Propertites of Heterotachy Phylogeny of ATP5S 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)
N22	2e-06	0.063177	10.19883	10.37354	9.76342	10.72553	Greater	0.90834	1.408e-14
N40	0.01782	0.808682	6.04704	4.52048	3.08040	6.76382	Greater	0.79220	1.408e-14
N15	3e-06	0.125566	6.54819	9.11581	2.26492	10.79201	Greater	0.78199	1.408e-14
N65	0.179237	4.497735	3.31759	3.31207	3.02805	3.59867	Greater	0.73970	1.408e-14
N56	0.081542	1.675919	3.14939	3.27094	2.61216	3.96999	Greater	0.67611	1.408e-14
N9	0.007485	0.091769	3.93818	2.17984	1.35864	9.77842	Greater	0.59333	1.408e-14
N59	0.442214	2.640077	2.00169	1.99154	1.59815	2.41581	Greater	0.57702	1.408e-14
N60	0.128381	0.922986	2.00068	1.94424	1.19917	2.73026	Greater	0.53965	1.408e-14
N53	0.027488	0.154792	3.66016	1.81099	0.83409	9.64864	Greater	0.53415	1.408e-14
N66	3e-06	0.042802	3.72664	2.30689	0.40547	9.79096	Greater	0.49051	1.408e-14
N44	0.263932	0.644871	1.51364	1.61523	1.02634	2.07810	Greater	0.47770	1.408e-14
N32	3e-06	0.060603	4.39243	1.64551	0.00000	10.26538	Greater	0.45334	1.408e-14
N5	0.05229	0.132381	1.28888	1.13759	0.72786	1.66217	Greater	0.42977	1.408e-14
N43	2e-06	0.049465	4.14988	0.40547	0.00000	10.88249	Greater	0.40863	1.408e-14
N41	2e-06	3e-06	3.58625	0.40547	0.00000	9.04210	Greater	0.37616	1.408e-14
N34	0.114736	0.322658	1.06341	1.11068	0.57724	1.61018	Greater	0.37255	1.408e-14
N27	0.030277	0.093156	0.99452	1.00718	0.57089	1.43218	Greater	0.36546	1.408e-14
N54	0.148499	0.100469	1.00793	1.64751	-0.25569	2.26683	Greater	0.34453	1.408e-14
N29	2e-06	2e-06	3.14937	0.00000	0.00000	9.42315	Greater	0.33328	1.408e-14
N24	2e-06	0.041672	1.88264	0.94108	0.00000	9.64436	Greater	0.30120	1.408e-14
N50	0.014606	0.032939	0.88028	0.80885	0.06949	1.47431	Greater	0.29510	1.408e-14
N3	0.05224	0.103822	0.69186	0.73939	0.22444	1.23040	Greater	0.27914	1.408e-14
N30	0.017865	0.037554	1.17041	0.91986	-0.40547	8.91686	Greater	0.27574	1.408e-14
N23	0.059515	0.089895	0.45349	0.45916	0.02961	0.89269	Greater	0.21190	1.408e-14
N18	0.012715	3e-06	0.14684	0.00000	-8.47136	1.37784	Greater	0.14452	1.408e-14
N52	0.032762	0.01241	1.28436	-0.12457	-1.15375	7.91875	Greater	0.13666	1.408e-14
N33	0.007718	0.029844	-1.00150	0.00000	-8.19726	2.51076	Greater	0.13411	1.408e-14
N51	0.029715	0.027451	0.16478	0.16806	-0.69930	0.93225	Greater	0.12550	2.904e-11
N26	0.012768	0.010683	-1.33901	0.00000	-8.37724	1.23596	Greater	0.05985	0.0014481
N12	0.023123	0.024607	-1.33671	0.30979	-2.93329	0.99743	Greater	0.05863	0.0017032
N49	0.065938	0.051037	-0.16357	-0.10105	-0.69094	0.40562	Greater	0.03271	0.1479
N25	0.022755	0.023866	-2.04736	0.19622	-8.48508	0.99692	Greater	0.01346	1
