x_tot x_P1 x_P3 x_P6 x_P13 x_P7 x_P14 x_Nae c_Nae W_e x_Nai c_Nai W_i x_Ke c_Ke W_e x_Ki c_Ki W_i x_P_i c_P_i W_i x_MgADP c_MgADP W_i x_MgATP c_MgATP W_i x_H 10 pH 1000 W_i zF_5 z_5 F zF_8 z_8 F v_H v_R13 mu_H R T K_H x_H v_Ke 2 v_R8 mu_Ke R T K_Ke x_Ke v_Ki 2 v_R1 mu_Ki R T K_Ki x_Ki v_MgADP v_R6 mu_MgADP R T K_MgADP x_MgADP v_MgATP v_R15 mu_MgATP R T K_MgATP x_MgATP v_Nae 3 v_R8 mu_Nae R T K_Nae x_Nae v_Nai 3 v_R3 mu_Nai R T K_Nai x_Nai v_P7 v_R6 v_R8 t x_P7 v_P7 mu_P7 R T K_7 x_P7 v_P_i v_R13 mu_P_i R T K_P x_P_i I_mem zF_5 v_R3 zF_8 v_R8 V_mem q_mem C_m Af_R13 mu_P13 Ar_R13 mu_P14 mu_P_i mu_H v_R13 kappa_13 Af_R13 R T Ar_R13 R T Af_R15 mu_P14 mu_MgATP Ar_R15 mu_P1 v_R15 kappa_15 Af_R15 R T Ar_R15 R T Af_R6 mu_P6 Ar_R6 mu_P7 mu_MgADP v_R6 kappa_6 Af_R6 R T Ar_R6 R T v_P14 v_R13 v_R15 t x_P14 v_P14 mu_P14 R T K_14 x_P14 v_P1 v_R15 v_R1 t x_P1 v_P1 mu_P1 R T K_1 x_P1 v_P3 v_R1 v_R3 t x_P3 v_P3 mu_P3 R T K_3 x_P3 v_P6 v_R3 v_R6 t x_P6 v_P6 mu_P6 R T K_6 x_P6 Af_R1 mu_P1 Ar_R1 mu_P3 2 mu_Ki v_R1 kappa_1 Af_R1 R T Ar_R1 R T Af_R3 mu_P3 3 mu_Nai Ar_R3 zF_5 V_mem mu_P6 v_R3 kappa_3 Af_R3 R T Ar_R3 R T v_P13 v_R8 v_R13 t x_P13 v_P13 mu_P13 R T K_13 x_P13 Af_R8 mu_P7 2 mu_Ke Ar_R8 mu_P13 3 mu_Nae zF_8 V_mem v_R8 kappa_8 Af_R8 R T Ar_R8 R T Pump state Ee (K2) chemical potential Pump state ATP-Ei Na2 Pump state ATP-E_i K_2 Intracellular K+ Molar flow rate associated with reaction R13 Molar flow rate associated with reaction R13 Pump state P-E_e Na_1 Extracellular K+ Molar flow rate associated with reaction R4 Molar flow rate associated with reaction R4 Molar flow rate associated with reaction R8 Molar flow rate associated with reaction R8 Chemical potential of free inorganic phosphate (Pi) Intracellular H+ Pump state ATP-Ei Na3 chemical potential Pump state ATP-Ee (K2) chemical potential Pump state ATP-Ei K1 chemical potential Molar flow rate associated with reaction R10 Molar flow rate associated with reaction R10 Molar flow rate associated with reaction R14 Molar flow rate associated with reaction R14 Pump state P-E_e potential Molar flow rate associated with reaction R7 Molar flow rate associated with reaction R7 Molar flow rate associated with reaction R3 Molar flow rate associated with reaction R3 Chemical potential of the pump state P-Ei (Na3) Pump state ATP-Ei Molar flow rate associated with reaction R11 Molar flow rate associated with reaction R11 Intracellular MgADP Molar flow rate associated with reaction R15 Molar flow rate associated with reaction R15 Pump state P-E_e K_1 potential Molar flow rate associated with reaction R6 Molar flow rate associated with reaction R6 Terkildsen_NaK_BG Intracellullar MgATP Chemical potential of P-Ee Na3 pump state Molar flow rate associated with reaction R2 Molar flow rate associated with reaction R2 Extracellular Na+ Pump state P-Ee K2 potential Pump state ARP Ei Na1 chemical potential Intracellular Na+ Molar flow rate associated with reaction R12 Molar flow rate associated with reaction R12 Molar flow rate associated with reaction R5 Molar flow rate associated with reaction R5 Molar flow rate associated with reaction R9 Molar flow rate associated with reaction R9 Molar flow rate reaction R1 Molar flow rate associated with reaction R1 Pump state chemical potential P-Ee Na1