd00020_c0 exceeds the tolerance by 1; M_cpd00093_c0 exceeds the tolerance by 1; M_cpd00216_c0 exceeds the tolerance by 1; M_cpd01017_c0 exceeds the tolerance by 1; M_cpd00213_c0 exceeds the tolerance by 1; M_cpd00449_c0 exceeds the tolerance by 1; M_cpd15692_c0 exceeds the tolerance by 1; M_cpd15686_c0 exceeds the tolerance by 1; M_cpd00859_c0 exceeds the tolerance by 1; M_cpd11580_c0 exceeds the tolerance by 1; M_cpd00025_c0 exceeds the tolerance by 1; M_cpd00932_c0 exceeds the tolerance by 1; M_cpd03049_c0 exceeds the tolerance by 1; M_cpd00498_c0 exceeds the tolerance by 1; M_cpd00056_c0 exceeds the tolerance by 1; M_cpd00094_c0 exceeds the tolerance by 1; M_cpd00282_c0 exceeds the tolerance by 1; M_cpd00247_c0 exceeds the tolerance by 1; M_cpd15685_c0 exceeds the tolerance by 1; M_cpd15679_c0 exceeds the tolerance by 1; M_cpd02817_c0 exceeds the tolerance by 1; M_cpd02935_c0 exceeds the tolerance by 1; M_cpd00735_c0 exceeds the tolerance by 1; M_cpd00643_c0 exceeds the tolerance by 1; M_cpd00774_c0 exceeds the tolerance by 1; M_cpd00957_c0 exceeds the tolerance by 1; M_cpd00210_c0 exceeds the tolerance by 1; M_cpd00210_e0 exceeds the tolerance by 1; M_cpd02791_c0 exceeds the tolerance by 1; M_cpd17043_c0 exceeds the tolerance by 1; M_cpd00666_c0 exceeds the tolerance by 1; M_cpd02345_c0 exceeds the tolerance by 1; M_cpd00528_c0 exceeds the tolerance by 1; M_cpd11640_c0 exceeds the tolerance by 1; M_cpd00792_c0 exceeds the tolerance by 1; M_cpd00649_c0 exceeds the tolerance by 1; M_cpd00136_c0 exceeds the tolerance by 1; M_cpd02678_c0 exceeds the tolerance by 1; M_cpd00492_c0 exceeds the tolerance by 1; M_cpd11432_c0 exceeds the tolerance by 1; M_cpd11431_c0 exceeds the tolerance by 1; M_cpd00053_e0 exceeds the tolerance by 1; M_cpd00298_c0 exceeds the tolerance by 1; M_cpd02030_c0 exceeds the tolerance by 1; M_cpd00322_c0 exceeds the tolerance by 1; M_cpd15553_c0 exceeds the tolerance by 1; M_cpd15423_c0 exceeds the tolerance by 1; M_cpd00540_c0 exceeds the tolerance by 1; M_cpd00540_e0 exceeds the tolerance by 1; M_cpd00251_c0 exceeds the tolerance by 1; M_cpd00068_c0 exceeds the tolerance by 1; M_cpd00090_c0 exceeds the tolerance by 1; M_cpd00151_c0 exceeds the tolerance by 1; M_cpd01587_c0 exceeds the tolerance by 1; M_cpd15690_c0 exceeds the tolerance by 1; M_cpd00066_c0 exceeds the tolerance by 1; M_cpd15605_c0 exceeds the tolerance by 1; M_cpd00226_c0 exceeds the tolerance by 1; M_cpd00226_e0 exceeds the tolerance by 1; M_cpd01710_c0 exceeds the tolerance by 1; M_cpd00202_c0 exceeds the tolerance by 1; M_cpd03091_c0 exceeds the tolerance by 1; M_cpd01311_c0 exceeds the tolerance by 1; M_cpd00104_c0 exceeds the tolerance by 1; M_cpd00074_c0 exceeds the tolerance by 1; M_cpd02375_c0 exceeds the tolerance by 1; M_cpd00241_c0 exceeds the tolerance by 1; M_cpd01324_c0 exceeds the tolerance by 1; M_cpd00119_c0 exceeds the tolerance by 1; M_cpd01080_c0 exceeds the tolerance by 1; M_cpd00327_c0 exceeds the tolerance by 1; M_cpd15522_c0 exceeds the tolerance by 1; M_cpd10515_e0 exceeds the tolerance by 1; M_cpd00641_c0 exceeds the tolerance by 1; M_cpd08928_c0 exceeds the tolerance by 1; M_cpd02547_c0 exceeds the tolerance by 1; M_cpd03914_c0 exceeds the tolerance by 1; M_cpd11584_c0 exceeds the tolerance by 1; M_cpd11430_c0 exceeds the tolerance by 1; M_cpd11435_c0 exceeds the tolerance by 1; M_cpd08373_c0 exceeds the tolerance by 1; M_cpd00099_c0 exceeds the tolerance by 1; M_cpd00099_e0 exceeds the tolerance by 1; M_cpd00047_e0 exceeds the tolerance by 1; M_cpd11592_c0 exceeds the tolerance by 1; M_cpd08370_c0 exceeds the tolerance by 1; M_cpd01982_c0 exceeds the tolerance by 1; M_cpd00755_c0 exceeds the tolerance by 1; M_cpd02843_c0 exceeds the tolerance by 1; M_cpd00497_c0 exceeds the tolerance by 1; M_cpd11587_c0 exceeds the tolerance by 1; M_cpd11225_c0 exceeds the tolerance by 1; M_cpd02679_c0 exceeds the tolerance by 1; M_cpd00800_c0 exceeds the tolerance by 1; M_cpd00355_c0 exceeds the tolerance by 1; M_cpd15683_c0 exceeds the tolerance by 1; M_cpd15689_c0 exceeds the tolerance by 1; M_cpd11438_c0 exceeds the tolerance by 1; M_cpd11439_c0 exceeds the tolerance by 1; M_cpd15680_c0 exceeds the tolerance by 1; M_cpd00078_c0 exceeds the tolerance by 1; M_cpd15746_c0 exceeds the tolerance by 1; M_cpd15764_c0 exceeds the tolerance by 1; M_cpd00477_c0 exceeds the tolerance by 1; M_cpd00026_c0 exceeds the tolerance by 1; M_cpd00144_c0 exceeds the tolerance by 1; M_cpd02394_c0 exceeds the tolerance by 1; M_cpd00383_c0 exceeds the tolerance by 1; M_cpd00363_c0 exceeds the tolerance by 1; M_cpd11912_c0 exceeds the tolerance by 1; M_cpd12227_c0 exceeds the tolerance by 1; M_cpd01024_c0 exceeds the tolerance by 1; M_cpd15751_c0 exceeds the tolerance by 1; M_cpd15769_c0 exceeds the tolerance by 1; M_cpd02642_c0 exceeds the tolerance by 1; M_cpd11434_c0 exceeds the tolerance by 1; M_cpd11433_c0 exceeds the tolerance by 1; M_cpd01695_c0 exceeds the tolerance by 1; M_cpd03847_c0 exceeds the tolerance by 1; M_cpd00307_e0 exceeds the tolerance by 1; M_cpd02552_c0 exceeds the tolerance by 1; M_cpd15417_c0 exceeds the tolerance by 1; M_cpd15552_c0 exceeds the tolerance by 1; M_cpd00822_c0 exceeds the tolerance by 1; M_cpd03833_c0 exceeds the tolerance by 1; M_cpd08210_c0 exceeds the tolerance by 1; M_cpd15606_c0 exceeds the tolerance by 1; M_cpd00334_c0 exceeds the tolerance by 1; M_cpd00806_c0 exceeds the tolerance by 1; M_cpd00156_c0 exceeds the tolerance by 1; M_cpd00134_c0 exceeds the tolerance by 1; M_cpd00214_c0 exceeds the tolerance by 1; M_cpd15767_c0 exceeds the tolerance by 1; M_cpd15749_c0 exceeds the tolerance by 1; M_cpd00031_c0 exceeds the tolerance by 1; M_cpd00861_c0 exceeds the tolerance by 1; M_cpd00446_c0 exceeds the tolerance by 1; M_cpd00182_c0 exceeds the tolerance by 1; M_cpd00292_c0 exceeds the tolerance by 1; M_cpd01977_c0 exceeds the tolerance by 1; M_cpd00283_c0 exceeds the tolerance by 1; M_cpd03487_c0 exceeds the tolerance by 1; M_cpd03488_c0 exceeds the tolerance by 1; M_cpd00089_c0 exceeds the tolerance by 1; M_cpd15302_c0 exceeds the tolerance by 1; M_cpd00155_c0 exceeds the tolerance by 1; M_cpd03913_c0 exceeds the tolerance by 1; M_cpd03832_c0 exceeds the tolerance by 1; M_cpd00764_c0 exceeds the tolerance by 1; M_cpd11588_c0 exceeds the tolerance by 1; M_cpd02655_c0 exceeds the tolerance by 1; M_cpd00936_c0 exceeds the tolerance by 1; M_cpd11583_c0 exceeds the tolerance by 1; M_cpd15521_c0 exceeds the tolerance by 1; M_cpd00043_c0 exceeds the tolerance by 1; M_cpd00092_e0 exceeds the tolerance by 1; M_cpd15691_c0 exceeds the tolerance by 1; M_cpd15269_c0 exceeds the tolerance by 1; M_cpd15274_c0 exceeds the tolerance by 1; M_cpd11591_c0 exceeds the tolerance by 1; M_cpd15753_c0 exceeds the tolerance by 1; M_cpd15771_c0 exceeds the tolerance by 1; M_cpd01914_c0 exceeds the tolerance by 1; M_cpd15558_c0 exceeds the tolerance by 1; M_cpd02701_c0 exceeds the tolerance by 1; M_cpd00149_e0 exceeds the tolerance by 1; M_cpd15556_c0 exceeds the tolerance by 1; M_cpd15418_c0 exceeds the tolerance by 1; M_cpd00521_c0 exceeds the tolerance by 1; M_cpd02616_c0 exceeds the tolerance by 1; M_cpd12005_c0 exceeds the tolerance by 1; M_cpd12225_c0 exceeds the tolerance by 1; M_cpd15681_c0 exceeds the tolerance by 1; M_cpd15694_c0 exceeds the tolerance by 1; M_cpd00064_c0 exceeds the tolerance by 1; M_cpd15525_c0 exceeds the tolerance by 1; M_cpd00946_c0 exceeds the tolerance by 1; M_cpd00126_c0 exceeds the tolerance by 1; M_cpd00311_c0 exceeds the tolerance by 1; M_cpd00485_c0 exceeds the tolerance by 1; M_cpd00235_c0 exceeds the tolerance by 1; M_cpd00305_c0 exceeds the tolerance by 1; M_cpd00305_e0 exceeds the tolerance by 1; M_cpd00295_c0 exceeds the tolerance by 1; M_cpd00073_c0 exceeds the tolerance by 1; M_cpd00073_e0 exceeds the tolerance by 1; M_cpd15238_c0 exceeds the tolerance by 1; M_cpd15237_c0 exceeds the tolerance by 1; M_cpd00830_c0 exceeds the tolerance by 1; M_cpd01974_c0 exceeds the tolerance by 1; M_cpd00712_c0 exceeds the tolerance by 1; M_cpd00408_c0 exceeds the tolerance by 1; M_cpd02636_c0 exceeds the tolerance by 1; M_cpd00367_c0 exceeds the tolerance by 1; M_cpd00738_c0 exceeds the tolerance by 1; M_cpd15770_c0 exceeds the tolerance by 1; M_cpd15752_c0 exceeds the tolerance by 1; M_cpd15677_c0 exceeds the tolerance by 1; M_cpd00152_c0 exceeds the tolerance by 1; M_cpd10516_c0 exceeds the tolerance by 1; M_cpd10516_e0 exceeds the tolerance by 1; M_cpd00001_e0 exceeds the tolerance by 1; M_cpd00011_e0 exceeds the tolerance by 1; M_cpd02465_c0 exceeds the tolerance by 1; M_cpd02211_c0 exceeds the tolerance by 1; M_cpd00058_c0 exceeds the tolerance by 1; M_cpd00042_c0 exceeds the tolerance by 1; M_cpd12370_c0 exceeds the tolerance by 1; M_cpd11416_c0 exceeds the tolerance by 1; M_cpd00063_c0 exceeds the tolerance by 1; M_cpd03422_c0 exceeds the tolerance by 1; M_cpd00166_c0 exceeds the tolerance by 1; M_cpd11493_c0 exceeds the tolerance by 1; M_cpd03443_c0 exceeds the tolerance by 1; M_cpd03444_c0 exceeds the tolerance by 1; M_cpd11524_c0 exceeds the tolerance by 1; M_cpd01772_c0 exceeds the tolerance by 1; M_cpd03451_c0 exceeds the tolerance by 1; M_cpd00421_c0 exceeds the tolerance by 1; M_cpd11492_c0 exceeds the tolerance by 1; M_cpd11525_c0 exceeds the tolerance by 1; M_cpd00034_e0 exceeds the tolerance by 1; M_cpd11496_c0 exceeds the tolerance by 1; M_cpd11495_c0 exceeds the tolerance by 1; M_cpd02083_c0 exceeds the tolerance by 1; M_cpd00817_c0 exceeds the tolerance by 1; M_cpd11515_c0 exceeds the tolerance by 1; M_cpd01741_e0 exceeds the tolerance by 1; M_cpd11488_c0 exceeds the tolerance by 1; M_cpd15268_c0 exceeds the tolerance by 1; M_cpd01270_c0 exceeds the tolerance by 1; M_cpd04122_c0 exceeds the tolerance by 1; M_cpd00050_c0 exceeds the tolerance by 1; M_cpd00027_c0 exceeds the tolerance by 1; M_cpd11532_c0 exceeds the tolerance by 1; M_cpd00080_c0 exceeds the tolerance by 1; M_cpd11533_c0 exceeds the tolerance by 1; M_cpd03918_c0 exceeds the tolerance by 1; M_cpd00355_e0 exceeds the tolerance by 1; M_cpd00626_c0 exceeds the tolerance by 1; M_cpd02120_c0 exceeds the tolerance by 1; M_cpd03448_c0 exceeds the tolerance by 1; M_cpd11516_c0 exceeds the tolerance by 1; M_cpd11507_c0 exceeds the tolerance by 1; M_cpd11508_c0 exceeds the tolerance by 1; M_cpd11504_c0 exceeds the tolerance by 1; M_cpd03447_c0 exceeds the tolerance by 1; M_cpd00058_e0 exceeds the tolerance by 1; M_cpd00906_c0 exceeds the tolerance by 1; M_cpd11540_c0 exceeds the tolerance by 1; M_cpd00760_c0 exceeds the tolerance by 1; M_cpd11499_c0 exceeds the tolerance by 1; M_cpd03919_c0 exceeds the tolerance by 1; M_cpd03917_c0 exceeds the tolerance by 1; M_cpd02039_c0 exceeds the tolerance by 1; M_cpd02590_c0 exceeds the tolerance by 1; M_cpd02557_c0 exceeds the tolerance by 1; M_cpd11484_c0 exceeds the tolerance by 1; M_cpd11529_c0 exceeds the tolerance by 1; M_cpd00558_e0 exceeds the tolerance by 1; M_cpd15479_c0 exceeds the tolerance by 1; M_cpd00030_e0 exceeds the tolerance by 1; M_cpd02685_c0 exceeds the tolerance by 1; M_cpd03916_c0 exceeds the tolerance by 1; M_cpd03915_c0 exceeds the tolerance by 1; M_cpd00063_e0 exceeds the tolerance by 1; M_cpd03920_c0 exceeds the tolerance by 1; M_cpd11503_c0 exceeds the tolerance by 1; M_cpd11536_c0 exceeds the tolerance by 1; M_cpd00655_e0 exceeds the tolerance by 1; M_cpd03289_c0 exceeds the tolerance by 1; M_cpd08316_c0 exceeds the tolerance by 1; M_cpd15489_c0 exceeds the tolerance by 1; M_cpd04920_c0 exceeds the tolerance by 1; M_cpd11521_c0 exceeds the tolerance by 1; M_cpd11520_c0 exceeds the tolerance by 1; M_cpd02021_c0 exceeds the tolerance by 1; M_cpd11511_c0 exceeds the tolerance by 1; M_cpd00045_c0 exceeds the tolerance by 1; M_cpd02886_c0 exceeds the tolerance by 1; M_cpd03423_c0 exceeds the tolerance by 1; M_cpd11537_c0 exceeds the tolerance by 1; M_cpd15269_e0 exceeds the tolerance by 1; M_cpd11541_c0 exceeds the tolerance by 1; M_cpd11528_c0 exceeds the tolerance by 1; M_cpd03494_c0 exceeds the tolerance by 1; M_cpd15358_c0 exceeds the tolerance by 1; M_cpd02295_c0 exceeds the tolerance by 1; M_cpd11512_c0 exceeds the tolerance by 1; M_cpd00111_c0 exceeds the tolerance by 1; M_cpd03422_e0 exceeds the tolerance by 1; M_cpd02968_c0 exceeds the tolerance by 1; M_cpd00658_c0 exceeds the tolerance by 1; M_cpd01080_e0 exceeds the tolerance by 1; M_cpd00111_e0 exceeds the tolerance by 1; M_cpd11500_c0 exceeds the tolerance by 1; M_cpd03847_e0 exceeds the tolerance by 1; M_cpd00869_c0 exceeds the tolerance by 1; M_cpd11295_c0 exceeds the tolerance by 1; M_cpd11217_c0 exceeds the tolerance by 1; M_cpd00070_c0 exceeds the tolerance by 1; M_cpd00085_c0 exceeds the tolerance by 1; M_cpd00506_c0 exceeds the tolerance by 1; M_cpd00013_e0 exceeds the tolerance by 1; M_cpd02591_c0 exceeds the tolerance by 1; M_cpd16335_c0 exceeds the tolerance by 1; M_cpd00460_c0 exceeds the tolerance by 1; M_cpd03285_c0 exceeds the tolerance by 1; M_cpd08367_c0 exceeds the tolerance by 1; M_cpd00607_c0 exceeds the tolerance by 1; M_cpd01502_c0 exceeds the tolerance by 1; M_cpd03593_c0 exceeds the tolerance by 1; M_cpd00029_e0 exceeds the tolerance by 1; M_cpd00278_c0 exceeds the tolerance by 1; M_cpd11175_c0 exceeds the tolerance by 1; M_cpd00035_e0 exceeds the tolerance by 1; M_cpd00117_e0 exceeds the tolerance by 1; M_cpd00528_e0 exceeds the tolerance by 1; M_cpd00239_e0 exceeds the tolerance by 1; M_cpd15886_c0 exceeds the tolerance by 1; M_cpd15833_c0 exceeds the tolerance by 1; M_cpd02483_c0 exceeds the tolerance by 1; M_cpd15888_c0 exceeds the tolerance by 1; M_cpd15901_c0 exceeds the tolerance by 1; M_cpd15831_c0 exceeds the tolerance by 1; M_cpd15882_c0 exceeds the tolerance by 1; M_cpd15908_c0 exceeds the tolerance by 1; M_cpd15900_c0 exceeds the tolerance by 1; M_cpd15832_c0 exceeds the tolerance by 1; M_cpd15883_c0 exceeds the tolerance by 1; M_cpd15909_c0 exceeds the tolerance by 1; M_cpd16398_c0 exceeds the tolerance by 1; M_cpd15829_c0 exceeds the tolerance by 1; M_cpd15827_c0 exceeds the tolerance by 1; M_cpd15828_c0 exceeds the tolerance by 1; M_cpd15850_c0 exceeds the tolerance by 1; M_cpd03521_c0 exceeds the tolerance by 1; M_cpd02961_c0 exceeds the tolerance by 1; M_cpd00954_c0 exceeds the tolerance by 1; M_cpd00229_c0 exceeds the tolerance by 1; M_cpd02920_c0 exceeds the tolerance by 1; M_cpd00443_c0 exceeds the tolerance by 1; M_cpd15830_c0 exceeds the tolerance by 1; M_cpd15851_c0 exceeds the tolerance by 1; M_cpd02041_c0 exceeds the tolerance by 1; M_cpd15853_c0 exceeds the tolerance by 1; M_2ATDLH6U_c0 exceeds the tolerance by 1; M_cpd17158_c0 exceeds the tolerance by 1; M_2A3DHQ_c0 exceeds the tolerance by 1; M_4A3DHS_c0 exceeds the tolerance by 1; M_4ASKM_c0 exceeds the tolerance by 1; M_4A3H15D1C_c0 exceeds the tolerance by 1; M_cpd00139_c0 exceeds the tolerance by 1; M_cpd00040_c0 exceeds the tolerance by 1; M_cpd00374_c0 exceeds the tolerance by 1; M_GGT_c0 exceeds the tolerance by 1; M_4HM2FCP_c0 exceeds the tolerance by 1; M_5AM3FMP_c0 exceeds the tolerance by 1; M_5AM3FMPP_c0 exceeds the tolerance by 1; M_AEPM2FMA_c0 exceeds the tolerance by 1; M_cpd00244_c0 exceeds the tolerance by 1; M_cpd15873_c0 exceeds the tolerance by 1; M_cpd15874_c0 exceeds the tolerance by 1; M_cpd15875_c0 exceeds the tolerance by 1; M_cpd15905_c0 exceeds the tolerance by 1; M_cpd03425_c0 exceeds the tolerance by 1; M_cpd00244_e0 exceeds the tolerance by 1; M_cpd00180_c0 exceeds the tolerance by 1; M_cpd15839_c0 exceeds the tolerance by 1; M_cpd00159_c0 exceeds the tolerance by 1; M_cpd15809_c0 exceeds the tolerance by 1; M_cpd15889_c0 exceeds the tolerance by 1; M_cpd15864_c0 exceeds the tolerance by 1; M_cpd15865_c0 exceeds the tolerance by 1; M_cpd15868_c0 exceeds the tolerance by 1; M_cpd00204_c0 exceeds the tolerance by 1; M_cpd00204_e0 exceeds the tolerance by 1; M_cpd00131_e0 exceeds the tolerance by 1; M_cpd00131_c0 exceeds the tolerance by 1; M_cpd03523_c0 exceeds the tolerance by 1; M_cpd03732_c0 exceeds the tolerance by 1; M_cpd02782_c0 exceeds the tolerance by 1; M_U2A2D3OG_c0 exceeds the tolerance by 1; M_U2A3A23DDG_c0 exceeds the tolerance by 1; M_U23DA23DDG_c0 exceeds the tolerance by 1; M_U23DA23DDM_c0 exceeds the tolerance by 1; M_U3A23DAM_c0 exceeds the tolerance by 1; M_N2A24D5MH4U15P_c0 exceeds the tolerance by 1; M_N2A24D5MAEH5U15P_c0 exceeds the tolerance by 1; M_LIP4SUG_c0 exceeds the tolerance by 1; M_LIP4SUGT_c0 exceeds the tolerance by 1; M_LIP1SUG_c0 exceeds the tolerance by 1; M_LIP2SUG_c0 exceeds the tolerance by 1; M_LIP3SUG_c0 exceeds the tolerance by 1; M_LIP4SUGT_e0 exceeds the tolerance by 1; M_FLGN_e0 exceeds the tolerance by 1; M_ARCN_e0 exceeds the tolerance by 1; M_MEMLIP_c0 exceeds the tolerance by 1; M_cpd00703_c0 exceeds the tolerance by 1; M_cpd00703_e0 exceeds the tolerance by 1; M_cpd00489_e0 exceeds the tolerance by 1; M_cpd00489_c0 exceeds the tolerance by 1; M_cpd00430_e0 exceeds the tolerance by 1; M_cpd00430_c0 exceeds the tolerance by 1; M_cpd03165_c0 exceeds the tolerance by 1; M_cpd00452_c0 exceeds the tolerance by 1; M_cpd00802_c0 exceeds the tolerance by 1; M_cpd00428_c0 exceeds the tolerance by 1; M_cpd00055_c0 exceeds the tolerance by 1; M_cpd15573_c0 exceeds the tolerance by 1; M_cpd15565_c0 exceeds the tolerance by 1; M_cpd16442_c0 exceeds the tolerance by 1; M_cpd15563_c0 exceeds the tolerance by 1; M_cpd16579_c0 exceeds the tolerance by 1; M_cpd03387_c0 exceeds the tolerance by 1; M_cpd03396_c0 exceeds the tolerance by 1; M_cpd03396_e0 exceeds the tolerance by 1; M_cpd00207_c0 exceeds the tolerance by 1; M_cpd17039_c0 exceeds the tolerance by 1; M_cpd02797_c0 exceeds the tolerance by 1; M_cpd02824_c0 exceeds the tolerance by 1; M_cpd18042_c0 exceeds the tolerance by 1; M_ARCHLS_c0 exceeds the tolerance by 1; M_SATARCHL_c0 exceeds the tolerance by 1; M_SATARCHLS_c0 exceeds the tolerance by 1; M_cpd11640_e0 exceeds the tolerance by 1; M_cpd01024_e0 exceeds the tolerance by 1
2 cases
BIOMD0000000141: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_CONV_FAILURE: Convergence test failures occurred too many times (= MXNCF = 10) during one internal timestep or occurred with |h| = hmin.; In virtual double rr::CVODEIntegrator::integrate(double, double)
BIOMD0000000158: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_CONV_FAILURE: Convergence test failures occurred too many times (= MXNCF = 10) during one internal timestep or occurred with |h| = hmin.; In virtual double rr::CVODEIntegrator::integrate(double, double)
2 cases
