cloned from '___SpringSalad_SolverSuite' owned by user schaff cloned from 'model' owned by user schaff 200.0 0.0 cloned from 'model' owned by user schaff cloned from 'Application0' owned by user schaff cloned from 'non-spatial365807313' owned by user schaff cloned from 'non-spatial365807313' owned by user schaff 1.0 0.0 2.0 0.0 cloned from 'Application0_generated' owned by user schaff 96485.3321 9.64853321E-5 6.02214179E11 3.141592653589793 8314.46261815 300.0 200.0 0.001660538783162726 0.0 1.0 2.0 5.0 50.0 6.0 (1.0 * pow(KMOLE, - 1.0)) (1.0 * pow(KMOLE,1.0)) 0.0 ((MT0_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) (Size_Intracellular * MT0_Count_init_uM * UnitFactor_molecules_uM_neg_1_um_neg_3) ((MT1_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) (Size_Intracellular * MT1_Count_init_uM * UnitFactor_molecules_uM_neg_1_um_neg_3) ((O0_MT0_tot_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) ((O0_MT1_tot_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) ((UnitFactor_uM_um3_molecules_neg_1 * Kf) / Size_Intracellular) Kr P_r0_probabilityRate P_r0_reverse_probabilityRate MT0_Count_initCount 0.0 u u 0.0 0.0 0.0 0.0 MT1_Count_initCount 0.0 u u 0.0 0.0 0.0 0.0 cloned from 'Application0_generated' owned by user schaff true false true true 1000 1 1 cloned from 'Application0' owned by user schaff cloned from 'Copy of Application0' owned by user schaff (copied from Application0) cloned from 'non-spatial1485452307' owned by user schaff cloned from 'non-spatial1485452307' owned by user schaff 1.0 0.0 2.0 0.0 cloned from 'Copy of Application0_generated' owned by user schaff 96485.3321 9.64853321E-5 1.0E-9 6.02214179E11 3.141592653589793 8314.46261815 300.0 1000.0 200.0 0.001660538783162726 0.0 1.0 2.0 0.0 5.0 50.0 6.0 0.0 (((Kf * MT0) * MT1) - (Kr * s2)) (MT0 + s2) (MT1 + s2) - J_r0_DirectHalf MT0_init_uM - J_r0_DirectHalf MT1_init_uM J_r0_DirectHalf s2_init_uM cloned from 'Copy of Application0_generated' owned by user schaff 1 cloned from 'Copy of Application0' owned by user schaff (copied from Application0) cloned from 'Copy of Application0 1' owned by user schaff (copied from Application0) cloned from 'non-spatial979808265' owned by user schaff cloned from 'non-spatial979808265' owned by user schaff 1.0 0.0 2.0 0.0 cloned from 'Copy of Application0 1_generated' owned by user schaff 96485.3321 9.64853321E-5 6.02214179E11 3.141592653589793 8314.46261815 300.0 200.0 0.001660538783162726 0.0 1.0 2.0 0.0 5.0 50.0 6.0 (1.0 * pow(KMOLE, - 1.0)) (1.0 * pow(KMOLE,1.0)) 0.0 (((Kf * MT0) * MT1) - (Kr * s2)) ((MT0_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) (Size_Intracellular * MT0_Count_init_uM * UnitFactor_molecules_uM_neg_1_um_neg_3) ((MT1_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) (Size_Intracellular * MT1_Count_init_uM * UnitFactor_molecules_uM_neg_1_um_neg_3) (MT0 + s2) (O0_MT0_tot * Size_Intracellular * UnitFactor_molecules_uM_neg_1_um_neg_3) (MT1 + s2) (O0_MT1_tot * Size_Intracellular * UnitFactor_molecules_uM_neg_1_um_neg_3) (Kf * MT0_Count * MT1_Count * UnitFactor_molecules_uM_neg_1_um_neg_3 * UnitFactor_uM_um3_molecules_neg_1 * UnitFactor_uM_um3_molecules_neg_1 / Size_Intracellular) (Kr * s2_Count * UnitFactor_molecules_uM_neg_1_um_neg_3 * UnitFactor_uM_um3_molecules_neg_1) ((UnitFactor_uM_um3_molecules_neg_1 * s2_Count) / Size_Intracellular) (Size_Intracellular * UnitFactor_molecules_uM_neg_1_um_neg_3 * s2_Count_init_uM) MT0_Count_initCount MT1_Count_initCount s2_Count_initCount P_r0_DirectHalf_probabilityRate -1.0 -1.0 1.0 P_r0_DirectHalf_reverse_probabilityRate 1.0 1.0 -1.0 cloned from 'Copy of Application0 1_generated' owned by user schaff 1 cloned from 'Copy of Application0 1' owned by user schaff (copied from Application0) (z < 0.09) 0.1 1.2E-6 1.0E-6 96485.3321 9.64853321E-5 6.02214179E11 3.141592653589793 8314.46261815 300.0 200.0 0.001660538783162726 0.0 1.2E-6 1.0E-6 50000.0 50000.0 6563.0 (1.0 * pow(KMOLE, - 1.0)) (1.0 * pow(KMOLE,1.0)) 0.0 ((MT0_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) (Size_Intracellular * MT0_Count_init_uM * UnitFactor_molecules_uM_neg_1_um_neg_3) ((MT1_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) (Size_Intracellular * MT1_Count_init_uM * UnitFactor_molecules_uM_neg_1_um_neg_3) ((O0_MT0_tot_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) ((O0_MT1_tot_Count * UnitFactor_uM_um3_molecules_neg_1) / Size_Intracellular) Kf Kr P_r0_probabilityRate P_r0_reverse_probabilityRate MT0_Count_initCount 0.0 0.0 0.0 0.0 0.0 0.0 0.0 MT1_Count_initCount 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1 1.0E-9 1.0E-4 1 cloned from '___SpringSalad_SolverSuite' owned by user schaff