#leloup5



#reactions
reaction_0:
 $pool = {1.0}Mb
  cell * function_0(vsb, K, m, Rn)
reaction_1:
 $pool = {1.0}Bc
  cell * function_1(k, Mb)
reaction_10:
 $pool = {1.0}Pc
  cell * function_1(k, Mp)
reaction_11:
 {1.0}Pcp = $pool
  cell * function_2(V, Pcp, Km)
reaction_12:
 {1.0}Pc = {1.0}Pcp
  cell * function_2(V, Pc, Km)
reaction_13:
 {1.0}Cc + {1.0}Pc = {1.0}PCc
  cell * (k1 * Cc * Pc - k2 * PCc)
reaction_14:
 {1.0}PCc = {1.0}PCcp
  cell * function_2(V, PCc, Km)
reaction_15:
 {1.0}PCcp = $pool
  cell * function_2(V, PCcp, Km)
reaction_16:
 {1.0}PCc = {1.0}PCn
  cell * (k1 * PCc - k2 * PCn)
reaction_17:
 {1.0}PCnp = $pool
  cell * k1 * PCnp
reaction_18:
 {1.0}Bcp = $pool
  cell * k1 * Bcp
reaction_19:
 {1.0}Bnp = $pool
  cell * k1 * Bnp
reaction_2:
 {1.0}Mb = $pool
  cell * k1 * Mb
reaction_20:
 $pool = {1.0}Mc
  cell * function_3(Vs, Bn, n, K)
reaction_21:
 {1.0}PCn = {1.0}PCnp
  cell * function_2(V, PCn, Km)
reaction_22:
 {1.0}Mp = $pool
  cell * k1 * Mp
reaction_23:
 {1.0}PCn + {1.0}Bn = {1.0}In
  cell * (k1 * PCn * Bn - k2 * In)
reaction_24:
 {1.0}Mb = $pool
  cell * function_2(V, Mb, Km)
reaction_25:
 {1.0}Mc = $pool
  cell * function_2(V, Mc, Km)
reaction_26:
 {1.0}Mp = $pool
  cell * function_2(V, Mp, Km)
reaction_27:
 {1.0}Pc = $pool
  cell * k1 * Pc
reaction_28:
 {1.0}Cc = $pool
  cell * k1 * Cc
reaction_29:
 {1.0}Pcp = $pool
  cell * k1 * Pcp
reaction_3:
 {1.0}Bc = {1.0}Bcp
  cell * function_2(V, Bc, Km)
reaction_30:
 {1.0}Ccp = $pool
  cell * k1 * Ccp
reaction_31:
 {1.0}PCcp = $pool
  cell * k1 * PCcp
reaction_32:
 {1.0}PCc = $pool
  cell * k1 * PCc
reaction_33:
 {1.0}PCnp = $pool
  cell * function_2(V, PCnp, Km)
reaction_34:
 {1.0}Bc = $pool
  cell * k1 * Bc
reaction_35:
 {1.0}Bcp = $pool
  cell * function_2(V, Bcp, Km)
reaction_36:
 {1.0}Bn = {1.0}Bnp
  cell * function_2(V, Bn, Km)
reaction_37:
 {1.0}Bnp = $pool
  cell * function_2(V, Bnp, Km)
reaction_38:
 {1.0}In = $pool
  cell * k1 * In
reaction_39:
 {1.0}In = $pool
  cell * function_2(V, In, Km)
reaction_4:
 {1.0}Bc = {1.0}Bn
  cell * (k1 * Bc - k2 * Bn)
reaction_40:
 {1.0}Bn = $pool
  cell * k1 * Bn
reaction_41:
 {1.0}Bcp = {1.0}Bc
  cell * function_2(V, Bcp, Km)
reaction_42:
 {1.0}Bnp = {1.0}Bn
  cell * function_2(V, Bnp, Km)
reaction_43:
 {1.0}Ccp = {1.0}Cc
  cell * function_2(V, Ccp, Km)
reaction_44:
 {1.0}Pcp = {1.0}Pc
  cell * function_2(V, Pcp, Km)
reaction_45:
 {1.0}PCnp = {1.0}PCn
  cell * function_2(V, PCnp, Km)
reaction_46:
 {1.0}PCn = $pool
  cell * k1 * PCn
reaction_47:
 {1.0}PCcp = {1.0}PCc
  cell * function_2(V, PCcp, Km)
reaction_48:
 $pool = {1.0}Mr
  cell * function_3(Vs, Bn, n, K)
reaction_49:
 {1.0}Mr = $pool
  cell * k1 * Mr
reaction_5:
 $pool = {1.0}Cc
  cell * function_1(k, Mc)
reaction_50:
 {1.0}Mr = $pool
  cell * function_2(V, Mr, Km)
reaction_51:
 $pool = {1.0}Rc
  cell * function_1(k, Mr)
reaction_52:
 {1.0}Rc = {1.0}Rn
  cell * (k1 * Rc - k2 * Rn)
reaction_53:
 {1.0}Rc = $pool
  cell * function_2(V, Rc, Km)
reaction_54:
 {1.0}Rc = $pool
  cell * k1 * Rc
reaction_55:
 {1.0}Rn = $pool
  cell * function_2(V, Rn, Km)
reaction_56:
 {1.0}Rn = $pool
  cell * k1 * Rn
reaction_6:
 {1.0}Mc = $pool
  cell * k1 * Mc
reaction_7:
 {1.0}Cc = {1.0}Ccp
  cell * function_2(V, Cc, Km)
reaction_8:
 {1.0}Ccp = $pool
  cell * function_2(V, Ccp, Km)
reaction_9:
 $pool = {1.0}Mp
  cell * function_3(parameter_0000097, Bn, n, K)


