Propertites of Heterotachy Phylogeny of TIMM44 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)
N56	2e-06	0.052303	10.23660	10.29004	10.03482	10.49169	Greater	0.95950	1.43e-14
N60	0.004311	0.08257	6.38754	3.48441	2.72168	10.31839	Greater	0.82095	1.43e-14
N53	0.012095	0.635028	3.90218	3.90426	3.51444	4.29911	Greater	0.78577	1.43e-14
N35	0.008669	0.12961	4.49626	2.72358	2.08451	5.73958	Greater	0.72396	1.43e-14
N45	0.003404	0.101673	4.89587	2.97028	2.03697	10.06749	Greater	0.72222	1.43e-14
N46	0.004733	0.041761	5.06606	2.66623	1.82493	9.56676	Greater	0.66792	1.43e-14
N21	0.012965	0.101126	2.07651	2.04810	1.65717	2.48686	Greater	0.56897	1.43e-14
N25	0.00414	0.039026	4.05306	2.45773	1.33310	9.06161	Greater	0.56602	1.43e-14
N33	0.013448	0.128665	3.62262	2.12464	1.16332	4.00501	Greater	0.56481	1.43e-14
N61	0.009513	0.084415	1.89959	1.92472	1.52488	2.34921	Greater	0.51834	1.43e-14
N2	0.006371	0.053302	1.87205	2.01700	1.43659	2.54593	Greater	0.49268	1.43e-14
N48	0.004611	0.020022	3.42254	1.75642	0.96729	8.12306	Greater	0.48518	1.43e-14
N5	0.009893	0.059029	1.86225	1.93886	1.21304	2.55191	Greater	0.47439	1.43e-14
N64	2e-06	0.005525	4.74188	7.73478	0.32807	8.42902	Greater	0.46374	1.43e-14
N58	0.019332	0.096252	1.63618	1.60783	1.30090	1.92348	Greater	0.45834	1.43e-14
N47	0.004145	0.018517	3.51501	2.05034	0.95176	8.95019	Greater	0.45317	1.43e-14
N62	0.010224	0.048204	1.55558	1.59165	1.19608	1.98648	Greater	0.42586	1.43e-14
N9	2e-06	0.012329	3.95860	2.26680	0.40547	8.86806	Greater	0.42388	1.43e-14
N13	0.007371	0.0251	2.88617	1.40596	0.71278	2.88090	Greater	0.40758	1.43e-14
N57	0.062561	0.231477	1.37541	1.36414	1.16431	1.57288	Greater	0.38234	1.43e-14
N26	0.021317	0.062745	1.48966	1.39066	0.92635	1.95200	Greater	0.38014	1.43e-14
N8	0.009247	0.029962	1.22886	1.30336	0.73743	1.74719	Greater	0.31334	1.43e-14
N14	0.014459	0.046469	1.00949	1.17721	0.52596	1.65439	Greater	0.24296	1.43e-14
N4	0.009569	0.027648	0.96304	1.06741	0.47272	1.63469	Greater	0.21853	1.43e-14
N6	0.013847	0.017036	0.74220	0.86787	0.21591	1.42777	Greater	0.14589	1.43e-14
N49	0.004777	0.009236	1.76656	0.45453	-0.24088	7.39879	Greater	0.12977	1.848e-13
N43	0.006369	0.017901	0.17587	1.13419	-1.52717	2.23911	Greater	0.12128	1.7798e-12
N44	0.0517	0.087254	0.61585	0.73544	0.10894	1.20194	Greater	0.09847	1.5003e-08
N37	0.036985	0.059226	0.56856	0.56186	0.17363	0.97177	Greater	0.07943	9.272e-06
N51	3e-06	0.004542	0.45260	0.40547	-1.47289	2.08592	Greater	0.05223	0.0025557
N20	0.004267	0.00497	0.22524	0.40547	-4.14152	2.66438	Greater	0.02209	0.1656
N52	0.004747	0.00226	-0.35819	0.40547	-7.21377	1.48769	Lesser	-0.02308	0.1656
