Reaction Subsets for Lysine Synthesis in H. pylori
| 1 | ASPB1, METL1, ASD, DAPA, DAPB, DAPD, DAPC, DAPE, DAPF, LYSA, MAEB, MDH, OOR, ALATP, SUCTP, FRDO, ATPA, NH3TP, ALAxt, NH3xt, SUCCxt, LYS |
| 2 | SDAA, SERA, SERC, SERB |
| 3 | PUTA1, PROC |
| 4 | PUTA2, ORNTRSN, ROCF, ARGTP, UREASE, ARGxt |
| 5 | DADA, ALR |
| 6 | ASNA, ANSB |
| 7 | PGI, FBP, FBA, TPI, GAP, PGK, PGL |
| 8 | PGM, ENO, PPSA |
| 9 | GND, RPI, RPE, TAL, TKTA1, TKTA2 |
| 10 | EDD, EDA |
| 11 | GLTA, ACNB, ICD |
| 12 | POR, FLDO |
| 13 | CDSA, CDH, CMKA, NDK3 |
| 14 | GUAB, GUAA, GUAC |
| 15 | NDK5, TMK2, DUT |
| 16 | PTA, ACKA |
| 17 | ACTP, ACxt |
| 18 | PROTP1, NATP |
| 19 | LACTP, DLD, LACxt |
| 20 | BC1O, O2TP, O2xt |
| 21 | CO2TP, CO2xt |
[i] Each of the reactions subsets are correlated in the extreme pathways that correspond to lysine production in H. pylori.For example, in every extreme pathway, the reactions SDAA, SERA, SERC, SERB (group 2) are either used together or not used at all.