- Author:
- Shelley Fong <s.fong@auckland.ac.nz>
- Date:
- 2022-02-22 14:14:19+13:00
- Desc:
- Direct from Pan code
- Permanent Source URI:
- https://models.cellml.org/workspace/6d7/rawfile/58424fcf9c90f67e489c1f1e8b1cc20ec938dd58/pan_code_LCC.txt
def model cardiac_AP as
def unit J_per_K_per_mol as
unit joule;
unit kelvin {expo: -1};
unit mole {expo: -1};
enddef;
def unit C_per_mol as
unit coulomb;
unit mole {expo: -1};
enddef;
def unit fF as
unit farad {pref: femto};
enddef;
def unit fmol as
unit mole {pref: femto};
enddef;
def unit per_fmol as
unit fmol {expo: -1};
enddef;
def unit fmol_per_sec as
unit fmol;
unit second {expo: -1};
enddef;
def unit fC as
unit coulomb {pref: femto};
enddef;
def unit fA as
unit ampere {pref: femto};
enddef;
def unit J_per_mol as
unit joule;
unit mole {expo: -1};
enddef;
def unit volt_per_sec as
unit volt;
unit second {expo: -1};
enddef;
def unit mM as
unit mole {pref: milli};
unit litre {expo: -1};
enddef;
def comp environment as
// Time
var t: second {init: 0};
// Physical parameters
var R: J_per_K_per_mol {init: 8.314};
var T: kelvin {init: 310};
var F: C_per_mol {init: 96485};
// Bond graph parameters
var C_m: fF {init: 153400};
var K_000_LCC: per_fmol {init: 1.3174};
var K_000_Na: per_fmol {init: 0.0073376};
var K_001_LCC: per_fmol {init: 1565.0581};
var K_001_Na: per_fmol {init: 23718.0222};
var K_00_K: per_fmol {init: 128.6868};
var K_010_LCC: per_fmol {init: 53.3957};
var K_010_Na: per_fmol {init: 17499.8767};
var K_011_LCC: per_fmol {init: 63435.6844};
var K_011_Na: per_fmol {init: 56566767727.4036};
var K_01_K: per_fmol {init: 22.3033};
var K_020_LCC: per_fmol {init: 28.5543};
var K_021_LCC: per_fmol {init: 33923.3476};
var K_100_LCC: per_fmol {init: 0.26529};
var K_100_Na: per_fmol {init: 1.5633e-05};
var K_101_LCC: per_fmol {init: 315.1706};
var K_101_Na: per_fmol {init: 50.5317};
var K_10_K: per_fmol {init: 16.5777};
var K_10_NaK: per_fmol {init: 5076.1941};
var K_110_LCC: per_fmol {init: 10.7528};
var K_110_Na: per_fmol {init: 37.2839};
var K_111_LCC: per_fmol {init: 12774.6463};
var K_111_Na: per_fmol {init: 120516694.0958};
var K_11_K: per_fmol {init: 2.8732};
var K_11_NaK: per_fmol {init: 10.4383};
var K_120_LCC: per_fmol {init: 5.7502};
var K_121_LCC: per_fmol {init: 6831.4667};
var K_12_NaK: per_fmol {init: 1.7361};
var K_13_NaK: per_fmol {init: 1.155};
var K_14_NaK: per_fmol {init: 319.1183};
var K_15_NaK: per_fmol {init: 6250238.4012};
var K_1_NCX: per_fmol {init: 160144852.2746};
var K_1_NaK: per_fmol {init: 321178904.6865};
var K_200_Na: per_fmol {init: 9.9918e-08};
var K_201_Na: per_fmol {init: 0.32298};
var K_20_K: per_fmol {init: 8.5423};
var K_210_Na: per_fmol {init: 0.2383};
var K_211_Na: per_fmol {init: 770290.0911};
var K_21_K: per_fmol {init: 1.4805};
var K_2_NCX: per_fmol {init: 407.3479};
var K_2_NaK: per_fmol {init: 31093.1227};
var K_300_Na: per_fmol {init: 1.9159e-09};
var K_301_Na: per_fmol {init: 0.006193};
var K_310_Na: per_fmol {init: 0.0045694};
var K_311_Na: per_fmol {init: 14770.0739};
var K_3_NCX: per_fmol {init: 22191.7214};
var K_3_NaK: per_fmol {init: 12.0404};
var K_4_NCX: per_fmol {init: 119580.5289};
var K_4_NaK: per_fmol {init: 3.1105};
var K_5_NCX: per_fmol {init: 10363474.1803};
var K_5_NaK: per_fmol {init: 3.2141};
var K_6_NCX: per_fmol {init: 199.44};
var K_6_NaK: per_fmol {init: 170.6981};
var K_7_NaK: per_fmol {init: 10036.4321};
var K_8_NaK: per_fmol {init: 31550.6969};
var K_9_NaK: per_fmol {init: 9874266.4618};
var K_CMDN: per_fmol {init: 22.0647};
var K_CMDNCa: per_fmol {init: 0.044337};
var K_C_K1: per_fmol {init: 1.329};
var K_C_Kp: per_fmol {init: 41.6265};
var K_Cae: per_fmol {init: 0.16293};
var K_Cai: per_fmol {init: 0.022218};
var K_H: per_fmol {init: 0.060187};
var K_Ke: per_fmol {init: 0.059344};
var K_Ki: per_fmol {init: 0.0080926};
var K_MgADP: per_fmol {init: 7.1044e-05};
var K_MgATP: per_fmol {init: 3.6718};
var K_Nae: per_fmol {init: 0.017678};
var K_Nai: per_fmol {init: 0.0024108};
var K_O_K1: per_fmol {init: 15967.3543};
var K_O_Kp: per_fmol {init: 145.607};
var K_P: per_fmol {init: 0.060187};
var K_TRPN: per_fmol {init: 37.1165};
var K_TRPNCa: per_fmol {init: 0.015668};
var kappa_10_NaK: fmol_per_sec {init: 1045757.658};
var kappa_11_NaK: fmol_per_sec {init: 311526.5915};
var kappa_12_NaK: fmol_per_sec {init: 1873089.8475};
var kappa_13_NaK: fmol_per_sec {init: 168.3622};
var kappa_14_NaK: fmol_per_sec {init: 22.4585};
var kappa_15_NaK: fmol_per_sec {init: 0.0049006};
var kappa_1_NCX: fmol_per_sec {init: 256862.245};
var kappa_1_NaK: fmol_per_sec {init: 104.5833};
var kappa_2_NCX: fmol_per_sec {init: 21141816.1231};
var kappa_2_NaK: fmol_per_sec {init: 270075.4148};
var kappa_3_NCX: fmol_per_sec {init: 6834.2872};
var kappa_3_NaK: fmol_per_sec {init: 906610.9954};
var kappa_4_NCX: fmol_per_sec {init: 21141816.1231};
var kappa_4_NaK: fmol_per_sec {init: 3509448.0698};
var kappa_5_NCX: fmol_per_sec {init: 256862.245};
var kappa_5_NaK: fmol_per_sec {init: 5858.2952};
var kappa_6_NCX: fmol_per_sec {init: 1.7753};
var kappa_6_NaK: fmol_per_sec {init: 8.3375};
var kappa_7_NaK: fmol_per_sec {init: 1.1523};
var kappa_8_NaK: fmol_per_sec {init: 1.1055};
var kappa_9_NaK: fmol_per_sec {init: 2150.4256};
var kappa_K: fmol_per_sec {init: 43947.9368};
var kappa_K1: fmol_per_sec {init: 25.0154};
var kappa_Kp: fmol_per_sec {init: 252.3419};
var kappa_LCC_Ca1: fmol_per_sec {init: 31.5432};
var kappa_LCC_Ca2: fmol_per_sec {init: 58.9849};
var kappa_LCC_K1: fmol_per_sec {init: 0.068076};
var kappa_LCC_K2: fmol_per_sec {init: 0.1273};
var kappa_Na: fmol_per_sec {init: 32.858};
var kappa_X00: fmol_per_sec {init: 0.034684};
var kappa_X01: fmol_per_sec {init: 0.20012};
var kappa_X10: fmol_per_sec {init: 0.13462};
var kappa_X11: fmol_per_sec {init: 0.77675};
