Propertites of Heterotachy Phylogeny of SUPV3L1 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)
N60	0.00627	0.802515	6.88565	5.14179	4.47207	8.18884	Greater	0.89383	1.32e-14
N20	0.002382	0.05869	5.80274	3.48166	2.70648	10.03524	Greater	0.81441	1.32e-14
N22	0.014675	0.507832	3.58747	3.55207	3.29901	3.81536	Greater	0.81309	1.32e-14
N6	0.003263	0.050348	4.77269	2.96930	2.45572	9.69237	Greater	0.78587	1.32e-14
N17	3e-06	0.035258	5.83188	7.95179	2.34126	9.58672	Greater	0.74332	1.32e-14
N26	0.00272	0.027664	5.48990	3.15082	1.78163	9.37953	Greater	0.72674	1.32e-14
N8	0.004626	0.032401	2.27959	2.19828	1.59659	2.82767	Greater	0.60617	1.32e-14
N48	3e-06	0.00939	6.00756	8.21130	1.52949	8.93792	Greater	0.60464	1.32e-14
N18	0.005242	0.043227	1.93311	1.98446	1.52648	2.44058	Greater	0.54770	1.32e-14
N34	0.01202	0.089869	4.35510	2.50904	0.95974	9.52617	Greater	0.53187	1.32e-14
N27	0.018795	0.093856	1.63600	1.67598	1.34210	1.98551	Greater	0.48937	1.32e-14
N13	0.033998	0.160291	1.56632	1.56606	1.36243	1.76483	Greater	0.48436	1.32e-14
N32	0.026888	0.109029	1.60951	1.61752	1.30333	1.94335	Greater	0.47913	1.32e-14
N30	0.006481	0.033302	1.56853	1.63973	1.11774	2.12626	Greater	0.43178	1.32e-14
N53	0.050467	0.213752	1.44635	1.40715	1.08872	1.77413	Greater	0.41869	1.32e-14
N23	0.057777	0.227333	1.37101	1.36482	1.16941	1.56407	Greater	0.40772	1.32e-14
N12	0.014584	0.056417	1.35173	1.39064	0.95158	1.82897	Greater	0.36644	1.32e-14
N25	0.00011	0.011096	2.99008	2.12214	0.00000	8.50987	Greater	0.33403	1.32e-14
N1	0.024053	0.08258	1.20319	1.22602	0.77290	1.62612	Greater	0.31583	1.32e-14
N29	0.009514	0.028752	1.14157	1.18773	0.64913	1.68949	Greater	0.27078	1.32e-14
N37	0.009693	0.032195	1.02591	0.92589	0.16056	1.78925	Greater	0.17988	1.32e-14
N57	0.186498	0.381627	0.73855	0.75743	0.54528	0.94881	Greater	0.11987	2.8633e-12
N10	0.045862	0.090163	0.68607	0.69825	0.48085	0.91396	Greater	0.09411	6.5043e-08
N58	0.102865	0.187923	0.67160	0.71640	0.45549	0.94055	Greater	0.08703	7.572e-07
N19	0.033294	0.066082	0.55931	0.64459	0.11186	1.11531	Greater	0.03979	0.045205
N28	0.002854	0.004425	0.23245	0.59850	-1.04822	1.62277	Lesser	-0.00009	1
N49	0.022344	0.062519	0.43555	0.59842	0.01243	1.05654	Lesser	-0.00575	1
N59	0.009796	0.018319	-0.48266	0.84125	-1.20844	1.70507	Lesser	-0.00737	1
N24	0.010218	0.013436	0.46473	0.52302	-0.25191	1.20073	Lesser	-0.01215	1
N36	0.080808	0.123677	0.35724	0.44108	0.06577	0.76988	Lesser	-0.05665	0.0019368
