Propertites of Heterotachy Phylogeny of TIMM29 proteins
Natural logarithm of 'Amino acids -' over 'Residue solvent accessibilities -' based tree branch lengths ratios;
100 iteration of random 50%-alignment jackknife

Inner branch by (daughter) node	Median of branch length from		Mean of logarithmic ratios	Median of logarithmic ratios	Q1 or 25% quantile of logarithmic ratios	Q3 or 75% quantile of logarithmic ratios	Comparing of branch ratios to general population of logarithmic ratios for Inner tree branches
	Amino acids - based tree	Residue solvent accessabilities - based tree					Difference, U-test	Cliff's delta	Normalized p-value, U-test (Holm correction for multiple tests)
N24	0.00389	0.072175	6.09801	4.02414	2.52254	10.75764	Greater	0.78166	1.232e-14
N13	0.032412	0.535664	2.92818	2.89042	2.47744	3.34868	Greater	0.76924	1.232e-14
N23	0.007776	0.134283	2.37541	2.36678	1.93415	2.74705	Greater	0.70158	1.232e-14
N22	3e-06	0.022889	7.07510	9.18101	5.91620	9.73341	Greater	0.69265	1.232e-14
N35	3e-06	0.012089	5.78553	8.28841	1.06348	10.06898	Greater	0.64068	1.232e-14
N18	3e-06	0.04521	4.75128	3.38017	1.72251	10.30213	Greater	0.62256	1.232e-14
N56	0.025223	0.183092	1.87469	1.86740	1.23272	2.52596	Greater	0.56922	1.232e-14
N34	0.007172	0.044507	1.57701	1.63179	1.23374	1.97553	Greater	0.54929	1.232e-14
N26	2e-06	0.005777	4.34025	6.62074	0.00000	8.19340	Greater	0.48768	1.232e-14
N43	0.15274	0.751351	1.50424	1.69093	0.79663	2.27651	Greater	0.48218	1.232e-14
N44	0.071226	0.225063	1.38083	1.38697	0.77418	1.96003	Greater	0.46166	1.232e-14
N28	0.020352	0.059443	1.10675	1.06306	0.68537	1.50923	Greater	0.40457	1.232e-14
N33	0.016329	0.040191	1.07833	1.13315	0.47330	1.70576	Greater	0.36901	1.232e-14
N52	0.18425	0.364629	0.70363	0.70765	0.44859	0.95981	Greater	0.29347	1.232e-14
N39	0.007541	3e-06	1.66612	1.20277	-0.48605	7.27344	Greater	0.24659	1.232e-14
N3	0.233575	0.530099	0.62942	0.79196	-0.18349	1.53654	Greater	0.22762	1.232e-14
N30	0.006149	3e-06	0.76670	0.40547	-2.07654	4.52974	Greater	0.18889	1.232e-14
N1	0.55055	1.234722	0.38039	0.74747	-0.11619	1.25684	Greater	0.18836	1.232e-14
N27	0.023933	0.03964	0.49106	0.62793	-0.27645	1.29902	Greater	0.18500	1.232e-14
N12	0.017157	0.014159	0.47631	0.43030	-0.28310	1.17941	Greater	0.16516	1.232e-14
N49	0.088529	0.084886	0.45807	0.42682	-0.21053	1.10772	Greater	0.16516	1.232e-14
N6	0.048301	0.069062	0.41199	0.50780	-0.39886	1.30505	Greater	0.15444	1.232e-14
N53	0.050347	0.053198	0.30597	0.44959	-0.30083	1.07751	Greater	0.13568	2.9412e-14
N11	0.007766	0.007596	0.29987	0.30722	-0.20742	0.81958	Greater	0.11496	6.4773e-08
