Propertites of Heterotachy Phylogeny of COQ5 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)
N26	2e-06	0.042192	10.17560	10.28069	9.72672	10.66698	Greater	0.94683	1.364e-14
N4	0.006543	0.087238	4.57946	2.79802	2.24841	9.59053	Greater	0.72113	1.364e-14
N7	0.007218	0.043451	5.81743	8.47380	1.46540	9.82390	Greater	0.62064	1.364e-14
N3	0.014259	0.122657	2.09443	2.08304	1.71644	2.48867	Greater	0.55631	1.364e-14
N28	2e-06	0.013277	5.92066	8.52324	1.09902	9.37475	Greater	0.55586	1.364e-14
N12	0.0119	0.080912	2.01603	2.08782	1.56460	2.58649	Greater	0.50513	1.364e-14
N13	0.01173	0.102851	1.89117	1.88728	1.44221	2.32165	Greater	0.50017	1.364e-14
N11	0.050613	0.259985	1.75258	1.80654	1.48046	2.10409	Greater	0.47030	1.364e-14
N17	2e-06	0.003348	5.38138	7.96120	0.40547	9.56627	Greater	0.46181	1.364e-14
N8	3e-06	0.01672	4.68659	6.85651	0.00000	9.91403	Greater	0.44489	1.364e-14
N21	0.012291	0.06673	1.65625	1.79780	1.28732	2.25477	Greater	0.41774	1.364e-14
N31	0.006042	0.006989	4.68860	7.92841	0.35334	9.17326	Greater	0.41322	1.364e-14
N23	0.013138	0.08188	1.62140	1.78621	1.02283	2.34568	Greater	0.38652	1.364e-14
N46	0.005051	0.024509	3.15283	1.74510	0.40547	9.03640	Greater	0.35557	1.364e-14
N16	0.011614	0.042995	3.12253	1.37038	0.63580	9.36580	Greater	0.34788	1.364e-14
N56	0.057432	0.13356	2.85042	1.21681	0.55712	3.12977	Greater	0.33830	1.364e-14
N32	3e-06	0.015571	3.18010	1.78165	0.00000	9.07886	Greater	0.32501	1.364e-14
N37	0.028527	0.111152	1.35054	1.46824	0.90567	1.96316	Greater	0.31220	1.364e-14
N24	0.021175	0.075401	1.31915	1.46667	0.82173	1.96097	Greater	0.30437	1.364e-14
N2	0.018586	0.084576	1.30871	1.33674	0.85391	1.83411	Greater	0.30393	1.364e-14
N44	0.009957	0.049256	1.32987	1.37725	0.69637	1.97501	Greater	0.28116	1.364e-14
N30	0.007613	0.044162	2.24597	1.32711	0.21237	2.62478	Greater	0.26466	1.364e-14
N25	0.022806	0.087031	1.10840	1.19879	0.59508	1.69779	Greater	0.23034	1.364e-14
N52	0.02399	0.062418	1.11527	1.16289	0.49570	1.83353	Greater	0.21925	1.364e-14
N15	0.011864	0.020386	1.13253	1.02835	0.35643	1.80349	Greater	0.20173	1.364e-14
N5	2e-06	0.018726	2.23526	1.12947	0.00000	8.49617	Greater	0.19325	1.364e-14
N27	0.015433	0.039551	1.01974	1.14849	0.40547	1.69934	Greater	0.19090	1.364e-14
N33	0.094945	0.237782	0.93639	1.04661	0.42987	1.49569	Greater	0.16674	1.364e-14
N53	0.01541	0.050832	0.94442	1.02739	0.34128	1.63415	Greater	0.16474	1.364e-14
N60	0.235462	0.574481	0.86437	0.87861	0.45564	1.28160	Greater	0.14119	1.364e-14
N18	0.029879	0.051571	0.90077	0.84225	0.20816	1.49090	Greater	0.12708	8.136e-13