#parameters
reaction_0_vsb = 1.8
reaction_0_K = 1.0
reaction_0_m = 2.0
reaction_1_k = 0.32
reaction_2_k1 = 0.02
reaction_3_V = 1.4
reaction_3_Km = 1.006
reaction_4_k1 = 0.8
reaction_4_k2 = 0.4
reaction_5_k = 3.2
reaction_6_k1 = 0.02
reaction_7_V = 1.2
reaction_7_Km = 1.006
reaction_8_V = 1.4
reaction_8_Km = 0.3
reaction_9_n = 2.0
reaction_9_K = 0.6
reaction_10_k = 1.2
reaction_11_V = 3.4
reaction_11_Km = 0.3
reaction_12_V = 9.6
reaction_12_Km = 1.006
reaction_13_k1 = 0.8
reaction_13_k2 = 0.4
reaction_14_V = 2.4
reaction_14_Km = 1.006
reaction_15_V = 1.4
reaction_15_Km = 0.3
reaction_16_k1 = 0.8
reaction_16_k2 = 0.4
reaction_17_k1 = 0.02
reaction_18_k1 = 0.02
reaction_19_k1 = 0.02
reaction_20_Vs = 2.2
reaction_20_n = 2.0
reaction_20_K = 0.6
reaction_21_V = 2.4
reaction_21_Km = 1.006
reaction_22_k1 = 0.02
reaction_23_k1 = 1.0
reaction_23_k2 = 0.2
reaction_24_V = 1.3
reaction_24_Km = 0.4
reaction_25_V = 2.0
reaction_25_Km = 0.4
reaction_26_V = 2.2
reaction_26_Km = 0.3
reaction_27_k1 = 0.02
reaction_28_k1 = 0.02
reaction_29_k1 = 0.02
reaction_40_k1 = 0.02
reaction_41_V = 0.2
reaction_41_Km = 0.1
reaction_42_V = 0.4
reaction_42_Km = 0.1
reaction_43_V = 0.2
reaction_43_Km = 0.1
reaction_44_V = 0.6
reaction_44_Km = 0.1
reaction_45_V = 0.2
reaction_45_Km = 0.1
reaction_46_k1 = 0.02
reaction_47_V = 0.2
reaction_47_Km = 0.1
reaction_48_Vs = 1.6
reaction_48_n = 2.0
reaction_48_K = 0.6
reaction_49_k1 = 0.02
reaction_50_V = 1.6
reaction_50_Km = 0.4
reaction_51_k = 1.7
reaction_30_k1 = 0.02
reaction_31_k1 = 0.02
reaction_32_k1 = 0.02
reaction_33_V = 1.4
reaction_33_Km = 0.3
reaction_34_k1 = 0.02
reaction_35_V = 3.0
reaction_35_Km = 0.3
reaction_36_V = 1.4
reaction_36_Km = 1.006
reaction_37_V = 3.0
reaction_37_Km = 0.3
reaction_38_k1 = 0.02
reaction_39_V = 1.6
reaction_39_Km = 0.3
reaction_52_k1 = 0.8
reaction_52_k2 = 0.4
reaction_53_V = 4.4
reaction_53_Km = 0.3
reaction_54_k1 = 0.02
reaction_55_V = 0.8
reaction_55_Km = 0.3
reaction_56_k1 = 0.02
cell = 1.0


#initial values
Bc = 0.0
Bcp = 0.0
Bn = 0.0
Bnp = 0.0
Cc = 0.0
Ccp = 0.0
In = 0.0
Mb = 0.0
Mc = 0.0
Mp = 0.0
Mr = 0.0
PCc = 0.0
PCcp = 0.0
PCn = 0.0
PCnp = 0.0
Pc = 0.0
Pcp = 0.0
Rc = 0.0
Rn = 0.0


#assignment rules
!F parameter_0000097 = 2.4 + (3.0 - 2.4) * parameter_0000096
!F parameter_0000096 = function_5(12.0, time)