Propertites of Heterotachy Phylogeny of DBT 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)
N53	0.00378	0.042377	5.53212	3.16004	2.41468	9.99223	Greater	0.85543	1.342e-14
N50	0.002154	0.098884	5.77132	2.78954	1.69315	10.90491	Greater	0.83957	1.342e-14
N3	2e-06	0.042911	6.47460	9.11806	2.46409	10.02701	Greater	0.82700	1.342e-14
N40	0.007254	0.059387	2.00525	2.00997	1.60158	2.37841	Greater	0.73764	1.342e-14
N20	0.019087	0.107436	2.00110	1.91592	1.39704	2.49309	Greater	0.72183	1.342e-14
N35	0.008419	0.028316	1.44118	1.45677	0.93840	1.99842	Greater	0.62222	1.342e-14
N13	0.462104	1.296699	1.23030	1.22099	1.01299	1.41910	Greater	0.62016	1.342e-14
N59	0.003629	0.018219	3.38558	2.09570	0.40547	9.18513	Greater	0.60464	1.342e-14
N44	3e-06	0.008487	5.34031	7.91644	-0.40547	8.62467	Greater	0.59517	1.342e-14
N31	3e-06	0.013213	4.04453	6.67876	0.00000	9.07559	Greater	0.53955	1.342e-14
N41	0.013763	0.044256	1.02506	1.07896	0.67607	1.48080	Greater	0.53750	1.342e-14
N56	0.042477	0.073152	0.83137	0.79977	0.48891	1.13746	Greater	0.49483	1.342e-14
N30	0.02134	0.044666	0.88655	0.87844	0.39372	1.34014	Greater	0.48262	1.342e-14
N12	0.403131	0.639617	0.68901	0.68407	0.43158	0.94578	Greater	0.46146	1.342e-14
N42	2e-06	2e-06	2.68958	0.00000	0.00000	7.30552	Greater	0.41140	1.342e-14
N58	0.02241	0.034488	0.50667	0.48713	0.01055	0.97573	Greater	0.35952	1.342e-14
N15	0.042622	0.051209	0.55938	0.45169	-0.12701	1.15312	Greater	0.34524	1.342e-14
N46	0.007273	3e-06	1.12605	0.40547	-0.05247	8.23642	Greater	0.31817	1.342e-14
N61	0.031986	0.034429	0.22128	0.27023	-0.25421	0.69860	Greater	0.26186	1.342e-14
N36	0.008621	0.012802	-0.94888	0.53969	-7.51861	1.61376	Greater	0.19162	1.342e-14
N7	0.113233	0.098251	0.00965	0.04545	-0.31409	0.37241	Greater	0.18433	1.342e-14
N52	0.053962	0.038642	-0.09139	-0.00306	-0.46413	0.35774	Greater	0.15019	1.342e-14
N22	0.100895	0.078825	-0.07963	-0.04896	-0.44876	0.32374	Greater	0.14649	1.342e-14
N60	2e-06	2e-06	-0.17968	0.00000	-0.69315	0.00000	Greater	0.09271	1.6308e-07
N14	0.10257	0.069751	-0.29415	-0.27591	-0.79925	0.26867	Greater	0.08265	1.145e-05
N8	0.080073	0.063107	-0.31469	-0.17843	-0.60261	0.19880	Greater	0.08220	5.7299e-06
N26	0.074475	0.046803	-0.26041	-0.18584	-0.57214	0.14613	Greater	0.07871	5.5017e-05
N28	0.048261	0.018678	-0.35812	-0.30443	-0.95003	0.27392	Greater	0.07588	7.5432e-05
N25	0.1032	0.086777	-0.37499	-0.34200	-0.94202	0.18863	Greater	0.05219	0.006636
N1	0.125068	0.075556	-0.30848	-0.27224	-0.58192	-0.00873	Greater	0.03946	0.037672
