//Created by libAntimony v2.4
model riccobene_model_1999__environment(time_)

  // Variable initializations:
  time_ = ;
end

model riccobene_model_1999__R(R, L, LR, R_star, kf, kr, kfR, Kact, time_)

  // Rate Rules:
  R' = (kr * LR + (kfR / Kact) * R_star) - (kf * L * R + kfR * R);

  // Variable initializations:
  R = 0.01;
  L = ;
  LR = ;
  R_star = ;
  kf = ;
  kr = ;
  kfR = ;
  Kact = ;
  time_ = ;
end

model riccobene_model_1999__R_star(R_star, L, LR_star, R, kf, kr, kfR, Kact, alpha, time_)

  // Rate Rules:
  R_star' = (kr * LR_star + kfR * R) - (alpha * kf * L * R_star + (kfR / Kact) * R_star);

  // Variable initializations:
  R_star = 0.01;
  L = ;
  LR_star = ;
  R = ;
  kf = ;
  kr = ;
  kfR = ;
  Kact = ;
  alpha = ;
  time_ = ;
end

model riccobene_model_1999__LR(LR, L, R, LR_star, kf, kr, kfR, Kact, alpha, time_)

  // Rate Rules:
  LR' = (kf * L * R + (kfR / (alpha * Kact)) * LR_star) - (kr * LR + kfR * LR);

  // Variable initializations:
  LR = 0.01;
  L = ;
  R = ;
  LR_star = ;
  kf = ;
  kr = ;
  kfR = ;
  Kact = ;
  alpha = ;
  time_ = ;
end

model riccobene_model_1999__LR_star(LR_star, L, R_star, LR, kf, kr, kds, kfR, Kact, alpha, time_)

  // Rate Rules:
  LR_star' = (kfR * LR + alpha * kf * L * R_star) - ((kfR / (alpha * Kact)) * LR_star + kds * LR_star + kr * LR_star);

  // Variable initializations:
  LR_star = 0.01;
  L = ;
  R_star = ;
  LR = ;
  kf = ;
  kr = ;
  kds = ;
  kfR = ;
  Kact = ;
  alpha = ;
  time_ = ;
end

model riccobene_model_1999__LR_ds(LR_ds, LR_star, R_ds, L, kf2, kr2, kds, time_)

  // Rate Rules:
  LR_ds' = (kds * LR_star + kf2 * L * R_ds) - kr2 * LR_ds;

  // Variable initializations:
  LR_ds = 0.01;
  LR_star = ;
  R_ds = ;
  L = ;
  kf2 = ;
  kr2 = ;
  kds = ;
  time_ = ;
end

model riccobene_model_1999__R_ds(R_ds, LR_ds, L, kf2, kr2, time_)

  // Rate Rules:
  R_ds' = kr2 * LR_ds - kf2 * L * R_ds;

  // Variable initializations:
  R_ds = 0.01;
  LR_ds = ;
  L = ;
  kf2 = ;
  kr2 = ;
  time_ = ;
end

model riccobene_model_1999__G_star(G_star, LR_star, R_star, G, ka, ki, time_)

  // Rate Rules:
  G_star' = ka * G * (LR_star + R_star) - ki * G_star;

  // Variable initializations:
  G_star = 0.01;
  LR_star = ;
  R_star = ;
  G = ;
  ka = ;
  ki = ;
  time_ = ;
end

model riccobene_model_1999__G(G, LR_star, R_star, G_star, ka, ki, time_)

  // Rate Rules:
  G' = ki * G_star - ka * G * (LR_star + R_star);

  // Variable initializations:
  G = 0.01;
  LR_star = ;
  R_star = ;
  G_star = ;
  ka = ;
  ki = ;
  time_ = ;
end

model riccobene_model_1999__L(L)

  // Variable initializations:
  L = 1E-12;
end

model riccobene_model_1999__model_parameters(kr, kf, kr2, kf2, kds, kfR, ka, ki, Kact, alpha)

  // Variable initializations:
  kr = 0.37;
  kf = 8.4E7;
  kr2 = 4.6E-3;
  kf2 = 8.4E7;
  kds = 1E-4;
  kfR = 10;
  ka = 1E-7;
  ki = 2E-1;
  Kact = 1E-4;
  alpha = 1E1;
end

model *riccobene_model_1999____main()

  // Sub-modules, and any changes to those submodules:
  environment: riccobene_model_1999__environment(time_);
  R: riccobene_model_1999__R(R0, L0, LR0, R_star0, kf, kr, kfR, Kact, time_);
  R_star: riccobene_model_1999__R_star(R_star0, L0, LR_star0, R0, kf, kr, kfR, Kact, alpha, time_);
  LR: riccobene_model_1999__LR(LR0, L0, R0, LR_star0, kf, kr, kfR, Kact, alpha, time_);
  LR_star: riccobene_model_1999__LR_star(LR_star0, L0, R_star0, LR0, kf, kr, kds, kfR, Kact, alpha, time_);
  LR_ds: riccobene_model_1999__LR_ds(LR_ds0, LR_star0, R_ds0, L0, kf2, kr2, kds, time_);
  R_ds: riccobene_model_1999__R_ds(R_ds0, LR_ds0, L0, kf2, kr2, time_);
  G_star: riccobene_model_1999__G_star(G_star0, LR_star0, R_star0, G0, ka, ki, time_);
  G: riccobene_model_1999__G(G0, LR_star0, R_star0, G_star0, ka, ki, time_);
  L: riccobene_model_1999__L(L0);
  model_parameters: riccobene_model_1999__model_parameters(kr, kf, kr2, kf2, kds, kfR, ka, ki, Kact, alpha);
end