Propertites of Heterotachy Phylogeny of NDUFB9 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)
N39	3e-06	0.215577	11.02505	11.22394	10.64118	11.87278	Greater	0.92780	1.452e-14
N57	2e-06	0.051944	10.16594	10.24401	9.68390	10.71869	Greater	0.84528	1.452e-14
N53	3e-06	0.01931	9.04718	9.44715	8.93030	9.93816	Greater	0.75250	1.452e-14
N47	3e-06	0.093288	8.34923	10.41011	8.32918	10.90160	Greater	0.74008	1.452e-14
N33	0.013847	0.465189	5.64562	3.39558	2.16539	11.65206	Greater	0.67148	1.452e-14
N4	0.014686	0.152689	4.82810	2.52961	1.84983	10.71378	Greater	0.60504	1.452e-14
N59	0.011095	0.233108	4.63965	2.78071	1.57721	10.83199	Greater	0.59743	1.452e-14
N14	3e-06	0.125249	6.45233	9.41423	1.28210	11.04989	Greater	0.57210	1.452e-14
N21	0.107018	1.644146	2.66536	2.65796	2.32682	2.98868	Greater	0.55727	1.452e-14
N36	0.076456	1.27231	2.62723	2.54390	2.10112	3.06017	Greater	0.54260	1.452e-14
N22	0.008279	0.099246	3.39404	2.54325	1.65548	3.30789	Greater	0.48992	1.452e-14
N45	0.033172	0.092934	5.61630	9.06095	0.41292	10.75044	Greater	0.48032	1.452e-14
N35	0.042676	0.30438	1.98021	2.03519	1.47048	2.52702	Greater	0.44611	1.452e-14
N1	0.014898	0.065604	5.08200	7.02731	0.41352	10.27672	Greater	0.43828	1.452e-14
N29	3e-06	0.042185	4.83124	8.73440	0.40547	10.11367	Greater	0.42988	1.452e-14
N48	0.023908	0.089667	3.87895	1.90767	0.57924	9.86347	Greater	0.42791	1.452e-14
N26	0.028418	0.094682	3.50533	1.35737	0.58128	9.33497	Greater	0.39601	1.452e-14
N42	0.448809	2.053231	1.41334	1.38572	1.08295	1.74208	Greater	0.35622	1.452e-14
N25	0.007252	0.018943	3.55123	1.67840	0.00798	9.01888	Greater	0.32755	1.452e-14
N58	0.018636	0.109646	1.51457	1.46961	0.72881	2.21702	Greater	0.31710	1.452e-14
N11	0.008925	0.065399	2.36091	1.58083	0.06507	7.84796	Greater	0.29293	1.452e-14
N20	0.060622	0.11915	2.51446	0.71465	-0.07734	3.05445	Greater	0.24732	1.452e-14
N65	0.006855	0.024915	2.73903	1.09373	-0.25634	8.76351	Greater	0.23754	1.452e-14
N55	2e-06	3e-06	2.31152	0.40547	0.00000	8.19063	Greater	0.17846	1.452e-14
N62	0.017425	0.060386	0.81068	0.80840	0.14778	1.49686	Greater	0.17252	1.452e-14
N61	2e-06	2e-06	2.15460	0.00000	0.00000	6.05561	Greater	0.13918	1.452e-14
N12	0.042282	0.11978	0.79171	0.69979	-0.13224	1.59112	Greater	0.13361	1.017e-12
N13	0.052328	0.049801	0.33340	0.84610	-0.51537	2.18996	Greater	0.11970	1.5993e-11
N43	2e-06	0.016865	2.06649	0.00000	-1.29205	9.16377	Greater	0.07998	4.6068e-06
N66	0.047981	0.102643	0.42368	0.40504	-0.03627	0.86344	Greater	0.06992	0.00054
N19	0.101475	0.118265	0.45397	0.41026	-0.42400	1.28287	Greater	0.05790	0.0026848
N34	0.200271	0.256766	0.41226	0.33278	-0.36036	1.11123	Greater	0.04570	0.009048
N2	0.040324	0.06287	0.27348	0.27979	-0.29804	0.91083	Greater	0.02273	0.19312