BIOMD0000000540: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_TOO_MUCH_WORK: The solver took mxstep (100000) internal steps but could not reach tout.; In virtual double rr::CVODEIntegrator::integrate(double, double)
BIOMD0000000541: SimulationFailure: roadrunner: RuntimeError: CVODE Error: CV_TOO_MUCH_WORK: The solver took mxstep (100000) internal steps but could not reach tout.; In virtual double rr::CVODEIntegrator::integrate(double, double)
Skipped cases¶
| reason | cases |
|---|---|
| no variables | 3 |
| package fbc | 12 |
Cases¶
| case | name | components | roadrunner | sbml2cellml | libopencor | cellml2sbml | roundtrip | informative |
|---|---|---|---|---|---|---|---|---|
| BIOMD0000000001 | Edelstein1996 - EPSP ACh event | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000002 | Edelstein1996 - EPSP ACh species | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000003 | Goldbeter1991 - Min Mit Oscil | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000004 | Goldbeter1991 - Min Mit Oscil, Expl Inact | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000005 | Tyson1991 - Cell Cycle 6 var | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000006 | Tyson1991 - Cell Cycle 2 var | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000007 | Novak1997 - Cell Cycle | Reactions, Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000008 | Gardner1998 - Cell Cycle Goldbeter | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000009 | Huang1996 - Ultrasensitivity in MAPK cascade | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000010 | Kholodenko2000 - Ultrasensitivity and negative feedback bring oscillations in MAPK cascade | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000011 | Levchenko2000_MAPK_noScaffold | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000012 | Elowitz2000 - Repressilator | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000013 | Poolman2004_CalvinCycle | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000014 | Levchenko2000_MAPK_Scaffold | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000015 | Curto1998 - purine metabolism | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000016 | Goldbeter1995_CircClock | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000017 | Hoefnagel2002_PyruvateBranches | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000018 | Morrison1989 - Folate Cycle | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000019 | Schoeberl2002 - EGF MAPK | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000020 | hodgkin-huxley squid-axon 1952 | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000021 | Leloup1999_CircClock | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000022 | Ueda2001_CircClock | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000023 | Rohwer2001_Sucrose | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000024 | Scheper1999_CircClock | Reactions, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000025 | Smolen2002_CircClock | Reactions, AssignmentRules, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000026 | Markevich2004_MAPK_orderedElementary | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000027 | Markevich2004 - MAPK double phosphorylation, ordered Michaelis-Menton | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000028 | Markevich2004_MAPK_phosphoRandomElementary | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000029 | Markevich2004_MAPK_phosphoRandomMM | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000030 | Markevich2004_MAPK_AllRandomElementary | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000031 | Markevich2004_MAPK_orderedMM2kinases | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000032 | Kofahl2004_PheromonePathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000033 | Brown2004 - NGF and EGF signaling | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000034 | Smolen2004_CircClock | Reactions, RateRules, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000035 | Vilar2002_Oscillator | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000036 | Tyson1999_CircClock | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000037 | Marwan2003 - Genetics, regulatory hierarchy between genes | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000038 | Rohwer2000_Phosphotransferase_System | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000039 | Marhl2000_CaOscillations | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000040 | Field1974_Oregonator | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000041 | Kongas2007 - Creatine Kinase in energy metabolic signaling in muscle | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000042 | Nielsen1998_Glycolysis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000043 | Borghans1997 - Calcium Oscillation - Model 1 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000044 | Borghans1997 - Calcium Oscillation - Model 2 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000045 | Borghans1997 - Calcium Oscillation - Model 3 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000046 | Olsen2003_peroxidase | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000047 | Oxhamre2005_Ca_oscillation | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000048 | Kholodenko1999 - EGFR signaling | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000049 | Sasagawa2005_MAPK | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000050 | Martins2003_AmadoriDegradation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000051 | Chassagnole2002_Carbon_Metabolism | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000052 | Brands2002 - Monosaccharide-casein systems | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000053 | Ferreira2003_CML_generation2 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000054 | Ataullahkhanov1996_Adenylate | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000055 | Locke2005 - Circadian Clock | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000056 | Chen2004 - Cell Cycle Regulation | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000057 | Sneyd2002_IP3_Receptor | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000058 | Bindschadler2001_coupled_Ca_oscillators | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000059 | Fridlyand2003_Calcium_flux | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000060 | Keizer1996_Ryanodine_receptor_adaptation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000061 | Hynne2001_Glycolysis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000062 | Bhartiya2003_Tryptophan_operon | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000063 | Galazzo1990_FermentationPathwayKinetics | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000064 | Teusink2000_Glycolysis | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000065 | Yildirim2003_Lac_Operon | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000066 | Chassagnole2001_Threonine Synthesis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000067 | Fung2005_Metabolic_Oscillator | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000068 | Curien2003_MetThr_synthesis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000069 | Fuss2006_MitoticActivation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000070 | Holzhutter2004_Erythrocyte_Metabolism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000071 | Bakker2001_Glycolysis | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000072 | Yi2003_GproteinCycle | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000073 | Leloup2003_CircClock_DD | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000074 | Leloup2003_CircClock_DD_REV-ERBalpha | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000075 | Xu2003 - Phosphoinositide turnover | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000076 | Cronwright2002_Glycerol_Synthesis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000077 | Blum2000_LHsecretion_1 | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000078 | Leloup2003_CircClock_LD | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000079 | Goldbeter2006_weightCycling | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000080 | Thomsen1989_AdenylateCyclase | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000081 | Suh2004_KCNQ_Regulation | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000082 | Thomsen1988_AdenylateCyclase_Inhibition | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000083 | Leloup2003_CircClock_LD_REV-ERBalpha | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000084 | Hornberg2005_ERKcascade | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000085 | Maurya2005_GTPaseCycle_reducedOrder | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000086 | Bornheimer2004_GTPaseCycle | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000087 | Proctor2006_telomere | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000088 | Maeda2006_MyosinPhosphorylation | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000089 | Locke2006_CircClock_LL | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000090 | Wolf2001_Respiratory_Oscillations | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000091 | Proctor2005 - Actions of chaperones and their role in ageing | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000092 | Fuentes2005_ZymogenActivation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000093 | Yamada2003_JAK_STAT_pathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000094 | Yamada2003_JAK_STAT_SOCS1_knockout | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000095 | Zeilinger2006_PRR7-PRR9-Y | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000096 | Zeilinger2006_PRR7-PRR9light-Y | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000097 | Zeilinger2006_PRR7-PRR9light-Yprime | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000098 | Goldbeter1990_CalciumSpike_CICR | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000099 | Laub1998_SpontaneousOscillations | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000100 | Rozi2003_GlycogenPhosphorylase_Activation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000101 | Vilar2006_TGFbeta | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000102 | Legewie2006_apoptosis_WT | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000103 | Legewie2006_apoptosis_NC | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000104 | Klipp2002_MetabolicOptimization_linearPathway(n=2) | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000105 | Proctor2007 - Age related decline of proteolysis, ubiquitin-proteome system | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000106 | Yang2007_ArachidonicAcid | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000107 | Novak1993 - Cell cycle M-phase control | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000108 | Kowald2006_SOD | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000109 | Haberichter2007_cellcycle | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000110 | Qu2003_CellCycle | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000111 | Novak2001_FissionYeast_CellCycle | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000112 | Clarke2006_Smad_signalling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000113 | Dupont1992_Ca_dpt_protein_phospho | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000114 | Somogyi1990_CaOscillations | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000115 | Somogyi1990_CaOscillations_SingleCaSpike | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000116 | McClean2007_CrossTalk | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000117 | Dupont1991_CaOscillation | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000118 | Golomb2006_SomaticBursting | FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000119 | Golomb2006_SomaticBursting_nonzero[Ca] | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000120 | Chan2004_TCell_receptor_activation | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000121 | Clancy2001_Kchannel | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000122 | Fisher2006_Ca_Oscillation_dpdnt_NFAT_dynamics | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000123 | Fisher2006_NFAT_Activation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000124 | Wu2006_K+Channel | Reactions, Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000125 | Komarova2005_TheoreticalFramework_BasicArchitecture | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000126 | Clancy2002_CardiacSodiumChannel_WT | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000127 | Izhikevich2003_SpikingNeuron | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000128 | Bertram2006_Endothelin | Reactions, Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000129 | Izhikevich2004_SpikingNeurons_inhibitionInducedSpiking | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000130 | Izhikevich2004_SpikingNeurons_integrator | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000131 | Izhikevich2004_SpikingNeurons_reboundBurst | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000132 | Izhikevich2004_SpikingNeurons_reboundSpike | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000133 | Izhikevich2004_SpikingNeurons_resonator | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000134 | Izhikevich2004_SpikingNeurons_SpikeLatency | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000135 | Izhikevich2004_SpikingNeurons_subthresholdOscillations | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000136 | Izhikevich2004_SpikingNeurons_thresholdVariability | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000137 | Sedaghat2002_InsulinSignalling_noFeedback | Reactions, Events, AssignmentRules | fail | pass | skip | pass | skip | |
| BIOMD0000000138 | Tabak2007_dopamine | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000139 | Hoffmann2002_KnockOut_IkBNFkB_Signaling | Reactions, Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000140 | Hoffmann2002_WT_IkBNFkB_Signaling | Reactions, Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000141 | Izhikevich2004_SpikingNeurons_Class1Excitable | Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000142 | Izhikevich2004_SpikingNeurons_Class2Excitable | Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000143 | Olsen2003_neutrophil_oscillatory_metabolism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000144 | Calzone2007_CellCycle | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000145 | Wang2007 - ATP induced intracellular Calcium Oscillation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000146 | Hatakeyama2003_MAPK | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000147 | ODea2007_IkappaB | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000148 | Komarova2003_BoneRemodeling | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000149 | Kim2007 - Crosstalk between Wnt and ERK pathways | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000150 | Morris2002_CellCycle_CDK2Cyclin | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000151 | Singh2006_IL6_Signal_Transduction | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000152 | Fernandez2006_ModelA | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000153 | Fernandez2006_ModelB | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000154 | Zatorsky2006_p53_Model3 | Reactions, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000155 | Zatorsky2006_p53_Model6 | Reactions, RateRules, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000156 | Zatorsky2006_p53_Model5 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000157 | Zatorsky2006_p53_Model4 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000158 | Zatorsky2006_p53_Model2 | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000159 | Zatorsky2006_p53_Model1 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000160 | Xie2007_CircClock | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000161 | Eungdamrong2007_Ras_Activation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000162 | Hernjak2005_Calcium_Signaling | Reactions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000163 | Zi2007_TGFbeta_signaling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000164 | SmithAE2002_RanTransport | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000165 | Saucerman2006_PKA | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000166 | Zhu2007_TF_modulated_by_Calcium | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000167 | Mayya2005_STATmodule | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000168 | Obeyesekere1999_CellCycle | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000169 | Aguda1999_CellCycle | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000170 | Weimann2004_CircadianOscillator | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000171 | Leloup1998_CircClock_LD | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000172 | Pritchard2002_glycolysis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000173 | Schmierer_2008_Smad_Tgfb | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000174 | Del_Conte_Zerial2008_Rab5_Rab7_cut_out_switch | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000175 | Birtwistle2007_ErbB_Signalling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000176 | Conant2007_WGD_glycolysis_2A3AB | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000177 | Conant2007_glycolysis_2C | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000178 | Lebeda2008 - BoTN Paralysis (4 step model) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000179 | Kim2007_CellularMemory_AsymmetricModel | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000180 | Kim2007_CellularMemory_SymmetricModel | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000181 | Sriram2007_CellCycle | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000182 | Neves2008 - Role of cell shape and size in controlling intracellular signalling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000183 | Stefan2008 - calmodulin allostery | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000184 | Lavrentovich2008_Ca_Oscillations | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000185 | Locke2008_Circadian_Clock | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000186 | Ibrahim2008 - Mitotic Spindle Assembly Checkpoint - Dissociation variant | Reactions, Events | pass | pass | pass | pass | pass | no |