N41	0.051344	0.099869	0.29926	0.02830	-0.67203	1.25132	Greater	0.08510	5.5832e-06
N16	3e-06	0.001574	0.47529	0.00000	-0.91780	6.92527	Greater	0.07562	1.7871e-05
N21	0.006949	0.007075	-0.87414	0.00000	-7.39899	1.77904	Greater	0.01539	0.5301
N50	0.152359	0.155074	-0.13307	0.14377	-0.71258	0.66455	Greater	0.00206	0.885
N5	0.007345	3e-06	-1.14550	0.00000	-8.22013	1.27007	Lesser	-0.00240	0.885
N2	0.733773	0.813478	-0.19192	0.00133	-0.92285	0.58879	Lesser	-0.03600	0.06
N40	0.271696	0.198793	-0.15486	-0.13709	-0.60785	0.34339	Lesser	-0.05663	0.0019236
N7	3e-06	2e-06	-0.13017	0.00000	-0.40547	0.00000	Lesser	-0.06108	0.0031425
N29	0.097727	0.075453	-0.29271	-0.21991	-0.64026	0.13883	Lesser	-0.11047	1.381e-10
N10	0.029074	0.007827	-1.22951	-0.19883	-1.29927	0.52778	Lesser	-0.12751	9.0112e-12
N55	0.023473	0.011608	-1.99325	-0.42176	-7.72555	0.77587	Lesser	-0.15842	1.232e-14
N9	0.026651	0.008934	-2.17539	-0.26491	-8.03236	0.66446	Lesser	-0.16837	1.232e-14
N25	0.034378	0.003004	-2.95873	-0.13912	-9.34958	0.96045	Lesser	-0.18091	1.232e-14
N37	0.035914	0.006992	-2.18631	-0.83760	-9.04281	0.51836	Lesser	-0.21975	1.232e-14
N45	0.048246	0.029174	-2.76362	-0.71403	-8.86724	0.33016	Lesser	-0.27700	1.232e-14
N15	0.073107	0.033296	-0.79603	-0.68347	-1.25117	-0.27328	Lesser	-0.28195	1.232e-14
N48	0.203945	0.111581	-0.80103	-0.72231	-1.07855	-0.41371	Lesser	-0.30307	1.232e-14
N19	0.017579	3e-06	-4.09620	-7.83545	-8.99933	0.61987	Lesser	-0.31895	1.232e-14
N42	0.274087	0.110464	-1.11218	-1.08341	-1.76742	-0.45637	Lesser	-0.33620	1.232e-14
N14	0.009522	3e-06	-3.04815	-1.53248	-8.56150	0.00000	Lesser	-0.33943	1.232e-14
N54	0.084312	0.020222	-1.28305	-1.21839	-1.84977	-0.66011	Lesser	-0.40161	1.232e-14
N36	0.016696	3e-06	-4.38503	-7.36042	-8.97531	-0.40547	Lesser	-0.45630	1.232e-14
N51	0.070011	0.025673	-4.78239	-2.19355	-10.29000	-0.09597	Lesser	-0.47570	1.232e-14
N31	0.011226	3e-06	-5.37084	-8.43196	-9.04188	-0.40346	Lesser	-0.48436	1.232e-14
N20	0.047166	0.00618	-3.79081	-2.10424	-9.45810	-0.70903	Lesser	-0.52469	1.232e-14
N47	0.196998	0.020461	-2.31678	-1.81593	-2.59451	-1.21650	Lesser	-0.52577	1.232e-14
N32	0.006536	3e-06	-5.56302	-8.24748	-8.89151	-0.40547	Lesser	-0.53702	1.232e-14
N38	0.030015	0.005152	-5.16361	-7.85580	-9.56212	-0.66216	Lesser	-0.54463	1.232e-14
N46	0.128387	0.019067	-5.02957	-2.43721	-10.85617	-0.87213	Lesser	-0.56519	1.232e-14
N8	0.037774	0.006977	-3.91174	-1.73995	-9.54241	-1.03017	Lesser	-0.57666	1.232e-14
N17	0.010768	2e-06	-6.47778	-8.65236	-9.09251	-1.37794	Lesser	-0.59858	1.232e-14
N4	0.010111	2e-06	-8.65445	-8.84477	-9.00700	-8.27906	Lesser	-0.78870	1.232e-14