// Created by libAntimony v2.8.0
model *model_0000001()

  // Compartments and Species:
  compartment cell;
  species M in cell, MpY in cell, MpT in cell, Mpp in cell, $MEK in cell;
  species $MKP3 in cell;

  // Reactions:
  v1: M => MpY; cell*((kcat1*MEK*M)/Km1/(1 + M*((Km1 + Km3)/(Km1*Km3)) + MpY/Km2 + MpT/Km4));
  v2: MpY => Mpp; cell*((kcat2*MEK*MpY)/Km2/(1 + M*((Km1 + Km3)/(Km1*Km3)) + MpY/Km2 + MpT/Km4));
  v3: M => MpT; cell*((kcat3*MEK*M)/Km3/(1 + M*((Km1 + Km3)/(Km1*Km3)) + MpY/Km2 + MpT/Km4));
  v4: MpT => Mpp; cell*((kcat4*MEK*MpT)/Km4/(1 + M*((Km1 + Km3)/(Km1*Km3)) + MpY/Km2 + MpT/Km4));
  v5: Mpp => MpT; cell*((kcat5*MKP3*Mpp)/Km5/(1 + Mpp/Km5 + MpT/Km6 + MpY/Km7 + M/Km8));
  v6: MpT => M; cell*((kcat6*MKP3*MpT)/Km6/(1 + Mpp/Km5 + MpT/Km6 + MpY/Km7 + M/Km8));
  v7: MpY => M; cell*((kcat7*MKP3*MpY)/Km7/(1 + Mpp/Km5 + MpT/Km6 + MpY/Km7 + M/Km8));

  // Species initializations:
  M = 800;
  MpY = 0;
  MpT = 0;
  Mpp = 0;
  MEK = 180;
  MKP3 = 100;

  // Compartment initializations:
  cell = 1;

  // Variable initializations:
  Km1 = 410;
  kcat1 = 1.08;
  Km2 = 40;
  kcat2 = 0.007;
  Km3 = 20;
  kcat3 = 0.008;
  Km4 = 300;
  kcat4 = 0.45;
  Km5 = 22;
  kcat5 = 0.084;
  Km6 = 18;
  kcat6 = 0.06;
  Km7 = 34;
  kcat7 = 0.108;
  Km8 = 40;

  // Other declarations:
  const cell, Km1, kcat1, Km2, kcat2, Km3, kcat3, Km4, kcat4, Km5, kcat5;
  const Km6, kcat6, Km7, kcat7, Km8;

  // Unit definitions:
  unit substance = 1e-9 mole;

  // Display Names:
  substance is "nanomole (default)";
  M is "ERK";
  MpY is "ERK-PY";
  MpT is "ERK-PT";
  Mpp is "ERK-PP";
  v1 is "phosphorylation of ERK on Tyr";
  v2 is "phosphorylation of ERK-PY on Thr";
  v3 is "phosphorylation of ERK on Thr";
  v4 is "phosphorylation of ERK-PT on Tyr";
  v5 is "dephosphorylation of ERK-PP on Tyr";
  v6 is "dephosphorylation of ERK-PT";
  v7 is "dephosphorylation of ERK-PY";
end