// Created by libAntimony v2.8.0 function Constant_flux__irreversible(v) v; end function transcription_and_translation(k, X) k*X; end model *MODEL1408130000() // Compartments and Species: compartment cell; species A in cell, AgB in cell, gB in cell, rB in cell, B in cell, AB in cell; // Reactions: A_binds_gB: A + gB => AgB; cell*alpha*A*gB; gB_releases_A: AgB => A + gB; cell*theta*AgB; basal_transcription_B: => rB; cell*transcription_and_translation(rhof, gB); stim_transcription_B: => rB; cell*transcription_and_translation(rhob, AgB); degradation_mRNA_B: rB => ; cell*deltar*rB; production_A: => A; cell*Constant_flux__irreversible(rhoA); degradation_A: A => ; cell*deltaA*A; translation_B: => B; cell*transcription_and_translation(beta, rB); degradation_B: B => ; cell*deltaB*B; formation_dimer: A + B => AB; cell*gamma*A*B; degradation_dimer: AB => ; cell*deltaAB*AB; // Species initializations: A = 40; A has mole_per_litre; AgB = 0; AgB has mole_per_litre; gB = 1; gB has mole_per_litre; rB = 0; rB has mole_per_litre; B = 0; B has mole_per_litre; AB = 0; AB has mole_per_litre; // Compartment initializations: cell = 1; cell has litre; // Variable initializations: theta = 0.04; alpha = 0.001; rhob = 5; rhof = 0.1; deltar = 0.03; rhoA = 100; gamma = 1; deltaA = 0.01; deltaB = 0.01; beta = 3; deltaAB = 0.01; // Other declarations: const cell, theta, alpha, rhob, rhof, deltar, rhoA, gamma, deltaA, deltaB; const beta, deltaAB; // Unit definitions: unit length = metre; unit area = metre^2; unit volume = 1e-12 litre; unit time_unit = time_unit; unit substance = item; unit extent = substance; unit mole_per_litre = mole / litre; // Display Names: time_unit is "time"; A_binds_gB is "A binds gB"; gB_releases_A is "gB releases A"; basal_transcription_B is "basal transcription B"; stim_transcription_B is "stim transcription B"; degradation_mRNA_B is "degradation mRNA B"; production_A is "production A"; degradation_A is "degradation A"; translation_B is "translation B"; degradation_B is "degradation B"; formation_dimer is "formation dimer"; degradation_dimer is "degradation dimer"; end