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Table 1 Deviations in metabolic fluxes between pairs of models

From: The effects of model complexity and size on metabolic flux distribution and control: case study in Escherichia coli

Comparison: model A/model B Reaction Absolute % deviation Flux [mmol/gDW/h]
Model A Model B
D1/D2 DALAtex 8.2  − 1.32E−02  − 1.43E−02
D2/D3 SEPHCHCS 295.6 7.76E−04 3.07E−03
D2/D3 SERt2rpp 2747.2  − 3.59E−04  − 1.02E−02
D2/D3 SERtex 2747.2  − 3.59E−04  − 1.02E−02
D2/D3 SHCHCS3 295.6 7.76E−04 3.07E−03
D2/D3 SO4t2pp 22.6 2.71E−01 3.32E−01
D2/D3 SO4tex 1.0 3.56E−01 3.53E−01
D2/D3 SPMDt3pp 1.2 3.66E−04 3.62E−04
D2/D3 SPMDtex 1.2  − 3.66E−04  − 3.62E−04
D2/D3 SUCCt2_2pp 75.3 4.01E−01 9.90E−02
D2/D3 SUCCt2_3pp 396.8 7.64E−02 3.80E−01
D2/D3 SUCCtex 464.1  − 5.08E−05  − 2.87E−04
D2/D3 SULabcpp 76.4 8.48E−02 2.00E−02
D2/D3 TALA 4.5 2.08E−01 2.17E−01
D2/D3 THD2pp 3.6 6.41E−01 6.64E−01
D2/D3 TRPt2rpp 77.6  − 2.40E−03  − 5.39E−04
D2/D3 TRPtex 77.6  − 2.40E−03  − 5.39E−04
D2/D3 TYRt2rpp 620.7  − 5.69E−04  − 4.10E−03
D2/D3 TYRtex 620.7  − 5.69E−04  − 4.10E−03
D2/D3 VALt2rpp 331.3  − 6.20E−04  − 2.67E−03
D2/D3 VALtex 331.3  − 6.20E−04  − 2.67E−03
D2/D3 XYLI2 33.2 9.19E−03 1.22E−02
D2/D3 ZN2tpp 4.8 1.89E−04 1.80E−04
D2/D3 ZNabcpp 478.5 1.91E−06 1.11E−05