N24	2e-06	2e-06	0.16526	0.00000	0.00000	0.00000	Lesser	-0.01928	0.19312
N5	0.02638	0.021563	-0.19292	-0.07550	-0.77893	0.47281	Lesser	-0.10790	4.7915e-08
N32	0.159926	0.080871	-0.35742	-0.32016	-1.01664	0.46374	Lesser	-0.12423	1.0768e-10
N31	0.064631	0.068713	-1.72982	-0.06077	-2.17359	1.03434	Lesser	-0.13171	1.452e-14
N64	3e-06	3e-06	-1.66584	0.00000	-9.21393	0.40547	Lesser	-0.15446	1.452e-14
N37	3e-06	3e-06	-1.08459	0.00000	-9.67397	0.40547	Lesser	-0.15481	1.452e-14
N27	0.017463	2e-06	-2.37445	0.00000	-9.29986	0.00000	Lesser	-0.22973	1.452e-14
N38	0.482844	0.232689	-0.69941	-0.55518	-1.35119	0.06811	Lesser	-0.23532	1.452e-14
N50	0.049972	0.030819	-1.97380	-0.58729	-8.67368	0.25417	Lesser	-0.24542	1.452e-14
N9	0.540713	0.262694	-0.68382	-0.76154	-1.32844	-0.09668	Lesser	-0.25387	1.452e-14
N23	0.028869	2e-06	-2.60417	0.00000	-9.80035	0.00000	Lesser	-0.26943	1.452e-14
N8	0.312741	0.189477	-0.99013	-0.96226	-1.89441	-0.06232	Lesser	-0.27227	1.452e-14
N46	0.033774	3e-06	-2.83936	-0.93409	-9.75589	0.14306	Lesser	-0.28488	1.452e-14
N44	0.051116	0.011726	-1.98142	-1.17253	-9.18359	0.00000	Lesser	-0.29502	1.452e-14
N52	0.007282	2e-06	-3.62830	0.00000	-9.37379	0.00000	Lesser	-0.31657	1.452e-14
N6	0.020434	2e-06	-3.72924	-1.77871	-9.01542	0.00000	Lesser	-0.34840	1.452e-14
N41	0.028935	2e-06	-3.95801	-0.40547	-10.31387	0.40547	Lesser	-0.35995	1.452e-14
N54	0.013816	3e-06	-4.60296	-7.65681	-9.99880	0.00000	Lesser	-0.36881	1.452e-14
N60	0.05177	0.011665	-3.38220	-1.32696	-9.55504	-0.15605	Lesser	-0.38057	1.452e-14
N3	0.048524	0.011718	-1.44720	-1.38779	-2.02952	-0.69381	Lesser	-0.38301	1.452e-14
N17	0.04526	3e-06	-4.66865	-8.89736	-10.21965	0.40547	Lesser	-0.39133	1.452e-14
N56	0.008423	2e-06	-5.01965	-8.10651	-9.57081	0.00000	Lesser	-0.40291	1.452e-14
N16	0.02261	3e-06	-5.76906	-8.65076	-9.51011	0.08577	Lesser	-0.40564	1.452e-14
N10	0.008909	2e-06	-5.36327	-8.31299	-9.74859	0.00000	Lesser	-0.47923	1.452e-14
N28	0.043254	2e-06	-5.86587	-9.48338	-10.41724	-0.40547	Lesser	-0.53519	1.452e-14
N51	0.045133	2e-06	-6.89698	-9.07372	-10.46144	-1.49388	Lesser	-0.58768	1.452e-14
N63	0.042726	3e-06	-6.94186	-9.48657	-10.30857	-1.68869	Lesser	-0.59493	1.452e-14
N18	0.104091	2e-06	-7.07163	-10.16029	-11.20833	-0.96815	Lesser	-0.60943	1.452e-14
N40	0.203746	0.000611	-6.46910	-10.01516	-11.43350	-1.95422	Lesser	-0.64389	1.452e-14
N49	0.008905	3e-06	-9.29157	-9.52810	-10.14409	-8.30524	Lesser	-0.71711	1.452e-14
N7	0.031279	3e-06	-9.42527	-9.54457	-10.02563	-9.04966	Lesser	-0.72474	1.452e-14
N30	0.073001	3e-06	-10.43343	-10.45285	-10.78028	-10.15885	Lesser	-0.87191	1.452e-14
N15	0.099615	3e-06	-10.51122	-10.66745	-11.15016	-10.05158	Lesser	-0.88085	1.452e-14