| BIOMD0000000187 | Ibrahim2008 - Mitotic Spindle Assembly Checkpoint - Convey variant | Reactions, Events | pass | pass | pass | pass | pass | no |
| BIOMD0000000188 | Proctor2008 - p53/Mdm2 circuit - p53 stabilisation by ATM | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000189 | Proctor2008 - p53/Mdm2 circuit - p53 stablisation by p14ARF | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000190 | Rodriguez-Caso2006_Polyamine_Metabolism | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000191 | Montañez2008_Arginine_catabolism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000192 | Görlich2003_RanGTP_gradient | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000193 | Ibrahim2008_MCC_assembly_model_KDM | Reactions, Events | pass | pass | pass | pass | pass | no |
| BIOMD0000000194 | Ibrahim2008_Cdc20_Sequestring_Template_Model | Reactions, Events | pass | pass | pass | pass | pass | no |
| BIOMD0000000195 | Tyson2001_Cell_Cycle_Regulation | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000196 | Srividhya2006_CellCycle | Reactions, Events, FunctionDefinitions, AssignmentRules, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000197 | Bartholome2007_MDCKII | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000198 | Stone1996 - activation of soluble guanylate cyclase by nitric oxide | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000199 | Santolini2001_nNOS_Mechanism_Regulation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000200 | Bray1995_chemotaxis_receptorlinkedcomplex | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000201 | Goldbeter2008_Somite_Segmentation_Clock_Notch_Wnt_FGF | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000202 | ChenXF2008_CICR | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000203 | Chickarmane2006 - Stem cell switch reversible | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000204 | Chickarmane2006 - Stem cell switch irreversible | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000205 | Ung2008_EGFR_Endocytosis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000206 | Wolf2000_Glycolytic_Oscillations | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000207 | Romond1999_CellCycle | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000208 | Deineko2003_CellCycle | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000209 | Chickarmane2008 - Stem cell lineage determination | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000210 | Chickarmane2008 - Stem cell lineage - NANOG GATA-6 switch | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000211 | Albert2005_Glycolysis | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000212 | Curien2009_Aspartate_Metabolism | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000213 | Nijhout2004_Folate_Cycle | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000214 | Akman2008_Circadian_Clock_Model2 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000215 | Schulz2009_Th1_differentiation | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000216 | Hong2009_CircadianClock | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000217 | Bruggeman2005_AmmoniumAssimilation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000218 | Singh2006_TCA_mtu_model2 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000219 | Singh2006_TCA_mtu_model1 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000220 | Albeck2008_extrinsic_apoptosis | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000221 | Singh2006_TCA_Ecoli_acetate | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000222 | Singh2006_TCA_Ecoli_glucose | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000223 | Borisov2009_EGF_Insulin_Crosstalk | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000224 | Meyer1991_CalciumSpike_ICC | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000225 | Westermark2003_Pancreatic_GlycOsc_basic | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000226 | Radulescu2008_NFkB_hierarchy_M_14_25_28_Lipniacky | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000227 | Radulescu2008_NFkB_hierarchy_M_39_65_90 | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000228 | Swat2004_Mammalian_G1_S_Transition | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000229 | Ma2002_cAMP_oscillations | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000230 | Ihekwaba2004_NFkB_Sensitivity | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000231 | Valero2006_Adenine_TernaryCycle | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000232 | Nazaret2009_TCA_RC_ATP | Reactions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000233 | Wilhelm2009_BistableReaction | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000234 | Tham2008 - PDmodel, Tumour shrinkage by gemcitabine and carboplatin | Events, InitialAssignments, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000235 | Kuhn2009_EndoMesodermNetwork | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000236 | Westermark2003_Pancreatic_GlycOsc_extended | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000237 | Schaber2006_Pheromone_Starvation_Crosstalk | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000238 | Overgaard2007_PDmodel_IL21 | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000239 | Jiang2007 - GSIS system, Pancreatic Beta Cells | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000240 | Veening2008_DegU_Regulation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000241 | Shi1993_Caffeine_pressor_tolerance | Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000242 | Bai2003_G1phaseRegulation | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000243 | Neumann2010_CD95Stimulation_NFkB_Apoptosis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000244 | Kotte2010_Ecoli_Metabolic_Adaption | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000245 | Lei2001_Yeast_Aerobic_Metabolism | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000246 | Vasalou2010_Pacemaker_Neuron_SCN | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000247 | Ralser2007_Carbohydrate_Rerouting_ROS | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000248 | Lai2007_O2_Transport_Metabolism | Reactions, AssignmentRules, RateRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000249 | Restif2006 - Whooping cough | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000250 | Nakakuki2010_CellFateDecision_Mechanistic | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000251 | Nakakuki2010_CellFateDecision_Core | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000252 | Hunziker2010_p53_StressSpecificResponse | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000253 | Teusink1998_Glycolysis_TurboDesign | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000254 | Bier2000_GlycolyticOscillation | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000255 | Chen2009 - ErbB Signaling | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000256 | Rehm2006_Caspase | Reactions, Events, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000257 | Piedrafita2010_MR_System | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000258 | Ortega2006 - bistability from double phosphorylation in signal transduction | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000259 | Tiago2010_FeMetabolism_FeDeficient | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000260 | Tiago2010_FeMetabolism_FeAdequate | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000261 | Tiago2010_FeMetabolism_FeLoaded | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000262 | Fujita2010_Akt_Signalling_EGF | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000263 | Fujita2010_Akt_Signalling_NGF | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000264 | Fujita2010_Akt_Signalling_EGFRinhib | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000265 | Conradie2010_RPControl_CellCycle | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000266 | Voit2003 - Trehalose Cycle | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000267 | Lebeda2008 - BoNT paralysis (3 step model) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000268 | Reed2008_Glutathione_Metabolism | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000269 | Liu2010_Hormonal_Crosstalk_Arabidopsis | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000270 | Schilling2009 - ERK distributive | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000271 | Becker2010_EpoR_CoreModel | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000272 | Becker2010_EpoR_AuxiliaryModel | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000273 | Pokhilko2010_CircClock | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000274 | Rattanakul2003_BoneFormationModel | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000275 | Goldbeter2007_Somitogenesis_Switch | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000276 | Shrestha2010_HypoCalcemia_PTHresponse | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000277 | Shrestha2010_HyperCalcemia_PTHresponse | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000278 | Lemaire2004 - Role of RANK/RANKL/OPG pathway in bone remodelling process | AssignmentRules, RateRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000279 | Komarova2005_PTHaction_OsteoclastOsteoblastCoupling | AssignmentRules, RateRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000280 | Morris1981_MuscleFibre_Voltage_reduced | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000281 | Chance1960_Glycolysis_Respiration | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000282 | Chance1952_Catalase_Mechanism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000283 | Chance1943_Peroxidase_ES_Kinetics | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000284 | Hofmeyer1986_SeqFb_Proc_AA_Synthesis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000285 | Tang2010_PolyGlutamate | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | no |
| BIOMD0000000286 | Proctor2010 - a link between GSK3 and p53 in Alzheimer's Disease | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000287 | Passos2010_DNAdamage_CellularSenescence | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000288 | Wang2009 - PI3K Ras Crosstalk | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000289 | Alexander2010_Tcell_Regulation_Sys1 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000290 | Alexander2010_Tcell_Regulation_Sys2 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000291 | Nikolaev2005_AlbuminBilirubinAdsorption | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000292 | Rovers1995_Photsynthetic_Oscillations | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000293 | Proctor2010 - UCHL1 Protein Aggregation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000294 | Restif2007 - Vaccination invasion | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000295 | Akman2008_Circadian_Clock_Model1 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000296 | Balagaddé2008_E_coli_Predator_Prey | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000297 | Ciliberto2003_Morphogenesis_Checkpoint | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000298 | Leloup1999_CircadianRhythms_Drosophila | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000299 | Leloup1999_CircadianRhythms_Neurospora | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000300 | Schmierer2010_FIH_Ankyrins | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000301 | Friedland2009_Ara_RTC3_counter | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000302 | Wang1996_Synaptic_Inhibition_Two_Neuron | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000303 | Liu2011_Complement_System | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000304 | Plant1981_BurstingNerveCells | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000305 | Kolomeisky2003_MyosinV_Processivity | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000306 | Tyson2003_Activator_Inhibitor | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000307 | Tyson2003_Substrate_Depletion_Osc | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000308 | Tyson2003_NegFB_Oscillator | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000309 | Tyson2003_NegFB_Homeostasis | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000310 | Tyson2003_Mutual_Inhibition | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000311 | Tyson2003_Mutual_Activation | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000312 | Tyson2003_Perfect_Adaption | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000313 | Raia2010 - IL13 Signalling MedB1 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000314 | Raia2011 - IL13 L1236 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000315 | Montagne2011_Oligator_optimised | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000316 | Shen-Orr2002_FeedForward_AND_gate | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000317 | Shen-Orr2002_Single_Input_Module | Reactions, Events, FunctionDefinitions, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000318 | Yao2008_Rb_E2F_Switch | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000319 | Decroly1982_Enzymatic_Oscillator | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000320 | Grange2001 - PK interaction of L-dopa and benserazide | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000321 | Grange2001 - L Dopa PK model | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000322 | Kim2011_Oscillator_SimpleI | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000323 | Kim2011_Oscillator_SimpleIII | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000324 | Morris1981_MuscleFibre_Voltage_full | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000325 | Palini2011_Minimal_2_Feedback_Model | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000326 | DellOrco2009_phototransduction | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000327 | Whitcomb2004_Bicarbonate_Pancreas | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000328 | Bucher2011_Atorvastatin_Metabolism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000329 | Kummer2000 - Oscillations in Calcium Signalling | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000330 | Larsen2004_CalciumSpiking | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000331 | Larsen2004_CalciumSpiking_EnzymeBinding | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000332 | Bungay2006_Plasma | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000333 | Bungay2006_FollicularFluid | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000334 | Bungay2003_Thrombin_Generation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000335 | Hockin2002_BloodCoagulation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000336 | Jones1994_BloodCoagulation | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000337 | Pfeiffer2001_ATP-ProducingPathways_CooperationCompetition | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000338 | Wajima2009_BloodCoagulation_aPTTtest | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000339 | Wajima2009_BloodCoagulation_PTtest | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000340 | Wajima2009_BloodCoagulation_warfarin_heparin | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000341 | Topp2000_BetaCellMass_Diabetes | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000342 | Zi2011_TGF-beta_Pathway | Reactions, Events, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000343 | Brannmark2010_InsulinSignalling_Mifamodel | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000344 | Proctor2011_ProteinHomeostasis_NormalCondition | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000345 | Koschorreck2008_InsulinClearance | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000346 | FitzHugh1961_NerveMembrane | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000347 | Bachmann2011_JAK2-STAT5_FeedbackControl | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000348 | Fridlyand2010_GlucoseSensitivity_A | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000349 | Fridlyand2010_GlucoseSensitivity_B | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000350 | Troein2011_ClockCircuit_OstreococcusTauri | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000351 | Vernoux2011_AuxinSignaling_AuxinSingleStepInput | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000352 | Vernoux2011_AuxinSignaling_AuxinFluctuating | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000353 | Nag2011_ChloroplasticStarchDegradation | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000354 | Abell2011_CalciumSignaling_WithoutAdaptation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000355 | Abell2011_CalciumSignaling_WithAdaptation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000356 | Nyman2011_M3Hierarachical_InsulinGlucosedynamics | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000357 | Lee2010_ThrombinActivation_OneForm_reduced | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000358 | Stortelder1997 - Thrombin Generation Amidolytic Activity | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000359 | Panteleev2002_TFPImechanism_schmema3 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000360 | Panteleev2002_TFPImechanism_schmema2 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000361 | Panteleev2002_TFPImechanism_schmema1 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000362 | Butenas2004_BloodCoagulation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000363 | Lee2010_ThrombinActivation_OneForm_minimal | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000364 | Lee2010_ThrombinActivation_OneForm | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000365 | Hockin1999_BloodCoagulation_VaInactivation | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000366 | Orfao2008_ThrombinGeneration_AmidolyticActivity | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000367 | Mueller2008_ThrombinGeneration_minimal | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000368 | Beltrami1995_ThrombinGeneration_C | InitialAssignments, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000369 | Beltrami1995_ThrombinGeneration_D | InitialAssignments, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000370 | Vinod2011_MitoticExit | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000371 | DeVries2000_PancreaticBetaCells_InsulinSecretion | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000372 | Tolic2000_InsulinGlucoseFeedback | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000373 | Bertram2004_PancreaticBetaCell_modelB | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000374 | Bertram1995_PancreaticBetaCell_CRAC | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000375 | Mears1997_CRAC_PancreaticBetaCells | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000376 | Bertram2007_IsletCell_Oscillations | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000377 | Bertram2000_PancreaticBetaCells_Oscillations | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000378 | Chay1997_CalciumConcentration | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000379 | DallaMan2007_MealModel_GlucoseInsulinSystem | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000380 | Smallbone2011_TrehaloseBiosynthesis | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000381 | Maree2006_DuCa_Type1DiabetesModel | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000382 | Sturis1991_InsulinGlucoseModel_UltradianOscillation | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000383 | Arnold2011_Farquhar1980_RuBisCO-CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000384 | Arnold2011_Medlyn2002_RuBisCO-CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000385 | Arnold2011_Schultz2003_RuBisCO-CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000386 | Arnold2011_Sharkey2007_RuBisCO-CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000387 | Arnold2011_Damour2007_RuBisCO-CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000388 | Arnold2011_Zhu2009_CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000389 | Arnold2011_Hahn1986_CalvinCycle_Starch_Sucrose | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000390 | Arnold2011_Giersch1990_CalvinCycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000391 | Arnold2011_Poolman2000_CalvinCycle_Starch | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000392 | Arnold2011_Laisk2006_CalvinCycle_Starch_Sucrose | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000393 | Arnold2011_Zhu2007_CalvinCycle_Starch_Sucrose_Photorespiration | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000394 | Sivakumar2011 - EGF Receptor Signaling Pathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000395 | Sivakumar2011 - Hedgehog Signaling Pathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000396 | Sivakumar2011 - Notch Signaling Pathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000397 | Sivakumar2011_WntSignalingPathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000398 | Sivakumar2011_NeuralStemCellDifferentiation_Crosstalk | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000399 | Jenkinson2011_EGF_MAPK | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000400 | Cooling2007_IP3transients_CardiacMyocyte | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000401 | Ayati2010_BoneRemodelingDynamics_NormalCondition | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000402 | Ayati2010_BoneRemodelingDynamics_WithTumour | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000403 | Ayati2010_BoneRemodelingDynamics_WithTumour+DrugTreatment | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000404 | Bray1993_chemotaxis | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000405 | Cookson2011_EnzymaticQueueingCoupling | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000406 | Moriya2011_CellCycle_FissionYeast | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000407 | Schliemann2011_TNF_ProAntiApoptosis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000408 | Hettling2011_CreatineKinase | Reactions, Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000409 | Queralt2006_MitoticExit_Cdc55DownregulationBySeparase | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000410 | Wegner2012_TGFbetaSignalling_FeedbackLoops | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000411 | Heiland2012_CircadianClock_C.reinhardtii | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000412 | Pokhilko2012_CircClock_RepressilatorFeedbackloop | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000413 | Band2012_DII-Venus_FullModel | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000414 | Band2012_DII-Venus_ReducedModel | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000415 | Mellor2012_LipooxygenasePathway | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000416 | Muraro2011_Cytokinin-Auxin_CrossRegulation | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000417 | Ratushny2012_NF | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000418 | Ratushny2012_SPF | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000419 | Ratushny2012_SPF_I | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000420 | Ratushny2012_ASSURE_I | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000421 | Ratushny2012_ASSURE_II | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000422 | Middleton2012_GibberellinSignalling | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000423 | Nyman2012_InsulinSignalling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000424 | Faratian2009 - Role of PTEN in Trastuzumab resistance | Reactions, AssignmentRules | fail | pass | skip | pass | skip | |
| BIOMD0000000425 | Tan2012 - Antibiotic Treatment, Inoculum Effect | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000426 | Mosca2012 - Central Carbon Metabolism Regulated by AKT | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000427 | Bianconi2012 - EGFR and IGF1R pathway in lung cancer | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000428 | Achcar2012 - Glycolysis in bloodstream form T. brucei | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000429 | Schaber2012 - Hog pathway in yeast | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000430 | Sarma2012 - Interaction topologies of MAPK cascade (M4_K2_USEQ) | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000431 | Sarma2012 - Interaction topologies of MAPK cascade (M4_K2_PSEQ) | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000432 | Sarma2012 - Interaction topologies of MAPK cascade (M4_K2_QSS_USEQ) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000433 | Sarma2012 - Interaction topologies of MAPK cascade (M4_K2_QSS_PSEQ) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000434 | McAuley2012 - Whole-body Cholesterol Metabolism | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000435 | deBack2012 - Lineage Specification in Pancreas Development | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000436 | Gupta2009 - Eicosanoid Metabolism | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000437 | Tseng2012 - Circadian clock of N.crassa | Reactions, Events, AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000438 | Saeidi2012 - Quorum sensing device that produces GFP | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000439 | Smith2009 - RGS mediated GTP hydrolysis | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000440 | Sarma2012 - Oscillations in MAPK cascade (S1) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000441 | Sarma2012 - Oscillations in MAPK cascade (S2) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000442 | Sarma2012 - Oscillations in MAPK cascade (S2), inclusion of external signalling module | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000443 | Sarma2012 - Oscillations in MAPK cascade (S1n) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000444 | Sarma2012 - Oscillations in MAPK cascade (S2n) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000445 | Pokhilko2013 - TOC1 signalling in Arabidopsis circadian clock | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000446 | Erguler2013 - Unfolded protein stress response | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000447 | Venkatraman2012 - Interplay between PLS and TSP1 in TGF-β1 activation | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000448 | Brännmark2013 - Insulin signalling in human adipocytes (normal condition) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000449 | Brännmark2013 - Insulin signalling in human adipocytes (diabetic condition) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000450 | Reyes-Palomares2012 - a combined model hepatic polyamine and sulfur aminoacid metabolism - version2 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000451 | Carbo2013 - Cytokine driven CD4+ T Cell differentiation and phenotype plasticity | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000452 | Bidkhori2012 - normal EGFR signalling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000453 | Bidkhori2012 - EGFR signalling in NSCLC | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000454 | Smallbone2013 - Metabolic Control Analysis - Example 1 | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000455 | Smallbone2013 - Metabolic Control Analysis - Example 2 | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000456 | Smallbone2013 - Metabolic Control Analysis - Example 3 | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000457 | Firczuk2013 - Eukaryotic mRNA translation machinery | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000458 | Smallbone2013 - Serine biosynthesis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000459 | Liebal2012 - B.subtilis post-transcriptional instability model | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000460 | Liebal2012 - B.subtilis sigB proteolysis model | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000461 | Liebal2012 - B.subtilis transcription inhibition model | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000462 | Proctor2012 - Role of Amyloid-beta dimers in aggregation formation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000463 | Heldt2012 - Influenza Virus Replication | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000464 | Koo2013 - Shear stress induced calcium influx and eNOS activation - Model 1 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000465 | Koo2013 - Shear stress induced AKT and eNOS phosphorylation - Model 2 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000466 | Koo2013 - Shear stress induced eNOS expression - Model 3 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000467 | Koo2013 - Shear stress induced NO production - Model 4 | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000468 | Koo2013 - Integrated shear stress induced NO production model | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000469 | Smallbone2013 - E.coli metabolic model with linlog rate law | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000470 | Smallbone2013 - E.coli metabolic model with modular rate law | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000471 | Smallbone2013 - Yeast metabolic model with linlog rate law | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000472 | Smallbone2013 - Yeast metabolic model with modular rate law | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000473 | Smallbone2013 - Yeast metabolic model with modular rate law, merged with Pritchard 2002 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000474 | Smith2013 - Regulation of Insulin Signalling by Oxidative Stress | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000475 | Amara2013 - PCNA ubiquitylation in the activation of PRR pathway | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000476 | Adams2012 - Locke2006 Circadian Rhythm model refined with Input Signal Light Function | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000477 | Mol2013 - Immune Signal Transduction in Leishmaniasis | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000478 | Besozzi2012 - Oscillatory regimes in the Ras/cAMP/PKA pathway in S.cerevisiae | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000479 | Croft2013 - GPCR-RGS interaction that compartmentalizes RGS activity | Reactions, Events | pass | pass | fail | pass | fail | yes |
| BIOMD0000000480 | Carbo2013 - Mucosal Immune Response during H.pylori Infection | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000481 | Stötzel2012 - Bovine estrous cycle, synchronization with prostaglandin F2α | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000482 | Noguchi2013 - Insulin dependent glucose metabolism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000483 | Cao2008 - Network of a toggle switch | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000484 | Cao2013 - Application of ABSIS method in birth-death process | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000485 | Cao2013 - Application of ABSIS method in the bistable Schlögl model | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000486 | Cao2013 - Application of ABSIS method in the reversible isomerization model | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000487 | Cao2013 - Application of ABSIS in the the enzymatic futile cycle | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000488 | Proctor2013 - Effect of Aβ immunisation in Alzheimer's disease (deterministic version) | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000489 | Sharp2013 - Lipopolysaccharide induced NFkB activation | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000490 | Demin2013 - PKPD behaviour - 5-Lipoxygenase inhibitors | Reactions, AssignmentRules | fail | pass | skip | pass | skip | |
| BIOMD0000000491 | Pathak2013 - MAPK activation in response to various abiotic stresses | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000492 | Pathak2013 - MAPK activation in response to various biotic stresses | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000493 | Schittler2010 - Cell fate of progenitor cells, osteoblasts or chondrocytes | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000494 | Roblitz2013 - Menstrual Cycle following GnRH analogue administration | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000495 | Sen2013 - Phospholipid Synthesis in P.knowlesi | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000496 | Stanford2013 - Kinetic model of yeast metabolic network (standard) | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000497 | Stanford2013 - Kinetic model of yeast metabolic network (regulation) | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000498 | Mitchell2013 - Liver Iron Metabolism | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000499 | Vizan2013 - TGF pathway long term signaling | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000500 | Begitt2014 - STAT1 cooperative DNA binding - single GAS polymer model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000501 | Begitt2014 - STAT1 cooperative DNA binding - double GAS polymer model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000502 | Messiha2013 - Pentose phosphate pathway model | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000503 | Messiha2013 - combined glycolysis and pentose phosphate pathway model | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000504 | Proctor2013 - Cartilage breakdown, interventions to reduce collagen release | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000505 | vanEunen2013 - Network dynamics of fatty acid β-oxidation (steady-state model) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000506 | vanEunen2013 - Network dynamics of fatty acid β-oxidation (time-course model) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000507 | Gardner2000 - genetic toggle switch in E.coli | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000508 | Barrack2014 - Calcium/cell cycle coupling - Cyclin D dependent ATP release | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000509 | Barrack2014 - Calcium/cell cycle coupling - Rs dependent ATP release | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000510 | Kerkhoven2013 - Glycolysis and Pentose Phosphate Pathway in T.brucei - MODEL C (with glucosomal ribokinase) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000511 | Kerkhoven2013 - Glycolysis and Pentose Phosphate Pathway in T.brucei - MODEL D (with ATP:ADP antiporter) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000512 | Benson2014 - FAAH inhibitors for the treatment of osteoarthritic pain | Reactions, AssignmentRules | fail | pass | skip | pass | skip | |
| BIOMD0000000513 | Kerkhoven2013 - Glycolysis in T.brucei - MODEL A | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000514 | Kerkhoven2013 - Glycolysis and Pentose Phosphate Pathway in T.brucei - MODEL B | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000515 | Kerkhoven2013 - Glycolysis and Pentose Phosphate Pathway in T.brucei - MODEL C in fructose medium (with glucosomal ribokinase) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000516 | Kerkhoven2013 - Glycolysis and Pentose Phosphate Pathway in T.brucei - MODEL D in fructose medium (with ATP:ADP antiporter) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000517 | Smallbone2013 - Colon Crypt cycle - Version 3 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000518 | Smallbone2013 - Colon Crypt cycle - Version 2 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000519 | Smallbone2013 - Colon Crypt cycle - Version 1 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000520 | Smallbone2013 - Colon Crypt cycle - Version 0 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000521 | Ribba2012 - Low-grade gliomas, tumour growth inhibition model | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000522 | Muraro2014 - Vascular patterning in Arabidopsis roots | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000523 | Kallenberger2014 - CD95L induced apoptosis initiated by caspase-8, CD95 HeLa cells (cis/trans variant) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000524 | Kallenberger2014 - CD95L induced apoptosis initiated by caspase-8, wild-type HeLa cells (cis/trans variant) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000525 | Kallenberger2014 - CD95L induced apoptosis initiated by caspase-8, CD95 HeLa cells (cis/trans-cis/trans variant) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000526 | Kallenberger2014 - CD95L induced apoptosis initiated by caspase-8, wild-type HeLa cells (cis/trans-cis/trans variant) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000527 | Kaiser2014 - Salmonella persistence after ciprofloxacin treatment | RateRules | fail | pass | skip | pass | skip | |
