Table 1.

Comparison of rate constants (mechanism in Fig. 1)^a

	NG reaction constants (8)	Reaction constants for NG data in modified one-form model	Reaction constants for KG data in modified one-form model	Reaction constants for averaged data in modified one-form model
k1	111.8	1.18×102	1.08×102	91.8
k2	48.84	54.0	59.0	82.4
k3	222.2	51.7	42.7	10.4b
k4	362.0	2.24×103	57.1	38.1b
k5	36.04	12.6	12.8	5.16
k6	10.74	37.9	34.7	32.3
k7	8.08	1.99×10−6	2.56×10−6	6.76×10−8b
k8	215.1	0.230	4.62×10−2	5.99×10−3b
k9	0.0369	2.17×10−9	4.36×10−8	3.12×10−8b
k10	0.0185	4.39×10−5	0.576	7.23×10−10b
j1	1.267	1.83×10−8	48.2	33.4
j3	0.2058	1.70×10−5	1.45×10−5	1.58×10−6b
j5	0.2571	1.59×10−2	640.2	21.8
j7	7.841	0.102	3.74×10−8	4.46×10−9b
k3a	1.677	1.44×103	49.08	151.5
k4a	22.19	2.68×102	179.2	209.9
k7a	17.30	1.00	5.943	4.70
k8a	19.41	46.0	98.32	42.6
j3a	0.3494	2.56×103	12.90	0.185
j7a	0.0022	8.30×10−4	5.29×10−4	2.66×10−5
kC1	5.432×10−5	87.9	0.3785	2.39×10−6 b
kC2	2.6480	5.01	2.64×10−8	0.031 b

^aThe units for all association rate constants (k₁, k₃, k₅, k₇, k_3a, k_7a) values are μM⁻¹sec⁻¹. The units for all dissociation rate constants (j₁, j₃, j₅, j₇, j_3a, j_7a) values, turnover rate constants (k₂, k₄, k₆, k₈, k_4a, k_8a, k_C1, k_C2), and rate constants for ratcheting (k₉, k₁₀) are sec⁻¹.

^bSet equal to zero in the reduced 12 parameter model of the averaged data.

NG: Nesheim group

KG: Krishnaswamy group