var kappa_b1: fmol_per_sec {init: 839.7697};
var kappa_b2: fmol_per_sec {init: 1412.6324};
var kappa_d000: fmol_per_sec {init: 369.4994};
var kappa_d001: fmol_per_sec {init: 0.31102};
var kappa_d010: fmol_per_sec {init: 9.1161};
var kappa_d011: fmol_per_sec {init: 0.0076733};
var kappa_d020: fmol_per_sec {init: 17.0469};
var kappa_d021: fmol_per_sec {init: 0.014349};
var kappa_f1_000: fmol_per_sec {init: 0.68071};
var kappa_f1_001: fmol_per_sec {init: 0.00057297};
var kappa_f1_100: fmol_per_sec {init: 3.3802};
var kappa_f1_101: fmol_per_sec {init: 0.0028452};
var kappa_f2_000: fmol_per_sec {init: 1.2467};
var kappa_f2_001: fmol_per_sec {init: 0.0010494};
var kappa_f2_100: fmol_per_sec {init: 6.1907};
var kappa_f2_101: fmol_per_sec {init: 0.0052109};
var kappa_f3_010: fmol_per_sec {init: 3502.1028};
var kappa_f3_011: fmol_per_sec {init: 2.9478};
var kappa_f3_110: fmol_per_sec {init: 17390.563};
var kappa_f3_111: fmol_per_sec {init: 14.6381};
var kappa_fCa00: fmol_per_sec {init: 106492.3187};
var kappa_fCa01: fmol_per_sec {init: 2627.333};
var kappa_fCa02: fmol_per_sec {init: 4913.0371};
var kappa_fCa10: fmol_per_sec {init: 528814.1044};
var kappa_fCa11: fmol_per_sec {init: 13046.6757};
var kappa_fCa12: fmol_per_sec {init: 24396.9083};
var kappa_gK1: fmol_per_sec {init: 848.2812};
var kappa_gKp: fmol_per_sec {init: 24.0195};
var kappa_h000: fmol_per_sec {init: 0.045709};
var kappa_h001: fmol_per_sec {init: 1.4141e-08};
var kappa_h100: fmol_per_sec {init: 21.4544};
var kappa_h101: fmol_per_sec {init: 6.6373e-06};
var kappa_h200: fmol_per_sec {init: 3356.675};
var kappa_h201: fmol_per_sec {init: 0.0010384};
var kappa_h300: fmol_per_sec {init: 175057.5863};
var kappa_h301: fmol_per_sec {init: 0.054157};
var kappa_i00: fmol_per_sec {init: 7.7389};
var kappa_i10: fmol_per_sec {init: 60.0742};
var kappa_i20: fmol_per_sec {init: 116.5836};
var kappa_j000: fmol_per_sec {init: 0.017824};
var kappa_j010: fmol_per_sec {init: 7.4736e-09};
var kappa_j100: fmol_per_sec {init: 8.3662};
var kappa_j110: fmol_per_sec {init: 3.5079e-06};
var kappa_j200: fmol_per_sec {init: 1308.9427};
var kappa_j210: fmol_per_sec {init: 0.00054883};
var kappa_j300: fmol_per_sec {init: 68264.0876};
var kappa_j310: fmol_per_sec {init: 0.028623};
var kappa_m000: fmol_per_sec {init: 5117405.6443};
var kappa_m001: fmol_per_sec {init: 1.5832};
var kappa_m010: fmol_per_sec {init: 2.1457};
var kappa_m011: fmol_per_sec {init: 6.6381e-07};
var kappa_m100: fmol_per_sec {init: 1601300127.6001};
var kappa_m101: fmol_per_sec {init: 495.389};
var kappa_m110: fmol_per_sec {init: 671.4132};
var kappa_m111: fmol_per_sec {init: 0.00020771};
var kappa_m200: fmol_per_sec {init: 125266701374.7363};
var kappa_m201: fmol_per_sec {init: 38753.3515};
var kappa_m210: fmol_per_sec {init: 52523.3901};
var kappa_m211: fmol_per_sec {init: 0.016249};
var nK: dimensionless {init: 0.5};
var nK_stim: dimensionless;
var nNae_NCX: dimensionless {init: 3};
var nNai_NCX: dimensionless {init: 3};
var zCa: dimensionless {init: 2};
var zF_5: C_per_mol {init: -5301.979};
var zF_8: C_per_mol {init: -91183.021};
var zK: dimensionless {init: 1};
var zNa: dimensionless {init: 1};
var z_fK1: dimensionless {init: 0.033569};
var z_fX: dimensionless {init: 0.51923};
var z_fXi: dimensionless {init: 0};
var z_f_Kp: dimensionless {init: 0};
var z_fd: dimensionless {init: 2.1404};
var z_ff1: dimensionless {init: -1.1495};
var z_ff2: dimensionless {init: 0.72162};
var z_ff3: dimensionless {init: 4.2933};
var z_fh: dimensionless {init: -4.1892};
var z_fj: dimensionless {init: -4.0381};
var z_fm: dimensionless {init: 0.49541};
var z_rCa: dimensionless {init: 2};
var z_rK1: dimensionless {init: 3.1153};
var z_rX: dimensionless {init: -0.73169};
var z_rXi: dimensionless {init: 0.83216};
var z_r_Kp: dimensionless {init: -4.4669};
var z_rd: dimensionless {init: -2.1404};
var z_rf1: dimensionless {init: 1.8993};
var z_rf2: dimensionless {init: -0.52288};
var z_rf3: dimensionless {init: 0};
var z_rh: dimensionless {init: 1.2995};
var z_rj: dimensionless {init: 1.4281};
var z_rm: dimensionless {init: -2.4284};
var zf_NCX: dimensionless {init: -0.55679};
var zr_NCX: dimensionless {init: 0.44321};
// Inputs
var I_stim: fA;
nK_stim = F;
var stimPeriod: second {init: 1};
var stimDuration: second {init: 0.0001};
var tPeriod: second;
tPeriod = t-floor(t/stimPeriod)*stimPeriod;
I_stim = sel
case (tPeriod >= 0.3{second}) and (tPeriod <= 0.3{second}+stimDuration):
0.03{volt}*C_m/stimDuration;
otherwise:
0.0{fA};
endsel;
// States (and initial conditions)
var x_Cae: fmol {init: 9.3276};
var x_Cai: fmol {init: 0.00456};
var x_Ke: fmol {init: 27.9828};
var x_Ki: fmol {init: 5510};
var x_Nae: fmol {init: 725.48};
var x_Nai: fmol {init: 380};
var q_mem: fC {init: -13039};
var x_CMDN: fmol {init: 1.8088};
var x_CMDNCa: fmol {init: 0.0912};
var x_TRPN: fmol {init: 2.1452};
var x_TRPNCa: fmol {init: 0.51484};
var x_P1_NCX: fmol {init: 0.00072174};
var x_P2_NCX: fmol {init: 0.00072174};
var x_P3_NCX: fmol {init: 0.00072174};
var x_P4_NCX: fmol {init: 0.00072174};
var x_P5_NCX: fmol {init: 0.00072174};
var x_P6_NCX: fmol {init: 0.00072174};
var x_H: fmol {init: 0.0030534};
var x_MgADP: fmol {init: 1.33};
var x_MgATP: fmol {init: 264.1};
var x_P7: fmol {init: 0.0078543};
var x_P_i: fmol {init: 15.0898};
var x_P14: fmol {init: 0.0078543};
var x_P15: fmol {init: 0.0078543};
var x_P1: fmol {init: 0.0078543};
var x_P2: fmol {init: 0.0078543};
var x_P3: fmol {init: 0.0078543};
var x_P4: fmol {init: 0.0078543};
var x_P5: fmol {init: 0.0078543};
var x_P6: fmol {init: 0.0078543};
var x_P10: fmol {init: 0.0078543};
var x_P11: fmol {init: 0.0078543};
var x_P12: fmol {init: 0.0078543};
var x_P13: fmol {init: 0.0078543};
var x_P8: fmol {init: 0.0078543};
