Propertites of Heterotachy Phylogeny of TOMM22 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)
N35	1e-06	0.074913	11.45238	11.60398	10.96854	12.13569	Greater	0.91621	1.43e-14
N43	2e-06	0.080779	9.13248	10.59274	8.96239	11.35129	Greater	0.71418	1.43e-14
N12	0.020442	0.912802	6.46612	4.33367	3.46640	12.48939	Greater	0.71192	1.43e-14
N28	0.019277	0.229267	5.06716	3.09165	2.35453	10.40138	Greater	0.58591	1.43e-14
N51	0.018563	0.158846	5.21026	2.97587	2.25630	10.96669	Greater	0.57810	1.43e-14
N37	0.028797	0.669827	3.18830	3.13671	2.76706	3.57595	Greater	0.56042	1.43e-14
N34	2e-06	0.037036	7.61356	9.66158	0.40547	10.99436	Greater	0.54797	1.43e-14
N22	2e-06	0.041555	7.05042	9.60093	1.48006	10.59877	Greater	0.53102	1.43e-14
N26	1e-06	0.017274	6.10566	9.79004	0.69315	11.15764	Greater	0.46353	1.43e-14
N20	0.061323	0.543448	2.44849	2.40378	2.06447	2.79307	Greater	0.44597	1.43e-14
N21	0.131934	0.929733	2.33681	2.28457	1.97645	2.65117	Greater	0.42598	1.43e-14
N33	2e-06	2e-06	5.87802	8.99622	0.00000	10.76613	Greater	0.39324	1.43e-14
N39	3e-06	0.029534	5.58153	8.81947	0.37968	9.63129	Greater	0.39008	1.43e-14
N44	0.019344	0.161242	2.34878	2.32828	1.66886	2.90621	Greater	0.38144	1.43e-14
N41	1e-06	2e-06	4.63004	1.09861	0.69315	10.54713	Greater	0.35563	1.43e-14
N1	0.064587	0.301531	1.91727	1.93964	1.20281	2.61247	Greater	0.30740	1.43e-14
N57	2e-06	3e-06	5.12972	0.40547	0.00000	11.25833	Greater	0.30209	1.43e-14
N13	0.016869	0.128436	2.58914	1.80715	0.95492	2.58170	Greater	0.28699	1.43e-14
N11	0.013808	0.098021	2.38135	2.41226	0.29076	3.65505	Greater	0.27427	1.43e-14
N55	0.057089	0.101078	3.49131	1.51932	0.49030	8.61329	Greater	0.26948	1.43e-14
N58	0.037698	0.27713	2.43622	1.80542	0.56164	3.23390	Greater	0.26210	1.43e-14
N14	0.03202	0.190634	1.65266	1.76348	1.08750	2.35664	Greater	0.25114	1.43e-14
N52	2e-06	3e-06	4.46299	0.40547	0.00000	9.17611	Greater	0.23210	1.43e-14
N10	0.015502	0.100273	1.79555	1.75692	0.86015	2.36221	Greater	0.23003	1.43e-14
N50	2e-06	3e-06	4.15952	0.40547	0.00000	9.76924	Greater	0.20182	1.43e-14
N32	0.016753	0.124817	1.48419	1.66741	0.86287	2.26506	Greater	0.19699	1.43e-14
N47	0.018531	0.097235	1.39425	1.46040	0.88101	1.96805	Greater	0.19141	1.43e-14
N49	2e-06	3e-06	2.52083	0.40547	0.00000	9.17549	Greater	0.09604	5.2598e-08
N4	0.013459	0.052319	1.47823	0.99043	-0.53948	8.45070	Greater	0.07003	0.0001419
N25	0.016252	0.078135	1.34738	0.98516	-0.61158	7.61513	Greater	0.05776	0.0023445
N53	0.003365	0.092292	-0.24520	1.63896	-7.67709	2.93539	Greater	0.05514	0.0037024
N30	2e-06	3e-06	1.49082	0.40547	0.00000	8.22684	Greater	0.05263	0.0053319
