Propertites of Heterotachy Phylogeny of PNPT1 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)
N24	0.027689	3.961256	5.50169	4.17314	3.64689	5.50667	Greater	0.89081	1.386e-14
N30	0.009583	0.244506	3.41077	3.34751	3.01162	3.73440	Greater	0.81233	1.386e-14
N35	0.007046	0.188944	3.40189	3.31829	2.94633	3.77519	Greater	0.80535	1.386e-14
N9	0.010377	0.164341	5.72730	3.25260	2.53473	11.03729	Greater	0.79019	1.386e-14
N2	0.040518	0.577744	2.83419	2.84056	2.63005	3.04415	Greater	0.72369	1.386e-14
N1	0.017778	0.233548	2.82924	2.81807	2.50702	3.11377	Greater	0.71394	1.386e-14
N45	0.05949	0.969074	2.69169	2.76699	2.43112	3.05049	Greater	0.67464	1.386e-14
N17	3e-06	0.017647	4.94100	2.92865	1.88772	8.97039	Greater	0.60632	1.386e-14
N6	0.004728	0.053035	2.45969	2.36771	1.97596	2.82421	Greater	0.59339	1.386e-14
N14	0.00267	0.023633	3.92120	2.08377	1.29792	8.70043	Greater	0.48692	1.386e-14
N41	0.006638	0.060703	2.45415	2.08084	1.54612	2.69459	Greater	0.46233	1.386e-14
N37	0.009081	0.066603	2.04154	2.07127	1.58668	2.57151	Greater	0.45876	1.386e-14
N21	0.052278	0.316925	1.92688	1.93581	1.71080	2.15057	Greater	0.45027	1.386e-14
N16	0.003386	0.027029	3.26843	1.95595	1.22086	7.86691	Greater	0.42035	1.386e-14
N11	0.009697	0.061365	1.90083	1.88567	1.46154	2.32748	Greater	0.41511	1.386e-14
N33	0.014232	0.07676	1.79453	1.77431	1.40780	2.13667	Greater	0.38122	1.386e-14
N38	0.021463	0.078966	1.76427	1.79161	1.28718	2.32221	Greater	0.35501	1.386e-14
N10	0.002449	0.01173	3.44887	2.09937	0.46477	8.51909	Greater	0.34834	1.386e-14
N12	0.007252	0.038455	1.63968	1.63927	1.17833	2.10483	Greater	0.30972	1.386e-14
N22	0.001827	0.020407	1.59768	2.03609	0.95525	2.68576	Greater	0.29633	1.386e-14
N50	0.036713	0.132511	1.42345	1.41106	1.07269	1.75103	Greater	0.23482	1.386e-14
N34	0.00575	0.020741	1.46709	1.42075	0.98885	1.92235	Greater	0.23442	1.386e-14
N8	0.006006	0.028221	1.45249	1.37042	0.92128	1.89537	Greater	0.21862	1.386e-14
N48	0.004795	0.010842	2.56438	1.28634	0.32016	7.14638	Greater	0.19482	1.386e-14
N4	0.013685	0.052379	1.32423	1.28270	0.97746	1.62040	Greater	0.18632	1.386e-14
N43	0.059268	0.169842	1.31104	1.28757	0.96665	1.63432	Greater	0.18485	1.386e-14
N20	0.016349	0.058287	1.33234	1.38246	0.87528	1.87772	Greater	0.18290	1.386e-14
N26	0.01624	0.061293	1.32861	1.32065	0.91002	1.73993	Greater	0.18113	1.386e-14
N47	0.003423	0.014064	1.54317	1.40375	0.57792	2.19223	Greater	0.17423	1.386e-14
N32	2e-06	0.001182	2.18846	0.40547	0.00000	7.46087	Greater	0.02244	0.26436
N55	0.046733	0.166033	0.86420	0.91495	0.06108	1.76713	Lesser	-0.00560	0.3775