var x_P9: fmol {init: 0.0078543};
var x_C_Kp: fmol {init: 9.6314e-07};
var x_O_Kp: fmol {init: 2.4078e-07};
var x_C_K1: fmol {init: 5.6606e-06};
var x_O_K1: fmol {init: 1.4151e-06};
var x_S00_K: fmol {init: 4.5648e-06};
var x_S01_K: fmol {init: 1.1412e-06};
var x_S10_K: fmol {init: 2.2824e-06};
var x_S11_K: fmol {init: 5.706e-07};
var x_S20_K: fmol {init: 2.853e-07};
var x_S21_K: fmol {init: 7.1325e-08};
var x_S000_LCC: fmol {init: 3.6989e-07};
var x_S010_LCC: fmol {init: 7.3239e-05};
var x_S020_LCC: fmol {init: 3.6989e-07};
var x_S100_LCC: fmol {init: 3.7363e-09};
var x_S110_LCC: fmol {init: 7.3979e-07};
var x_S120_LCC: fmol {init: 3.7363e-09};
var x_S001_LCC: fmol {init: 4.1099e-08};
var x_S011_LCC: fmol {init: 8.1377e-06};
var x_S021_LCC: fmol {init: 4.1099e-08};
var x_S101_LCC: fmol {init: 4.1514e-10};
var x_S111_LCC: fmol {init: 8.2199e-08};
var x_S121_LCC: fmol {init: 4.1514e-10};
var x_S000_Na: fmol {init: 0.00012033};
var x_S010_Na: fmol {init: 1.337e-05};
var x_S100_Na: fmol {init: 4.0111e-05};
var x_S110_Na: fmol {init: 4.4568e-06};
var x_S200_Na: fmol {init: 4.4568e-06};
var x_S210_Na: fmol {init: 4.952e-07};
var x_S300_Na: fmol {init: 1.6507e-07};
var x_S310_Na: fmol {init: 1.8341e-08};
var x_S001_Na: fmol {init: 1.337e-05};
var x_S011_Na: fmol {init: 1.4856e-06};
var x_S101_Na: fmol {init: 4.4568e-06};
var x_S111_Na: fmol {init: 4.952e-07};
var x_S201_Na: fmol {init: 4.952e-07};
var x_S211_Na: fmol {init: 5.5022e-08};
var x_S301_Na: fmol {init: 1.8341e-08};
var x_S311_Na: fmol {init: 2.0379e-09};
// Constitutive equations
// C:Cae
var mu_Cae: J_per_mol;
var v_Cae: fmol_per_sec;
v_Cae = f_22;
ode(x_Cae, t) = v_Cae;
mu_Cae = R*T*ln(K_Cae*x_Cae);
// C:Cai
var mu_Cai: J_per_mol;
var v_Cai: fmol_per_sec;
v_Cai = f_21;
ode(x_Cai, t) = v_Cai;
mu_Cai = R*T*ln(K_Cai*x_Cai);
// C:Ke
var mu_Ke: J_per_mol;
var v_Ke: fmol_per_sec;
v_Ke = f_7;
ode(x_Ke, t) = v_Ke;
mu_Ke = R*T*ln(K_Ke*x_Ke);
// C:Ki
var mu_Ki: J_per_mol;
var v_Ki: fmol_per_sec;
v_Ki = f_6;
ode(x_Ki, t) = v_Ki;
mu_Ki = R*T*ln(K_Ki*x_Ki);
// C:Nae
var mu_Nae: J_per_mol;
var v_Nae: fmol_per_sec;
e_1 = mu_Nae;
v_Nae = f_1;
ode(x_Nae, t) = v_Nae;
mu_Nae = R*T*ln(K_Nae*x_Nae);
// C:Nai
var mu_Nai: J_per_mol;
var v_Nai: fmol_per_sec;
v_Nai = f_15;
ode(x_Nai, t) = v_Nai;
mu_Nai = R*T*ln(K_Nai*x_Nai);
// C:mem
var V_mem: volt;
var I_mem: fA;
I_mem = f_11;
ode(q_mem, t) = I_mem;
V_mem = q_mem/C_m;
// f_11 = f_4+f_10+f_12+f_18+f_23+f_30;
// f4 v_Na
// f10 v_K
// f_12 vLCC
// f_18 v_NaK
// f_23 NCX
// f_30 I_stim
vLCC = f_60-f_62-f_63;
f_60 =
v_f2_001*(z_rf2-z_ff2)
+v_f3_011*(z_rf3-z_ff3)
+v_f1_101*(z_rf1-z_ff1)
+v_f2_101*(z_rf2-z_ff2)
+v_f3_111*(z_rf3-z_ff3)
+v_f1_001*(z_rf1-z_ff1)
+v_d021*(z_rd-z_fd)
+v_d011*(z_rd-z_fd)
+v_d001*(z_rd-z_fd)
+v_f3_110*(z_rf3-z_ff3)
+v_f2_100*(z_rf2-z_ff2)
+v_f1_100*(z_rf1-z_ff1)
+v_f3_010*(z_rf3-z_ff3)
+v_f2_000*(z_rf2-z_ff2)
+v_f1_000*(z_rf1-z_ff1)
+v_d020*(z_rd-z_fd)
+v_d010*(z_rd-z_fd)
+v_d000*(z_rd-z_fd)
f_62 = zCa*(v_LCC_Ca1) + zCa*(v_LCC_Ca2);
f_63 = zK*(v_LCC_K1) +zK*(v_LCC_K2);
// C:CMDN
var mu_CMDN: J_per_mol;
var v_CMDN: fmol_per_sec;
e_36 = mu_CMDN;
v_CMDN = -f_36;
ode(x_CMDN, t) = v_CMDN;
mu_CMDN = R*T*ln(K_CMDN*x_CMDN);
// C:CMDNCa
var mu_CMDNCa: J_per_mol;
var v_CMDNCa: fmol_per_sec;
e_42 = mu_CMDNCa;
v_CMDNCa = f_42;
ode(x_CMDNCa, t) = v_CMDNCa;
mu_CMDNCa = R*T*ln(K_CMDNCa*x_CMDNCa);
// C:TRPN
var mu_TRPN: J_per_mol;
var v_TRPN: fmol_per_sec;
e_35 = mu_TRPN;
v_TRPN = -f_35;
ode(x_TRPN, t) = v_TRPN;
mu_TRPN = R*T*ln(K_TRPN*x_TRPN);
// C:TRPNCa
var mu_TRPNCa: J_per_mol;
var v_TRPNCa: fmol_per_sec;
e_41 = mu_TRPNCa;
v_TRPNCa = f_41;
ode(x_TRPNCa, t) = v_TRPNCa;
mu_TRPNCa = R*T*ln(K_TRPNCa*x_TRPNCa);
// Re:b1
var Af_b1: J_per_mol;
var Ar_b1: J_per_mol;
var v_b1: fmol_per_sec;
Af_b1 = e_37;
Ar_b1 = e_39;
f_37 = v_b1;
f_39 = v_b1;
v_b1 = kappa_b1*(exp(Af_b1/(R*T))-exp(Ar_b1/(R*T)));
// Re:b2
var Af_b2: J_per_mol;
var Ar_b2: J_per_mol;
var v_b2: fmol_per_sec;
Af_b2 = e_38;
Ar_b2 = e_40;
f_38 = v_b2;
f_40 = v_b2;
v_b2 = kappa_b2*(exp(Af_b2/(R*T))-exp(Ar_b2/(R*T)));
// C:P1_NCX
var mu_P1_NCX: J_per_mol;
var v_P1_NCX: fmol_per_sec;
e_72 = mu_P1_NCX;
v_P1_NCX = f_72;
ode(x_P1_NCX, t) = v_P1_NCX;
mu_P1_NCX = R*T*ln(K_1_NCX*x_P1_NCX);
// C:P2_NCX
var mu_P2_NCX: J_per_mol;
var v_P2_NCX: fmol_per_sec;
e_79 = mu_P2_NCX;
v_P2_NCX = f_79;
ode(x_P2_NCX, t) = v_P2_NCX;
mu_P2_NCX = R*T*ln(K_2_NCX*x_P2_NCX);
// C:P3_NCX
var mu_P3_NCX: J_per_mol;
var v_P3_NCX: fmol_per_sec;
e_95 = mu_P3_NCX;
v_P3_NCX = f_95;
ode(x_P3_NCX, t) = v_P3_NCX;
mu_P3_NCX = R*T*ln(K_3_NCX*x_P3_NCX);
// C:P4_NCX
var mu_P4_NCX: J_per_mol;
var v_P4_NCX: fmol_per_sec;
e_91 = mu_P4_NCX;
v_P4_NCX = f_91;
ode(x_P4_NCX, t) = v_P4_NCX;
mu_P4_NCX = R*T*ln(K_4_NCX*x_P4_NCX);
// C:P5_NCX
var mu_P5_NCX: J_per_mol;
var v_P5_NCX: fmol_per_sec;
e_90 = mu_P5_NCX;
v_P5_NCX = f_90;
ode(x_P5_NCX, t) = v_P5_NCX;
mu_P5_NCX = R*T*ln(K_5_NCX*x_P5_NCX);
// C:P6_NCX
var mu_P6_NCX: J_per_mol;
var v_P6_NCX: fmol_per_sec;
e_67 = mu_P6_NCX;
v_P6_NCX = f_67;
ode(x_P6_NCX, t) = v_P6_NCX;
mu_P6_NCX = R*T*ln(K_6_NCX*x_P6_NCX);
// Re:r1
var Af_r1: J_per_mol;
var Ar_r1: J_per_mol;
var v_r1: fmol_per_sec;
Af_r1 = e_75;
Ar_r1 = e_76;
f_75 = v_r1;
f_76 = v_r1;
v_r1 = kappa_1_NCX*(exp(Af_r1/(R*T))-exp(Ar_r1/(R*T)));
// Re:r2
var Af_r2: J_per_mol;
var Ar_r2: J_per_mol;
var v_r2: fmol_per_sec;
Af_r2 = e_81;
Ar_r2 = e_93;
f_81 = v_r2;
f_93 = v_r2;
v_r2 = kappa_2_NCX*(exp(Af_r2/(R*T))-exp(Ar_r2/(R*T)));
// Re:r3
var Af_r3: J_per_mol;
var Ar_r3: J_per_mol;
var v_r3: fmol_per_sec;
Af_r3 = e_94;
Ar_r3 = e_92;
f_94 = v_r3;
f_92 = v_r3;
v_r3 = kappa_3_NCX*(exp(Af_r3/(R*T))-exp(Ar_r3/(R*T)));
// Re:r4
var Af_r4: J_per_mol;
var Ar_r4: J_per_mol;
var v_r4: fmol_per_sec;
Af_r4 = e_88;
Ar_r4 = e_87;
f_88 = v_r4;
f_87 = v_r4;
