// Created by libAntimony v2.8.0
model *DallaMan2007_MealModel_GlucoseInsulinSystem()

  // Compartments and Species:
  compartment Compartment1;
  species $G_p in Compartment1, $G_t in Compartment1, $I_l in Compartment1;
  species $I_p in Compartment1, $Q_sto1 in Compartment1, $Q_gut in Compartment1;
  species $Q_sto2 in Compartment1, $I_1 in Compartment1, $I_d in Compartment1;
  species $X in Compartment1, $I_po in Compartment1, $Y in Compartment1;

  // Assignment Rules:
  EGP := k_p1 - k_p2*G_p - k_p3*I_d - k_p4*I_po;
  Ra := (f*k_abs*Q_gut)/BW;
  E := 0;
  U_id := U_idm;
  m_3 := (HE*m_1)/(1 - HE);
  S := gamma*I_po;
  k_empt := k_min + (k_max - k_min)/2*(tanh(aa*(Q_sto - b*D)) - tanh(cc*(Q_sto - d*D)) + 2);
  I := I_p/V_I;
  S_po := Y + (K*((EGP + Ra) - E - U_ii - k_1*G_p + k_2*G_t))/V_G + S_b;
  G := G_p/V_G;
  aa := 5/2/(1 - b)/D;
  cc := 5/2/d/D;
  V_mmax := (1 - part)*(V_m0 + V_mX*X);
  HE := -m_5*S + m_6;
  Q_sto := Q_sto1 + Q_sto2;
  U_idm := (V_mmax*G_t)/(K_m0 + G_t);
  U := U_ii + U_id;

  // Rate Rules:
  G_p' = (EGP + Ra) - E - U_ii - k_1*G_p + k_2*G_t;
  G_t' = (-U_id + k_1*G_p) - k_2*G_t;
  I_l' = -m_1*I_l - m_3*I_l + m_2*I_p + S;
  I_p' = -m_2*I_p - m_4*I_p + m_1*I_l;
  Q_sto1' = -k_gri*Q_sto1;
  Q_gut' = -k_abs*Q_gut + k_empt*Q_sto2;
  Q_sto2' = -k_empt*Q_sto2 + k_gri*Q_sto1;
  I_1' = -k_i*(I_1 - I);
  I_d' = -k_i*(I_d - I_1);
  X' = -p_2U*X + p_2U*(I - I_b);
  I_po' = -gamma*I_po + S_po;
  Y' = -alpha*(Y - beta*(G - G_b));

  // Species initializations:
  G_p = 178/Compartment1;
  G_t = 135/Compartment1;
  I_l = 4.5/Compartment1;
  I_p = 1.25/Compartment1;
  Q_sto1 = 78000/Compartment1;
  Q_gut = 0;
  Q_sto2 = 0;
  I_1 = 25/Compartment1;
  I_d = 25/Compartment1;
  X = 0;
  I_po = 3.6/Compartment1;
  Y = 0;

  // Compartment initializations:
  Compartment1 = 1;

  // Variable initializations:
  U_ii = 1;
  k_1 = 0.065;
  k_2 = 0.079;
  m_1 = 0.19;
  m_2 = 0.484;
  m_4 = 0.194;
  k_gri = 0.0558;
  k_abs = 0.057;
  k_i = 0.0079;
  p_2U = 0.0331;
  I_b = 25;
  alpha = 0.05;
  beta = 0.11;
  G_b = 95;
  V_G = 1.88;
  V_I = 0.05;
  m_5 = 0.0304;
  m_6 = 0.6471;
  HE_b = 0.6;
  S_b = 1.8;
  S_b_minus = -1.8;
  k_max = 0.0558;
  k_min = 0.008;
  f = 0.9;
  b = 0.82;
  d = 0.01;
  BW = 78;
  k_p1 = 2.7;
  k_p2 = 0.0021;
  k_p3 = 0.009;
  k_p4 = 0.0618;
  V_m0 = 2.5;
  V_mX = 0.047;
  K_m0 = 225.59;
  part = 0.2;
  K = 2.3;
  gamma = 0.5;
  k_e1 = 0.0005;
  k_e2 = 339;
  D = 78000;

  // Other declarations:
  var EGP, Ra, E, U_id, m_3, S, k_empt, I, S_po, G, aa, cc, V_mmax, HE, Q_sto;
  var U_idm, U;
  const Compartment1, U_ii, k_1, k_2, m_1, m_2, m_4, k_gri, k_abs, k_i, p_2U;
  const I_b, alpha, beta, G_b, V_G, V_I, m_5, m_6, HE_b, S_b, S_b_minus, k_max;
  const k_min, f, b, d, BW, k_p1, k_p2, k_p3, k_p4, V_m0, V_mX, K_m0, part;
  const K, gamma, k_e1, k_e2, D;

  // Display Names:
  Compartment1 is "default";
end