Propertites of Heterotachy Phylogeny of COX20 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)
N54	2e-06	2.269839	13.89027	13.92638	13.59639	14.18361	Greater	0.98781	1.474e-14
N24	2e-06	1.960295	13.58705	13.64664	13.43019	13.84023	Greater	0.97132	1.474e-14
N27	2e-06	0.210607	11.65547	11.69436	11.38032	11.94351	Greater	0.86363	1.474e-14
N66	2e-06	0.16051	11.55413	11.72502	11.24091	12.01065	Greater	0.85276	1.474e-14
N34	2e-06	0.052651	10.43444	10.66980	10.28024	11.02911	Greater	0.74435	1.474e-14
N58	0.009029	1.695361	7.43230	4.73841	4.04308	13.41678	Greater	0.69255	1.474e-14
N43	0.011663	0.430022	6.64029	3.97728	2.31512	11.85980	Greater	0.60206	1.474e-14
N9	0.012051	0.191665	5.99724	3.11795	2.45471	11.00927	Greater	0.56702	1.474e-14
N12	0.023961	0.350715	4.94092	2.69113	2.13679	11.22178	Greater	0.54273	1.474e-14
N2	3e-06	0.021258	7.50555	9.08050	5.24702	9.75570	Greater	0.53919	1.474e-14
N56	0.013031	0.248004	5.55782	2.85335	1.87108	11.49337	Greater	0.53344	1.474e-14
N14	0.062271	2.032833	3.62326	3.56514	3.18115	3.98265	Greater	0.52749	1.474e-14
N67	0.027394	0.307791	5.92228	2.76525	1.35616	11.64974	Greater	0.51267	1.474e-14
N4	2e-06	0.034829	7.65781	9.65400	7.36676	10.37222	Greater	0.50779	1.474e-14
N11	0.026197	0.214294	4.88009	2.08589	1.49718	11.24554	Greater	0.46967	1.474e-14
N62	2e-06	0.062027	5.45713	9.13680	0.92103	10.95028	Greater	0.41016	1.474e-14
N61	0.317446	3.33218	2.27091	2.26508	1.99240	2.53599	Greater	0.40142	1.474e-14
N21	3e-06	0.180225	5.25204	1.59673	0.57441	11.10527	Greater	0.37503	1.474e-14
N55	2e-06	0.079264	5.34117	9.12069	0.60336	11.04767	Greater	0.37083	1.474e-14
N15	0.202663	1.651283	2.08406	2.04754	1.79533	2.34888	Greater	0.37056	1.474e-14
N50	3e-06	0.085044	3.81934	2.09893	0.64226	10.05842	Greater	0.29861	1.474e-14
N53	2e-06	0.000491	4.82792	1.58550	0.00000	10.45606	Greater	0.26135	1.474e-14
N63	0.018758	0.053416	3.98727	1.52781	0.38149	10.01110	Greater	0.26103	1.474e-14
N18	0.046995	0.268037	1.46169	1.41933	0.98397	1.88470	Greater	0.23622	1.474e-14
N29	2e-06	4.6e-05	3.82080	2.15948	0.00000	9.44940	Greater	0.23238	1.474e-14
N68	0.072789	0.292545	1.34836	1.35812	0.76130	1.95383	Greater	0.20176	1.474e-14
N31	0.017681	0.046143	0.94725	0.97084	0.31149	1.60235	Greater	0.09460	6.33e-06
N47	0.038311	0.178274	0.97055	0.93634	0.17019	1.73864	Greater	0.08970	4.0173e-06
N5	0.12541	0.250874	0.74367	0.69068	0.34279	1.05855	Greater	0.06663	0.0001491
N17	0.119	0.193445	0.64785	0.64323	0.34952	0.94313	Greater	0.04826	0.005466
N6	0.030401	0.110166	0.66846	0.75070	0.25591	1.21724	Greater	0.04136	0.02784
N3	0.012303	0.01159	0.78478	0.12346	-2.98089	5.84644	Lesser	-0.02881	0.04127
N49	0.064926	0.072946	0.34972	0.23446	-0.50692	1.34677	Lesser	-0.06817	0.000486
