Table I.

Chemo-electrical material parameters of human ventricular cardiomyocyte.

	sodium related	potassium related	calcium related	calciumsr related
concentrations	cNa0 = 140 mM	cK0 = 5.4 mM	cCa0 = 2 mM	-
maximum currents	$I_{\text{NaCa}}^{max}=1000\text{pA}/\text{pF}$		$I_{\text{NaCa}}^{max}=1000\text{pA}/\text{pF}$
	$I_{\text{NaK}}^{max}=1.362\text{pA}/\text{pF}$	$I_{\text{NaK}}^{max}=1.362\text{pA}/\text{pF}$	$I_{\text{leak}}^{max}=0.08{\mathrm{s}}^{-1}$	$I_{\text{leak}}^{max}=0.08{\mathrm{s}}^{-1}$
			$I_{\text{up}}^{max}=0.425\text{mM}/\mathrm{s}$	$I_{\text{up}}^{max}=0.425\text{mM}/\mathrm{s}$
			$I_{\text{rel}}^{max}=8.232\text{mM}/\mathrm{s}$	$I_{\text{rel}}^{max}=8.232\text{mM}/\mathrm{s}$
maximum conductances	$C_{\text{Na}}^{max}=14.838\text{nS}/\text{pF}$	$C_{\mathrm{K}1}^{max}=5.405\text{nS}/\text{pF}$	$C_{\text{CaL}}^{max}=0.175{\text{mm}}^3/[\mu \text{Fs}]$
	$C_{\text{bNa}}^{max}=0.00029\text{nS}/\text{pF}$	$C_{\text{Kr}}^{max}=0.0096\text{nS}/\text{pF}$	$C_{\text{bCa}}^{max}=0.000592\text{nS}/\text{pF}$
		$C_{\text{Ks},\text{epi}}^{max}=0.245\text{nS}/\text{pF}$	$C_{\text{pCa}}^{max}=0.825\text{nS}/\text{pF}$
		$C_{\text{Ks},\text{endo}}^{max}=0.245\text{nS}/\text{pF}$
		$C_{\text{Ks},\mathrm{M}}^{max}=0.062\text{nS}/\text{pF}$
		$C_{\text{pK}}^{max}=0.0146\text{nS}/\text{pF}$
		$C_{\mathrm{t}0,\text{epi}}^{max}=0.294\text{nS}/\text{pF}$
		$C_{\mathrm{t}0,\text{endo}}^{max}=0.073\text{nS}/\text{pF}$
		$C_{\mathrm{t}0,\mathrm{M}}^{max}=0.294\text{nS}/\text{pF}$
half saturation constants	cCaNa = 1.38 mM		cCaNa= 1.38 mM
	cCNa = 87.50 mM		cNaCa = 87.50 mM
	cKNa = 1.00 mM	cKNa = 1.00 mM	cpCa = 0.0005 mM
	cNaK = 40.00 mM	cNaK == 410.0.000mM	cup = 0.00025 mM	cup = 0.00025 mM
			crel = 0.25 mM	crel =0.25 mM
			cbuf = 0.001 mM	$c_{\text{buf}}^{sr}=0.3\text{mM}$
other parameters	$k_{\text{NaCa}}^{\text{sat}}=0.10$	pKNa = 0.03	γrel = 2	γrel = 2
	γNaCa= 2.50		γtot = 0.15 mM	$c_{\text{tot}}^{\text{sr}}=10\text{mM}$
	γ = 0.35
gas constant R =8.3143 J K−1 mol−1		temperature T =310 K	cytoplasmic volume V =16404μm3
Faraday constant F =96.4867 C/mmol		membrane capacitance C =185 pF	sarcoplasmic reticulum volume Vsr= 1094μm3