begin name
kallenberger4
end name

begin reactions
reaction1 {1.0}FADD = {1.0}DISC
reaction10 {1.0}DISCp55 = {1.0}p43
reaction11 {1.0}DISCp55 = {1.0}p43
reaction12 {1.0}DISCp55 = {1.0}p43
reaction13 {1.0}p30 = {1.0}p18 + {1.0}DISC
reaction14 {1.0}p30 = {1.0}p18 + {1.0}DISC
reaction15 {1.0}p30 = {1.0}p18 + {1.0}DISC
reaction16 {1.0}p18 = {1.0}p18inactive
reaction17 {1.0}Bid = {1.0}tBid
reaction18 {1.0}PrNESmCherry = {1.0}PrNES + {1.0}mCherry
reaction19 {1.0}PrERmGFP = {1.0}PrER + {1.0}mGFP
reaction2 {1.0}DISC = {1.0}FADD
reaction3 {1.0}p55free + {1.0}DISC = {1.0}DISCp55
reaction4 {1.0}DISCp55 = {1.0}p30
reaction5 {1.0}DISCp55 = {1.0}p30
reaction6 {1.0}DISCp55 = {1.0}p30
reaction7 {1.0}p43 = {1.0}p18 + {1.0}DISC
reaction8 {1.0}p43 = {1.0}p18 + {1.0}DISC
reaction9 {1.0}p43 = {1.0}p18 + {1.0}DISC
end reactions

begin rate equations
reaction1 = CD95act*cell*konFADD*FADD[t]
reaction10 = cell*kD374*DISCp55[t]
reaction11 = cell*kD374transp55*DISCp55[t]*(DISCp55[t] + p30[t])
reaction12 = cell*kD374transp43*DISCp55[t]*p43[t]
reaction13 = cell*kD374*p30[t]
reaction14 = cell*kD374transp55*p30[t]*(DISCp55[t] + p30[t])
reaction15 = cell*kD374transp43*p30[t]*p43[t]
reaction16 = cell*kdissp18*p18[t]
reaction17 = cell*kBid*Bid[t]*(p18[t] + p43[t])
reaction18 = cell*kD374probe*(p18[t] + p43[t])*PrNESmCherry[t]
reaction19 = cell*kD374probe*p18[t]*PrERmGFP[t]
reaction2 = cell*koffFADD*DISC[t]
reaction3 = cell*kDISC*DISC[t]*p55free[t]
reaction4 = cell*kD216*DISCp55[t]
reaction5 = cell*kD216transp55*DISCp55[t]*(DISCp55[t] + p30[t])
reaction6 = cell*kD216transp43*DISCp55[t]*p43[t]
reaction7 = cell*kD216*p43[t]
reaction8 = cell*kD216transp55*(DISCp55[t] + p30[t])*p43[t]
reaction9 = cell*kD216transp43*p43[t]^2
end rate equations

begin parameters
KDL = 30.0060394758199
KDR = 57.2050013008496
kBid = 0.00052134055139547
kD216 = 0.00639775937416746
kD216transp43 = "5.29906975294056e-05"
kD216transp55 = 0.000223246421372882
kD374 = 0.000644612643975149
kD374probe = 0.00153710001025539
kD374transp43 = 0.00413530054938906
kD374transp55 = 0.000543518631342483
kDISC = 0.000364965874405544
kdissp18 = 0.064713651554491
koffFADD = 0.00130854998177646
konFADD = 0.00108871858684363
cell = 1.0
end parameters

begin initial conditions
Bid[0] = Bidi
CD95[0] = CD95i
CD95L[0] = CD95Li
DISC[0] = DISCi
DISCp55[0] = DISCp55i
FADD[0] = FADDi
PrER[0] = PrERi
PrERmGFP[0] = PrERmGFPi
PrNES[0] = PrNESi
PrNESmCherry[0] = PrNESmCherryi
mCherry[0] = mCherryi
mGFP[0] = mGFPi
p18[0] = p18i
p18inactive[0] = p18inactivei
p30[0] = p30i
p43[0] = p43i
p55free[0] = p55freei
tBid[0] = tBidi
end initial conditions

begin initial values
Bidi = 224.0
CD95i = 12.0
CD95Li = 16.6
DISCi = 0.0
DISCp55i = 0.0
FADDi = 90.0
PrERi = 0.0
PrERmGFPi = 3316.0
PrNESi = 0.0
PrNESmCherryi = 1909.0
mCherryi = 0.0
mGFPi = 0.0
p18i = 0.0
p18inactivei = 0.0
p30i = 0.0
p43i = 0.0
p55freei = 127.0
tBidi = 0.0
end initial values

begin assignment rules
CD95act := (KDL^2*CD95[t]^3*CD95L[t])/((KDL + CD95L[t])*(KDL^2*KDR + KDL^2*CD95[t]^2 + 2*KDL*KDR*CD95L[t] + KDR*CD95L[t]^2))
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