Table 3. Fitted parameters for the MWC-type models.

$L$, $K_A$ and their associated quantiles are reported as ${\log }_{10}$ values.

Full MWC
Construct	Term	Estimate	2.5% Quantile	97.5% Quantile
Kir6.2*-GFP + SUR1	$L$	−1.05	−1.85	−0.45
n = 9	$D$	0.04	0.00	0.19
	$K_A$	4.32	4.21	4.44
Kir6.2*,C166S-GFP + SUR1	$L$	0.29	−1.04	1.41
n = 6	$D$	0.84	0.52	0.95
	$K_A$	4.18	3.93	4.47
Kir6.2*-GFP + SUR-K205A	$L$	−0.37	−1.34	0.41
n = 9	$D$	0.55	0.39	0.65
	$K_A$	3.76	3.59	3.95
Kir6.2*-GFP + SUR-K205E	$L$	−0.18	−1.25	0.70
n = 9	$D$	0.62	0.42	0.74
	$K_A$	3.40	3.21	3.62
Single-site
Kir6.2*-GFP + SUR1	$L$	−1.06	−1.84	−0.47
n = 9	$D$	0.05	0.01	0.10
	$K_A$	4.33	4.22	4.44
Kir6.2*,C166S-GFP + SUR1	$L$	0.09	−1.15	1.05
n = 6	$D$	0.70	0.29	0.91
	$K_A$	4.15	3.88	4.43
Kir6.2*-GFP + SUR-K205A	$L$	−0.25	−1.30	0.53
n = 9	$D$	0.18	0.06	0.32
	$K_A$	3.62	3.45	3.83
Kir6.2*-GFP + SUR-K205E	$L$	−0.19	−1.19	0.52
n = 9	$D$	0.30	0.13	0.47
	$K_A$	3.31	3.13	3.50
Negative cooperativity
Kir6.2*-GFP + SUR1	$L$	−0.42	−1.38	0.48
n = 9	$D$	0.15	0.02	0.29
	$K_A$	4.82	4.54	5.29
	$C$	0.17	0.06	0.36
Kir6.2*,C166S-GFP + SUR1	$L$	0.32	−0.96	1.47
n = 6	$D$	0.83	0.50	0.94
	$K_A$	4.43	4.04	5.14
	$C$	0.52	0.09	0.97
Kir6.2*-GFP + SUR-K205A	$L$	−0.16	−1.18	0.64
n = 9	$D$	0.52	0.32	0.64
	$K_A$	4.10	3.73	4.68
	$C$	0.35	0.10	0.91
Kir6.2*-GFP + SUR-K205E	$L$	−1.11	0.99
n = 9	$D$	0.58	0.32	0.73
	$K_A$	3.71	3.34	4.41
	$C$	0.45	0.10	0.96