#thomsen2



#reactions
Reaction_1:
 {1.0}D + {1.0}R = {1.0}DR
  cell * (k1 * D * R - k7 * DR)
Reaction_2:
 {1.0}DR + {1.0}G_GDP = {1.0}DRG_GDP
  cell * (k2 * DR * G_GDP - k8 * DRG_GDP)
Reaction_3:
 {1.0}DRG_GDP = {1.0}GDP + {1.0}DRG
  cell * (k3 * DRG_GDP - k9 * GDP * DRG)
Reaction_4:
 {1.0}DRG + {1.0}GTP = {1.0}DRG_GTP
  cell * (k4 * DRG * GTP - k10 * DRG_GTP)
Reaction_5:
 {1.0}DRG_GTP = {1.0}G_GTP + {1.0}DR
  cell * k5 * DRG_GTP
Reaction_6:
 {1.0}G_GTP = {1.0}G_GDP
  cell * k6 * G_GTP


#parameters
Reaction_1_k1 = 5000000.0
Reaction_1_k7 = 10.0
Reaction_2_k2 = 100000000.0
Reaction_2_k8 = 0.1
Reaction_3_k3 = 5.0
Reaction_3_k9 = 100000.0
Reaction_4_k4 = 5000000.0
Reaction_4_k10 = 55.0
Reaction_5_k5 = 1.0
Reaction_6_k6 = 2.0
cell = 1.0


#initial values
D = 3.1e-05
DR = 0.0
DRG = 0.0
DRG_GDP = 0.0
DRG_GTP = 0.0
GDP = 0.0
GTP = 1e-05
G_GDP = 1e-06
G_GTP = 0.0
R = 1e-10


#assignment rules