| BIOMD0000000528 | Fribourg2014 - Dynamics of viral antagonism and innate immune response (H1N1 influenza A virus - Cal/09) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000529 | Fribourg2014 - Dynamics of viral antagonism and innate immune response (H1N1 influenza A virus - NC/99) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000530 | Schmitz2014 - RNA triplex formation | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000531 | Crespo2012 - Kinetics of Amyloid Fibril Formation | AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000532 | Vazquez2014 - Chemical inhibition from amyloid protein aggregation kinetics | AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000533 | Steckmann2012 - Amyloid beta-protein fibrillogenesis (kinetics of secondary structure conversion) | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000534 | Dwivedi2014 - Healthy Volunteer IL6 Model | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000535 | Dwivedi2014 - Crohns IL6 Disease model - Anti-IL6 Antibody | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000536 | Dwivedi2014 - Crohns IL6 Disease model - sgp130 activity | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000537 | Dwivedi2014 - Crohns IL6 Disease model - Anti-IL6R Antibody | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000538 | Clarke2000 - One-hit model of cell death in neuronal degenerations | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000539 | François2005 - Mixed Feedback Loop (two-gene network) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000540 | Yugi2014 - Insulin induced signalling (PFKL phosphorylation) - model 1 | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000541 | Yugi2014 - Insulin induced signalling (PFKL phosphorylation) - model 2 | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000542 | Yuraszeck2010 - Vulnerabilities in the Tau Network in Tau Pathophysiology | Reactions, FunctionDefinitions, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000543 | Qi2013 - IL-6 and IFN crosstalk model (non-competitive) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000544 | Qi2013 - IL-6 and IFN crosstalk model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000545 | Ouyang2014 - photomorphogenic UV-B signalling network | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000546 | Miao2010 - Innate and adaptive immune responses to primary Influenza A Virus infection_1_1 | Reactions, FunctionDefinitions, layout:package, render:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000547 | Talemi2014 - Arsenic toxicity and detoxification mechanisms in yeast | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000548 | Sneppen2009 - Modeling proteasome dynamics in Parkinson's disease | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000549 | Baker2013 - Cytokine Mediated Inflammation in Rheumatoid Arthritis - Age Dependent | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000550 | Baker2013 - Cytokine Mediated Inflammation in Rheumatoid Arthritis | RateRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000551 | Das2010 - Effect of a gamma-secretase inhibitor on Amyloid-beta dynamics | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000552 | Ehrenstein2000 - Positive-Feedback model for the loss of acetylcholine in Alzheimer's disease | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000553 | Ehrenstein1997 - The choline-leakage hypothesis in Alzheimer's disease | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000554 | Cloutier2009 - Brain Energy Metabolism | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000555 | Auer2010 - Correlation between lag time and aggregation rate in protein aggregation | AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000556 | Ortega2013 - Interplay between secretases determines biphasic amyloid-beta level | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000557 | Reiterer2013 - pseudophosphatase STYX role in ERK signalling | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000558 | Cloutier2012 - Feedback motif for Parkinson's disease | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000559 | Ouzounoglou2014 - Modeling of alpha-synuclein effects on neuronal homeostasis | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000560 | Hui2016 - Age-related changes in articular cartilage | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000561 | Martins2013 - True and apparent inhibition of amyloid fribril formation | AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000563 | Pritchard2014 - plant-microbe interaction | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000564 | Gould2013 - Temperature Sensitive Circadian Clock | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000565 | Machado2014 - Curcumin production pathway in Escherichia coli | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000566 | Morris2009 - α-Synuclein aggregation variable temperature and pH | Reactions, AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000567 | Morris2008 - Fitting protein aggregation data via F-W 2-step mechanism | Reactions, InitialAssignments, AssignmentRules | pass | fail | skip | skip | skip | yes |
| BIOMD0000000568 | Mueller2015 - Hepatocyte proliferation, T160 phosphorylation of CDK2 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000569 | Dutta-Roy2015 - Opening of the multiple AMPA receptor conductance states | Reactions, FunctionDefinitions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000570 | Aubert2002 - Coupling between Brain electrical activity, Metabolism and Hemodynamics | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000571 | Nishio2008 - Design of the phosphotransferase system for enhanced glucose uptake in E. coli. | Reactions, Events, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000572 | Costa2014 - Computational Model of L. lactis Metabolism | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000573 | Aguilera 2014 - HIV latency. Interaction between HIV proteins and immune response | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000574 | Lai2014 - Hemiconcerted MWC model of intact calmodulin with two targets | Reactions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000575 | Sass2009 - Approach to an α-synuclein-based BST model of Parkinson's disease | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000576 | Kolodkin2013 - Nuclear receptor-mediated cortisol signalling network | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000577 | Zhou2015 - Circadian clock with immune regulator NPR1 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000578 | Invergo2014 - Phototransduction cascade in mouse rod cells | Reactions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000579 | Sengupta2015 - Knowledge base model of human energy pool network (HEPNet) | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000580 | Sonntag2012 - mTOR model - IRS dependent regulation of AMPK by insulin | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000581 | DallePezze2012 - TSC-independent mTORC2 regulation | Reactions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000582 | DallePezze2014 - Cellular senescene-induced mitochondrial dysfunction | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000583 | Leber2015 - Mucosal immunity and gut microbiome interaction during C. difficile infection | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000584 | Mandlik2015 - Tristable genetic circuit of Leishmania | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000585 | Rateitschak2012 - Interferon-gamma (IFNγ) induced STAT1 signalling (PC_IFNg100) | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000586 | Karapetyan2016 - Genetic oscillatory network - Activator Titration Circuit (ATC) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000587 | Karapetyan2016 - Genetic oscillatory network - Repressor Titration Circuit (RTC) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000588 | Benson2013 - Identification of key drug targets in nerve growth factor pathway | Reactions | fail | pass | skip | pass | skip | |
| BIOMD0000000589 | Valero2016 - Ascorbate-Glutathione cycle in chloroplasts under light/dark conditions | FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | fail | pass | skip | pass | skip | |
| BIOMD0000000590 | Hermansen2015 - denovo biosynthesis of pyrimidines in yeast | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000591 | Boehm2014 - isoform-specific dimerization of pSTAT5A and pSTAT5B | Reactions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000594 | Capuani2015 - Binding of Cbl and Gbr2 to EGFR (Multisite Phosphorylation Model - MPM) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000595 | Capuani2015 - Binding of Cbl and Grb2 to EGFR (Early Activation Model - EAM) | Reactions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000596 | Philipson2015 - Innate immune response modulated by NLRX1 | Reactions, FunctionDefinitions, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000597 | Flis2015 - Plant clock gene circuit (P2011.1.2 PLM_71 ver 1) | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000598 | Flis2015 - Plant clock gene circuit (P2011.2.1 PLM_71 ver 2) | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000599 | Coggins2014 - CXCL12 dependent recruitment of beta arrestin | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000600 | Cellière2011 - Plasticity of TGF-β Signalling | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000601 | Rosas2015 - Caffeine-induced luminal SR calcium changes | Reactions, Events, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000602 | Stavrum2013 - Tryptophan Metabolism in Liver | Reactions | pass | pass | pass | pass | pass | no |
| BIOMD0000000603 | PetelenzKuehn_osmoadaptation_WT | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000604 | PetelenzKuehn_osmoadaptation_pfk2627D | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000605 | PetelenzKuehn_osmoadaptation_HOG1att | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000606 | PetelenzKuehn_osmoadaptation_hog1D | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000607 | PetelenzKuehn_osmoadaptation_fps1D1 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000608 | Palsson2013 - Fully-integrated immune response model (FIRM) | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000609 | Reddyhoff2015 - Acetaminophen metabolism and toxicity | Reactions, FunctionDefinitions, InitialAssignments | pass | pass | pass | pass | pass | no |
| BIOMD0000000610 | PetelenzKuehn_osmoadaptation_gpd1D | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000611 | Nayak2015 - Blood Coagulation Network - Predicting the Effects of Various Therapies on Biomarkers | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000612 | Proctor2016 - Circadian rhythm of PTH and the dynamics of signaling molecules on bone remodeling | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000613 | Peterson2010 - Integrated calcium homeostasis and bone remodelling | Reactions, Events, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000614 | Kamihira2000 - calcitonin fibrillation kinetics | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000615 | Kuznetsov2016(II) - α-syn aggregation kinetics in Parkinson's Disease | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000616 | Dunster2014 - WBC Interactions (Model1) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000617 | Walsh2014 - Inhibition kinetics of DAPT on APP Cleavage | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000618 | Krohn2011 - Cerebral amyloid-β proteostasis regulated by membrane transport protein ABCC1 | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000619 | Sluka2016 - Acetaminophen PBPK | Reactions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000620 | Palmer2014 - Effect of IL-1β-Blocking therapies in T2DM - Disease Condition | Reactions, Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000621 | Palmer2014 - Effect of IL-1β-Blocking therapies in T2DM - Healthy Condition | Reactions, Events, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000622 | NguyenLK2011 - Ubiquitination dynamics in Ring1B/Bmi1 system | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000623 | Orton2009 - Modelling cancerous mutations in the EGFR/ERK pathway - EGF Model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000624 | Sluka2016 - Acetaminophen metabolism | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000625 | Leber2016 - Expanded model of Tfh-Tfr differentiation - Helicobacter pylori infection | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000626 | Ray2013 - Meiotic initiation in S. cerevisiae | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000627 | Winter2017 - Brain Energy Metabolism with PPP | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000628 | Li2012 Calcium mediated synaptic plasticity | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000629 | Haffez2017 - RAR interaction with synthetic analogues | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000630 | Venkatraman2011 - PLS-UPA behaviour in the presence of substrate competition_1_1_1_1 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000631 | DeCaluwe2016 - Circadian Clock | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000632 | Kollarovic2016 - Cell fate decision at G1-S transition | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000633 | Bulik2016 - Regulation of hepatic glucose metabolism | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000634 | Proctor2013 - Effect of Aβ immunisation in Alzheimer's disease (stochastic version) | Reactions, Events | pass | pass | pass | pass | pass | yes |
| BIOMD0000000635 | Nair2015 - Interaction between neuromodulators via GPCRs - Effect on cAMP/PKA signaling (D1 Neuron) | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000636 | Nair2015 - Interaction between neuromodulators via GPCRs - Effect on cAMP/PKA signaling (D2 Neuron) | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000637 | Bush2016 - Simplified Carrousel model of GPCR | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000638 | Bush2016 - Extended Carrousel model of GPCR-RGS | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000639 | Thiaville2016 - Wild type folate pathway model with proposed PanB reaction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000640 | DallePezze2016 - Activation of AMPK and mTOR by amino acids | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000641 | Jaiswal2017 - Cell cycle arrest | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000642 | Mufudza2012 - Estrogen effect on the dynamics of breast cancer | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000643 | Musante2017 - Switching behaviour of PP2A inhibition by ARPP-16 - mutual inhibitions | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000644 | Musante2017 - Switching behaviour of PP2A inhibition by ARPP-16 - mutual inhibitions and PKA inhibits MAST3 | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000645 | Musante2017 - Switching behaviour of PP2A inhibition by ARPP-16 - mutual inhibitions and PKA inhibits MAST3 and dominant negative effect | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000646 | Barr2016 - All-or-nothing G1/S transition | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000647 | Kwang2003 - The influence of RKIP on the ERK signaling pathway | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000648 | Padala2017- ERK, PI3K/Akt and Wnt signalling network (normal) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000650 | Owen1998 - Tumour treatment model | Events, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000651 | Nguyen2016 - Feedback regulation in cell signalling: Lessons for cancer therapeutics | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000652 | Padala2017- ERK, PI3K/Akt and Wnt signalling network (PI3K mutated) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000653 | Padala2017- ERK, PI3K/Akt and Wnt signalling network (bRaf mutated) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000654 | Padala2017- ERK, PI3K/Akt and Wnt signalling network (Ras mutated) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000655 | Padala2017- ERK, PI3K/Akt and Wnt signalling network (PTEN mutation) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000656 | Padala2017- ERK, PI3K/Akt and Wnt signalling network (EGFR overexpression) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000657 | Araujo2016 - Positive feedback in Cdk1 signalling keeps mitotic duration short and constant | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000658 | Lee2003 - Roles of APC and Axin in Wnt Pathway (without regulatory loop) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000659 | Cursons2015 - Regulation of ERK-MAPK signaling in human epidermis | Events, AssignmentRules, RateRules | fail | pass | skip | pass | skip | |
