Propertites of Heterotachy Phylogeny of ATAD3B 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)
N42	0.001834	0.527605	8.16262	11.67193	3.51823	12.37867	Greater	0.89063	1.474e-14
N54	2e-06	0.290979	9.26563	11.27143	6.51954	12.10530	Greater	0.82221	1.474e-14
N64	3e-06	0.123958	8.45856	10.86383	3.45368	11.42126	Greater	0.79460	1.474e-14
N35	3e-06	0.065737	8.05406	9.93980	4.75220	10.82339	Greater	0.78962	1.474e-14
N29	0.029429	1.632659	3.93861	3.64770	3.07340	4.76231	Greater	0.78087	1.474e-14
N30	2e-06	0.010235	7.76361	8.66742	7.89208	9.28498	Greater	0.76880	1.474e-14
N36	0.010871	0.19346	2.93246	2.89025	2.33841	3.44213	Greater	0.67189	1.474e-14
N61	3e-06	0.018313	5.30772	3.63335	2.00495	9.21975	Greater	0.63781	1.474e-14
N65	0.002772	0.059528	4.56315	2.78072	1.70605	9.83347	Greater	0.63040	1.474e-14
N15	0.021425	0.183947	2.56004	2.59711	2.24175	2.92691	Greater	0.62706	1.474e-14
N1	0.023462	0.17805	2.31701	2.42491	1.85571	2.91248	Greater	0.54473	1.474e-14
N10	0.009412	0.131189	2.27488	2.42552	1.53932	3.10136	Greater	0.51014	1.474e-14
N13	0.027729	0.185744	2.04358	2.04502	1.66205	2.44769	Greater	0.49529	1.474e-14
N22	0.024527	0.19256	2.11884	1.91757	1.26022	3.02916	Greater	0.46390	1.474e-14
N14	0.066524	0.44767	1.87486	1.87557	1.46264	2.26838	Greater	0.44149	1.474e-14
N41	0.09707	0.41746	1.83285	1.80629	1.31087	2.33606	Greater	0.41317	1.474e-14
N4	0.009264	0.049618	1.60086	1.79692	1.07013	2.36693	Greater	0.34292	1.474e-14
N62	0.00578	0.042793	2.60041	1.73820	0.58749	3.19575	Greater	0.33106	1.474e-14
N3	0.066962	0.209619	1.60995	1.34158	0.72755	2.54571	Greater	0.30352	1.474e-14
N45	0.103166	0.295408	1.39744	1.40493	1.05617	1.75216	Greater	0.28766	1.474e-14
N6	0.023616	0.073876	1.36715	1.35162	0.88205	1.82360	Greater	0.26647	1.474e-14
N63	0.020394	0.055892	1.30938	1.30254	0.62171	2.02516	Greater	0.22793	1.474e-14
N12	0.456354	0.977176	1.14861	1.09521	0.77911	1.48951	Greater	0.19157	1.474e-14
N16	0.042069	0.143306	1.13226	1.12442	0.70894	1.52631	Greater	0.18125	1.474e-14
N34	0.027851	0.066973	1.09204	1.13251	0.40035	1.83717	Greater	0.15864	1.474e-14
N49	0.057467	0.188297	1.14525	1.03253	0.44040	1.66294	Greater	0.15790	1.474e-14
N52	0.06053	0.131617	0.96681	1.05717	0.42692	1.62482	Greater	0.12515	3.4342e-13
N9	0.362942	0.827541	0.97568	0.99662	0.76161	1.20467	Greater	0.12503	3.4342e-13
N48	0.01944	0.048971	0.95123	1.08032	0.31788	1.78679	Greater	0.12448	1.13592e-10
N67	0.035053	0.075211	0.90663	0.89573	0.31141	1.45786	Greater	0.08953	2.1763e-06
N58	0.018855	0.012201	0.89046	0.87790	-0.19946	1.90896	Greater	0.07495	4.5696e-05
N53	0.087873	0.098072	0.67575	0.83877	-0.03503	1.52965	Greater	0.03606	0.04812
N43	0.022547	0.029471	0.70729	0.74436	-0.06854	1.43730	Greater	0.02690	0.12782
