begin name
koo3
end name

begin reactions
re102 {1.0}s95 = {1.0}s93
re103 {1.0}s94 = {1.0}s92
re104 {1.0}s91 + {1.0}s93 = {1.0}s110
re105 {1.0}s110 = {1.0}s112
re106 {1.0}s112 + {1.0}s111 = {1.0}s113
re107 {1.0}s113 = {1.0}s114 + {1.0}s93
re108 {1.0}s98 = {1.0}s91
re109 {1.0}s114 = {1.0}s98 + {1.0}s111
re110 {1.0}s115 = {1.0}s106
re111 {1.0}s108 = {1.0}s115
re112 {1.0}s103 = {1.0}s102
re113 {1.0}s102 = {1.0}s103
re114 {1.0}s97 = {1.0}s101
re115 {1.0}s101 = {1.0}s97
re116 {1.0}s96 = {1.0}s100
re117 {1.0}s100 = {1.0}s96
re118 {1.0}s99 = {1.0}s104
re119 {1.0}s104 = {1.0}s99
re120 {1.0}s106 = {1.0}s35
re121 {1.0}s37 = {1.0}s51
re122 {1.0}s38 = {1.0}s39
re123 {1.0}s43 = {1.0}s100
re124 {1.0}s100 = {1.0}s43
re125 {1.0}s44 = {1.0}s104
re126 {1.0}s104 = {1.0}s44
re127 {1.0}s42 = {1.0}s107
re128 {1.0}s107 = {1.0}s42
re129 {1.0}s105 = {1.0}s49
end reactions

begin rate equations
re102 = (E^(re102unity - (s39[t]/re102tf)^0.35)*re102normal*(re102unity - (s39[t]/re102tf)^0.35))/((re102tinynum + s39[t])/re102unimol)^0.65
re103 = E^(re103unity - (s39[t]/re103tf)^1.3)*re103normal*(s39[t]/re103unimol)^0.3*(re103unity - (s39[t]/re103tf)^1.3)
re104 = -(re104kr3*s110[t]) + re104k3*s91[t]*s93[t]
re105 = -(re105kr4*s112[t]) + re105k4*s110[t]*s92[t]
re106 = re106k5*s111[t]*s112[t] - re106kr5*s113[t]
re107 = re107k6*s113[t] - re107kr6*s114[t]*s93[t]
re108 = (re108V8*s98[t])/(re108Km8 + s98[t])
re109 = re109k7*s114[t]
re110 = re110k25*s115[t]
re111 = re111k24t1*s107[t] + re111k24t2*s49[t]
re112 = (re112k9*s103[t]*s114[t])/(re112Km9 + s103[t])
re113 = (re113V10*s102[t])/(re113Km10 + s102[t])
re114 = (re114k11*s102[t]*s97[t])/(re114Km11 + s97[t])
re115 = (re115V12*s101[t])/(re115Km12 + s101[t])
re116 = (re116k13*s101[t]*s96[t])/(re116Km13 + s96[t])
re117 = (re117V14*s100[t])/(re117Km14 + s100[t])
re118 = (re118k17*s43[t]*s99[t])/(re118Km17 + s99[t])
re119 = (re119V18*s104[t])/(re119Km18 + s104[t])
re120 = re120k26*s106[t]
re121 = (re121V27*s106[t])/(re121Km27 + s106[t])
re122 = re122unitime
re123 = (re123V16*s43[t])/(re123Km16 + s43[t])
re124 = (re124k15*s100[t]*s101[t])/(re124Km15 + s100[t])
re125 = (re125V20*s44[t])/(re125Km20 + s44[t])
re126 = (re126k19*s104[t]*s43[t])/(re126Km19 + s104[t])
re127 = (re127k21*s42[t]*s44[t])/(re127Km21 + s42[t])
re128 = (re128V22*s107[t])/(re128Km22 + s107[t])
re129 = (29.256*E^(re129tau*(re129delay - s39[t]/re129tc)))/((1 + 2*E^(re129tau*(re129delay - s39[t]/re129tc)) + E^(2*re129tau*(re129delay - s39[t]/re129tc)))*re129uc)
end rate equations

begin parameters
re102normal = 4.0
re102tf = 60.0
re102unity = 1.0
re102unimol = 1.0
re102tinynum = "1e-06"
re103normal = 0.026
re103tf = 540.0
re103unity = 1.0
re103unimol = 1.0
re104k3 = 0.1
re104kr3 = 1.0
re105k4 = 8.33
re105kr4 = 5.0
re106k5 = 60.0
re106kr5 = 546.0
re107k6 = 2040.0
re107kr6 = 15700.0
re108V8 = 154.0
re108Km8 = 340.0
re109k7 = 40.8
re110k25 = 0.001
re111k24t1 = 0.00012
re111k24t2 = "9e-06"
re112k9 = 0.222
re112Km9 = 0.181
re113V10 = 0.289
re113Km10 = 0.0571
re114k11 = 0.035
re114Km11 = 10.0
re115Km12 = 8.0
re115V12 = 0.125
re116k13 = 0.005
re116Km13 = 15.0
re117Km14 = 15.0
re117V14 = 0.375
re118k17 = 0.002
re118Km17 = 30.0
re119Km18 = 15.0
re119V18 = 0.05
re120k26 = "2.8e-05"
re121V27 = 0.02824
re121Km27 = 16.0
re122unitime = 1.0
re123V16 = 0.375
re123Km16 = 15.0
re124k15 = 0.005
re124Km15 = 15.0
re125V20 = 0.05
re125Km20 = 15.0
re126k19 = 0.002
re126Km19 = 30.0
re127Km21 = 25.0
re127k21 = "4e-05"
re128Km22 = 5.0
re128V22 = 0.002
re129tau = 0.55
re129tc = 3600.0
re129uc = 3600.0
re129delay = 5.0
re129unity = 20.0
c1 = 1.0
c3 = 1.0
default = 1.0
end parameters

begin initial conditions
s100[0] = s100i
s101[0] = s101i
s102[0] = s102i
s103[0] = s103i
s104[0] = s104i
s105[0] = s105i
s106[0] = s106i
s107[0] = s107i
s108[0] = s108i
s110[0] = s110i
s111[0] = s111i
s112[0] = s112i
s113[0] = s113i
s114[0] = s114i
s115[0] = s115i
s119[0] = s119i
s35[0] = s35i
s37[0] = s37i
s38[0] = s38i
s39[0] = s39i
s42[0] = s42i
s43[0] = s43i
s44[0] = s44i
s49[0] = s49i
s51[0] = s51i
s91[0] = s91i
s92[0] = s92i
s93[0] = s93i
s94[0] = s94i
s95[0] = s95i
s96[0] = s96i
s97[0] = s97i
s98[0] = s98i
s99[0] = s99i
end initial conditions

begin initial values
s100i = 0.288
s101i = 1.486
s102i = 0.616
s103i = 119.384
s104i = 0.003
s105i = 0.0
s106i = 3.214
s107i = 0.0
s108i = 0.0
s110i = 0.857
s111i = 3.23
s112i = 15.962
s113i = 5.577
s114i = 1.193
s115i = 0.09
s119i = 0.0
s35i = 0.0
s37i = 10000.0
s38i = 0.0
s39i = 0.0
s42i = 50.0
s43i = 0.006
s44i = 0.0
s49i = 10.0
s51i = 34.98
s91i = 819.25
s92i = 18.0
s93i = 0.605
s94i = 72.0
s95i = 57.0
s96i = 299.706
s97i = 98.514
s98i = 157.162
s99i = 299.997
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