| BIOMD0000000660 | Barr2017 - Dynamics of p21 in hTert-RPE1 cells | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000661 | Webb2002 - Fas/FasL mediated tumor T-cell interaction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000662 | Moore2004 - Chronic Myeloid Leukemic cells and T-lymphocyte interaction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000663 | Wodarz2007 - HIV/CD4 T-cell interaction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000664 | Muller2008 - Simplified MAPK activation Dynamics (Model B) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000665 | Fallon2000 - Interleukin-2 dynamics | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000666 | Pappalardo2016 - PI3K/AKT and MAPK Signaling Pathways in Melanoma Cancer | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000667 | Hornberg2005 - MAPKsignalling | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000668 | Zhu2015 - Combined gemcitabine and birinapant in pancreatic cancer cells - basic PD model | Reactions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000669 | Zhu2015 - Combined gemcitabine and birinapant in pancreatic cancer cells - mechanistic PD model | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000670 | Owen1998 - tumour growth model | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000671 | Murphy2016 - Differences in predictions of ODE models of tumor growth | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000672 | Brown1997 - Plasma Melatonin Levels | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000673 | Lockwood2006 - Alzheimer's Disease PBPK model | AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000674 | Reyes-Palomares2012 - a combined model hepatic polyamine and sulfur aminoacid metabolism - version1 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000675 | Chen2000_CellCycle | Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000676 | Chen2006 - Nitric Oxide Release from Endothelial Cells | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000677 | Holmes2006 - Hill's model of muscle contraction | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000678 | Tomida2003 - Calcium Oscillatory-induced translocation of nuclear factor of activated T cells | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000679 | Waugh2006 - Diabetic Wound Healing - Macrophage Dynamics | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000680 | Waugh2006 - Diabetic Wound Healing - TGF-B Dynamics | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000681 | Waugh2006 - Diabetic Wound Healing - Treated and Untreated Macrophage Dynamics | Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000682 | Wierschem2004 - Electrical bursting activity in Pancreatic Islets | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000683 | Wodarz1999 CTL memory response HIV | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000684 | Wodarz2003 - Immunological Memory | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000685 | Wodarz2003 - Cytotoxic T lymphocyte cross-priming | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000686 | Wodarz2007 - Basic Model of Cytomegalovirus Infection | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000687 | Wodarz2007 - Cytomegalovirus infection model with cytotoxic T lymphocyte response | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000688 | Wodarz2007 - Cytomegalovirus infection model with cytotoxic T lymphocyte and natural killer cell response | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000689 | Thiaville2016 - Folate pathway model (PanB overexpression) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000690 | Thiaville2016 - Folate pathway model (PanB overexpression and THF regulation) | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000691 | Wolf2000 - Cellular interaction on glycolytic oscillations in yeast | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000692 | Phillips2003 - The Mechanism of Ras GTPase Activation by Neurofibromin | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000693 | Wang2008 - Mimicking the inhibitory effect of riluzole on membrane conductance in skeletal fibres | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000695 | FelixGarza2017 - Blue Light Treatment of Psoriasis (simplified) | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000696 | Boada2016 - Incoherent type 1 feed-forward loop (I1-FFL) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000697 | Ciliberto2003 - CyclinE / Cdk2 timer in the cell cycle of Xenopus laevis embryo | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000698 | Reed2004 - Methionine Cycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000699 | Caydasi2012 - Regulation of Tem1 by the GAP complex in spindle position cell cycle checkpoint - Ubiquitous association model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000700 | Heldt2018 - Proliferation-quiescence decision in response to DNA damage | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000701 | Caydasi2012 - Inhibition of Tem1 by the GAP complex in Spindle Position Checkpoint | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000702 | Caydasi2012 - Regulation of Tem1 by the GAP complex in Spindle Position Checkpoint - Ubiquitous inactive model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000703 | Diedrichs2018 - A data-entrained computational model for testing the regulatory logic of the vertebrate unfolded protein response | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000704 | Aguda1999 - G2 DNA damage checkpoint | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000705 | Smith2010 - Response of FOXO Transcription Factors to Post-Translational Modifications Made by Ageing-Related Signalling Pathways | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000706 | Smith2010 - Response of FOXO Transcription Factors to Post-Translational Modifications (with acetylation pathway) | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000707 | Revilla2003 - Controlling HIV infection using recombinant viruses | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000708 | Liu2017 - Dynamics of Avian Influenza with Logistic Growth | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000709 | Liu2017 - Dynamics of Avian Influenza with Allee Growth Effect | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000710 | Hernandez-Vargas2012 - Innate immune system dynamics to Influenza virus | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000711 | Hancioglu2007 - Human Immune Response to Influenza A virus Infection | Reactions, Events, FunctionDefinitions, AssignmentRules | fail | pass | skip | pass | skip | |
| BIOMD0000000712 | Manchanda2014 - Effect on Immune System by 4 different Influenza A virus strains | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000713 | Aston2018 - Dynamics of Hepatitis C Infection | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000714 | Reynolds2006 - Reduced model of the acute inflammatory response | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000715 | Huo2017 - SEIS epidemic model with the impact of media | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000716 | Lee2018 - Avian human bilinear incidence (BI) model | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000717 | Lee2018 - Avian human half-saturated incidence (HSI) model | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000718 | Li2008 - Caulobacter Cell Cycle | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000719 | Tsai2014 - Cell cycle duration control by oscillatory Dynamics in Early Xenopus laevis Embryos | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000720 | Yan2012 - Rb-E2F pathway dynamics with miR449 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000721 | Graham2013 - Role of osteocytes in targeted bone remodeling | Reactions, FunctionDefinitions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000722 | Bianchi2015 -Model for lymphangiogenesis in normal and diabetic wounds | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000723 | Weis2014 - Data driven Mammalian Cell Cycle Model | Reactions, FunctionDefinitions, AssignmentRules | fail | pass | skip | pass | skip | |
| BIOMD0000000724 | Theinmozhi2018 - Mechanism of PD1 inhibiting TCR signaling in Tumor immune regulation | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000725 | Salcedo-Sora2016 - Microbial folate biosynthesis and utilisation | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000726 | Ruan2017 - Transmission dynamics and control of rabies in China | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000727 | Li2009- Assymetric Caulobacter cell cycle | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000728 | Norel1990 - MPF and Cyclin Oscillations | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000729 | Goldbeter1996 - Cyclin Cdc2 kinase Oscillations | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000730 | Gerard2009 - An Integrated Mammalian Cell Cycle Model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000731 | Robertson-Tessi M 2012 A model of tumor Immune interaction | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000732 | Kirschner1998_Immunotherapy_Tumour | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000733 | Moore_2004_Mathematical model for CML and T cell interaction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000734 | Mouse Iron Distribution - Rich and Deficient iron diets (tracer) | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000735 | Mouse Iron Distribution - Adequate iron diet (tracer) | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000736 | Mouse Iron Distribution - Adequate iron diet (No Tracer) | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000737 | Mouse Iron Distribution - Deficient iron diet (No Tracer) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000738 | Mouse Iron Distribution - Rich iron diet (No Tracer) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000739 | Bravo2012 - Modelling blood coagulation factor Va inactivation by APC | Reactions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000740 | Panteleev2010 - Blood Coagulation: Full Model | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000741 | Eftimie2018 - Cancer and Immune biomarkers | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000742 | Garcia2018basic - cancer and immune cell count basic model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000743 | Gallaher2018 - Tumor–Immune dynamics in multiple myeloma | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000744 | Hu2019 - Pancreatic cancer dynamics | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000745 | Jarrett2018 - trastuzumab-induced immune response in murine HER2+ breast cancer model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000746 | Saad2017 - immune checkpoint and BCG in superficial bladder cancer | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000747 | Nagashima2002 - Simulating blood coagulation inhibitory effects | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000748 | Phan2017 - innate immune in oncolytic virotherapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000749 | Reppas2015 - tumor control via alternating immunostimulating and immunosuppressive phases | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | fail | yes |
| BIOMD0000000750 | Lolas2016 - tumour-induced neoneurogenesis and perineural tumour growth | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000751 | Wilkie2013b - immune-induced cancer dormancy and immune evasion-basic | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000752 | Wilkie2013r - immune-induced cancer dormancy and immune evasion-resistance | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000753 | Figueredo2013/1 - immunointeraction base model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000754 | Figueredo2013/2 - immunointeraction model with IL2 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000755 | Hansen2019 - Nine species reduced model of blood coagulation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000756 | Figueredo2013/3 - immunointeraction full model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000757 | Abernathy2016 - glioblastoma treatment | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000758 | Babbs2012 - immunotherapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000759 | den Breems2015 - macrophage in cancer | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000760 | Feizabadi2011/1 - immunodeficiency in cancer core model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000761 | Cappuccio2006 - Cancer immunotherapy by interleukin-21 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000762 | Kuznetsov1994 - Nonlinear dynamics of immunogenic tumors | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000763 | Dritschel2018 - A mathematical model of cytotoxic and helper T cell interactions in a tumour microenvironment | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000764 | Malinzi2019 - chemovirotherapy | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000765 | Mager2005 - Quasi-equilibrium pharmacokinetic model for drugs exhibiting target-mediated drug disposition | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000766 | Macnamara2015/1 - virotherapy full model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000767 | Macnamara2015/2 - virotherapy virus-free submodel | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000768 | Eftimie2010 - immunity to melanoma | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000769 | Eftimie2017/2 - interaction of Th and macrophage in melanoma | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000770 | Eftimie2017/1 - interaction of Th and macrophage | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000771 | Bajzer2008 - Modeling of cancer virotherapy with recombinant measles viruses | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000772 | Wang2019 - A mathematical model of oncolytic virotherapy with time delay | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000773 | Wodarz2018/2 - model with transit amplifying cells | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000774 | Wodarz2018/1 - simple model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000775 | Iarosz2015 - brain tumor | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000776 | Monro2008 - chemotherapy resistance | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000777 | Chakrabarty2010 - A control theory approach to cancer remission aided by an optimal therapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000778 | Wei2017 - tumor, T cell and cytokine interaction | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000779 | dePillis2009 - Mathematical model creation for cancer chemo-immunotherapy | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000780 | Wang2016/1 - oncolytic efficacy of M1 virus-SNTM model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000781 | Wang2016/2 - oncolytic efficacy of M1 virus-SNT model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000782 | Wang2016/3 - oncolytic efficacy of M1 virus-SN model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000783 | Dong2014 - Mathematical modeling on helper t cells in a tumor immune system | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000784 | Lopez2014 - A Validated Mathematical Model of Tumor Growth Including Tumor-Host Interaction and Cell-Mediated Immune Response | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000785 | Sotolongo-Costa2003 - Behavior of tumors under nonstationary therapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000786 | Lipniacki2004 - Mathematical model of NFKB regulatory module | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000787 | Frascoli2014 - A dynamical model of tumour immunotherapy | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000788 | Schropp2019 - Target-Mediated Drug Disposition Model for Bispecific Antibodies | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000789 | Jenner2018 - treatment of oncolytic virus | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000790 | Alvarez2019 - A nonlinear mathematical model of cell-mediated immune response for tumor phenotypic heterogeneity | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000791 | Wilson2012 - tumor vaccine efficacy | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000792 | Hu2019 - Modeling Pancreatic Cancer Dynamics with Immunotherapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000793 | Chen2011/1 - bone marrow invasion absolute model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000794 | Benary2019 - Controlling NFKB dynamics by B-TrCP | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, layout:package | pass | pass | pass | pass | pass | no |
| BIOMD0000000795 | Chen2011/2 - bone marrow invasion relative model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000796 | Yang2012 - cancer growth with angiogenesis | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000797 | Hu2018 - Dynamics of tumor-CD4+-cytokine-host cells interactions with treatments | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000798 | Sharp2019 - AML | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000799 | Cucuianu2010 - A hypothetical-mathematical model of acute myeloid leukaemia pathogenesis | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000800 | Precup2012 - Mathematical modeling of cell dynamics after allogeneic bone marrow transplantation | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000801 | Sturrock2015 - glioma growth | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000802 | Hoffman2018- ADCC against cancer | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000803 | Park2019 - IL7 receptor signaling in T cells | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000804 | Koenders2015 - multiple myeloma | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000805 | Al-Husari2013 - pH and lactate in tumor | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000806 | Eftimie2019-Macrophages Plasticity | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000807 | Fassoni2019 - Oncogenesis encompassing mutations and genetic instability | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000808 | Kronik2008 - Improving alloreactive CTL immunotherapy for malignant gliomas using a simulation model of their interactive dynamics | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000809 | Malinzi2018 - tumour-immune interaction model | Reactions, FunctionDefinitions, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000810 | Ganguli2018-immuno regulatory mechanisms in tumor microenvironment | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000811 | He2017 - A mathematical model of pancreatic cancer with two kinds of treatments | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000812 | Galante2012 - B7-H1 and a Mathematical Model for Cytotoxic T Cell and Tumor Cell Interaction | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000813 | Anderson2015 - Qualitative behavior of systems of tumor-CD4+-cytokine interactions with treatments | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000814 | Perez-Garcia19 - Computational design of improved standardized chemotherapy protocols for grade 2 oligodendrogliomas | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000815 | Chrobak2011 - A mathematical model of induced cancer-adaptive immune system competition | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000816 | Gevertz2018 - Cancer Treatment with Oncolytic Viruses and Dendritic Cell injections original model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000817 | Gevertz2018 - cancer treatment