v_r4 = kappa_4_NCX*(exp(Af_r4/(R*T))-exp(Ar_r4/(R*T)));
// Re:r5
var Af_r5: J_per_mol;
var Ar_r5: J_per_mol;
var v_r5: fmol_per_sec;
Af_r5 = e_84;
Ar_r5 = e_83;
f_84 = v_r5;
f_83 = v_r5;
v_r5 = kappa_5_NCX*(exp(Af_r5/(R*T))-exp(Ar_r5/(R*T)));
// Re:r6
var Af_r6: J_per_mol;
var Ar_r6: J_per_mol;
var v_r6: fmol_per_sec;
Af_r6 = e_69;
Ar_r6 = e_70;
f_69 = v_r6;
f_70 = v_r6;
v_r6 = kappa_6_NCX*(exp(Af_r6/(R*T))-exp(Ar_r6/(R*T)));
// C:H
var mu_H: J_per_mol;
var v_H: fmol_per_sec;
v_H = f_109;
ode(x_H, t) = 0{fmol_per_sec};
mu_H = R*T*ln(K_H*x_H);
// C:MgADP
var mu_MgADP: J_per_mol;
var v_MgADP: fmol_per_sec;
v_MgADP = f_105;
ode(x_MgADP, t) = 0{fmol_per_sec};
mu_MgADP = R*T*ln(K_MgADP*x_MgADP);
// C:MgATP
var mu_MgATP: J_per_mol;
var v_MgATP: fmol_per_sec;
v_MgATP = f_111;
ode(x_MgATP, t) = 0{fmol_per_sec};
mu_MgATP = R*T*ln(K_MgATP*x_MgATP);
// C:P7
var mu_P7: J_per_mol;
var v_P7: fmol_per_sec;
v_P7 = f_104;
ode(x_P7, t) = v_P7;
mu_P7 = R*T*ln(K_7_NaK*x_P7);
// C:P_i
var mu_P_i: J_per_mol;
var v_P_i: fmol_per_sec;
v_P_i = f_110;
ode(x_P_i, t) = 0{fmol_per_sec};
mu_P_i = R*T*ln(K_P*x_P_i);
// Re:R13
var Af_R13: J_per_mol;
var Ar_R13: J_per_mol;
var v_R13: fmol_per_sec;
Af_R13 = e_107;
Ar_R13 = e_108;
f_107 = v_R13;
f_108 = v_R13;
v_R13 = kappa_13_NaK*(exp(Af_R13/(R*T))-exp(Ar_R13/(R*T)));
// Re:R15
var Af_R15: J_per_mol;
var Ar_R15: J_per_mol;
var v_R15: fmol_per_sec;
Af_R15 = e_112;
Ar_R15 = e_101;
f_112 = v_R15;
f_101 = v_R15;
v_R15 = kappa_15_NaK*(exp(Af_R15/(R*T))-exp(Ar_R15/(R*T)));
// Re:R6
var Af_R6: J_per_mol;
var Ar_R6: J_per_mol;
var v_R6: fmol_per_sec;
Af_R6 = e_100;
Ar_R6 = e_102;
f_100 = v_R6;
f_102 = v_R6;
v_R6 = kappa_6_NaK*(exp(Af_R6/(R*T))-exp(Ar_R6/(R*T)));
// Re:R7
var Af_R7: J_per_mol;
var Ar_R7: J_per_mol;
var v_R7: fmol_per_sec;
Af_R7 = e_106;
Ar_R7 = e_114;
f_106 = v_R7;
f_114 = v_R7;
v_R7 = kappa_7_NaK*(exp(Af_R7/(R*T))-exp(Ar_R7/(R*T)));
// Sf:I_stim
f_121 = I_stim;
// C:P14
var mu_P14: J_per_mol;
var v_P14: fmol_per_sec;
v_P14 = f_172;
ode(x_P14, t) = v_P14;
mu_P14 = R*T*ln(K_14_NaK*x_P14);
// C:P15
var mu_P15: J_per_mol;
var v_P15: fmol_per_sec;
v_P15 = f_176;
ode(x_P15, t) = v_P15;
mu_P15 = R*T*ln(K_15_NaK*x_P15);
// Re:R14
var Af_R14: J_per_mol;
var Ar_R14: J_per_mol;
var v_R14: fmol_per_sec;
Af_R14 = e_174;
Ar_R14 = e_175;
f_174 = v_R14;
f_175 = v_R14;
v_R14 = kappa_14_NaK*(exp(Af_R14/(R*T))-exp(Ar_R14/(R*T)));
// C:P1
var mu_P1: J_per_mol;
var v_P1: fmol_per_sec;
v_P1 = f_178;
ode(x_P1, t) = v_P1;
mu_P1 = R*T*ln(K_1_NaK*x_P1);
// C:P2
var mu_P2: J_per_mol;
var v_P2: fmol_per_sec;
v_P2 = f_187;
ode(x_P2, t) = v_P2;
mu_P2 = R*T*ln(K_2_NaK*x_P2);
// C:P3
var mu_P3: J_per_mol;
var v_P3: fmol_per_sec;
v_P3 = f_182;
ode(x_P3, t) = v_P3;
mu_P3 = R*T*ln(K_3_NaK*x_P3);
// C:P4
var mu_P4: J_per_mol;
var v_P4: fmol_per_sec;
v_P4 = f_192;
ode(x_P4, t) = v_P4;
mu_P4 = R*T*ln(K_4_NaK*x_P4);
// C:P5
var mu_P5: J_per_mol;
var v_P5: fmol_per_sec;
v_P5 = f_199;
ode(x_P5, t) = v_P5;
mu_P5 = R*T*ln(K_5_NaK*x_P5);
// C:P6
var mu_P6: J_per_mol;
var v_P6: fmol_per_sec;
v_P6 = f_205;
ode(x_P6, t) = v_P6;
mu_P6 = R*T*ln(K_6_NaK*x_P6);
// Re:R1
var Af_R1: J_per_mol;
var Ar_R1: J_per_mol;
var v_R1: fmol_per_sec;
Af_R1 = e_183;
Ar_R1 = e_184;
f_183 = v_R1;
f_184 = v_R1;
v_R1 = kappa_1_NaK*(exp(Af_R1/(R*T))-exp(Ar_R1/(R*T)));
// Re:R2
var Af_R2: J_per_mol;
var Ar_R2: J_per_mol;
var v_R2: fmol_per_sec;
Af_R2 = e_179;
Ar_R2 = e_180;
f_179 = v_R2;
f_180 = v_R2;
v_R2 = kappa_2_NaK*(exp(Af_R2/(R*T))-exp(Ar_R2/(R*T)));
// Re:R3
var Af_R3: J_per_mol;
var Ar_R3: J_per_mol;
var v_R3: fmol_per_sec;
Af_R3 = e_190;
Ar_R3 = e_191;
f_190 = v_R3;
f_191 = v_R3;
v_R3 = kappa_3_NaK*(exp(Af_R3/(R*T))-exp(Ar_R3/(R*T)));
// Re:R4
var Af_R4: J_per_mol;
var Ar_R4: J_per_mol;
var v_R4: fmol_per_sec;
Af_R4 = e_194;
Ar_R4 = e_195;
f_194 = v_R4;
f_195 = v_R4;
v_R4 = kappa_4_NaK*(exp(Af_R4/(R*T))-exp(Ar_R4/(R*T)));
// Re:R5
var Af_R5: J_per_mol;
var Ar_R5: J_per_mol;
var v_R5: fmol_per_sec;
Af_R5 = e_201;
Ar_R5 = e_203;
f_201 = v_R5;
f_203 = v_R5;
v_R5 = kappa_5_NaK*(exp(Af_R5/(R*T))-exp(Ar_R5/(R*T)));
// C:P10
var mu_P10: J_per_mol;
var v_P10: fmol_per_sec;
v_P10 = f_218;
ode(x_P10, t) = v_P10;
mu_P10 = R*T*ln(K_10_NaK*x_P10);
// C:P11
var mu_P11: J_per_mol;
var v_P11: fmol_per_sec;
v_P11 = f_223;
ode(x_P11, t) = v_P11;
mu_P11 = R*T*ln(K_11_NaK*x_P11);
// C:P12
var mu_P12: J_per_mol;
var v_P12: fmol_per_sec;
v_P12 = f_231;
ode(x_P12, t) = v_P12;
mu_P12 = R*T*ln(K_12_NaK*x_P12);
// C:P13
var mu_P13: J_per_mol;
var v_P13: fmol_per_sec;
v_P13 = f_227;
ode(x_P13, t) = v_P13;
mu_P13 = R*T*ln(K_13_NaK*x_P13);
// C:P8
var mu_P8: J_per_mol;
var v_P8: fmol_per_sec;
v_P8 = f_207;
ode(x_P8, t) = v_P8;
mu_P8 = R*T*ln(K_8_NaK*x_P8);
// C:P9
var mu_P9: J_per_mol;
var v_P9: fmol_per_sec;
v_P9 = f_213;
ode(x_P9, t) = v_P9;
mu_P9 = R*T*ln(K_9_NaK*x_P9);
// Re:R10
var Af_R10: J_per_mol;
var Ar_R10: J_per_mol;
var v_R10: fmol_per_sec;
Af_R10 = e_219;
Ar_R10 = e_220;
f_219 = v_R10;
f_220 = v_R10;
v_R10 = kappa_10_NaK*(exp(Af_R10/(R*T))-exp(Ar_R10/(R*T)));
// Re:R11
var Af_R11: J_per_mol;
var Ar_R11: J_per_mol;
var v_R11: fmol_per_sec;
Af_R11 = e_229;
Ar_R11 = e_230;
f_229 = v_R11;
f_230 = v_R11;
v_R11 = kappa_11_NaK*(exp(Af_R11/(R*T))-exp(Ar_R11/(R*T)));
// Re:R12
var Af_R12: J_per_mol;
var Ar_R12: J_per_mol;
var v_R12: fmol_per_sec;
Af_R12 = e_225;
Ar_R12 = e_226;
f_225 = v_R12;
f_226 = v_R12;
v_R12 = kappa_12_NaK*(exp(Af_R12/(R*T))-exp(Ar_R12/(R*T)));
// Re:R8
var Af_R8: J_per_mol;
var Ar_R8: J_per_mol;
var v_R8: fmol_per_sec;
Af_R8 = e_208;
Ar_R8 = e_209;
f_208 = v_R8;
f_209 = v_R8;
v_R8 = kappa_8_NaK*(exp(Af_R8/(R*T))-exp(Ar_R8/(R*T)));
// Re:R9
var Af_R9: J_per_mol;
var Ar_R9: J_per_mol;
var v_R9: fmol_per_sec;
Af_R9 = e_214;
Ar_R9 = e_234;
f_214 = v_R9;
f_234 = v_R9;
