Table 5.
Metabolic flux equations of A. pasteurianus JST-S.
| Metabolic notes | NO. | Flux equations | Metabolic notes | NO. | Flux equations |
|---|---|---|---|---|---|
| G6P | 1 | p1−p2−p3−p24 = 0 | Fum | 18 | p21−p22 = 0 |
| 2 | p2−p3 = 0 | Mal | 19 | p22−p23 = 0 | |
| F6P | 3 | p2+p4−p6−p26 = 0 | OAA | 20 | p9−p13−p17+p23−p31 = 0 |
| Ru5P | 4 | p3−p4−p5−p25 = 0 | BiomassG6P | 21 | p24−0.005349p33 = 0 |
| 5 | p4−0.5 × p5 = 0 | BiomassF6P | 22 | p25−0.001644p33 = 0 | |
| G3P | 6 | p5+p6−0.5 × p7−p27 = 0 | BiomassRu5P | 23 | p26−0.008948p33 = 0 |
| PEP | 7 | p7−p8−p9−p29 = 0 | BiomassG3P | 24 | p27−0.001291p33 = 0 |
| 8 | p8−6 × p9 = 0 | BiomassPEP | 25 | p28−0.006889p33 = 0 | |
| Pyr | 9 | p8−p10−p11−p12+p13−p29 = 0 | BiomassPyr | 26 | p29−0.03604p33 = 0 |
| 10 | 4 × p12−p13 = 0 | BiomassAc−CoA | 27 | p30−0.004139p33 = 0 | |
| Pyr → Ace | 11 | p11−p14 = 0 | BiomassOAA | 28 | p31−0.01959p33 = 0 |
| Ac-CoA | 12 | p10−p17−p30 = 0 | Biomassα−Ket | 29 | p32−0.002744p33 = 0 |
| AC.H. | 13 | p15−p16 = 0 | Substrates | 30 | p1 = ΔGlc |
| Cit | 14 | p17−p18 = 0 | 31 | p15 = ΔEtOH | |
| Isoc | 15 | p18−p19 = 0 | Products | 32 | p14+p16 = ΔAce |
| a-Ket | 16 | p19−p20−p32 = 0 | 33 | p33 = ΔBM | |
| Suc | 17 | p20−p21 = 0 |
ΔGlc, the glucose consumption; ΔEtOH, the ethanol consumption; ΔAce, acetic acid production; ΔBM, the variation of biomass.