Maximize single objective function, hard bounds.

The model contains:

23 species (A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, X, Y)
1 compartment (Cell)
1 objective (OBJF)

The active objective is OBJF, which is to be maximized: + 1 R26

There are 26 reactions, and 52 flux bounds:

Reaction	Rate
R01: X → A	R01 ≥ 0 && R01 ≤ 1
R02: A → B	R02 ≥ −1000 && R02 ≤ 1000
R03: A → C	R03 ≥ −1000 && R03 ≤ 1000
R04: C → B	R04 ≥ −1000 && R04 ≤ 1000
R05: B → D	R05 ≥ 0 && R05 ≤ 1000
R06: D → E	R06 ≥ 0 && R06 ≤ 1000
R07: E → F	R07 ≥ 0 && R07 ≤ 1000
R08: F → I	R08 ≥ 0 && R08 ≤ 1000
R09: D → G	R09 ≥ 0 && R09 ≤ 1000
R10: G → H	R10 ≥ 0 && R10 ≤ 1000
R11: H → I	R11 ≥ 0 && R11 ≤ 1000
R12: I → J	R12 ≥ 0 && R12 ≤ 1000
R13: J → K	R13 ≥ 0 && R13 ≤ 1000
R14: K → L	R14 ≥ −1000 && R14 ≤ 1000
R15: L → Q	R15 ≥ 0 && R15 ≤ 1000
R16: J → M	R16 ≥ 0 && R16 ≤ 1000
R17: M → N	R17 ≥ 0 && R17 ≤ 1000
R18: N → Q	R18 ≥ 0 && R18 ≤ 1000
R19: K → O	R19 ≥ −1000 && R19 ≤ 1000
R20: O → P	R20 ≥ −1000 && R20 ≤ 1000
R21: P → L	R21 ≥ −1000 && R21 ≤ 1000
R22: Q → R	R22 ≥ 0 && R22 ≤ 1000
R23: R → S	R23 ≥ −1000 && R23 ≤ 1000
R24: R → S	R24 ≥ 0 && R24 ≤ 1000
R25: A + T → 0.5S + U	R25 ≥ 0 && R25 ≤ 1000
R26: S → Y	R26 ≥ 0 && R26 ≤ 1000