v_R9 = kappa_9_NaK*(exp(Af_R9/(R*T))-exp(Ar_R9/(R*T)));
// Re_GHK:Na
var Af_Na: J_per_mol;
var Ar_Na: J_per_mol;
var Am_Na: J_per_mol;
var v_Na: fmol_per_sec;
Af_Na = e_237;
Ar_Na = e_240;
Am_Na = e_239;
f_237 = v_Na;
f_240 = v_Na;
f_239 = 0{fmol_per_sec};
v_Na = sel
case Am_Na == 0{J_per_mol}:
kappa_Na*(exp(Af_Na/(R*T))-exp(Ar_Na/(R*T)));
otherwise:
kappa_Na*Am_Na/(R*T)/(exp(Am_Na/(R*T))-1{dimensionless})*(exp(Af_Na/(R*T))-exp(Ar_Na/(R*T)));
endsel;
// Re_GHK:K
var Af_K: J_per_mol;
var Ar_K: J_per_mol;
var Am_K: J_per_mol;
var v_K: fmol_per_sec;
Af_K = e_276;
Ar_K = e_279;
Am_K = e_278;
f_276 = v_K;
f_279 = v_K;
f_278 = 0{fmol_per_sec};
v_K = sel
case Am_K == 0{J_per_mol}:
kappa_K*(exp(Af_K/(R*T))-exp(Ar_K/(R*T)));
otherwise:
kappa_K*Am_K/(R*T)/(exp(Am_K/(R*T))-1{dimensionless})*(exp(Af_K/(R*T))-exp(Ar_K/(R*T)));
endsel;
// Re_GHK:Kp
var Af_Kp: J_per_mol;
var Ar_Kp: J_per_mol;
var Am_Kp: J_per_mol;
var v_Kp: fmol_per_sec;
Af_Kp = e_297;
Ar_Kp = e_300;
Am_Kp = e_299;
f_297 = v_Kp;
f_300 = v_Kp;
f_299 = 0{fmol_per_sec};
v_Kp = sel
case Am_Kp == 0{J_per_mol}:
kappa_Kp*(exp(Af_Kp/(R*T))-exp(Ar_Kp/(R*T)));
otherwise:
kappa_Kp*Am_Kp/(R*T)/(exp(Am_Kp/(R*T))-1{dimensionless})*(exp(Af_Kp/(R*T))-exp(Ar_Kp/(R*T)));
endsel;
// C:C_Kp
var mu_C_Kp: J_per_mol;
var v_C_Kp: fmol_per_sec;
v_C_Kp = f_304;
ode(x_C_Kp, t) = v_C_Kp;
mu_C_Kp = R*T*ln(K_C_Kp*x_C_Kp);
// C:O_Kp
var mu_O_Kp: J_per_mol;
var v_O_Kp: fmol_per_sec;
v_O_Kp = f_305;
ode(x_O_Kp, t) = v_O_Kp;
mu_O_Kp = R*T*ln(K_O_Kp*x_O_Kp);
// Re_GHK:K1
var Af_K1: J_per_mol;
var Ar_K1: J_per_mol;
var Am_K1: J_per_mol;
var v_K1: fmol_per_sec;
Af_K1 = e_310;
Ar_K1 = e_313;
Am_K1 = e_312;
f_310 = v_K1;
f_313 = v_K1;
f_312 = 0{fmol_per_sec};
v_K1 = sel
case Am_K1 == 0{J_per_mol}:
kappa_K1*(exp(Af_K1/(R*T))-exp(Ar_K1/(R*T)));
otherwise:
kappa_K1*Am_K1/(R*T)/(exp(Am_K1/(R*T))-1{dimensionless})*(exp(Af_K1/(R*T))-exp(Ar_K1/(R*T)));
endsel;
// C:C_K1
var mu_C_K1: J_per_mol;
var v_C_K1: fmol_per_sec;
v_C_K1 = f_320;
ode(x_C_K1, t) = v_C_K1;
mu_C_K1 = R*T*ln(K_C_K1*x_C_K1);
// C:O_K1
var mu_O_K1: J_per_mol;
var v_O_K1: fmol_per_sec;
v_O_K1 = f_321;
ode(x_O_K1, t) = v_O_K1;
mu_O_K1 = R*T*ln(K_O_K1*x_O_K1);
// Re_GHK:LCC_Ca1
var Af_LCC_Ca1: J_per_mol;
var Ar_LCC_Ca1: J_per_mol;
var Am_LCC_Ca1: J_per_mol;
var v_LCC_Ca1: fmol_per_sec;
Af_LCC_Ca1 = e_326;
Ar_LCC_Ca1 = e_329;
Am_LCC_Ca1 = e_328;
f_326 = v_LCC_Ca1;
f_329 = v_LCC_Ca1;
f_328 = 0{fmol_per_sec};
v_LCC_Ca1 = sel
case Am_LCC_Ca1 == 0{J_per_mol}:
kappa_LCC_Ca1*(exp(Af_LCC_Ca1/(R*T))-exp(Ar_LCC_Ca1/(R*T)));
otherwise:
kappa_LCC_Ca1*Am_LCC_Ca1/(R*T)/(exp(Am_LCC_Ca1/(R*T))-1{dimensionless})*(exp(Af_LCC_Ca1/(R*T))-exp(Ar_LCC_Ca1/(R*T)));
endsel;
// Re_GHK:LCC_Ca2
var Af_LCC_Ca2: J_per_mol;
var Ar_LCC_Ca2: J_per_mol;
var Am_LCC_Ca2: J_per_mol;
var v_LCC_Ca2: fmol_per_sec;
Af_LCC_Ca2 = e_335;
Ar_LCC_Ca2 = e_338;
Am_LCC_Ca2 = e_337;
f_335 = v_LCC_Ca2;
f_338 = v_LCC_Ca2;
f_337 = 0{fmol_per_sec};
v_LCC_Ca2 = sel
case Am_LCC_Ca2 == 0{J_per_mol}:
kappa_LCC_Ca2*(exp(Af_LCC_Ca2/(R*T))-exp(Ar_LCC_Ca2/(R*T)));
otherwise:
kappa_LCC_Ca2*Am_LCC_Ca2/(R*T)/(exp(Am_LCC_Ca2/(R*T))-1{dimensionless})*(exp(Af_LCC_Ca2/(R*T))-exp(Ar_LCC_Ca2/(R*T)));
endsel;
// Re_GHK:LCC_K1
var Af_LCC_K1: J_per_mol;
var Ar_LCC_K1: J_per_mol;
var Am_LCC_K1: J_per_mol;
var v_LCC_K1: fmol_per_sec;
Af_LCC_K1 = e_344;
Ar_LCC_K1 = e_347;
Am_LCC_K1 = e_346;
f_344 = v_LCC_K1;
f_347 = v_LCC_K1;
f_346 = 0{fmol_per_sec};
v_LCC_K1 = sel
case Am_LCC_K1 == 0{J_per_mol}:
kappa_LCC_K1*(exp(Af_LCC_K1/(R*T))-exp(Ar_LCC_K1/(R*T)));
otherwise:
kappa_LCC_K1*Am_LCC_K1/(R*T)/(exp(Am_LCC_K1/(R*T))-1{dimensionless})*(exp(Af_LCC_K1/(R*T))-exp(Ar_LCC_K1/(R*T)));
endsel;
// Re_GHK:LCC_K2
var Af_LCC_K2: J_per_mol;
var Ar_LCC_K2: J_per_mol;
var Am_LCC_K2: J_per_mol;
var v_LCC_K2: fmol_per_sec;
Af_LCC_K2 = e_353;
Ar_LCC_K2 = e_356;
Am_LCC_K2 = e_355;
f_353 = v_LCC_K2;
f_356 = v_LCC_K2;
f_355 = 0{fmol_per_sec};
v_LCC_K2 = sel
case Am_LCC_K2 == 0{J_per_mol}:
kappa_LCC_K2*(exp(Af_LCC_K2/(R*T))-exp(Ar_LCC_K2/(R*T)));
otherwise:
kappa_LCC_K2*Am_LCC_K2/(R*T)/(exp(Am_LCC_K2/(R*T))-1{dimensionless})*(exp(Af_LCC_K2/(R*T))-exp(Ar_LCC_K2/(R*T)));
endsel;
// C:S00_K
var mu_S00_K: J_per_mol;
var v_S00_K: fmol_per_sec;
v_S00_K = f_402;
ode(x_S00_K, t) = v_S00_K;
mu_S00_K = R*T*ln(K_00_K*x_S00_K);
// C:S01_K
var mu_S01_K: J_per_mol;
var v_S01_K: fmol_per_sec;
v_S01_K = f_409;
ode(x_S01_K, t) = v_S01_K;
mu_S01_K = R*T*ln(K_01_K*x_S01_K);
// C:S10_K
var mu_S10_K: J_per_mol;
var v_S10_K: fmol_per_sec;
v_S10_K = f_403;
ode(x_S10_K, t) = v_S10_K;
mu_S10_K = R*T*ln(K_10_K*x_S10_K);
// C:S11_K
var mu_S11_K: J_per_mol;
var v_S11_K: fmol_per_sec;
v_S11_K = f_412;
ode(x_S11_K, t) = v_S11_K;
mu_S11_K = R*T*ln(K_11_K*x_S11_K);
// C:S20_K
var mu_S20_K: J_per_mol;
var v_S20_K: fmol_per_sec;
v_S20_K = f_408;
ode(x_S20_K, t) = v_S20_K;
mu_S20_K = R*T*ln(K_20_K*x_S20_K);
// C:S21_K
var mu_S21_K: J_per_mol;
var v_S21_K: fmol_per_sec;
v_S21_K = f_415;
ode(x_S21_K, t) = v_S21_K;
mu_S21_K = R*T*ln(K_21_K*x_S21_K);
// Re:gKp
var Af_gKp: J_per_mol;
var Ar_gKp: J_per_mol;
var v_gKp: fmol_per_sec;
Af_gKp = e_422;
Ar_gKp = e_423;
f_422 = v_gKp;
f_423 = v_gKp;
v_gKp = kappa_gKp*(exp(Af_gKp/(R*T))-exp(Ar_gKp/(R*T)));
// Re:gK1
var Af_gK1: J_per_mol;
var Ar_gK1: J_per_mol;
var v_gK1: fmol_per_sec;
Af_gK1 = e_428;
Ar_gK1 = e_429;
f_428 = v_gK1;
f_429 = v_gK1;
v_gK1 = kappa_gK1*(exp(Af_gK1/(R*T))-exp(Ar_gK1/(R*T)));
// Re:fCa00
var Af_fCa00: J_per_mol;
var Ar_fCa00: J_per_mol;
var v_fCa00: fmol_per_sec;
Af_fCa00 = e_434;
Ar_fCa00 = e_435;
f_434 = v_fCa00;
f_435 = v_fCa00;
v_fCa00 = kappa_fCa00*(exp(Af_fCa00/(R*T))-exp(Ar_fCa00/(R*T)));
// Re:fCa01
var Af_fCa01: J_per_mol;
var Ar_fCa01: J_per_mol;
var v_fCa01: fmol_per_sec;
Af_fCa01 = e_438;
Ar_fCa01 = e_439;
f_438 = v_fCa01;
