Propertites of Heterotachy Phylogeny of TIMM17B 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)
N1	1e-06	0.08243	11.48828	11.62109	11.16821	12.04506	Greater	0.95168	1.452e-14
N54	1e-06	0.048789	11.22300	11.26955	10.76230	11.74143	Greater	0.93118	1.452e-14
N9	2e-06	0.063104	10.42431	10.48711	10.13329	10.82163	Greater	0.85601	1.452e-14
N4	2e-06	0.097406	10.34679	10.46326	9.84594	10.96826	Greater	0.85176	1.452e-14
N48	0.002946	0.229412	6.29782	2.74293	2.01248	11.47527	Greater	0.71380	1.452e-14
N60	0.010061	0.116153	6.02027	3.59183	2.30158	11.10948	Greater	0.66318	1.452e-14
N56	0.056968	0.931079	3.43473	3.11357	2.51724	3.93533	Greater	0.60131	1.452e-14
N42	0.088802	0.443212	2.01662	1.99221	1.66127	2.33655	Greater	0.51353	1.452e-14
N5	0.021078	0.32709	4.10737	2.66030	1.21066	5.16020	Greater	0.48953	1.452e-14
N47	1e-06	2e-06	4.14001	0.69315	0.69315	9.95118	Greater	0.44173	1.452e-14
N66	0.011265	0.077742	1.80514	1.93869	1.31375	2.40087	Greater	0.41001	1.452e-14
N14	0.019259	0.041458	3.89809	1.39096	0.55478	10.13969	Greater	0.37877	1.452e-14
N11	1e-06	2e-06	3.10083	0.69315	0.69315	5.36129	Greater	0.36250	1.452e-14
N8	0.030895	0.137597	1.36668	1.41489	0.88695	1.88650	Greater	0.34154	1.452e-14
N17	3e-06	0.047995	4.18406	1.30473	0.35893	10.18676	Greater	0.33955	1.452e-14
N2	2e-06	0.010005	5.02103	7.96468	0.00000	9.03066	Greater	0.31338	1.452e-14
N46	2e-06	2e-06	4.74382	7.23309	0.00000	9.06832	Greater	0.30447	1.452e-14
N12	3e-06	0.00807	5.01968	8.17892	0.00000	9.68301	Greater	0.29835	1.452e-14
N45	0.025124	0.037642	2.66114	1.10944	0.32795	2.49572	Greater	0.25967	1.452e-14
N41	0.026766	0.090006	0.99637	1.04888	0.48007	1.55606	Greater	0.23172	1.452e-14
N69	0.080139	0.136753	0.88044	0.83635	0.38237	1.32929	Greater	0.19807	1.452e-14
N44	2e-06	3e-06	2.56262	0.40547	0.00000	8.53004	Greater	0.17350	1.452e-14
N7	0.067799	0.16267	0.76697	0.84422	0.20541	1.44648	Greater	0.14460	1.452e-14
N67	3e-06	0.015024	2.86186	0.74029	-0.40547	9.08542	Greater	0.14214	1.452e-14
N22	0.029938	0.057301	0.79975	0.86276	0.12293	1.55942	Greater	0.14113	1.452e-14
N30	0.090231	0.165555	0.79577	0.81929	0.16048	1.42734	Greater	0.13605	1.476e-14
N38	0.01629	0.03517	2.83100	0.49326	-0.89055	9.87383	Greater	0.10343	2.297e-09
N23	0.038943	0.076671	0.68571	0.72119	0.00000	1.33167	Greater	0.10290	1.0194e-06
N63	0.056442	0.072486	0.56533	0.58034	0.00914	1.13089	Greater	0.06567	0.00015825
N16	0.040534	0.049989	0.23367	0.50888	-0.13824	1.16414	Greater	0.02061	0.2832
N70	3e-06	3e-06	1.93327	0.00000	-0.40547	8.46765	Greater	0.01724	0.2832
N68	0.069129	0.063673	0.24622	0.29069	-0.30570	0.88222	Lesser	-0.05172	0.003795
N10	2e-06	3e-06	0.22140	0.40547	0.00000	0.40547	Lesser	-0.06797	0.00015825