with oncolytic viruses and dendritic cell injections minimal model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000818 | Lee2008 - ERK and PI3K signal integration by Myc | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000819 | Nazari2018 - IL6 mediated stem cell driven tumor growth and targeted treatment | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000820 | West2019 - Cellular interactions constrain tumor growth | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000821 | Yazdjer2019 - reinforcement learning-based control of tumor growth under anti-angiogenic therapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000822 | Dorvash2019 - Dynamic modeling of signal transduction by mTOR complexes in cancer | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000823 | Varusai2018 - Dynamic modelling of the mTOR signalling network reveals complex emergent behaviours conferred by DEPTOR | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000824 | Lewkiewics2019 - effects of aging on naive T cell populations and diversity | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000825 | Greene2019 - Differentiate Spontaneous and Induced Evolution to Drug Resistance During Cancer Treatment | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000826 | Shin_2018_EGFR-PYK2-c-Met interaction network_model | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000827 | Ito2019 - gefitnib resistance of lung adenocarcinoma caused by MET amplification | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000828 | Jung2019 - Regulating glioblastoma signaling pathways and anti-invasion therapy - core control model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000829 | Jung2019 - egulating glioblastoma signaling pathways and anti-invasion therapy cell cycle dynamics model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000830 | GiantsosAdams2013 - Growth of glycocalyx under static conditions | Reactions, FunctionDefinitions, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000831 | Smith1980 - Hypothalamic Regulation | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000832 | Shin2016 - Unveiling Hidden Dynamics of Hippo Signalling | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000833 | DiCamillo2016 - Insulin signalling pathway - Rule-based model | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000834 | Verma2016 - Ca(2+) Signal Propagation Along Hepatocyte Cords | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000835 | Rao2014 - Fatty acid beta-oxidation (reduced model) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000836 | Radosavljevic2009_BioterroristAttack_PanicProtection_1 | RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000837 | Hanson2016 - Toxicity Management in CAR T cell therapy for B-ALL | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000838 | Tsur2019 - Response of patients with melanoma to immune checkpoint blockade | Reactions, FunctionDefinitions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000839 | Almeida2019 - Transcription-based circadian mechanism controls the duration of molecular clock states in response to signaling inputs | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000840 | Caldwell2019 - The Vicodin abuse problem | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000841 | Dhawan2019 - Endogenous miRNA sponges mediate the generation of oscillatory dynamics for a non-coding RNA network | Reactions, FunctionDefinitions, Delay | fail | fail | skip | skip | skip | |
| BIOMD0000000842 | Heitzler2012 - GPCR signalling | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000843 | Dudziuk2019 - Biologically sound formal model of Hsp70 heat induction | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000844 | Viertel2019 - A Computational model of the mammalian external tufted cell | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000845 | Gulbudak2019.1 - Heterogeneous viral strategies promote coexistence in virus-microbe systems (Lytic) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000846 | Gulbudak2019.2 - Heterogeneous viral strategies promote coexistence in virus-microbe systems (Chronic) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000847 | Adams2019 - The regulatory role of shikimate in plant phenylalanine metabolism | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000848 | FatehiChenar2018 - Mathematical model of immune response to hepatitis B | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000849 | Potassium balance in lactating and non-lactating dairy cows | Reactions, FunctionDefinitions, AssignmentRules, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000850 | Jenner2019 - Oncolytic virotherapy for tumours following a Gompertz growth law | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000851 | Ho2019 - Mathematical models of transmission dynamics and vaccine strategies in Hong Kong during the 2017-2018 winter influenza season (Simple) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000852 | Andersen2017 - Mathematical modelling as a proof of concept for MPNs as a human inflammation model for cancer development | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000853 | Smolen2018 - Paradoxical LTP maintenance with inhibition of protein synthesis and the proteasome | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000854 | Gray2016 - The Akt switch model | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000855 | Cooper2015 - Modeling the effects of systemic mediators on the inflammatory phase of wound healing | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000856 | Budding yeast size control by titration of nuclear sites | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000857 | Larbat2016.1 - Modeling the diversion of primary carbon flux into secondary metabolism under variable nitrate and light or dark conditions (Base Model) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000858 | Larbat2016.2 - Modeling the diversion of primary carbon flux into secondary metabolism under variable nitrate and light or dark conditions (Light Dark Cycles) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000859 | Larbat2016.3 - Modeling the diversion of primary carbon flux into secondary metabolism under variable nitrate and light or dark conditions (Light Dark Cycles with Minimum Starch Adaption) | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000860 | Proctor2017- Role of microRNAs in osteoarthritis (Positive Feedforward Incoherent By MicroRNA)_1 | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000861 | Bachmann2011 - Division of labor by dual feedback regulators controls JAK2/STAT5 signaling over broad ligand range | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000862 | Proctor2017- Role of microRNAs in osteoarthritis (Positive Feedback By Micro RNA) | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000863 | Kosinsky2018 - Radiation and PD-(L)1 treatment combinations | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000864 | Proctor2017- Role of microRNAs in osteoarthritis (Negative Feedback By MicroRNA) | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | no |
| BIOMD0000000865 | Nikolaev2019 - Immunobiochemical reconstruction of influenza lung infection-melanoma skin cancer interactions | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000866 | Simon2019 - NIK-dependent p100 processing into p52, Michaelis-Menten, SBML 2v4 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000867 | Coulibaly2019 - Interleukin-15 Signaling in HIF-1a Regulation in Natural Killer Cells | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000868 | Simon2019 - NIK-dependent p100 processing into p52, Mass Action, SBML 2v4 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000869 | Simon2019 - NIK-dependent p100 processing into p52 and IkBd degradation, Michaelis-Menten, SBML 2v4 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000870 | Simon2019 - NIK-dependent p100 processing into p52 and IkBd degradation, mass action, SBML 2v4 | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000871 | NIK-dependent p100 processing into p52 with RelB binding and IkBd degradation, mass action, SBML 2v4 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000872 | Verma2016 - HIV and HPV co-infection, T-cell response | Reactions, FunctionDefinitions, InitialAssignments, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000873 | Soni2018 - IL6 induced M2 Phenotype in Leishmania major infected macrophage | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000874 | Perelson1993 - HIVinfection_CD4Tcells_ModelA | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000875 | Nelson2000- HIV-1 general model 1 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000876 | Aavani2019 - The role of CD4 T cells in immune system activation and viral reproduction in a simple model for HIV infection | Reactions, FunctionDefinitions, InitialAssignments | pass | pass | fail | pass | pass | yes |
| BIOMD0000000877 | Ontah2019 - Dynamic analysis of a tumor treatment model using oncolytic virus and chemotherapy with saturated infection rate | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000878 | Lenbury2001_InsulinKineticsModel_A | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000879 | Rodrigues2019 - A mathematical model for chemoimmunotherapy of chronic lymphocytic leukemia | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000880 | Trisilowati2018 - Optimal control of tumor-immune system interaction with treatment | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000881 | Kogan2013 - A mathematical model for the immunotherapeutic control of the TH1 TH2 imbalance in melanoma | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000882 | Munz2009 - Zombie SIZRC | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000883 | Giani2019 - Computational modeling to predict MAP3K8 effects as mediator of resistance to vemurafenib in thyroid cancer stem cells | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000884 | Cortes2019 - Optimality of the spontaneous prophage induction rate. | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000885 | Sumana2018 - Mathematical modeling of cancer-immune system, considering the role of antibodies. | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000886 | Dubey2008 - Modeling the interaction between avascular cancerous cells and acquired immune response | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000887 | Lim2014 - HTLV-I infection A dynamic struggle between viral persistence and host immunity | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000888 | Unni2019 - Mathematical Modeling, Analysis, and Simulation of Tumor Dynamics with Drug Interventions | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000889 | Fribourg2014 - Model of influenza A virus infection dynamics of viral antagonism and innate immune response. | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000890 | Bhattacharya2014 - A mathematical model of the sterol regulatory element binding protein 2 cholesterol biosynthesis pathway | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000891 | Khajanchi2019 - Stability Analysis of a Mathematical Model forGlioma-Immune Interaction under OptimalTherapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000892 | Sandip2013 - Modeling the dynamics of hepatitis C virus with combined antiviral drug therapy: interferon and ribavirin. | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000893 | GonzalezMiranda2013 - The effect of circadian oscillations on biochemical cell signaling by NF-κB | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000894 | Bose2011 - Noise-assisted interactions of tumor and immune cells | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000895 | Schokker2013 - A mathematical model representing cellular immune development and response to Salmonella of chicken intestinal tissue | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000896 | Szymanska2009 - Mathematical modeling of heat shock protein synthesis in response to temperature change | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000897 | Khajanchi2015 - The combined effects of optimal control in cancer remission | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000898 | Jiao2018 - Feedback regulation in a stem cell model with acute myeloid leukaemia | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000899 | Ota2015 - Positive regulation of Rho GTPase activity by RhoGDIs as a result of their direct interaction with GAPs (GDI integrated) | Reactions, FunctionDefinitions, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000900 | Bianca2013 - Persistence analysis in a Kolmogorov-type model for cancer-immune system competition | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000901 | ChowHall2008 Dynamics of Human Weight Change_ODE_1 | Events, AssignmentRules, RateRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000902 | Wang2019 - A mathematical model of oncolytic virotherapy with time delay | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000903 | Solis-perez2019 - A fractional mathematical model of breast cancer competition model | Reactions, FunctionDefinitions | pass | pass | fail | pass | pass | yes |
| BIOMD0000000904 | Admon2017 - Modelling tumor growth with immune response and drug using ordinary differential equations | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000905 | Dubey2007 - A mathematical model for the effect of toxicant on the immune system (with toxicant effect) Model2 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000906 | Dubey2007 - A mathematical model for the effect of toxicant on the immune system (without toxicant effect) Model1 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000907 | HeberleRazquinNavas2019 - The PI3K and MAPK/p38 pathways control stress granuleassembly in a hierarchical manner model 3 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000908 | dePillis2013 - Mathematical modeling of regulatory T cell effects on renal cell carcinoma treatment | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000909 | dePillis2003 - The dynamics of an optimally controlled tumor model: A case study | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000910 | Isaeva2008 - Modelling of Anti-Tumour Immune Response Immunocorrective Effect of Weak Centimetre Electromagnetic Waves | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000911 | Merola2008 - An insight into tumor dormancy equilibrium via the analysis of its domain of attraction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000912 | Caravagna2010 - Tumour suppression by immune system | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000913 | dePillis2008 - Optimal control of mixed immunotherapy and chemotherapy of tumors | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000914 | Parra_Guillen2013 - Mathematical model approach to describe tumour response in mice after vaccine administration_model1 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000915 | Sun2018 - Instantaneous mutation rate in cancer initiation and progression | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000916 | Kraan199_Kinetics of Cortisol Metabolism and Excretion. | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000917 | Phillips2007_AscendingArousalSystem_SleepWakeDynamics | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000918 | Schwarz2018-Cdk Activity Threshold Determines Passage through the Restriction Point | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000919 | Ledzewicz2013 - On optimal chemotherapy with a strongly targeted agent for a model of tumor immune system interactions with generalized logistic growth | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000920 | Jarrett2015 - Modelling the interaction between immune response, bacterial dynamics and inflammatory damage | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000921 | Khajanchi2017 - Uniform Persistence and Global Stability for a Brain Tumor and Immune System Interaction | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000922 | Turner2015-Human/Mosquito ELP Model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000923 | Liò2012_Modelling osteomyelitis_Control Model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000924 | Smith2011 - Three Stage Innate Immune Response to a Pneumococcal Lung Infection | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | pass | yes |