f_439 = v_fCa01;
v_fCa01 = kappa_fCa01*(exp(Af_fCa01/(R*T))-exp(Ar_fCa01/(R*T)));
// Re:fCa02
var Af_fCa02: J_per_mol;
var Ar_fCa02: J_per_mol;
var v_fCa02: fmol_per_sec;
Af_fCa02 = e_442;
Ar_fCa02 = e_443;
f_442 = v_fCa02;
f_443 = v_fCa02;
v_fCa02 = kappa_fCa02*(exp(Af_fCa02/(R*T))-exp(Ar_fCa02/(R*T)));
// Re:fCa10
var Af_fCa10: J_per_mol;
var Ar_fCa10: J_per_mol;
var v_fCa10: fmol_per_sec;
Af_fCa10 = e_446;
Ar_fCa10 = e_447;
f_446 = v_fCa10;
f_447 = v_fCa10;
v_fCa10 = kappa_fCa10*(exp(Af_fCa10/(R*T))-exp(Ar_fCa10/(R*T)));
// Re:fCa11
var Af_fCa11: J_per_mol;
var Ar_fCa11: J_per_mol;
var v_fCa11: fmol_per_sec;
Af_fCa11 = e_450;
Ar_fCa11 = e_451;
f_450 = v_fCa11;
f_451 = v_fCa11;
v_fCa11 = kappa_fCa11*(exp(Af_fCa11/(R*T))-exp(Ar_fCa11/(R*T)));
// Re:fCa12
var Af_fCa12: J_per_mol;
var Ar_fCa12: J_per_mol;
var v_fCa12: fmol_per_sec;
Af_fCa12 = e_454;
Ar_fCa12 = e_455;
f_454 = v_fCa12;
f_455 = v_fCa12;
v_fCa12 = kappa_fCa12*(exp(Af_fCa12/(R*T))-exp(Ar_fCa12/(R*T)));
// C:S000_LCC
var mu_S000_LCC: J_per_mol;
var v_S000_LCC: fmol_per_sec;
0_LCC;
v_S000_LCC = f_475;
ode(x_S000_LCC, t) = v_S000_LCC;
mu_S000_LCC = R*T*ln(K_000_LCC*x_S000_LCC);
// C:S010_LCC
var mu_S010_LCC: J_per_mol;
var v_S010_LCC: fmol_per_sec;
0_LCC;
v_S010_LCC = f_472;
ode(x_S010_LCC, t) = v_S010_LCC;
mu_S010_LCC = R*T*ln(K_010_LCC*x_S010_LCC);
// C:S020_LCC
var mu_S020_LCC: J_per_mol;
var v_S020_LCC: fmol_per_sec;
0_LCC;
v_S020_LCC = f_458;
ode(x_S020_LCC, t) = v_S020_LCC;
mu_S020_LCC = R*T*ln(K_020_LCC*x_S020_LCC);
// C:S100_LCC
var mu_S100_LCC: J_per_mol;
var v_S100_LCC: fmol_per_sec;
0_LCC;
v_S100_LCC = f_473;
ode(x_S100_LCC, t) = v_S100_LCC;
mu_S100_LCC = R*T*ln(K_100_LCC*x_S100_LCC);
// C:S110_LCC
var mu_S110_LCC: J_per_mol;
var v_S110_LCC: fmol_per_sec;
0_LCC;
v_S110_LCC = f_474;
ode(x_S110_LCC, t) = v_S110_LCC;
mu_S110_LCC = R*T*ln(K_110_LCC*x_S110_LCC);
// C:S120_LCC
var mu_S120_LCC: J_per_mol;
var v_S120_LCC: fmol_per_sec;
0_LCC;
v_S120_LCC = f_460;
ode(x_S120_LCC, t) = v_S120_LCC;
mu_S120_LCC = R*T*ln(K_120_LCC*x_S120_LCC);
// C:S001_LCC
var mu_S001_LCC: J_per_mol;
var v_S001_LCC: fmol_per_sec;
1_LCC;
v_S001_LCC = f_499;
ode(x_S001_LCC, t) = v_S001_LCC;
mu_S001_LCC = R*T*ln(K_001_LCC*x_S001_LCC);
// C:S011_LCC
var mu_S011_LCC: J_per_mol;
var v_S011_LCC: fmol_per_sec;
1_LCC;
v_S011_LCC = f_496;
ode(x_S011_LCC, t) = v_S011_LCC;
mu_S011_LCC = R*T*ln(K_011_LCC*x_S011_LCC);
// C:S021_LCC
var mu_S021_LCC: J_per_mol;
var v_S021_LCC: fmol_per_sec;
1_LCC;
v_S021_LCC = f_482;
ode(x_S021_LCC, t) = v_S021_LCC;
mu_S021_LCC = R*T*ln(K_021_LCC*x_S021_LCC);
// C:S101_LCC
var mu_S101_LCC: J_per_mol;
var v_S101_LCC: fmol_per_sec;
1_LCC;
v_S101_LCC = f_497;
ode(x_S101_LCC, t) = v_S101_LCC;
mu_S101_LCC = R*T*ln(K_101_LCC*x_S101_LCC);
// C:S111_LCC
var mu_S111_LCC: J_per_mol;
var v_S111_LCC: fmol_per_sec;
1_LCC;
v_S111_LCC = f_498;
ode(x_S111_LCC, t) = v_S111_LCC;
mu_S111_LCC = R*T*ln(K_111_LCC*x_S111_LCC);
// C:S121_LCC
var mu_S121_LCC: J_per_mol;
var v_S121_LCC: fmol_per_sec;
1_LCC;
v_S121_LCC = f_484;
ode(x_S121_LCC, t) = v_S121_LCC;
mu_S121_LCC = R*T*ln(K_121_LCC*x_S121_LCC);
// C:S000_Na
var mu_S000_Na: J_per_mol;
var v_S000_Na: fmol_per_sec;
0_Na;
v_S000_Na = f_506;
ode(x_S000_Na, t) = v_S000_Na;
mu_S000_Na = R*T*ln(K_000_Na*x_S000_Na);
// C:S010_Na
var mu_S010_Na: J_per_mol;
var v_S010_Na: fmol_per_sec;
0_Na;
v_S010_Na = f_516;
ode(x_S010_Na, t) = v_S010_Na;
mu_S010_Na = R*T*ln(K_010_Na*x_S010_Na);
// C:S100_Na
var mu_S100_Na: J_per_mol;
var v_S100_Na: fmol_per_sec;
0_Na;
v_S100_Na = f_507;
ode(x_S100_Na, t) = v_S100_Na;
mu_S100_Na = R*T*ln(K_100_Na*x_S100_Na);
// C:S110_Na
var mu_S110_Na: J_per_mol;
var v_S110_Na: fmol_per_sec;
0_Na;
v_S110_Na = f_519;
ode(x_S110_Na, t) = v_S110_Na;
mu_S110_Na = R*T*ln(K_110_Na*x_S110_Na);
// C:S200_Na
var mu_S200_Na: J_per_mol;
var v_S200_Na: fmol_per_sec;
0_Na;
v_S200_Na = f_512;
ode(x_S200_Na, t) = v_S200_Na;
mu_S200_Na = R*T*ln(K_200_Na*x_S200_Na);
// C:S210_Na
var mu_S210_Na: J_per_mol;
var v_S210_Na: fmol_per_sec;
0_Na;
v_S210_Na = f_522;
ode(x_S210_Na, t) = v_S210_Na;
mu_S210_Na = R*T*ln(K_210_Na*x_S210_Na);
// C:S300_Na
var mu_S300_Na: J_per_mol;
var v_S300_Na: fmol_per_sec;
0_Na;
v_S300_Na = f_515;
ode(x_S300_Na, t) = v_S300_Na;
mu_S300_Na = R*T*ln(K_300_Na*x_S300_Na);
// C:S310_Na
var mu_S310_Na: J_per_mol;
var v_S310_Na: fmol_per_sec;
0_Na;
v_S310_Na = f_524;
ode(x_S310_Na, t) = v_S310_Na;
mu_S310_Na = R*T*ln(K_310_Na*x_S310_Na);
// C:S001_Na
var mu_S001_Na: J_per_mol;
var v_S001_Na: fmol_per_sec;
1_Na;
v_S001_Na = f_534;
ode(x_S001_Na, t) = v_S001_Na;
mu_S001_Na = R*T*ln(K_001_Na*x_S001_Na);
// C:S011_Na
var mu_S011_Na: J_per_mol;
var v_S011_Na: fmol_per_sec;
1_Na;
v_S011_Na = f_544;
ode(x_S011_Na, t) = v_S011_Na;
mu_S011_Na = R*T*ln(K_011_Na*x_S011_Na);
// C:S101_Na
var mu_S101_Na: J_per_mol;
var v_S101_Na: fmol_per_sec;
1_Na;
v_S101_Na = f_535;
ode(x_S101_Na, t) = v_S101_Na;
mu_S101_Na = R*T*ln(K_101_Na*x_S101_Na);
// C:S111_Na
var mu_S111_Na: J_per_mol;
var v_S111_Na: fmol_per_sec;
1_Na;
v_S111_Na = f_547;
ode(x_S111_Na, t) = v_S111_Na;
mu_S111_Na = R*T*ln(K_111_Na*x_S111_Na);
// C:S201_Na
var mu_S201_Na: J_per_mol;
var v_S201_Na: fmol_per_sec;
1_Na;
v_S201_Na = f_540;
ode(x_S201_Na, t) = v_S201_Na;
mu_S201_Na = R*T*ln(K_201_Na*x_S201_Na);
// C:S211_Na
var mu_S211_Na: J_per_mol;
var v_S211_Na: fmol_per_sec;
1_Na;
v_S211_Na = f_550;
ode(x_S211_Na, t) = v_S211_Na;
mu_S211_Na = R*T*ln(K_211_Na*x_S211_Na);
// C:S301_Na
var mu_S301_Na: J_per_mol;
var v_S301_Na: fmol_per_sec;
1_Na;
v_S301_Na = f_543;
ode(x_S301_Na, t) = v_S301_Na;
mu_S301_Na = R*T*ln(K_301_Na*x_S301_Na);
// C:S311_Na
var mu_S311_Na: J_per_mol;
var v_S311_Na: fmol_per_sec;
1_Na;
v_S311_Na = f_552;
ode(x_S311_Na, t) = v_S311_Na;
mu_S311_Na = R*T*ln(K_311_Na*x_S311_Na);
