// Created by libAntimony v2.8.0
model *Model_1()

  // Compartments and Species:
  compartment compartment_1;
  species APC in compartment_1, Va in compartment_1, Va_APC in compartment_1;
  species Va3 in compartment_1, Va3_APC in compartment_1, Va5 in compartment_1;
  species Va5_APC in compartment_1, Va53 in compartment_1, Va53_APC in compartment_1;
  species Va56 in compartment_1, Va56_APC in compartment_1, Va36 in compartment_1;
  species Va36_APC in compartment_1, Va536 in compartment_1, Va536_APC in compartment_1;
  species HC in compartment_1, LC in compartment_1, HC5 in compartment_1;
  species HC3 in compartment_1, HC56 in compartment_1, HC36 in compartment_1;
  species HC536 in compartment_1, LC_APC in compartment_1, HC53 in compartment_1;
  species VaA3 in compartment_1, VaA53 in compartment_1, VaA36 in compartment_1;
  species VaA536 in compartment_1, VaLCA1 in compartment_1, VaLCA1_APC in compartment_1;

  // Reactions:
  r1: Va + APC -> Va_APC; compartment_1*(k1*Va*APC - k2*Va_APC);
  r2: Va3 + APC -> Va3_APC; compartment_1*(k1*Va3*APC - k2*Va3_APC);
  r3: Va5 + APC -> Va5_APC; compartment_1*(k1*Va5*APC - k2*Va5_APC);
  r4: Va53 + APC -> Va53_APC; compartment_1*(k1*Va53*APC - k2*Va53_APC);
  r5: Va56 + APC -> Va56_APC; compartment_1*(k1*Va56*APC - k2*Va56_APC);
  r6: Va36 + APC -> Va36_APC; compartment_1*(k1*Va36*APC - k2*Va36_APC);
  r7: Va536 + APC -> Va536_APC; compartment_1*(k1*Va536*APC - k2*Va536_APC);
  r8: Va_APC => Va5_APC; compartment_1*k5*Va_APC;
  r9: Va5_APC => Va56_APC; compartment_1*k6*Va5_APC;
  r10: Va56_APC => Va536_APC; compartment_1*k3*Va56_APC;
  r11: Va5_APC => Va53_APC; compartment_1*k3*Va5_APC;
  r12: Va53_APC => Va536_APC; compartment_1*k6*Va53_APC;
  r13: Va_APC => Va3_APC; compartment_1*k3*Va_APC;
  r14: Va3_APC => Va36_APC; compartment_1*k6*Va3_APC;
  r15: Va36_APC => Va536_APC; compartment_1*k5*Va36_APC;
  r16: Va3_APC => Va53_APC; compartment_1*k5*Va3_APC;
  r17: Va -> HC + LC; compartment_1*(k9*Va - k10*HC*LC);
  r18: Va5 -> HC5 + LC; compartment_1*(k9*Va5 - k10*HC5*LC);
  r19: Va3 -> HC3 + LC; compartment_1*(k9*Va3 - k10*HC3*LC);
  r20: Va56 -> HC56 + LC; compartment_1*(k9*Va56 - k10*HC56*LC);
  r21: Va53 -> HC53 + LC; compartment_1*(k9*Va53 - k10*HC53*LC);
  r22: Va36 -> HC36 + LC; compartment_1*(k9*Va36 - k10*HC36*LC);
  r23: Va536 -> HC536 + LC; compartment_1*(k9*Va536 - k10*HC536*LC);
  r24: LC + APC -> LC_APC; compartment_1*(k1*LC*APC - k2*LC_APC);
  r25: Va3 -> VaA3 + VaLCA1; compartment_1*(k7*Va3 - k8*VaA3*VaLCA1);
  r26: Va53 -> VaA53 + VaLCA1; compartment_1*(k7*Va53 - k8*VaA53*VaLCA1);
  r27: Va36 -> VaA36 + VaLCA1; compartment_1*(k7*Va36 - k8*VaA36*VaLCA1);
  r28: Va536 -> VaA536 + VaLCA1; compartment_1*(k7*Va536 - k8*VaA536*VaLCA1);
  r29: Va3_APC -> VaA3 + VaLCA1_APC; compartment_1*(k7*Va3_APC - k8*VaA3*VaLCA1_APC);
  r30: Va53_APC -> VaA53 + VaLCA1_APC; compartment_1*(k7*Va53_APC - k8*VaA53*VaLCA1_APC);
  r31: Va36_APC -> VaA36 + VaLCA1_APC; compartment_1*(k7*Va36_APC - k8*VaA36*VaLCA1_APC);
  r32: Va536_APC -> VaA536 + VaLCA1_APC; compartment_1*(k7*Va536_APC - k7*VaA536*VaLCA1_APC);
  r33: VaLCA1 + APC -> VaLCA1_APC; compartment_1*(k1*VaLCA1*APC - k2*VaLCA1_APC);

  // Species initializations:
  APC = 1e-008;
  Va = 2e-007;
  Va_APC = 0;
  Va3 = 0;
  Va3_APC = 0;
  Va5 = 0;
  Va5_APC = 0;
  Va53 = 0;
  Va53_APC = 0;
  Va56 = 0;
  Va56_APC = 0;
  Va36 = 0;
  Va36_APC = 0;
  Va536 = 0;
  Va536_APC = 0;
  HC = 0;
  LC = 0;
  HC5 = 0;
  HC3 = 0;
  HC56 = 0;
  HC36 = 0;
  HC536 = 0;
  LC_APC = 0;
  HC53 = 0;
  VaA3 = 0;
  VaA53 = 0;
  VaA36 = 0;
  VaA536 = 0;
  VaLCA1 = 0;
  VaLCA1_APC = 0;

  // Compartment initializations:
  compartment_1 = 1;

  // Variable initializations:
  k1 = 100000000;
  k2 = 0.7;
  k3 = 0.064;
  k5 = 1;
  k6 = 0.00052;
  k7 = 0.028;
  k8 = 2570;
  k9 = 1.72e-005;
  k10 = 2630;

  // Other declarations:
  const compartment_1, k1, k2, k3, k5, k6, k7, k8, k9, k10;
end