Propertites of Heterotachy Phylogeny of TOMM20 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)
N66	3e-06	0.839475	12.71058	12.72124	12.46516	13.01853	Greater	0.98037	1.496e-14
N56	2e-06	0.204	11.76939	11.77377	11.37732	12.19013	Greater	0.92496	1.496e-14
N64	1e-06	0.028428	10.57892	10.66842	10.17877	10.96079	Greater	0.82865	1.496e-14
N6	3e-06	0.119289	10.38661	10.52939	10.15052	10.85827	Greater	0.81171	1.496e-14
N11	3e-06	0.860109	9.06278	12.13879	4.67974	12.81838	Greater	0.76724	1.496e-14
N61	2e-06	0.161932	8.42283	10.91138	3.52374	11.39584	Greater	0.74001	1.496e-14
N41	3e-06	0.028434	9.50969	9.63076	9.16782	9.85769	Greater	0.70841	1.496e-14
N53	3e-06	0.245529	7.01324	3.56670	2.98132	11.58196	Greater	0.68955	1.496e-14
N12	0.041559	0.653499	5.94101	2.73016	2.09282	12.47182	Greater	0.60273	1.496e-14
N27	3e-06	0.040726	7.28833	9.49504	2.33449	10.16404	Greater	0.55631	1.496e-14
N5	3e-06	0.075295	5.62166	2.60860	1.82780	10.31093	Greater	0.50755	1.496e-14
N35	0.114935	2.453204	3.29225	3.11927	2.60833	3.84817	Greater	0.49489	1.496e-14
N69	2e-06	0.022038	6.37543	9.19781	1.15392	9.94228	Greater	0.46804	1.496e-14
N70	0.026806	0.47867	2.85702	2.67143	2.21891	3.23306	Greater	0.45723	1.496e-14
N9	0.016736	0.079106	5.03200	3.08818	1.18486	11.04119	Greater	0.44827	1.496e-14
N8	3e-06	0.013672	5.46159	8.81366	0.00000	9.95833	Greater	0.36545	1.496e-14
N29	0.020535	0.193162	3.72894	2.11231	1.16111	5.31649	Greater	0.36384	1.496e-14
N33	0.402791	2.735108	1.95177	1.90801	1.63334	2.23211	Greater	0.35129	1.496e-14
N15	1e-06	0.008819	3.79365	0.69315	0.69315	9.51827	Greater	0.31508	1.496e-14
N20	0.09317	0.42413	1.70982	1.64801	1.32979	2.00733	Greater	0.30058	1.496e-14
N52	3e-06	0.03195	4.62657	8.56000	0.24757	9.38298	Greater	0.30049	1.496e-14
N65	0.027254	0.164303	1.77230	1.70816	1.26001	2.22033	Greater	0.29137	1.496e-14
N4	0.017376	0.129772	1.85508	1.95174	1.30973	2.55460	Greater	0.28674	1.496e-14
N16	0.026594	0.116227	1.58054	1.56310	1.20497	2.00438	Greater	0.27402	1.496e-14
N67	2e-06	2e-06	4.28033	1.09861	0.00000	9.17217	Greater	0.26751	1.496e-14
N45	0.010397	0.042632	3.08442	1.53370	0.41718	9.47003	Greater	0.24236	1.496e-14
N71	0.003727	0.070283	1.37248	2.22620	0.41170	3.75327	Greater	0.19548	1.496e-14
N19	0.050427	0.127206	1.03610	1.03673	0.68368	1.40279	Greater	0.14588	1.496e-14
N26	0.04008	0.092113	0.91623	0.99821	0.32127	1.69022	Greater	0.08618	1.0318e-05
N23	3e-06	0.013852	1.38830	0.57891	0.00000	9.10075	Greater	0.05520	0.001774
N28	0.027643	0.035525	1.52894	0.50941	-0.44978	6.81235	Greater	0.01743	0.298
N50	0.055417	0.0814	0.64263	0.66095	0.10574	1.21666	Greater	0.00899	0.3094
N49	0.011977	0.011808	1.35092	0.00000	-0.75217	8.38114	Lesser	-0.04520	0.009738
N2	0.08574	0.121601	0.35782	0.40427	0.07848	0.72334	Lesser	-0.06453	0.0003179