// Re:j000
var Af_j000: J_per_mol;
var Ar_j000: J_per_mol;
var v_j000: fmol_per_sec;
Af_j000 = e_562;
Ar_j000 = e_563;
f_562 = v_j000;
f_563 = v_j000;
v_j000 = kappa_j000*(exp(Af_j000/(R*T))-exp(Ar_j000/(R*T)));
// Re:j010
var Af_j010: J_per_mol;
var Ar_j010: J_per_mol;
var v_j010: fmol_per_sec;
Af_j010 = e_568;
Ar_j010 = e_569;
f_568 = v_j010;
f_569 = v_j010;
v_j010 = kappa_j010*(exp(Af_j010/(R*T))-exp(Ar_j010/(R*T)));
// Re:j100
var Af_j100: J_per_mol;
var Ar_j100: J_per_mol;
var v_j100: fmol_per_sec;
Af_j100 = e_574;
Ar_j100 = e_575;
f_574 = v_j100;
f_575 = v_j100;
v_j100 = kappa_j100*(exp(Af_j100/(R*T))-exp(Ar_j100/(R*T)));
// Re:j110
var Af_j110: J_per_mol;
var Ar_j110: J_per_mol;
var v_j110: fmol_per_sec;
Af_j110 = e_580;
Ar_j110 = e_581;
f_580 = v_j110;
f_581 = v_j110;
v_j110 = kappa_j110*(exp(Af_j110/(R*T))-exp(Ar_j110/(R*T)));
// Re:j200
var Af_j200: J_per_mol;
var Ar_j200: J_per_mol;
var v_j200: fmol_per_sec;
Af_j200 = e_586;
Ar_j200 = e_587;
f_586 = v_j200;
f_587 = v_j200;
v_j200 = kappa_j200*(exp(Af_j200/(R*T))-exp(Ar_j200/(R*T)));
// Re:j210
var Af_j210: J_per_mol;
var Ar_j210: J_per_mol;
var v_j210: fmol_per_sec;
Af_j210 = e_592;
Ar_j210 = e_593;
f_592 = v_j210;
f_593 = v_j210;
v_j210 = kappa_j210*(exp(Af_j210/(R*T))-exp(Ar_j210/(R*T)));
// Re:j300
var Af_j300: J_per_mol;
var Ar_j300: J_per_mol;
var v_j300: fmol_per_sec;
Af_j300 = e_598;
Ar_j300 = e_599;
f_598 = v_j300;
f_599 = v_j300;
v_j300 = kappa_j300*(exp(Af_j300/(R*T))-exp(Ar_j300/(R*T)));
// Re:j310
var Af_j310: J_per_mol;
var Ar_j310: J_per_mol;
var v_j310: fmol_per_sec;
Af_j310 = e_604;
Ar_j310 = e_605;
f_604 = v_j310;
f_605 = v_j310;
v_j310 = kappa_j310*(exp(Af_j310/(R*T))-exp(Ar_j310/(R*T)));
// Re:X00
var Af_X00: J_per_mol;
var Ar_X00: J_per_mol;
var v_X00: fmol_per_sec;
Af_X00 = e_610;
Ar_X00 = e_611;
f_610 = v_X00;
f_611 = v_X00;
v_X00 = kappa_X00*(exp(Af_X00/(R*T))-exp(Ar_X00/(R*T)));
// Re:X01
var Af_X01: J_per_mol;
var Ar_X01: J_per_mol;
var v_X01: fmol_per_sec;
Af_X01 = e_616;
Ar_X01 = e_617;
f_616 = v_X01;
f_617 = v_X01;
v_X01 = kappa_X01*(exp(Af_X01/(R*T))-exp(Ar_X01/(R*T)));
// Re:X10
var Af_X10: J_per_mol;
var Ar_X10: J_per_mol;
var v_X10: fmol_per_sec;
Af_X10 = e_622;
Ar_X10 = e_623;
f_622 = v_X10;
f_623 = v_X10;
v_X10 = kappa_X10*(exp(Af_X10/(R*T))-exp(Ar_X10/(R*T)));
// Re:X11
var Af_X11: J_per_mol;
var Ar_X11: J_per_mol;
var v_X11: fmol_per_sec;
Af_X11 = e_628;
Ar_X11 = e_629;
f_628 = v_X11;
f_629 = v_X11;
v_X11 = kappa_X11*(exp(Af_X11/(R*T))-exp(Ar_X11/(R*T)));
// Re:i00
var Af_i00: J_per_mol;
var Ar_i00: J_per_mol;
var v_i00: fmol_per_sec;
Af_i00 = e_634;
Ar_i00 = e_635;
f_634 = v_i00;
f_635 = v_i00;
v_i00 = kappa_i00*(exp(Af_i00/(R*T))-exp(Ar_i00/(R*T)));
// Re:i10
var Af_i10: J_per_mol;
var Ar_i10: J_per_mol;
var v_i10: fmol_per_sec;
Af_i10 = e_640;
Ar_i10 = e_641;
f_640 = v_i10;
f_641 = v_i10;
v_i10 = kappa_i10*(exp(Af_i10/(R*T))-exp(Ar_i10/(R*T)));
// Re:i20
var Af_i20: J_per_mol;
var Ar_i20: J_per_mol;
var v_i20: fmol_per_sec;
Af_i20 = e_646;
Ar_i20 = e_647;
f_646 = v_i20;
f_647 = v_i20;
v_i20 = kappa_i20*(exp(Af_i20/(R*T))-exp(Ar_i20/(R*T)));
// Re:d000
var Af_d000: J_per_mol;
var Ar_d000: J_per_mol;
var v_d000: fmol_per_sec;
Af_d000 = e_652;
Ar_d000 = e_653;
f_652 = v_d000;
f_653 = v_d000;
v_d000 = kappa_d000*(exp(Af_d000/(R*T))-exp(Ar_d000/(R*T)));
// Re:d010
var Af_d010: J_per_mol;
var Ar_d010: J_per_mol;
var v_d010: fmol_per_sec;
Af_d010 = e_658;
Ar_d010 = e_659;
f_658 = v_d010;
f_659 = v_d010;
v_d010 = kappa_d010*(exp(Af_d010/(R*T))-exp(Ar_d010/(R*T)));
// Re:d020
var Af_d020: J_per_mol;
var Ar_d020: J_per_mol;
var v_d020: fmol_per_sec;
Af_d020 = e_664;
Ar_d020 = e_665;
f_664 = v_d020;
f_665 = v_d020;
v_d020 = kappa_d020*(exp(Af_d020/(R*T))-exp(Ar_d020/(R*T)));
// Re:f1_000
var Af_f1_000: J_per_mol;
var Ar_f1_000: J_per_mol;
var v_f1_000: fmol_per_sec;
Af_f1_000 = e_670;
Ar_f1_000 = e_671;
f_670 = v_f1_000;
f_671 = v_f1_000;
v_f1_000 = kappa_f1_000*(exp(Af_f1_000/(R*T))-exp(Ar_f1_000/(R*T)));
// Re:f2_000
var Af_f2_000: J_per_mol;
var Ar_f2_000: J_per_mol;
var v_f2_000: fmol_per_sec;
Af_f2_000 = e_676;
Ar_f2_000 = e_677;
f_676 = v_f2_000;
f_677 = v_f2_000;
v_f2_000 = kappa_f2_000*(exp(Af_f2_000/(R*T))-exp(Ar_f2_000/(R*T)));
// Re:f3_010
var Af_f3_010: J_per_mol;
var Ar_f3_010: J_per_mol;
var v_f3_010: fmol_per_sec;
Af_f3_010 = e_682;
Ar_f3_010 = e_683;
f_682 = v_f3_010;
f_683 = v_f3_010;
v_f3_010 = kappa_f3_010*(exp(Af_f3_010/(R*T))-exp(Ar_f3_010/(R*T)));
// Re:f1_100
var Af_f1_100: J_per_mol;
var Ar_f1_100: J_per_mol;
var v_f1_100: fmol_per_sec;
Af_f1_100 = e_688;
Ar_f1_100 = e_689;
f_688 = v_f1_100;
f_689 = v_f1_100;
v_f1_100 = kappa_f1_100*(exp(Af_f1_100/(R*T))-exp(Ar_f1_100/(R*T)));
// Re:f2_100
var Af_f2_100: J_per_mol;
var Ar_f2_100: J_per_mol;
var v_f2_100: fmol_per_sec;
Af_f2_100 = e_694;
Ar_f2_100 = e_695;
f_694 = v_f2_100;
f_695 = v_f2_100;
v_f2_100 = kappa_f2_100*(exp(Af_f2_100/(R*T))-exp(Ar_f2_100/(R*T)));
// Re:f3_110
var Af_f3_110: J_per_mol;
var Ar_f3_110: J_per_mol;
var v_f3_110: fmol_per_sec;
Af_f3_110 = e_700;
Ar_f3_110 = e_701;
f_700 = v_f3_110;
f_701 = v_f3_110;
v_f3_110 = kappa_f3_110*(exp(Af_f3_110/(R*T))-exp(Ar_f3_110/(R*T)));
// Re:d001
var Af_d001: J_per_mol;
var Ar_d001: J_per_mol;
var v_d001: fmol_per_sec;
Af_d001 = e_706;
Ar_d001 = e_707;
f_706 = v_d001;
f_707 = v_d001;
v_d001 = kappa_d001*(exp(Af_d001/(R*T))-exp(Ar_d001/(R*T)));
// Re:d011
var Af_d011: J_per_mol;
var Ar_d011: J_per_mol;
var v_d011: fmol_per_sec;
Af_d011 = e_712;
Ar_d011 = e_713;
f_712 = v_d011;
f_713 = v_d011;
v_d011 = kappa_d011*(exp(Af_d011/(R*T))-exp(Ar_d011/(R*T)));
// Re:d021
var Af_d021: J_per_mol;
var Ar_d021: J_per_mol;
var v_d021: fmol_per_sec;
Af_d021 = e_718;
Ar_d021 = e_719;
f_718 = v_d021;
f_719 = v_d021;
