Propertites of Heterotachy Phylogeny of TOMM40 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)
N2	3e-06	0.272352	11.53805	11.57528	11.19278	11.91534	Greater	0.96805	1.364e-14
N31	0.001821	0.327326	7.78054	4.79956	3.97805	12.07219	Greater	0.87162	1.364e-14
N42	0.153999	3.798149	3.20896	3.21641	2.60861	3.77518	Greater	0.71593	1.364e-14
N15	0.002557	0.332185	5.55619	4.03466	2.38559	10.66785	Greater	0.70816	1.364e-14
N34	3e-06	0.01484	6.72556	9.17094	0.40547	10.55300	Greater	0.61578	1.364e-14
N51	0.004528	0.038602	4.46967	2.50381	1.55111	9.27996	Greater	0.60451	1.364e-14
N7	0.066596	0.342579	2.30806	2.20280	1.54971	2.96250	Greater	0.59527	1.364e-14
N44	1e-06	0.028353	6.55325	9.36169	0.69315	11.43341	Greater	0.59264	1.364e-14
N11	3e-06	0.060346	5.47567	8.18158	0.64129	9.92668	Greater	0.55501	1.364e-14
N48	0.124411	0.649184	1.74576	1.77444	1.27732	2.24205	Greater	0.51213	1.364e-14
N21	0.079197	0.422832	1.70049	1.69424	1.23350	2.23175	Greater	0.48884	1.364e-14
N37	0.112648	0.461892	1.47163	1.48896	1.27016	1.69164	Greater	0.47509	1.364e-14
N10	2e-06	3e-06	4.71514	7.23598	0.00000	8.56325	Greater	0.47506	1.364e-14
N32	0.040879	0.151837	1.47454	1.39884	1.09709	1.78883	Greater	0.46368	1.364e-14
N19	0.022616	0.245964	1.76337	1.86771	0.52326	2.97566	Greater	0.41104	1.364e-14
N16	0.004632	0.013636	2.89033	1.59274	0.00000	8.79694	Greater	0.33935	1.364e-14
N40	0.022561	0.06597	1.31898	1.23104	0.29310	2.49763	Greater	0.31002	1.364e-14
N18	0.079056	0.284069	1.01334	1.27700	0.31133	1.89592	Greater	0.30284	1.364e-14
N35	0.159935	0.44311	0.86991	0.81869	0.31477	1.46620	Greater	0.28275	1.364e-14
N47	0.096623	0.128434	0.64378	0.76190	0.19732	1.34591	Greater	0.21495	1.364e-14
N43	3e-06	3e-06	2.77306	0.00000	-0.40547	7.87702	Greater	0.19988	1.364e-14
N25	0.146101	0.313942	0.52344	0.67752	-0.06906	1.21616	Greater	0.17146	1.364e-14
N41	3e-06	0.007808	1.70351	0.00000	-0.40547	7.56424	Greater	0.12620	2.0076e-13
N20	0.156945	0.233406	0.29365	0.37978	-0.17186	0.84013	Greater	0.09635	4.6553e-08
N30	0.128318	0.142344	0.25050	0.43152	-0.25084	0.93042	Greater	0.09066	2.8468e-07
N56	0.027735	0.043448	0.26567	0.28305	-0.49862	1.15825	Greater	0.08437	7e-06
N38	2e-06	3e-06	0.19351	0.00000	0.00000	0.40547	Greater	0.06102	0.0013632
N13	0.049543	0.035627	0.19787	0.18555	-0.71538	1.11908	Greater	0.05860	0.0024366
N33	0.069438	0.112439	0.16073	0.23010	-0.21788	0.65085	Greater	0.05178	0.0046735
N5	0.073249	0.110789	0.15514	0.21541	-0.89682	1.05685	Greater	0.04561	0.009228
N49	0.003837	0.012218	-0.75321	0.00000	-7.53128	2.55771	Lesser	-0.00750	0.3262