N11	0.025698	0.032268	0.19679	0.27014	-0.26208	0.70662	Lesser	-0.05730	0.0012988
N19	0.045938	0.055937	0.16823	0.22655	-0.19269	0.59198	Lesser	-0.07101	7.05e-05
N41	0.066295	0.078435	0.14730	0.27426	-0.12289	0.59403	Lesser	-0.07187	4.767e-05
N1	0.037485	0.049248	0.10002	0.31029	-0.41649	0.74269	Lesser	-0.07907	9.272e-06
N28	0.098149	0.10522	0.04255	0.11186	-0.43259	0.60526	Lesser	-0.10850	5.326e-10
N17	0.033085	0.023829	-0.03925	-0.04985	-0.71963	0.59322	Lesser	-0.13626	2.4011e-14
N15	0.043889	0.044117	-0.19061	-0.05489	-0.72762	0.46520	Lesser	-0.17478	1.43e-14
N36	0.026658	0.024086	-0.22376	-0.01245	-0.98025	0.56654	Lesser	-0.18147	1.43e-14
N10	3e-06	3e-06	-1.34321	-0.08787	-7.40994	0.40547	Lesser	-0.19188	1.43e-14
N38	0.052755	0.039792	-0.34790	-0.25521	-0.84784	0.25731	Lesser	-0.23848	1.43e-14
N54	0.009721	0.013919	-2.92937	-0.05027	-8.41228	0.93121	Lesser	-0.26131	1.43e-14
N55	0.004985	0.001862	-3.06961	-1.07900	-7.84287	0.36088	Lesser	-0.35467	1.43e-14
N30	1.212038	0.739528	-0.57912	-0.57513	-0.78700	-0.36626	Lesser	-0.36032	1.43e-14
N24	0.051852	0.013398	-0.79840	-0.81559	-1.45215	-0.15509	Lesser	-0.37219	1.43e-14
N7	0.019876	0.011581	-2.84958	-0.74855	-8.42361	0.25278	Lesser	-0.39628	1.43e-14
N50	0.019558	0.013011	-3.19886	-0.92133	-8.72128	0.37981	Lesser	-0.40129	1.43e-14
N12	0.060051	0.023327	-0.89770	-0.76871	-1.33893	-0.29179	Lesser	-0.40938	1.43e-14
N39	0.028251	0.016228	-2.64580	-0.65685	-3.30270	0.08918	Lesser	-0.41874	1.43e-14
N42	0.075123	0.023582	-0.93648	-0.88789	-1.36932	-0.43776	Lesser	-0.43539	1.43e-14
N27	0.111206	0.038493	-0.99682	-0.94003	-1.44407	-0.50453	Lesser	-0.44268	1.43e-14
N23	0.085346	0.023185	-1.36530	-1.14446	-1.83034	-0.68583	Lesser	-0.50861	1.43e-14
N40	0.023786	0.001192	-4.52672	-3.77921	-9.14905	0.19081	Lesser	-0.50980	1.43e-14
N34	0.087624	0.023092	-1.41201	-1.18848	-1.83851	-0.72480	Lesser	-0.51399	1.43e-14
N65	0.04047	0.016643	-3.74475	-1.12321	-9.47037	-0.19773	Lesser	-0.52627	1.43e-14
N22	0.052977	0.016307	-2.89807	-1.39169	-2.75737	-0.64048	Lesser	-0.56673	1.43e-14
N59	0.027116	0.004531	-3.48893	-1.29552	-8.91355	-0.63763	Lesser	-0.58402	1.43e-14
N31	0.175454	0.035462	-1.87554	-1.66128	-2.31539	-1.22634	Lesser	-0.60315	1.43e-14
N29	0.01333	3e-06	-5.44832	-8.22506	-9.22548	-0.56411	Lesser	-0.61844	1.43e-14
N3	0.018555	3e-06	-5.75950	-8.47031	-9.10342	-1.06540	Lesser	-0.68074	1.43e-14
N16	0.129161	0.02519	-5.05925	-2.02237	-10.67387	-0.88624	Lesser	-0.69234	1.43e-14
N18	0.012311	3e-06	-6.58981	-8.19607	-8.72686	-5.60580	Lesser	-0.71738	1.43e-14
N32	0.049372	2e-06	-6.52482	-9.45509	-10.09728	-1.62825	Lesser	-0.76520	1.43e-14
N63	0.009389	2e-06	-8.39373	-8.47887	-8.77648	-8.03063	Lesser	-0.84028	1.43e-14