Research Article

Elementary Mode Analysis for the Rational Design of Efficient Succinate Conversion from Glycerol by Escherichia coli

Table 1

Reactions and enzymes involved in Figure 1.

ReactionsGenesEnzymesAerobic/anaerobic specificityReferences

R1glpFglycerol facilitator[1]
R2gldAGlycerol dehydrogenase IIanaerobic[2]
R3dhaKLMPTS-dependent Dihydroxyacetone kinaseanaerobic[2]
R4glpKglycerol kinaseaerobic[1]
R5glpDGlycerol-3-phosphate dehydrogenaseaerobic[1]
R6sets of reactionsanaerobic[2]
R7dhaKATP-dependent Dihydroxyacetone kinase[2]
R10tpi12Triose-phosphate isomeraseKEGG
R11fbaFructose-bisphosphate aldolaseKEGG
R13fbpFructose-bisphosphataseKEGG
R14gpiGlucose-6-phosphate isomeraseKEGG
R15sets of reactionsKEGG
R16sets of reactionsKEGG
R17pykAFPyruvate kinaseKEGG
R20pdhPyruvate dehydrogenaseaerobic[3]
R21pflPyruvate formate-lyaseanaerobic[4]
R22gltA Citrate synthaseKEGG
R23acnB Aconitate hydrataseKEGG
R24icdIsocitrate dehydrogenaseKEGG
R25sucAB Oxoglutarate dehydrogenaseaerobic[5]
R26sucCDSuccinate-CoA ligaseaerobic[5]
R27sdhABCD Succinate dehydrogenaseKEGG
R28fumABCFumarate hydrataseKEGG
R29mdhMalate dehydrogenaseKEGG
R30sets of reactionsKEGG
R31rpeRibulose-phosphate 3-epimeraseKEGG
R32rpiARibose-5-phosphate isomeraseKEGG
R33tktTransketolaseKEGG
R34tktTransaldolaseKEGG
R35tktTransketolaseKEGG
R40ppcPEP carboxylaseKEGG
R41pckPEP carboxykinaseKEGG
R42malEmalic enzymeKEGG
R43aceA Isocitrate lyaseKEGG
R44aceB Malate synthaseKEGG
R50adhEAldehyde dehydrogenaseKEGG
R51ldhALactate dehydrogenaseKEGG
R52poxBpyruvate oxidaseaerobic[6]
R53pta,ackAPhosphate acetyltransferase, Acetate kinaseKEGG
R60Biomass formation[7]
R70ATP-hydrolysis[7]
R71Transhydrogenase[7]
R72respiratory chain 1aerobic[7]
R80Membrane transport reaction
R81Membrane transport reaction
R82Membrane transport reaction
R83Membrane transport reaction
R84 Membrane transport reaction  
R85Membrane transport reaction