N4	3e-06	3e-06	-1.27289	0.00000	-8.02372	0.40547	Greater	0.00894	1
N38	0.000753	2e-06	-1.52585	0.00000	-8.06259	0.00000	Greater	0.00771	1
N10	0.043832	0.029097	-0.27791	-0.22032	-0.89334	0.35329	Greater	0.00420	1
N47	0.175477	0.098203	-0.29187	-0.22150	-0.64208	0.17474	Lesser	-0.01382	1
N8	0.014369	2e-06	-2.45161	-0.32128	-8.63254	0.66295	Lesser	-0.04333	0.0322
N16	0.029664	3e-06	-2.28251	-0.40127	-9.09454	0.37829	Lesser	-0.10809	4.112e-10
N39	0.040547	0.039888	-3.54783	-0.95682	-9.76371	1.18252	Lesser	-0.13162	1.5396e-14
N64	0.11974	0.038242	-0.90772	-0.85663	-1.49385	-0.26446	Lesser	-0.14314	1.408e-14
N48	0.304274	0.080474	-0.97265	-0.92119	-1.39408	-0.51347	Lesser	-0.18478	1.408e-14
N37	0.007448	2e-06	-4.09264	-1.70475	-8.47355	0.00000	Lesser	-0.22680	1.408e-14
N63	0.060196	3e-06	-4.59969	-4.43988	-9.75051	0.22851	Lesser	-0.27429	1.408e-14
N61	0.051058	2e-06	-4.70275	-7.93164	-9.93681	0.00000	Lesser	-0.30521	1.408e-14
N57	0.043893	3e-06	-5.02670	-7.53814	-9.88543	-0.03868	Lesser	-0.31634	1.408e-14
N28	0.050912	0.017414	-4.16034	-1.24688	-9.87945	-0.19145	Lesser	-0.32237	1.408e-14
N58	0.634791	0.016546	-2.75728	-2.43934	-3.66742	-1.73451	Lesser	-0.33122	1.408e-14
N62	0.135731	0.03369	-4.04218	-0.99264	-10.70985	-0.18953	Lesser	-0.34375	1.408e-14
N55	0.10079	0.006911	-5.23722	-3.53225	-10.24241	-0.98286	Lesser	-0.43358	1.408e-14
N31	0.034955	3e-06	-6.10316	-9.23679	-9.91369	-0.59900	Lesser	-0.43481	1.408e-14
N21	0.024165	3e-06	-6.34031	-8.83332	-9.56184	-2.28813	Lesser	-0.45018	1.408e-14
N46	0.057264	3e-06	-5.87349	-9.46162	-10.40843	-0.52882	Lesser	-0.46938	1.408e-14
N45	0.190313	0.001879	-4.87645	-2.23860	-11.27661	-0.71378	Lesser	-0.47884	1.408e-14
N35	0.025988	2e-06	-7.45444	-9.60602	-10.02429	-7.12166	Lesser	-0.52425	1.408e-14
N2	0.045082	3e-06	-7.29259	-9.41197	-10.35858	-2.89186	Lesser	-0.57088	1.408e-14
N42	0.149209	3e-06	-7.65710	-10.94344	-11.29622	-0.87403	Lesser	-0.59276	1.408e-14
N7	0.027741	3e-06	-9.25512	-9.30774	-9.64556	-8.98118	Lesser	-0.60991	1.408e-14
N19	0.024026	3e-06	-9.27951	-9.35718	-9.64284	-8.91382	Lesser	-0.61293	1.408e-14
N13	0.025451	2e-06	-9.34152	-9.41524	-9.90149	-8.89727	Lesser	-0.63701	1.408e-14
N20	0.034827	2e-06	-9.45598	-9.55518	-9.83731	-9.14342	Lesser	-0.65343	1.408e-14
N14	0.030236	2e-06	-9.53614	-9.68531	-9.96988	-9.29012	Lesser	-0.67611	1.408e-14
N11	0.096252	2e-06	-7.70491	-10.49509	-10.85003	-2.87270	Lesser	-0.68945	1.408e-14
N36	0.10277	2e-06	-10.74721	-10.77043	-10.98875	-10.52353	Lesser	-0.90500	1.408e-14
N1	0.156445	3e-06	-11.06757	-11.12472	-11.38869	-10.79551	Lesser	-0.94356	1.408e-14