vENOf
PG2 = PEP
vENOr
PEP = PG2
vG2K
Gly = PG2
vGAD
DGAT = KDG
vGAOR
GA = Gly
vGAPDH
BPG = GAP
vGAPN
GAP = PG3
vGDH
Glci = DGAT
vGlcUp
∅ = Glci
vIPGAMf
PG3 = PG2
vIPGAMr
PG2 = PG3
vKDGKi
KDG = KDPG
vKDPGA1f
KDG = Pyr + GA
vKDPGA1r
Pyr + GA = KDG
vKDPGA2f
KDPG = Pyr + GAP
vKDPGA2r
Pyr + GAP = KDPG
vPEPS
Pyr = PEP
vPGK
PG3 = BPG
vPK
PEP = Pyr
vdegBPG
BPG = ∅
vdegGAP
GAP = ∅
vdegPEP
PEP = ∅
vsinkGAP
GAP = ∅
vsinkPyr
Pyr = ∅
Assignment rules
VmGAvKDPGA1 = VmGAvKDPGA180 * volFactor
VmGAvGAOR = VmGAvGAOR80 * volFactor
VmKDGvKDPGA1 = VmKDGvKDPGA180 * volFactor
KdegBPG = KdegBPG80
VmPyrvKDPGA1 = VmPyrvKDPGA180 * volFactor
VmKDPGvKDPGA2 = VmKDPGvKDPGA280 * volFactor
VmGlcUp = VmGlcUp80 * volFactor
VmGlyvG2K = VmGlyvG2K80 * volFactor
VmKDGvKDGKi = VmKDGvKDGKi80 * volFactor
VmPG3vIPGAMc = VmPG3vIPGAMc80 * volFactor
VmPyrvPEPS = VmPyrvPEPS80 * volFactor
VmGAPvKDPGA2 = VmGAPvKDPGA280 * volFactor
VmPEPvENOa = VmPEPvENOa80 * volFactor
KdegGAP = KdegGAP80
VmPG3vPGK = VmPG3vPGK80 * volFactor
VmPEPvPK = VmPEPvPK80 * volFactor
VmPyrvKDPGA2 = VmPyrvKDPGA280 * volFactor
VmBPGvPGK = VmBPGvPGK80 * volFactor
KdegPEP = KdegPEP80
VmDGatvGAD = VmDGatvGAD80 * volFactor
VmGAPvGAPDH = VmGAPvGAPDH80 * volFactor
VmGlcvGDH = VmGlcvGDH80 * volFactor
VmPG2vIPGAMa = VmPG2vIPGAMa80 * volFactor
VmGAPvGAPN = VmGAPvGAPN80 * volFactor
Glci0 = KmGlcvGDH * VmGlcUp / (-VmGlcUp + VmGlcvGDH)
VmBPGvGAPDH = VmBPGvGAPDH80 * volFactor
VmPG2vENOc = VmPG2vENOc80 * volFactor
Function definitions
Note that constraints are not enforced in simulations. It remains the responsibility of the user to verify that simulation results satisfy these constraints.
No manuscript information is available for this model.
No additional notes are available for this model.