N5	0.040578	0.098595	0.87448	0.91747	0.66309	1.12124	Lesser	-0.01594	0.3378
N61	0.024761	0.045947	0.77030	0.76864	0.25846	1.27780	Lesser	-0.06255	0.00038712
N31	0.00963	0.02009	0.53885	0.64758	0.14418	1.12735	Lesser	-0.13545	1.821e-13
N58	0.039483	0.045515	0.62779	0.53979	0.06912	1.09058	Lesser	-0.13639	1.386e-14
N46	0.060217	0.109978	0.60143	0.62707	0.35602	0.87366	Lesser	-0.14904	1.386e-14
N13	0.01669	0.028325	0.48545	0.63784	0.04504	1.05817	Lesser	-0.16769	1.386e-14
N3	0.023875	0.033943	0.50732	0.60362	0.05592	1.05465	Lesser	-0.17009	1.386e-14
N60	0.024813	0.05038	0.52179	0.53565	0.09361	0.98600	Lesser	-0.17128	1.386e-14
N51	0.0386	0.050424	0.47102	0.30411	-0.38505	1.22040	Lesser	-0.18193	1.386e-14
N49	0.010007	0.013848	0.31820	0.39650	-0.27607	1.02879	Lesser	-0.21942	1.386e-14
N19	0.151557	0.249031	0.40948	0.47185	0.08555	0.76668	Lesser	-0.23503	1.386e-14
N7	0.023216	0.032873	0.39532	0.41271	0.08864	0.71068	Lesser	-0.24426	1.386e-14
N28	0.005351	0.011082	-1.21826	0.36746	-4.62566	1.18059	Lesser	-0.26446	1.386e-14
N42	0.07354	0.088973	0.27560	0.28128	0.04379	0.52437	Lesser	-0.30279	1.386e-14
N62	0.022509	0.027886	0.11591	0.19103	-0.41409	0.69857	Lesser	-0.32665	1.386e-14
N29	0.006426	0.007201	0.03964	0.05418	-0.45358	0.71156	Lesser	-0.32838	1.386e-14
N54	0.136441	0.131322	0.09252	0.02170	-0.45562	0.53859	Lesser	-0.35159	1.386e-14
N23	0.026624	2e-06	-2.10406	-0.40547	-9.32875	0.40547	Lesser	-0.38090	1.386e-14
N59	0.031104	0.022353	-0.13468	-0.18417	-0.66670	0.40100	Lesser	-0.41884	1.386e-14
N57	0.026707	0.023702	-0.45675	-0.40731	-1.10950	0.29187	Lesser	-0.48207	1.386e-14
N63	0.126776	0.086292	-0.23110	-0.21588	-0.48160	0.03693	Lesser	-0.51149	1.386e-14
N52	0.036068	0.00869	-1.67516	-1.10084	-2.66546	0.07208	Lesser	-0.52908	1.386e-14
N25	0.012604	0.002082	-2.74697	-0.64613	-8.03980	0.49029	Lesser	-0.53557	1.386e-14
N40	0.009853	0.001687	-3.82406	-2.51717	-8.42574	0.19087	Lesser	-0.59841	1.386e-14
N53	0.079163	0.032117	-0.70588	-0.68016	-1.11325	-0.27677	Lesser	-0.62331	1.386e-14
N18	3e-06	2e-06	-3.35790	-0.40547	-7.27863	-0.40547	Lesser	-0.64051	1.386e-14
N27	0.009103	3e-06	-4.32641	-7.17931	-8.27580	-0.08698	Lesser	-0.65310	1.386e-14
N39	0.020451	0.00462	-2.06222	-0.89935	-1.83855	-0.29479	Lesser	-0.65951	1.386e-14
N56	0.086863	0.030352	-1.10030	-0.94793	-1.58586	-0.46902	Lesser	-0.67661	1.386e-14
N15	0.009296	0.001329	-4.18583	-3.13143	-8.19340	-0.76991	Lesser	-0.74302	1.386e-14
N44	0.022629	3e-06	-4.70328	-3.44393	-9.01991	-0.99712	Lesser	-0.80184	1.386e-14
N36	0.007914	3e-06	-8.07064	-8.08579	-8.42825	-7.83479	Lesser	-0.92351	1.386e-14