N64	2e-06	2e-06	0.23253	0.00000	0.00000	0.40547	Lesser	-0.10044	4.3568e-07
N25	2e-06	2e-06	0.23232	0.00000	0.00000	0.40547	Lesser	-0.10156	2.6721e-07
N23	2e-06	2e-06	0.19881	0.00000	0.00000	0.40547	Lesser	-0.11464	3.842e-10
N28	0.025744	4.6e-05	-0.23791	0.00000	-8.88830	0.92742	Lesser	-0.13358	1.474e-14
N7	0.042362	0.015507	0.41228	-0.16752	-1.69552	8.15335	Lesser	-0.13554	1.474e-14
N10	0.013814	0.004683	-0.77553	0.01477	-4.87646	1.44572	Lesser	-0.13566	1.474e-14
N35	3e-06	3e-06	0.10755	0.00000	0.00000	0.40547	Lesser	-0.14427	1.06623e-12
N8	0.044605	0.038614	-0.25201	0.00332	-0.95617	0.67822	Lesser	-0.17411	1.474e-14
N42	0.05124	0.083033	-1.67309	0.19303	-2.40360	1.07603	Lesser	-0.18349	1.474e-14
N40	0.00499	3e-06	0.06183	0.00000	-0.40547	0.00000	Lesser	-0.18931	1.474e-14
N37	0.026711	0.035764	-2.26148	0.00471	-9.00647	1.33140	Lesser	-0.19099	1.474e-14
N22	3e-06	3e-06	-0.01218	0.00000	-0.40547	0.00000	Lesser	-0.19649	1.474e-14
N30	0.320678	0.123575	-0.62752	-0.67215	-1.30773	0.05909	Lesser	-0.30831	1.474e-14
N46	0.069287	0.021918	-2.93650	-0.83701	-9.32456	0.58538	Lesser	-0.33959	1.474e-14
N36	0.067407	0.023085	-0.78132	-0.75181	-1.46529	-0.05067	Lesser	-0.34330	1.474e-14
N13	0.023782	0.001422	-2.16734	-1.36251	-8.70616	0.00000	Lesser	-0.34537	1.474e-14
N1	0.134501	0.0561	-0.99680	-0.69387	-1.40625	-0.17140	Lesser	-0.36672	1.474e-14
N44	3e-06	2e-06	-4.04545	-0.40547	-10.23268	0.00000	Lesser	-0.42677	1.474e-14
N39	0.107362	0.036505	-3.18958	-0.79210	-9.74616	-0.00373	Lesser	-0.44693	1.474e-14
N57	0.009383	3e-06	-4.95328	-8.05251	-8.96899	0.00000	Lesser	-0.45136	1.474e-14
N19	0.02603	3e-06	-4.90551	-8.68211	-9.82296	0.00000	Lesser	-0.47325	1.474e-14
N33	0.329918	0.047427	-3.18511	-1.31800	-3.91677	-0.26964	Lesser	-0.48699	1.474e-14
N38	0.202109	0.072533	-3.20039	-1.32438	-3.17571	-0.49629	Lesser	-0.50685	1.474e-14
N59	0.030656	3e-06	-5.46429	-9.05302	-9.78109	-0.02003	Lesser	-0.52060	1.474e-14
N65	0.072026	0.001962	-4.37651	-2.15164	-10.24012	-0.42461	Lesser	-0.52121	1.474e-14
N20	0.037536	6e-05	-5.30385	-6.04287	-9.77658	-1.87694	Lesser	-0.52816	1.474e-14
N48	0.180664	3e-06	-4.58770	-2.18901	-10.62500	-0.88050	Lesser	-0.57812	1.474e-14
N51	0.137016	0.038943	-4.44540	-1.79716	-10.74538	-0.98113	Lesser	-0.61458	1.474e-14
N26	0.048529	2e-06	-7.47831	-9.81948	-10.34361	-4.93420	Lesser	-0.69869	1.474e-14
N16	0.036574	3e-06	-7.75188	-9.13705	-9.72478	-5.42157	Lesser	-0.70792	1.474e-14
N41	0.11561	3e-06	-6.72824	-9.83212	-11.07114	-1.79872	Lesser	-0.72325	1.474e-14
N52	0.072147	3e-06	-9.90172	-10.05033	-10.59243	-9.49319	Lesser	-0.82915	1.474e-14
N32	0.077097	2e-06	-9.87674	-10.28381	-10.74400	-9.41512	Lesser	-0.83636	1.474e-14
N45	0.274921	3e-06	-9.14923	-11.63728	-11.98782	-5.34732	Lesser	-0.85924	1.474e-14