begin name
arnold7
end name

begin reactions
ATPS {1.0}ADP + {1.0}Pi = {1.0}ATP
Diffu {1.0}Suc = {1.0}SucV
F6PTK1 {1.0}HeP = {1.0}TPGA + {1.0}E4P
FBPAase {2.0}TP = {1.0}HeP + {1.0}Pi
FBPcAase {2.0}TPc = {1.0}HePc + {1.0}Pic
PGAred {1.0}PGA + {1.0}ATP = {1.0}TP + {1.0}ADP + {1.0}Pi
Respi {1.0}Suc = {1.0}$Resp
Ru5PK {1.0}Ru5P + {1.0}ATP = {1.0}RuBP + {1.0}ADP
RuBisCO {1.0}RuBP + {1.0}$CO2 = {2.0}PGA
S7PTK1R5PI {1.0}S7P = {1.0}TPGA + {1.0}Ru5P
SBPAase {1.0}E4P + {1.0}TP = {1.0}S7P + {1.0}Pi
StarchP {1.0}GG + {1.0}Pi = {1.0}HeP
StarchS {1.0}ATP + {1.0}HeP = {1.0}GG + {1.0}ADP + {2.0}Pi
SucS {2.0}HePc + {1.0}UTP = {1.0}Suc + {1.0}UDP + {3.0}Pic
TK2Ru5PE {1.0}TPGA + {1.0}TP = {1.0}Ru5P
TPT {1.0}TP + {1.0}Pic = {1.0}TPc + {1.0}Pi
Transl {1.0}Suc = {1.0}$E
UTPS {1.0}UDP + {1.0}Pic = {1.0}UTP
end reactions

begin rate equations
ATPS = ATPSk1*chloroplast*ADP[t]*Pi[t]
Diffu = D*Suc[t] - D*SucV[t]
F6PTK1 = chloroplast*F6PTK1k1*HeP[t]
FBPAase = chloroplast*(-(FBPAasek2*HeP[t]*Pi[t]) + FBPAasek1*TP[t]^2)
FBPcAase = cytosol*FBPcAasek1*TPc[t]^2
PGAred = chloroplast*PGAredk1*ATP[t]*PGA[t]
Respi = r*Suc[t]
Ru5PK = chloroplast*Ru5PKk1*ATP[t]*Ru5P[t]
RuBisCO = chloroplast*CO2*RuBisCOk1*RuBP[t]
S7PTK1R5PI = chloroplast*S7PTK1R5PIk1*S7P[t]
SBPAase = chloroplast*SBPAasek1*E4P[t]*TP[t]
StarchP = chloroplast*StarchPk1*GG[t]*Pi[t]
StarchS = chloroplast*StarchSk1*ATP[t]*HeP[t]
SucS = function1[v15]
TK2Ru5PE = chloroplast*TK2Ru5PEk1*TP[t]*TPGA[t]
TPT = TPTk1*Pic[t]*TP[t]
Transl = -(E*phi) + phi*Suc[t]
UTPS = UTPSk1*Pic[t]*UDP[t]
end rate equations

begin parameters
D = 0.0001
phi = 0.0001
r = "3e-05"
CO2 = 31.0
E = 0.5
Resp = 1.0
RuBisCOk1 = 0.006
PGAredk1 = 0.0207
FBPAasek1 = 4.0
FBPAasek2 = 0.0
F6PTK1k1 = 0.031
SBPAasek1 = 3.1
S7PTK1R5PIk1 = 0.31
TK2Ru5PEk1 = 6.2
Ru5PKk1 = 0.031
ATPSk1 = 0.279
StarchSk1 = 0.002
StarchPk1 = "4e-05"
TPTk1 = 0.5
FBPcAasek1 = 1.55
UTPSk1 = 0.00755
chloroplast = 1.0
cytosol = 1.0
phloem = 1.0
vacuole = 1.0
end parameters

begin initial conditions
ADP[0] = ADPi
ATP[0] = ATPi
E4P[0] = E4Pi
GG[0] = GGi
HeP[0] = HePi
HePc[0] = HePci
PGA[0] = PGAi
Pi[0] = Pii
Pic[0] = Pici
Ru5P[0] = Ru5Pi
RuBP[0] = RuBPi
S7P[0] = S7Pi
Suc[0] = Suci
SucV[0] = SucVi
TP[0] = TPi
TPGA[0] = TPGAi
TPc[0] = TPci
UDP[0] = UDPi
UTP[0] = UTPi
end initial conditions

begin initial values
ADPi = 0.53
ATPi = 3.875
E4Pi = 0.05
GGi = 99.9999999999999
HePi = 2.2
HePci = 0.1
PGAi = 2.4
Pii = 2.5
Pici = 0.8
Ru5Pi = 0.05
RuBPi = 2.0
S7Pi = 2.0
Suci = 77.31
SucVi = 77.31
TPi = 0.5
TPGAi = 0.2
TPci = 0.114
UDPi = 1.613
UTPi = 3.871
end initial values

begin assignment rules
v15 := 0.0258*HePc[t]*UTP[t]
end assignment rules

begin function definitions
function1[v_] := v
end function definitions

begin events
end events

begin process annotations
end process annotations

begin species annotations
end species annotations

begin units
end units