N61	0.033441	0.021352	-0.76490	0.27089	-7.87986	1.39226	Lesser	-0.08908	2.7951e-07
N33	0.091405	0.075901	0.13877	0.17715	-0.61230	0.89051	Lesser	-0.09588	1.7192e-07
N43	0.045546	0.041738	-0.90222	0.28224	-0.78258	1.10132	Lesser	-0.10179	2.8431e-08
N58	2e-06	3e-06	0.14205	0.00000	0.00000	0.40547	Lesser	-0.11493	4.4825e-10
N52	2e-06	2e-06	0.10344	0.00000	0.00000	0.40547	Lesser	-0.13765	2.2092e-14
N55	2e-06	2e-06	0.10603	0.00000	0.00000	0.40547	Lesser	-0.14013	1.452e-14
N13	2e-06	3e-06	0.09773	0.00000	0.00000	0.40547	Lesser	-0.14044	5.2644e-13
N36	0.160318	0.074672	-0.14769	-0.05164	-0.76891	0.83152	Lesser	-0.15279	1.452e-14
N20	3e-06	3e-06	0.66466	0.00000	-0.40547	0.40547	Lesser	-0.15682	5.3209e-14
N40	2e-06	2e-06	0.07273	0.00000	0.00000	0.40547	Lesser	-0.15769	1.452e-14
N50	3e-06	2e-06	-0.71047	-0.10752	-9.30533	1.05348	Lesser	-0.17368	1.452e-14
N37	0.014159	0.012567	-0.74753	-0.17211	-3.04212	1.04937	Lesser	-0.19815	1.452e-14
N32	0.004106	0.015767	-1.66181	0.00000	-8.16745	0.40547	Lesser	-0.24244	1.452e-14
N29	0.093583	0.047502	-1.88927	-0.16210	-1.92532	0.87076	Lesser	-0.24539	1.452e-14
N26	0.413832	0.28856	-0.23322	-0.18186	-0.70071	0.32810	Lesser	-0.24775	1.452e-14
N64	0.073436	0.040295	-0.64259	-0.25345	-1.03423	0.40547	Lesser	-0.25209	1.452e-14
N6	0.207375	0.054171	-0.75735	-0.58672	-1.74021	0.60753	Lesser	-0.27060	1.452e-14
N65	0.039058	0.021138	-2.45752	-0.23852	-9.31416	0.65687	Lesser	-0.28756	1.452e-14
N21	0.06194	0.038357	-2.95633	-0.73833	-9.76166	0.40698	Lesser	-0.36587	1.452e-14
N35	0.151486	0.045294	-0.86714	-0.67432	-1.68145	0.03757	Lesser	-0.39704	1.452e-14
N25	0.239394	0.086048	-0.77723	-0.72503	-1.32183	-0.16680	Lesser	-0.43276	1.452e-14
N24	0.036648	0.027444	-4.10048	-1.08446	-9.60292	0.36370	Lesser	-0.43594	1.452e-14
N19	0.051979	0.009422	-3.86708	-1.55339	-9.92579	0.00751	Lesser	-0.47602	1.452e-14
N18	0.048844	3e-06	-3.55912	-1.41517	-9.93122	0.00000	Lesser	-0.48517	1.452e-14
N28	1.284226	0.503649	-1.12007	-0.96555	-1.69095	-0.38095	Lesser	-0.50078	1.452e-14
N15	0.012996	2e-06	-4.92236	-8.72005	-9.38459	0.00000	Lesser	-0.50722	1.452e-14
N62	0.031611	0.017665	-4.66606	-8.34149	-9.68785	0.00000	Lesser	-0.52455	1.452e-14
N59	0.06162	3e-06	-4.98696	-8.95114	-10.05538	-0.14418	Lesser	-0.56279	1.452e-14
N27	0.213179	0.018563	-4.43028	-2.21264	-10.54308	-0.41207	Lesser	-0.56588	1.452e-14
N31	0.507445	0.054132	-1.79942	-1.62425	-2.45518	-0.87562	Lesser	-0.60790	1.452e-14
N34	0.684282	0.124081	-1.54220	-1.45629	-1.91916	-1.03045	Lesser	-0.63204	1.452e-14
N39	0.114713	0.003155	-4.92003	-1.66729	-10.73132	-0.54680	Lesser	-0.65204	1.452e-14
N49	0.026256	2e-06	-9.48823	-9.59506	-10.01527	-8.92842	Lesser	-0.86885	1.452e-14