N8	0.092464	0.108708	-0.13742	0.06306	-0.69488	0.67019	Lesser	-0.02268	0.1813
N1	0.022727	0.024134	-0.86900	-0.16059	-1.58279	1.08460	Lesser	-0.05928	0.0014749
N9	3e-06	2e-06	-0.11016	0.00000	-0.40547	0.00000	Lesser	-0.06224	0.0046735
N53	0.09898	0.065084	-0.24574	-0.21064	-1.01143	0.50039	Lesser	-0.06794	0.00020187
N27	0.003852	0.005771	-0.75180	-0.52214	-4.50214	1.76451	Lesser	-0.09628	4.6553e-08
N57	0.017248	0.008633	-1.82213	-0.40547	-8.44434	0.61291	Lesser	-0.17828	1.364e-14
N23	0.171463	0.126483	-0.66179	-0.67228	-1.49287	0.13439	Lesser	-0.18686	1.364e-14
N26	0.105923	0.163282	-3.52307	-0.06650	-10.45155	1.06463	Lesser	-0.20307	1.364e-14
N59	0.441474	0.213594	-0.62366	-0.53753	-0.90010	-0.23102	Lesser	-0.22294	1.364e-14
N36	0.01057	2e-06	-2.41791	-0.72493	-8.59286	0.45465	Lesser	-0.23729	1.364e-14
N4	0.015404	0.003843	-3.34961	-2.63384	-8.70897	0.98354	Lesser	-0.24338	1.364e-14
N50	0.021024	0.012499	-2.74637	-0.96443	-8.40470	0.45481	Lesser	-0.26058	1.364e-14
N58	0.041336	0.021355	-2.81840	-0.65777	-9.06103	0.49109	Lesser	-0.26072	1.364e-14
N12	0.023538	0.012362	-2.88327	-0.85429	-8.57329	0.10200	Lesser	-0.30324	1.364e-14
N39	0.005162	3e-06	-3.65808	-7.28253	-8.13593	0.40547	Lesser	-0.30693	1.364e-14
N45	0.122127	0.025716	-1.26698	-1.33473	-1.98668	-0.54630	Lesser	-0.34145	1.364e-14
N46	0.195094	0.051798	-3.24093	-1.43779	-3.68660	-0.36572	Lesser	-0.43089	1.364e-14
N52	0.18276	0.042048	-1.64170	-1.70545	-2.09966	-1.24696	Lesser	-0.43834	1.364e-14
N24	0.635006	0.117397	-1.90276	-1.93573	-2.81665	-0.82092	Lesser	-0.45443	1.364e-14
N61	0.009658	3e-06	-4.42433	-7.49350	-8.45354	-0.40547	Lesser	-0.46013	1.364e-14
N14	0.183619	0.016187	-4.89708	-2.06943	-11.00536	-0.03909	Lesser	-0.46774	1.364e-14
N54	0.157871	0.01891	-1.97993	-2.04701	-2.69908	-1.30697	Lesser	-0.48117	1.364e-14
N55	0.130159	0.00812	-4.65113	-1.85850	-10.68404	-0.53935	Lesser	-0.51995	1.364e-14
N17	0.105899	0.006937	-5.36778	-3.47936	-10.59660	-0.59555	Lesser	-0.52856	1.364e-14
N22	0.633666	0.052971	-2.28811	-2.35215	-2.80171	-1.73002	Lesser	-0.54286	1.364e-14
N62	0.22013	0.010625	-2.75451	-2.70079	-3.30395	-2.13465	Lesser	-0.59290	1.364e-14
N28	0.256556	0.018051	-4.56465	-2.90135	-4.88854	-1.99240	Lesser	-0.64279	1.364e-14
N6	0.137766	0.010938	-5.28254	-2.77921	-10.81159	-2.06194	Lesser	-0.68733	1.364e-14
N29	0.090334	2e-06	-6.09552	-4.25217	-10.41417	-2.36716	Lesser	-0.70639	1.364e-14
N60	0.054489	2e-06	-9.68468	-10.25868	-10.65365	-9.76965	Lesser	-0.87968	1.364e-14
N3	0.063869	2e-06	-10.08219	-10.27858	-10.61840	-9.87311	Lesser	-0.89209	1.364e-14