N9	0.017312	0.056271	0.86688	0.95516	0.04137	1.63842	Greater	0.12632	1.5072e-10
N20	0.006682	0.004515	0.79282	0.74975	-0.93102	3.05784	Greater	0.08793	2.931e-07
N36	3e-06	0.000197	1.09040	0.40547	-0.55343	7.85192	Greater	0.04344	0.017704
N35	0.039702	0.053092	0.47839	0.65345	0.06062	1.11379	Greater	0.00793	0.3163
N39	0.128237	0.201508	0.45387	0.45729	0.18455	0.72673	Lesser	-0.02430	0.1432
N38	0.007536	0.012604	0.25153	0.30660	-1.35670	1.40002	Lesser	-0.03537	0.05121
N19	0.07689	0.100898	0.24414	0.25086	-0.08859	0.57967	Lesser	-0.11619	8.946e-12
N58	0.138616	0.19815	0.14610	0.16181	-0.30315	0.60614	Lesser	-0.14427	1.364e-14
N47	0.041601	0.038664	0.15611	-0.01321	-0.81396	0.81992	Lesser	-0.15289	1.364e-14
N40	0.014498	0.003583	-1.58053	0.00000	-8.42120	1.36553	Lesser	-0.15495	1.364e-14
N41	0.095222	0.109948	0.03346	0.13475	-0.37669	0.63692	Lesser	-0.16453	1.364e-14
N45	0.189297	0.148126	-0.12272	-0.04026	-0.45048	0.32969	Lesser	-0.23663	1.364e-14
N43	0.158212	0.120667	-0.10481	-0.06187	-0.43287	0.27254	Lesser	-0.24566	1.364e-14
N54	0.009666	3e-06	-2.31787	-0.42176	-8.12306	0.40547	Lesser	-0.28641	1.364e-14
N61	0.056423	0.025821	-1.13182	-0.87737	-1.94887	0.17915	Lesser	-0.35014	1.364e-14
N22	0.012014	0.008517	-3.13033	-1.16550	-8.61384	0.24829	Lesser	-0.40252	1.364e-14
N51	0.126474	0.090347	-0.65837	-0.55720	-1.16950	-0.08064	Lesser	-0.40657	1.364e-14
N34	2e-06	2e-06	-2.89831	-0.40547	-8.04511	0.00000	Lesser	-0.42339	1.364e-14
N57	0.081692	0.045876	-2.85959	-0.79026	-4.34161	0.08690	Lesser	-0.45111	1.364e-14
N10	0.006688	2e-06	-4.47618	-8.01764	-8.78714	0.00000	Lesser	-0.45646	1.364e-14
N50	0.233663	0.097747	-1.05025	-0.87449	-1.57120	-0.40280	Lesser	-0.48118	1.364e-14
N6	0.033998	0.00668	-4.41754	-1.53635	-9.41809	-0.16394	Lesser	-0.54299	1.364e-14
N55	0.03809	0.004119	-3.92386	-1.85466	-9.37420	-0.45020	Lesser	-0.55535	1.364e-14
N1	0.051123	0.017447	-2.93484	-1.44211	-3.11982	-0.52545	Lesser	-0.56321	1.364e-14
N14	0.07778	0.020203	-3.52311	-1.44491	-9.78010	-0.43727	Lesser	-0.59499	1.364e-14
N59	0.275642	0.022147	-4.12710	-1.97015	-11.11884	-0.70077	Lesser	-0.61631	1.364e-14
N42	0.056047	0.00315	-4.71937	-2.85424	-9.91451	-1.28691	Lesser	-0.66853	1.364e-14
N62	0.027432	2e-06	-6.82542	-9.04440	-10.21415	-2.10615	Lesser	-0.67113	1.364e-14
N48	0.076971	3e-06	-6.78309	-9.36535	-10.50870	-2.55502	Lesser	-0.81317	1.364e-14
N29	0.033255	2e-06	-9.52032	-9.64284	-10.00742	-9.33397	Lesser	-0.87656	1.364e-14
N49	0.130387	3e-06	-10.50172	-10.59708	-10.96852	-10.25940	Lesser	-0.95405	1.364e-14