begin name
koo1
end name

begin reactions
re10 {1.0}s11 = {1.0}s3
re11 {1.0}s13 = {1.0}s12
re12 {1.0}s3 = {1.0}s9
re3 {1.0}s4 = {1.0}s3
re4 {1.0}s5 = {1.0}s2
re5 {1.0}s7 = {1.0}s6
re6 {1.0}s6 = {1.0}s8
re7 {1.0}s2 = {1.0}s3
re8 {1.0}s3 = {1.0}s9
re9 {1.0}s3 = {1.0}s10
end reactions

begin rate equations
re10 = dotqinpass
re11 = re11unisec
re12 = (dotVp*s3[t]^2)/(K4^2 + s3[t]^2)
re3 = -(k6*s3[t]*(BT - s4[t])) + k7*s4[t]
re4 = kCCE*((Cao*fracK)/(Cao + K3) - s2[t])*(s1[t] - s2[t])
re5 = (k1*(RT - half*RT*(E^(-(s12[t]/tauI)) + E^(-(s12[t]/tauII)) + ((E^(-(s12[t]/tauI)) - E^(-(s12[t]/tauII)))*(tauI + tauII))/(tauI - tauII)))*s3[t])/(K1 + s3[t])
re6 = k2*s6[t]
re7 = k5*s2[t]^2 - (k4*s3[t]^2)/(K3 + s3[t])^2 + (k3*kCICR*s2[t]*s3[t]*s6[t]^3)/((KCICR + s3[t])*(K2 + s6[t])^3)
re8 = (dotVhi*s3[t]^4)/(Khi^4 + s3[t]^4)
re9 = (dotVex*s3[t])/(K5 + s3[t])
end rate equations

begin parameters
BT = 120000.0
Cao = 100.0
K1 = 0.0
K2 = 200.0
K3 = 150.0
K4 = 80.0
K5 = 321.0
KCICR = 0.0
Khi = 380.0
RT = 44000.0
dotVex = 9165.0
dotVhi = 2380.0
dotVp = 815.0
dotqinpass = 3000.0
fracK = 7071067.81
half = 0.5
k1 = 0.0006
k2 = 1.0
k3 = 3.32
k4 = 2500.0
k5 = "5e-11"
k6 = 0.05
k7 = 150.0
kCCE = 0.0
kCICR = 1.0
tauI = 66.0
tauII = 0.01
re11unisec = 1.0
c1 = 1.0
c2 = 1.0
default = 1.0
end parameters

begin initial conditions
s1[0] = s1i
s10[0] = s10i
s11[0] = s11i
s119[0] = s119i
s12[0] = s12i
s13[0] = s13i
s2[0] = s2i
s3[0] = s3i
s4[0] = s4i
s5[0] = s5i
s6[0] = s6i
s7[0] = s7i
s8[0] = s8i
s9[0] = s9i
end initial conditions

begin initial values
s1i = 1500000.0
s10i = 0.0
s11i = 0.0
s119i = 0.0
s12i = 0.0
s13i = 0.0
s2i = 2830000.0
s3i = 117.2
s4i = 3870.0
s5i = 0.0
s6i = 0.0
s7i = 0.0
s8i = 0.0
s9i = 0.0
end initial values

begin assignment rules
end assignment rules

begin function definitions
end function definitions

begin events
end events

begin process annotations
end process annotations

begin species annotations
end species annotations

begin units
end units