N15	0.075876	0.148893	0.76023	0.76757	0.34602	1.23042	Greater	0.02306	0.19686
N3	0.023881	0.022428	0.25414	0.90800	-0.60780	2.07479	Lesser	-0.00046	0.4891
N29	1e-06	2e-06	0.56006	0.69315	0.40547	0.69315	Lesser	-0.02855	0.19686
N59	0.111988	0.15047	0.68415	0.54819	-0.19169	1.45921	Lesser	-0.03454	0.12924
N2	0.009393	0.012011	0.24725	0.40547	-5.78383	3.36556	Lesser	-0.04359	0.02204
N60	0.079552	0.062876	0.48175	0.57192	-0.52502	1.68136	Lesser	-0.04703	0.021438
N19	0.029435	0.052791	0.49299	0.53143	-0.02703	1.04938	Lesser	-0.07025	0.0003611
N63	0.186535	0.232385	0.47903	0.41027	-0.71823	1.58902	Lesser	-0.08041	2.0604e-05
N36	0.01411	0.004351	-0.09749	0.22654	-8.65562	1.86789	Lesser	-0.08961	4.6956e-07
N18	0.046255	0.069866	0.32758	0.36611	-0.24388	0.94949	Lesser	-0.12162	4.7685e-11
N56	0.019297	0.050784	-1.25955	0.18504	-8.65667	1.64740	Lesser	-0.16779	1.43e-14
N38	0.012799	2e-06	-1.17145	-0.40547	-8.61930	1.13850	Lesser	-0.21093	1.43e-14
N64	0.370797	0.4207	-0.06827	-0.03985	-0.73890	0.64871	Lesser	-0.23389	1.43e-14
N65	0.167145	0.315386	-0.33265	-0.25499	-1.44641	0.84129	Lesser	-0.24275	1.43e-14
N46	2e-06	3e-06	-0.01534	0.00000	0.00000	0.00000	Lesser	-0.27484	1.43e-14
N16	0.118729	0.060132	-1.14679	-0.16276	-1.02584	0.58145	Lesser	-0.30193	1.43e-14
N48	0.01669	3e-06	-2.69858	-0.44720	-9.14324	0.40547	Lesser	-0.34036	1.43e-14
N7	0.084978	0.05653	-0.45242	-0.45835	-1.06423	0.20685	Lesser	-0.34717	1.43e-14
N23	0.000124	2e-06	-3.10279	-0.40547	-8.90314	0.00000	Lesser	-0.34719	1.43e-14
N40	3e-06	3e-06	-2.33282	0.00000	-7.76543	0.00000	Lesser	-0.35714	1.43e-14
N45	0.074005	0.051094	-3.15172	-0.40231	-9.89812	0.86318	Lesser	-0.36773	1.43e-14
N42	0.036012	0.016804	-3.78547	-0.81553	-9.48886	0.64782	Lesser	-0.38098	1.43e-14
N62	0.048314	3e-06	-3.85008	-1.57420	-9.88272	0.40547	Lesser	-0.43936	1.43e-14
N6	0.043444	3e-06	-4.81864	-8.35867	-9.96190	0.22399	Lesser	-0.48869	1.43e-14
N5	0.039341	3e-06	-4.91340	-9.20002	-9.99283	0.22280	Lesser	-0.49030	1.43e-14
N61	0.086384	0.018307	-4.68453	-2.53785	-10.52218	-0.10045	Lesser	-0.55161	1.43e-14
N54	0.087902	0.021057	-4.14909	-1.52330	-10.15358	-0.35122	Lesser	-0.55925	1.43e-14
N31	0.028239	2e-06	-6.41526	-9.19406	-9.91924	-1.03884	Lesser	-0.64351	1.43e-14
N9	0.410765	0.018767	-4.93653	-2.19926	-11.38836	-0.96021	Lesser	-0.65110	1.43e-14
N8	0.069211	3e-06	-6.48998	-9.91193	-10.57356	-0.74315	Lesser	-0.67491	1.43e-14
N27	0.034291	3e-06	-9.52153	-9.61009	-9.83663	-9.25321	Lesser	-0.80266	1.43e-14
N17	0.069313	2e-06	-10.11323	-10.24608	-10.47844	-9.86121	Lesser	-0.88406	1.43e-14
N24	0.068195	2e-06	-10.30026	-10.36104	-10.59194	-10.07116	Lesser	-0.91173	1.43e-14