v_d021 = kappa_d021*(exp(Af_d021/(R*T))-exp(Ar_d021/(R*T)));
// Re:f1_001
var Af_f1_001: J_per_mol;
var Ar_f1_001: J_per_mol;
var v_f1_001: fmol_per_sec;
Af_f1_001 = e_724;
Ar_f1_001 = e_725;
f_724 = v_f1_001;
f_725 = v_f1_001;
v_f1_001 = kappa_f1_001*(exp(Af_f1_001/(R*T))-exp(Ar_f1_001/(R*T)));
// Re:f2_001
var Af_f2_001: J_per_mol;
var Ar_f2_001: J_per_mol;
var v_f2_001: fmol_per_sec;
Af_f2_001 = e_730;
Ar_f2_001 = e_731;
f_730 = v_f2_001;
f_731 = v_f2_001;
v_f2_001 = kappa_f2_001*(exp(Af_f2_001/(R*T))-exp(Ar_f2_001/(R*T)));
// Re:f3_011
var Af_f3_011: J_per_mol;
var Ar_f3_011: J_per_mol;
var v_f3_011: fmol_per_sec;
Af_f3_011 = e_736;
Ar_f3_011 = e_737;
f_736 = v_f3_011;
f_737 = v_f3_011;
v_f3_011 = kappa_f3_011*(exp(Af_f3_011/(R*T))-exp(Ar_f3_011/(R*T)));
// Re:f1_101
var Af_f1_101: J_per_mol;
var Ar_f1_101: J_per_mol;
var v_f1_101: fmol_per_sec;
Af_f1_101 = e_742;
Ar_f1_101 = e_743;
f_742 = v_f1_101;
f_743 = v_f1_101;
v_f1_101 = kappa_f1_101*(exp(Af_f1_101/(R*T))-exp(Ar_f1_101/(R*T)));
// Re:f2_101
var Af_f2_101: J_per_mol;
var Ar_f2_101: J_per_mol;
var v_f2_101: fmol_per_sec;
Af_f2_101 = e_748;
Ar_f2_101 = e_749;
f_748 = v_f2_101;
f_749 = v_f2_101;
v_f2_101 = kappa_f2_101*(exp(Af_f2_101/(R*T))-exp(Ar_f2_101/(R*T)));
// Re:f3_111
var Af_f3_111: J_per_mol;
var Ar_f3_111: J_per_mol;
var v_f3_111: fmol_per_sec;
Af_f3_111 = e_754;
Ar_f3_111 = e_755;
f_754 = v_f3_111;
f_755 = v_f3_111;
v_f3_111 = kappa_f3_111*(exp(Af_f3_111/(R*T))-exp(Ar_f3_111/(R*T)));
// Re:h000
var Af_h000: J_per_mol;
var Ar_h000: J_per_mol;
var v_h000: fmol_per_sec;
Af_h000 = e_760;
Ar_h000 = e_761;
f_760 = v_h000;
f_761 = v_h000;
v_h000 = kappa_h000*(exp(Af_h000/(R*T))-exp(Ar_h000/(R*T)));
// Re:h100
var Af_h100: J_per_mol;
var Ar_h100: J_per_mol;
var v_h100: fmol_per_sec;
Af_h100 = e_766;
Ar_h100 = e_767;
f_766 = v_h100;
f_767 = v_h100;
v_h100 = kappa_h100*(exp(Af_h100/(R*T))-exp(Ar_h100/(R*T)));
// Re:h200
var Af_h200: J_per_mol;
var Ar_h200: J_per_mol;
var v_h200: fmol_per_sec;
Af_h200 = e_772;
Ar_h200 = e_773;
f_772 = v_h200;
f_773 = v_h200;
v_h200 = kappa_h200*(exp(Af_h200/(R*T))-exp(Ar_h200/(R*T)));
// Re:h300
var Af_h300: J_per_mol;
var Ar_h300: J_per_mol;
var v_h300: fmol_per_sec;
Af_h300 = e_778;
Ar_h300 = e_779;
f_778 = v_h300;
f_779 = v_h300;
v_h300 = kappa_h300*(exp(Af_h300/(R*T))-exp(Ar_h300/(R*T)));
// Re:m000
var Af_m000: J_per_mol;
var Ar_m000: J_per_mol;
var v_m000: fmol_per_sec;
Af_m000 = e_784;
Ar_m000 = e_785;
f_784 = v_m000;
f_785 = v_m000;
v_m000 = kappa_m000*(exp(Af_m000/(R*T))-exp(Ar_m000/(R*T)));
// Re:m100
var Af_m100: J_per_mol;
var Ar_m100: J_per_mol;
var v_m100: fmol_per_sec;
Af_m100 = e_790;
Ar_m100 = e_791;
f_790 = v_m100;
f_791 = v_m100;
v_m100 = kappa_m100*(exp(Af_m100/(R*T))-exp(Ar_m100/(R*T)));
// Re:m200
var Af_m200: J_per_mol;
var Ar_m200: J_per_mol;
var v_m200: fmol_per_sec;
Af_m200 = e_796;
Ar_m200 = e_797;
f_796 = v_m200;
f_797 = v_m200;
v_m200 = kappa_m200*(exp(Af_m200/(R*T))-exp(Ar_m200/(R*T)));
// Re:m010
var Af_m010: J_per_mol;
var Ar_m010: J_per_mol;
var v_m010: fmol_per_sec;
Af_m010 = e_802;
Ar_m010 = e_803;
f_802 = v_m010;
f_803 = v_m010;
v_m010 = kappa_m010*(exp(Af_m010/(R*T))-exp(Ar_m010/(R*T)));
// Re:m110
var Af_m110: J_per_mol;
var Ar_m110: J_per_mol;
var v_m110: fmol_per_sec;
Af_m110 = e_808;
Ar_m110 = e_809;
f_808 = v_m110;
f_809 = v_m110;
v_m110 = kappa_m110*(exp(Af_m110/(R*T))-exp(Ar_m110/(R*T)));
// Re:m210
var Af_m210: J_per_mol;
var Ar_m210: J_per_mol;
var v_m210: fmol_per_sec;
Af_m210 = e_814;
Ar_m210 = e_815;
f_814 = v_m210;
f_815 = v_m210;
v_m210 = kappa_m210*(exp(Af_m210/(R*T))-exp(Ar_m210/(R*T)));
// Re:h001
var Af_h001: J_per_mol;
var Ar_h001: J_per_mol;
var v_h001: fmol_per_sec;
Af_h001 = e_820;
Ar_h001 = e_821;
f_820 = v_h001;
f_821 = v_h001;
v_h001 = kappa_h001*(exp(Af_h001/(R*T))-exp(Ar_h001/(R*T)));
// Re:h101
var Af_h101: J_per_mol;
var Ar_h101: J_per_mol;
var v_h101: fmol_per_sec;
Af_h101 = e_826;
Ar_h101 = e_827;
f_826 = v_h101;
f_827 = v_h101;
v_h101 = kappa_h101*(exp(Af_h101/(R*T))-exp(Ar_h101/(R*T)));
// Re:h201
var Af_h201: J_per_mol;
var Ar_h201: J_per_mol;
var v_h201: fmol_per_sec;
Af_h201 = e_832;
Ar_h201 = e_833;
f_832 = v_h201;
f_833 = v_h201;
v_h201 = kappa_h201*(exp(Af_h201/(R*T))-exp(Ar_h201/(R*T)));
// Re:h301
var Af_h301: J_per_mol;
var Ar_h301: J_per_mol;
var v_h301: fmol_per_sec;
Af_h301 = e_838;
Ar_h301 = e_839;
f_838 = v_h301;
f_839 = v_h301;
v_h301 = kappa_h301*(exp(Af_h301/(R*T))-exp(Ar_h301/(R*T)));
// Re:m001
var Af_m001: J_per_mol;
var Ar_m001: J_per_mol;
var v_m001: fmol_per_sec;
Af_m001 = e_844;
Ar_m001 = e_845;
f_844 = v_m001;
f_845 = v_m001;
v_m001 = kappa_m001*(exp(Af_m001/(R*T))-exp(Ar_m001/(R*T)));
// Re:m101
var Af_m101: J_per_mol;
var Ar_m101: J_per_mol;
var v_m101: fmol_per_sec;
Af_m101 = e_850;
Ar_m101 = e_851;
f_850 = v_m101;
f_851 = v_m101;
v_m101 = kappa_m101*(exp(Af_m101/(R*T))-exp(Ar_m101/(R*T)));
// Re:m201
var Af_m201: J_per_mol;
var Ar_m201: J_per_mol;
var v_m201: fmol_per_sec;
Af_m201 = e_856;
Ar_m201 = e_857;
f_856 = v_m201;
f_857 = v_m201;
v_m201 = kappa_m201*(exp(Af_m201/(R*T))-exp(Ar_m201/(R*T)));
// Re:m011
var Af_m011: J_per_mol;
var Ar_m011: J_per_mol;
var v_m011: fmol_per_sec;
Af_m011 = e_862;
Ar_m011 = e_863;
f_862 = v_m011;
f_863 = v_m011;
v_m011 = kappa_m011*(exp(Af_m011/(R*T))-exp(Ar_m011/(R*T)));
// Re:m111
var Af_m111: J_per_mol;
var Ar_m111: J_per_mol;
var v_m111: fmol_per_sec;
Af_m111 = e_868;
Ar_m111 = e_869;
f_868 = v_m111;
f_869 = v_m111;
v_m111 = kappa_m111*(exp(Af_m111/(R*T))-exp(Ar_m111/(R*T)));
// Re:m211
var Af_m211: J_per_mol;
var Ar_m211: J_per_mol;
var v_m211: fmol_per_sec;
Af_m211 = e_874;
Ar_m211 = e_875;
f_874 = v_m211;
f_875 = v_m211;
v_m211 = kappa_m211*(exp(Af_m211/(R*T))-exp(Ar_m211/(R*T)));
enddef;
enddef;