N38	0.025655	0.035675	0.34041	0.30600	-0.20099	0.86852	Lesser	-0.07297	5.1156e-05
N9	0.01245	0.0189	0.18745	0.23747	-0.51858	0.92969	Lesser	-0.12027	1.469e-10
N56	0.053081	0.051894	0.12327	0.26106	-0.51934	0.87652	Lesser	-0.13390	1.32e-14
N46	0.128098	0.159315	0.19526	0.22727	-0.15836	0.59696	Lesser	-0.13484	3.9696e-14
N31	0.00292	3e-06	-0.55570	0.00000	-7.30025	1.47193	Lesser	-0.14799	1.32e-14
N15	0.046309	0.041436	0.15872	0.21628	-0.18654	0.57903	Lesser	-0.15254	1.32e-14
N7	0.023398	0.025906	0.06859	0.23717	-0.46506	0.80076	Lesser	-0.15480	1.32e-14
N21	0.010305	0.007365	0.00405	0.00000	-0.53749	0.58994	Lesser	-0.20140	1.32e-14
N11	0.018746	0.010443	-0.18398	-0.08529	-0.72059	0.46785	Lesser	-0.26487	1.32e-14
N16	0.013116	0.018363	-2.08700	-0.11009	-7.97402	0.97153	Lesser	-0.28806	1.32e-14
N3	0.011765	0.006227	-1.54695	-0.41281	-6.34036	0.86197	Lesser	-0.30331	1.32e-14
N55	0.085297	0.069119	-0.17629	-0.19906	-0.40161	0.02143	Lesser	-0.32736	1.32e-14
N2	0.034058	0.026682	-0.33646	-0.23666	-0.74995	0.22874	Lesser	-0.34282	1.32e-14
N51	0.335643	0.24168	-0.24978	-0.22057	-0.41898	-0.04209	Lesser	-0.36007	1.32e-14
N54	0.106111	0.09755	-0.39925	-0.24003	-0.71863	0.12015	Lesser	-0.37277	1.32e-14
N5	0.00527	0.003215	-1.87030	-0.49551	-7.14322	0.42438	Lesser	-0.37475	1.32e-14
N52	0.056507	0.03527	-0.95142	-0.50772	-1.54138	0.16091	Lesser	-0.41627	1.32e-14
N4	0.03086	0.009802	-0.57827	-0.46450	-1.03068	0.03479	Lesser	-0.42540	1.32e-14
N14	0.002244	3e-06	-2.23985	-0.40547	-7.46183	0.00000	Lesser	-0.42659	1.32e-14
N42	0.029448	0.014854	-0.62073	-0.54116	-1.00874	-0.13580	Lesser	-0.45584	1.32e-14
N44	0.152188	0.080633	-0.76755	-0.72255	-1.38278	-0.04631	Lesser	-0.46919	1.32e-14
N39	0.226016	0.13583	-0.55141	-0.49191	-0.78605	-0.23547	Lesser	-0.46959	1.32e-14
N35	0.071971	0.016681	-1.21504	-0.73391	-2.11074	0.05038	Lesser	-0.47978	1.32e-14
N50	0.063157	0.01571	-0.90586	-0.88598	-1.43699	-0.29560	Lesser	-0.52590	1.32e-14
N40	0.041707	0.019554	-0.98051	-0.94001	-1.59672	-0.27899	Lesser	-0.53256	1.32e-14
N45	0.141261	0.033761	-1.29204	-1.26167	-1.91871	-0.59340	Lesser	-0.61209	1.32e-14
N41	0.07232	0.015612	-1.62652	-1.57636	-2.11315	-1.04140	Lesser	-0.70943	1.32e-14
N47	0.266503	0.033419	-2.13572	-2.10100	-2.51280	-1.72762	Lesser	-0.80141	1.32e-14
N43	0.873047	0.074162	-2.29199	-2.21484	-2.63519	-1.85863	Lesser	-0.81605	1.32e-14
N33	0.007863	2e-06	-8.22690	-8.32126	-8.71964	-7.68064	Lesser	-0.97078	1.32e-14