N18	0.008221	0.003338	-2.10276	-0.23479	-7.95344	0.77936	Greater	0.01965	0.2376
N32	0.002592	0.002756	-2.42184	-5.81114	-7.22875	1.79789	Greater	0.01458	0.2376
N47	0.008055	3e-06	-2.30546	-0.40547	-8.13973	0.43784	Lesser	-0.03496	0.0534
N33	0.008508	2e-06	-2.56848	-0.89964	-8.27957	0.80852	Lesser	-0.04822	0.009365
N29	0.013523	3e-06	-3.10495	-0.63136	-8.46281	0.83409	Lesser	-0.05589	0.0027419
N45	3e-06	2e-06	-2.58566	-0.40547	-7.12098	0.00000	Lesser	-0.10007	1.06184e-08
N5	0.101551	0.046972	-2.75604	-0.71122	-2.77179	0.04151	Lesser	-0.16459	1.342e-14
N37	0.004339	3e-06	-3.78655	-7.17982	-7.98264	0.00000	Lesser	-0.17275	1.342e-14
N16	0.129731	0.020388	-1.14791	-1.00558	-1.52845	-0.60227	Lesser	-0.18391	1.342e-14
N54	0.09377	0.036866	-1.22128	-1.01728	-1.49453	-0.68002	Lesser	-0.20203	1.342e-14
N17	0.041295	0.016076	-3.09458	-0.87726	-9.30756	-0.25569	Lesser	-0.26233	1.342e-14
N51	0.014802	0.002655	-4.49711	-7.45221	-8.59434	-0.05242	Lesser	-0.26514	1.342e-14
N43	0.010114	3e-06	-5.13611	-7.67539	-8.34830	-0.18355	Lesser	-0.29538	1.342e-14
N48	0.014016	2e-06	-4.71406	-8.19671	-9.09622	0.00000	Lesser	-0.30918	1.342e-14
N10	0.105861	0.023937	-3.83359	-2.60746	-8.55487	-0.73975	Lesser	-0.34349	1.342e-14
N49	0.000989	3e-06	-5.68870	-6.09206	-7.02583	-5.28658	Lesser	-0.38230	1.342e-14
N55	0.011823	2e-06	-5.93793	-8.24407	-8.86820	-0.40547	Lesser	-0.42274	1.342e-14
N2	0.025339	2e-06	-5.29633	-8.61114	-9.59974	-0.68844	Lesser	-0.43937	1.342e-14
N34	0.023649	0.000652	-5.75865	-8.64884	-9.49547	-0.82920	Lesser	-0.46555	1.342e-14
N27	0.114563	0.013769	-4.25481	-1.69720	-10.69521	-1.14762	Lesser	-0.46914	1.342e-14
N23	0.020183	2e-06	-6.46265	-9.21324	-10.05535	0.00000	Lesser	-0.50993	1.342e-14
N6	0.10709	2e-06	-6.24299	-9.19807	-11.01033	-1.02948	Lesser	-0.56522	1.342e-14
N39	0.017883	2e-06	-6.99997	-8.97005	-9.39661	-6.14304	Lesser	-0.58204	1.342e-14
N9	0.16663	3e-06	-5.97563	-3.10416	-10.96480	-1.54422	Lesser	-0.60015	1.342e-14
N38	0.007803	2e-06	-8.43848	-8.36567	-8.86014	-8.11103	Lesser	-0.64236	1.342e-14
N11	0.208304	3e-06	-6.97611	-5.51806	-11.33386	-2.93732	Lesser	-0.65465	1.342e-14
N19	0.056726	0.003925	-6.76899	-9.86979	-10.30922	-2.00915	Lesser	-0.65554	1.342e-14
N57	0.012413	2e-06	-8.57402	-8.64866	-9.01512	-8.23986	Lesser	-0.66809	1.342e-14
N4	0.01824	3e-06	-8.61919	-8.80617	-9.13209	-8.24604	Lesser	-0.68249	1.342e-14
N24	0.028012	3e-06	-8.84366	-8.75647	-9.62637	-8.07205	Lesser	-0.71480	1.342e-14
N21	0.035461	2e-06	-9.33518	-9.71118	-10.14400	-9.05328	Lesser	-0.81029	1.342e-14