| BIOMD0000000925 | Dunster2016 - Nondimensional Coagulation Model | Reactions, FunctionDefinitions, AssignmentRules, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000926 | Rhodes2019 - Immune-Mediated theory of Metastasis | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000927 | Grigolon2018-Responses to auxin signals | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000928 | Baker2017 - The role of cytokines, MMPs and fibronectin fragments osteoarthritis | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000929 | Li2016 - Model for pancreatic cancer patients receiving immunotherapy | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000930 | Liu2017 - chemotherapy targeted model of tumor immune system | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000931 | Voliotis2019-GnRH Pulse Generation | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000932 | Garde2020-Minimal model describing metabolic oscillations in Bacillus subtilis biofilms | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000933 | Kosiuk2015-Geometric analysis of the Goldbeter minimal model for the embryonic cell cycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000934 | Linke2017 - Synchronization of Cyclins' expression by the Fkh2 transcription factor in the budding yeast cell cycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000935 | Ferrel2011 - Cdk1 and APC regulation in cell cycle in Xenopus laevis | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000936 | ferrel2011 - autonomous biochemical oscillator in cell cycle in Xenopus laevis v2 | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000937 | Ferrel2011 - Autonomous biochemical oscillator in regulation of CDK1, Plk1, and APC in Xenopus Laevis cell cycle | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000938 | Gerard2013 - Model 3 - Embryonic-type eukaryotic Cell Cycle regulation based on negative feedback between Cdk/cyclin and APC and competitive inhibition between Cdk/cyclin and securin for polyubiquitylation_1 | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000939 | Iwamoto2010 - Cell cycle reponse to DNA damage | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000940 | Tang2019 - Pharmacology modelling of AURKB and ZAK interaction in TNBC | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000941 | Gerard2010 - Progression of mammalian cell cycle by successive activation of various cyclin cdk complexes | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000942 | Sible2007 - Mitotic cell cycle mecanism in Xenopus Laevis | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000943 | Hat2016 - Reponse of p53 System to irradiation in cell fate decision making | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000944 | Goldbeter2013-Oscillatory activity of cyclin-dependent kinases in the cell cycle | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000945 | Evans2004 - Cell based mathematical model of topotecan | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000946 | Evans2005 - Compartmental model for antineoplastic drug topotecan in breast cancer cells | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000947 | Lee2017 - Paracetamol first-pass metabolism PK model | AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000948 | Landberg2009 - Alkylresorcinol Dose Response | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000949 | Chitnis2008 - Mathematical model of malaria transmission | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000950 | Chitnis2012 - Model Rift Valley Fever transmission between cattle and mosquitoes (Model 1) | InitialAssignments, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000951 | Mitrophanov2015 - Simulating extended Hockin Blood Coagulation Model under varied pH | Reactions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000952 | Rodenfels2019 - Heat Oscillations Driven by the Embryonic Cell Cycle Reveal the Energetic Costs of Signaling | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000953 | Queralt2006 - Initiation of mitotic exit by downregulation of PP2A in budding yeast | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000954 | Pandey2018-reversible transition between quiescence and proliferation | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000955 | Giordano2020 - SIDARTHE model of COVID-19 spread in Italy | Reactions, Events, FunctionDefinitions, InitialAssignments | pass | pass | fail | pass | fail | yes |
| BIOMD0000000956 | Bertozzi2020 - SIR model of scenarios of COVID-19 spread in CA and NY | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000957 | Roda2020 - SIR model of COVID-19 spread in Wuhan | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000958 | Ndairou2020 - early-stage transmission dynamics of COVID-19 in Wuhan | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000959 | Kok2020 - IFNalpha-induced signaling in Huh7.5 cells | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000960 | Paiva2020 - SEIAHRD model of transmission dynamics of COVID-19 | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000961 | McDougal2017 - Metabolism in ischemic cardiomyocytes | Reactions, Events, FunctionDefinitions, AssignmentRules, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000962 | Zhao2020 - SUQC model of COVID-19 transmission dynamics in Wuhan, Hubei, and China | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000963 | Weitz2020 - SIR model of COVID-19 transmission with shielding | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000964 | Mwalili2020 - SEIR model of COVID-19 transmission and environmental pathogen prevalence | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000000965 | LeBeau1999 - IP3-dependent intracellular calcium oscillations due to agonist stimulation from Cholecytokinin | Reactions, FunctionDefinitions, AssignmentRules, RateRules, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000966 | Cui2008 - in vitro transcriptional response of zinc homeostasis system in Escherichia coli | Reactions, FunctionDefinitions, layout:package, render:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000967 | McLean1991 - Behaviour of HIV in the presence of zidovudine | Reactions, FunctionDefinitions, layout:package, render:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000968 | Palmer2008 - Negative Feedback in IL-7 mediated Jak-Stat signaling | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000969 | Cuadros2020 - SIHRD spatiotemporal model of COVID-19 transmission in Ohio | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000970 | Hou2020 - SEIR model of COVID-19 transmission in Wuhan | Reactions, FunctionDefinitions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000000971 | Tang2020 - Estimation of transmission risk of COVID-19 and impact of public health interventions | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000972 | Tang2020 - Estimation of transmission risk of COVID-19 and impact of public health interventions - update | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000973 | Dasgupta2020 - Reduced model of receptor clusturing and aggregation | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000974 | Carcione2020 - Deterministic SEIR simulation of a COVID-19 outbreak | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000975 | Leloup2004 - Mammalian Circadian Rhythm models for 23.8 and 24.2 hours timeperiod | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000976 | Ghanbari2020 - forecasting the second wave of COVID-19 in Iran | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000000977 | Sarkar2020 - SAIR model of COVID-19 transmission with quarantine measures in India | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000978 | Mukandavire2020 - SEIR model of early COVID-19 transmission in South Africa | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000979 | Malkov2020 - SEIRS model of COVID-19 transmission with reinfection | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000980 | Malkov2020 - SEIRS model of COVID-19 transmission with time-varying R values and reinfection | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000981 | Wan2020 - risk estimation and prediction of the transmission of COVID-19 in maninland China excluding Hubei province | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000982 | Law2020 - SIR model of COVID-19 transmission in Malyasia with time-varying parameters | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000983 | Zongo2020 - model of COVID-19 transmission dynamics under containment measures in France | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000984 | Fang2020 - SEIR model of COVID-19 transmission considering government interventions in Wuhan | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000985 | Gex-Fabry1984 - model of receptor-mediated endocytosis of EGF in BALB/c 3T3 cells | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000986 | Aubry1995 - Multi-compartment model of fluid-phase endocytosis kinetics in Dictyostelium discoideum | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000000987 | Aubry1995 - Nine-compartment model of fluid-phase endocytosis kinetics in Dictyostelium discoideum | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000988 | Westerhoff2020 - systems biology model of the coronavirus pandemic 2020 | Reactions, FunctionDefinitions, AssignmentRules, layout:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000000989 | Strasen2018 - TGFb SMAD Signalling - Dose dependent dynamics upon TGFb stimulation | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000990 | Strasen2018 - TGFb SMAD Signalling - Degradation of 25pM ligand (TGFb) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000991 | Okuonghae2020 - SEAIR model of COVID-19 transmission in Lagos, Nigeria | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000994 | Strasen2018 - TGFb SMAD Signalling - Restimulation with 5pM TGFb at 3hr | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000995 | Strasen2018 - TGFb SMAD Signalling - Restimulation with 5pM TGFb at 8hr | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000996 | Strasen2018 - TGFb SMAD Signalling - Restimulation with 100pM TGFb at 6hr | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000000997 | Strasen2018 - TGFb SMAD Signalling - DRB treatment | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000998 | Strasen2018 - TGFb SMAD Signalling Class 1 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000000999 | Strasen2018 - TGFb SMAD Signalling Class 2 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001000 | Strasen2018 - TGFb SMAD Signalling Class 3 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001001 | Strasen2018 - TGFb SMAD Signalling Class 4 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001002 | Strasen2018 - TGFb SMAD Signalling Class 5 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001003 | Strasen2018 - TGFb SMAD Signalling Class 6 | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001004 | Intosalmi2015 - Th17 core network model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001005 | Bae2017 - Mathematical analysis of circadian disruption and metabolic re-entrainment of hepatic gluconeogenesis | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001006 | Ciliberto2005 - Steady states and oscillations in the p53/Mdm2 network | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000001007 | Zhang2007 - Mechanism of DNA damage response (Model1) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001008 | Scaramellini1997 - Two-receptor:One-transducer (2R1T) model for analysis of interactions between agonists | AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000001009 | Zhang2007 - Mechanism of DNA damage response (Model2) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001010 | Zhang2007 - Mechanism of DNA damage response (Model3) | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001011 | Leon-Triana2020 - CAR T-cell therapy in B-cell acute lymphoblastic leukaemia | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001012 | Leon-Triana2020 - CAR T-cell therapy in B-cell acute lymphoblastic leukaemia with contribution from immature B cells | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001013 | Leon-Triana2021 - Competition between tumour cells and single-target CAR T-cells | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001014 | Leon-Triana2021 - Competition between tumour cells and dual-target CAR T-cells | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001015 | Jarrah2014 - mathematical model of the immune response in muscle degeneration and subsequent regeneration in Duchenne muscular dystrophy in mdx mice | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001016 | Bakshi2020 - Truncated minimal model of alternative pathway of complement system | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001017 | Bakshi2020 - Minimal model of alternative pathway of complement system | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001018 | Bakshi2020 - Properdin model of alternative pathway of complement system | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001019 | Barros2021 - CARTmath, Mathematical Model of CAR-T Immunotherapy in HDLM-2 cell line | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000001020 | Barros2021 - CARTmath, Mathematical Model of CAR-T Immunotherapy in Raji Cell Line | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000001021 | Lavigne2021 - Non-spatial model of viral infection dynamics and interferon response of well-mixed viral infection | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001022 | Creemers2021 - Tumor-immune dynamics and implications on immunotherapy responses | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001023 | Alharbi2020 - An ODE-based model of the dynamics of tumor cell progression and its effects on normal cell growth and immune system functionality | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001024 | Chaudhury2020 - Lotka-Volterra mathematical model of CAR-T cell and tumour kinetics | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001025 | Chaudhury2020 - EC50 expansion and killing mathematical model of CAR-T cell and tumour kinetics | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001026 | Kurlovics2021 - Metformin partitioning between plasma and RBC with independent Kin and Kout coefficients | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001027 | Zake2021 - PBPK model of metformin in mice: single dose peroral | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000001028 | Zake2021 - PBPK model of metformin in humans, single PO dose | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000001029 | Zake2021 - PBPK model of metformin in humans, eight PO administrations with 12h interval | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000001030 | Sontag2017 - Dynamic model of immune responses to antigen presentation by tumor or pathogen | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |
| BIOMD0000001031 | Al-Tuwairqi2020 - Dynamics of cancer virotherapy - Phase I treatment | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001032 | Al-Tuwairqi2020 - Dynamics of cancer radiovirotherapy - Phase II treatment | Reactions, Events, FunctionDefinitions | pass | pass | fail | pass | fail | yes |
| BIOMD0000001033 | Almuallem2020 - Virus-macrophage-tumour interactions in oncolytic viral therapies | Reactions, FunctionDefinitions | pass | pass | fail | pass | pass | yes |
| BIOMD0000001034 | Bunimovich-Mendrazitsky2007 - Mathematical model of BCG immunotherapy | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001035 | Al-Tuwairqi2020 - Dynamics of cancer virotherapy with immune response | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001036 | Cappuccio2007 - Tumor-immune system interactions and determination of the optimal therapeutic protocol in immunotherapy | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001037 | Alharbi2019 - Tumor-normal model (TNM) of the development of tumor cells and their impact on normal cell dynamics | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001038 | Alharbi2019 - Tumor-normal-vitamins model (TNVM) of the effects of vitamins on delaying the growth of tumor cells | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001039 | Zake2021 - PBPK model of metformin in mice: single dose intavenous | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001040 | Kurlovics2021 - Metformin partitioning from plasma to RBC, single coefficient | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001041 | Kimmel2021 - T cell competition and stochastic extinction events in CAR T cell therapy | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001042 | Makhlouf2020 - No treatment model of the role of CD4 T cells in tumor-immune interactions | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001043 | Wodarz2001 - Viruses as antitumor weapons | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | fail | pass | fail | yes |
| BIOMD0000001044 | Csikasz-Nagy2006 - Mammalian Cell Cycle model | Reactions, Events, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001045 | Smith&Moore2004 - The SIR model for the spread of HongKong Flu | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001047 | Collier1996 - Delta Notch intercellular signalling and lateral inhibition | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001048 | Siddhartha2002 - Kinetic modelling of cancer therapies | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001052 | Alharbi2020 - Tumor and immune system competition | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001053 | Garde2020 - metabolic oscillations in Bacillus subtilis biofilms | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001054 | Pearce2021 - Fibrin Polymerization | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001055 | Jeon2018 - Enzyme clustering in Glucose metabolism | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001056 | Chulian2021 - feedback signalling in B lymphopoeisis | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001057 | Nikolov2020 - p53-miR34 model | Reactions, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001058 | Novak2022 - Mitotic kinase oscillation | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001059 | Stucki2005 - caspase-3 metabolism | Reactions, Events, FunctionDefinitions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001060 | Frank2021 - Macrophage polarization | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001065 | vonDassow2000 - Segment Polarity Network model on 1x4 grid of cells | Reactions, FunctionDefinitions, AssignmentRules, layout:package, render:package | pass | pass | pass | pass | pass | yes |
| BIOMD0000001072 | Phillips2013 - physiologically based modeling explaining Mammalian rest/activity patterns | Reactions, Events, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001077 | Adlung2021 - Cell-to-cell variability in JAK2/STAT5 pathway | Reactions, FunctionDefinitions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001078 | Hammaren-Geissen2022_PPToP_Model12 | Reactions, InitialAssignments, AssignmentRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001079 | DeBoeck2021 - Modular approach to modeling the cell cycle, simple cell cycle model | Reactions, FunctionDefinitions, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001080 | DeBoeck2021 - Modular approach to modeling the cell cycle, 5 ODE model with 3 bistable switches | Reactions, FunctionDefinitions, AssignmentRules, RateRules | pass | pass | pass | pass | pass | yes |
| BIOMD0000001096 | Irani2015 - Genome-scale metabolic model of P.pastoris N-glycosylation | Reactions | pass | pass | pass | pass | pass | yes |
| BIOMD0000001098 | Feist2006_methanogenesis_OptiMethanol | Reactions | pass | pass | fail | pass | fail | no |
| BIOMD0000001099 | Richards2016 - Genome-scale metabolic reconstruction of Methanococcus maripaludis (iMR539) | Reactions | pass | pass | fail | pass | fail | no |
| BIOMD0000001102 | Burbano2023 - HGFsignaling_in_FattyLiverDisease | Reactions, InitialAssignments | pass | pass | pass | pass | pass | yes |
| BIOMD0000001103 | Palaniappan2021 - Cell free modelling of second generation Toehold switches | Reactions, FunctionDefinitions, AssignmentRules | pass | pass | pass | pass | pass | no |