#kouril8

FIX: GA pi sink

#reactions
v1:
 {1.0}ATP + {1.0}P3G = {1.0}ADP + {1.0}BPG
  protPGK * (-VmrPGK * ADP * BPG / (KpgkADP * KpgkBPG) + VmfPGK * ATP * P3G / (KpgkATP * KpgkP3G)) / ((1 + ADP / KiADP) * (1 + P3G / KpgkP3G * (1 + ATP / KpgkATP) + BPG / KpgkBPG * (1 + ADP / KpgkADP)))
v2:
 {1.0}ADP + {1.0}pep = {1.0}ATP + {1.0}pyr
  kPK * ADP * pep
v3:
 {1.0}BPG = {1.0}pi + {1.0}P3G
  kdbpg * BPG
v4:
 {1.0}nadph + {1.0}BPG = {1.0}pi + {1.0}nadp + {1.0}gap
  protGAPdh * ((-Vmarev * (gap * nadp / (Kgap * Knadp)) * (pi / Kpi) + Vmfor * BPG * nadph / (KBPG * Knadph)) / ((1 + nadp / Knadp + nadph / Knadph) * ((1 + gap / Kgap) * (1 + pi / Kpi) + BPG / KBPG)))
v5:
 {1.0}nadp + {1.0}glc = {1.0}nadph + {1.0}GA
  kGDH * glc * nadp
v6:
 {1.0}gap = {1.0}sink
  kdgap * gap


#parameters
KBPG = 0.0895997307185501
Kgap = 3.09006
KiADP = 1.01661161972841
Knadp = 0.204381
Knadph = 0.092444
KpgkADP = 0.374683891073216
KpgkATP = 9.30939957007288
KpgkBPG = 0.00824346710166223
KpgkP3G = 0.567800672197298
Kpi = 112.39
Vmarev = 35.871
VmfPGK = 17.2125572084323
Vmfor = 23.3991
VmrPGK = 37.9602642543915
kGDH = 10.0
kPK = 50.0
kdbpg = 0.736416
kdgap = 0.0559
protGAPdh = 0.0421
protPGK = 0.0045
sink2 = 0.0
GA = 0.0
pi = 0.0
sink = 0.0
default = 1.0


#initial values
ADP = 0.0
ATP = 10.0
BPG = 0.0
P3G = 3.0
gap = 0.0
glc = 10.0
nadp = 0.0
nadph = 0.2
pep = 5.0
pyr = 0.4


#assignment rules