N39	0.045974	0.068322	0.55458	0.61679	-0.07779	1.22925	Lesser	-0.02529	0.12782
N8	0.011831	0.015549	0.43067	0.49428	-0.14889	1.11701	Lesser	-0.06310	0.0015584
N66	0.012453	0.012745	0.21824	0.12792	-1.55598	2.01620	Lesser	-0.06776	0.0001129
N21	0.077325	0.108231	0.41879	0.45229	0.01543	0.83064	Lesser	-0.09297	8.704e-08
N31	0.107263	0.075571	0.39338	0.19417	-0.61488	1.07037	Lesser	-0.09650	5.9112e-08
N60	0.062241	0.041487	0.36802	0.20237	-0.49676	1.13604	Lesser	-0.09845	1.542e-08
N47	0.048772	0.041833	0.23098	0.28623	-0.66853	1.13348	Lesser	-0.11245	1.2826e-10
N7	0.04241	0.045571	0.16792	0.36580	-0.71889	1.00660	Lesser	-0.14331	1.474e-14
N33	0.040685	0.053421	0.19610	0.19018	-0.27483	0.65806	Lesser	-0.16535	1.474e-14
N25	0.012782	0.0088	-1.59325	-0.00366	-7.25841	1.54827	Lesser	-0.17899	1.474e-14
N37	0.149787	0.096101	-0.02629	0.16862	-0.71743	0.83783	Lesser	-0.19314	1.474e-14
N20	0.03535	0.023233	-0.24340	-0.27643	-0.97545	0.47856	Lesser	-0.27278	1.474e-14
N59	0.005854	0.004731	-1.23644	-0.41801	-3.21383	0.50317	Lesser	-0.28911	1.474e-14
N56	0.142059	0.133629	-0.29733	-0.14859	-0.76800	0.23960	Lesser	-0.32408	1.474e-14
N18	2e-06	2e-06	-2.41863	0.00000	-7.34569	0.69315	Lesser	-0.36497	1.474e-14
N27	0.009879	0.003422	-2.46437	-0.80571	-7.88883	0.44196	Lesser	-0.36876	1.474e-14
N24	0.040208	0.009852	-2.07380	-1.10495	-4.15300	0.51744	Lesser	-0.37058	1.474e-14
N11	0.046081	0.038342	-2.20304	-0.48465	-2.43974	0.35263	Lesser	-0.41124	1.474e-14
N32	0.064884	0.024863	-0.85839	-0.98286	-1.62237	-0.17838	Lesser	-0.41589	1.474e-14
N44	0.055341	0.032088	-1.99407	-0.96620	-2.79787	0.11264	Lesser	-0.42790	1.474e-14
N46	0.095046	0.024206	-0.94448	-1.09516	-1.69540	-0.22218	Lesser	-0.44042	1.474e-14
N40	0.019143	0.01173	-3.37260	-1.03185	-8.71932	0.24111	Lesser	-0.46586	1.474e-14
N38	0.436982	0.160534	-1.00360	-0.80060	-1.43680	-0.37955	Lesser	-0.49187	1.474e-14
N57	0.032012	3e-06	-3.65445	-2.01407	-8.66285	-0.62062	Lesser	-0.56740	1.474e-14
N19	0.005887	3e-06	-5.23553	-7.37463	-8.18938	-0.40547	Lesser	-0.57670	1.474e-14
N51	0.004073	2e-06	-4.94556	-7.15109	-8.69031	-0.40547	Lesser	-0.58685	1.474e-14
N50	0.143759	0.028336	-1.63130	-1.60398	-2.12430	-1.09272	Lesser	-0.60003	1.474e-14
N28	0.011486	3e-06	-5.45900	-8.20513	-9.12320	0.00000	Lesser	-0.63663	1.474e-14
N5	0.088535	0.01503	-3.75008	-1.85428	-8.88218	-0.89838	Lesser	-0.63682	1.474e-14
N2	0.011526	3e-06	-5.20862	-7.97591	-8.98124	-0.73716	Lesser	-0.63824	1.474e-14
N26	0.074588	0.007996	-3.23767	-1.73264	-3.55575	-0.98360	Lesser	-0.64214	1.474e-14
N23	0.010876	2e-06	-5.83968	-7.80568	-9.27622	-1.83664	Lesser	-0.69367	1.474e-14
N55	0.065731	3e-06	-7.85556	-9.33061	-10.42064	-7.28596	Lesser	-0.85441	1.474e-14
N17	0.015597	3e-06	-8.75055	-8.79323	-9.21349	-8.34909	Lesser	-0.88159	1.474e-14