N1	0.038005	0.066743	0.33650	0.42675	-0.02215	0.83671	Lesser	-0.07096	0.00010254
N36	0.178328	0.283704	0.37775	0.27950	-0.13714	0.77253	Lesser	-0.08404	1.9984e-06
N14	2e-06	3e-06	0.27928	0.40547	0.00000	0.40547	Lesser	-0.09290	7.311e-08
N22	0.013147	0.012276	-0.01804	0.33213	-0.40547	0.96834	Lesser	-0.10156	1.7541e-06
N54	3e-06	3e-06	0.08569	0.00000	-1.04936	6.81527	Lesser	-0.13383	1.496e-14
N47	0.02146	0.012979	0.11795	0.10331	-0.40190	0.65105	Lesser	-0.16018	2.6213e-14
N58	2e-06	0.001853	-0.42226	0.00000	-3.76721	1.40531	Lesser	-0.19992	1.496e-14
N51	0.00084	3e-06	-1.19493	-0.40547	-7.02242	1.71144	Lesser	-0.20218	1.496e-14
N55	1e-06	2e-06	-1.98587	0.00000	-6.82763	0.69315	Lesser	-0.23149	1.496e-14
N46	0.019103	0.003446	-0.76103	-0.40547	-4.05795	0.84619	Lesser	-0.23989	1.496e-14
N57	2e-06	2e-06	-2.21633	0.00000	-9.30544	0.69315	Lesser	-0.24670	1.496e-14
N37	0.019872	0.013968	-0.17950	-0.16583	-0.73718	0.40527	Lesser	-0.24673	1.496e-14
N25	3e-06	2e-06	-0.13140	0.00000	-0.40547	0.00000	Lesser	-0.27310	1.496e-14
N13	0.022971	0.002833	-2.53499	-0.46194	-9.19822	0.58330	Lesser	-0.31551	1.496e-14
N17	0.015958	3e-06	-2.43006	-0.49557	-8.86078	0.40547	Lesser	-0.33877	1.496e-14
N3	0.108796	0.047423	-0.53894	-0.38852	-0.93492	0.06712	Lesser	-0.34588	1.496e-14
N39	0.054523	0.028183	-0.53127	-0.52845	-1.06735	0.04611	Lesser	-0.35944	1.496e-14
N42	0.012152	0.009104	-2.56144	-0.56324	-8.42164	0.06830	Lesser	-0.36032	1.496e-14
N40	0.095399	0.060584	-0.56852	-0.52502	-0.92563	-0.16424	Lesser	-0.39529	1.496e-14
N34	0.279586	0.11012	-0.75999	-0.72886	-1.41589	-0.06842	Lesser	-0.40544	1.496e-14
N32	0.949708	0.528184	-0.73159	-0.58784	-1.10103	-0.22663	Lesser	-0.42798	1.496e-14
N18	0.019098	3e-06	-4.21096	-8.39785	-9.03139	0.40547	Lesser	-0.43921	1.496e-14
N10	3e-06	2e-06	-2.85484	-0.40547	-7.51180	0.00000	Lesser	-0.44269	1.496e-14
N43	0.107158	0.055911	-0.79991	-0.73086	-1.16605	-0.36031	Lesser	-0.46092	1.496e-14
N48	0.014617	2e-06	-4.15452	-1.60772	-9.28336	0.00000	Lesser	-0.48824	1.496e-14
N60	0.000774	2e-06	-4.09643	-0.40547	-8.99851	-0.40547	Lesser	-0.51542	1.496e-14
N38	0.097964	0.056853	-3.07599	-0.78257	-3.28874	-0.24632	Lesser	-0.52837	1.496e-14
N44	0.051589	2e-06	-5.90459	-8.84369	-10.19195	-1.05050	Lesser	-0.65578	1.496e-14
N30	0.07792	0.016781	-6.11875	-9.69316	-10.32908	-0.69301	Lesser	-0.68578	1.496e-14
N7	0.287328	0.049265	-4.41399	-2.05174	-11.18834	-1.33294	Lesser	-0.70634	1.496e-14
N31	0.098228	3e-06	-6.81585	-10.07479	-10.80599	-1.34863	Lesser	-0.75395	1.496e-14
N21	0.044453	3e-06	-9.79695	-9.86584	-10.17435	-9.46037	Lesser	-0.87166	1.496e-14
N59	0.055937	2e-06	-10.07000	-10.15004	-10.46325	-9.77287	Lesser	-0.90148	1.496e-14
N24	0.071905	3e-06	-10.39913	-10.43319	-10.77284	-10.03946	Lesser	-0.93639	1.496e-14