Propertites of Heterotachy Phylogeny of NDUFA4 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	2e-06	1.446124	13.73339	13.66762	13.41575	14.10299	Greater	0.99717	2.046e-14
N53	1e-06	0.165313	11.88127	11.96569	11.26745	12.51692	Greater	0.93333	2.046e-14
N90	3e-06	0.31666	11.66051	11.71602	11.45380	11.93843	Greater	0.92762	2.046e-14
N37	1e-06	0.071755	11.22895	11.34194	10.73655	11.83925	Greater	0.89187	2.046e-14
N91	3e-06	0.080042	10.41362	10.42273	9.98017	10.85319	Greater	0.82745	2.046e-14
N57	2e-06	0.813006	7.49121	3.97957	3.14328	13.15710	Greater	0.79617	2.046e-14
N56	0.018508	0.425288	6.96983	4.17592	2.64301	12.39475	Greater	0.76408	2.046e-14
N10	3e-06	0.112026	5.93209	9.32284	1.62725	10.65140	Greater	0.64641	2.046e-14
N19	1e-06	0.016667	6.53881	9.80361	0.69315	11.09238	Greater	0.62233	2.046e-14
N45	0.043422	0.852182	2.49647	2.38515	1.99270	2.89104	Greater	0.61251	2.046e-14
N93	0.174445	1.458457	2.10381	2.06910	1.82132	2.34567	Greater	0.59322	2.046e-14
N86	1e-06	0.050221	6.03271	8.89891	0.69315	11.16235	Greater	0.56088	2.046e-14
N70	2e-06	0.052999	6.99836	10.35420	0.00000	11.00908	Greater	0.54239	2.046e-14
N95	0.033675	0.240725	1.63188	1.66736	1.22047	2.08768	Greater	0.51162	2.046e-14
N69	0.035028	0.241519	1.66317	1.71991	1.20167	2.19014	Greater	0.47070	2.046e-14
N38	2e-06	0.037355	5.03936	8.52912	0.00000	10.67328	Greater	0.39783	2.046e-14
N15	0.168761	0.487232	1.00420	0.99163	0.62819	1.37281	Greater	0.37824	2.046e-14
N94	0.023802	0.08933	2.82397	1.45749	0.33221	8.37425	Greater	0.36893	2.046e-14
N50	3e-06	0.040913	3.52683	1.10586	0.08671	9.57408	Greater	0.36335	2.046e-14
N36	0.137892	0.39668	0.94852	0.92108	0.52676	1.35789	Greater	0.34964	2.046e-14
N9	2e-06	2e-06	4.58751	4.60517	0.00000	9.55878	Greater	0.34851	2.046e-14
N65	2e-06	0.017655	4.48795	8.39106	0.00000	9.29597	Greater	0.34126	2.046e-14
N18	0.03199	0.079912	2.75987	0.97194	0.02768	8.90273	Greater	0.30630	2.046e-14
N67	2e-06	3e-06	2.88034	0.40547	0.40547	8.37759	Greater	0.29854	2.046e-14
N88	0.092288	0.208147	0.83566	0.81997	0.31143	1.37184	Greater	0.29074	2.046e-14
N39	0.069903	0.240647	0.80734	0.82443	0.30028	1.33170	Greater	0.28400	2.046e-14
N32	0.064794	0.115784	0.81693	0.79023	0.22948	1.41559	Greater	0.27518	2.046e-14
N28	2e-06	0.02666	2.11000	0.69315	0.00000	10.28906	Greater	0.26179	2.046e-14
N59	0.100737	0.231879	0.72933	0.89912	0.21367	1.41111	Greater	0.25692	2.046e-14
N3	2e-06	3e-06	2.95904	0.40547	0.00000	9.58710	Greater	0.25560	2.046e-14
N80	0.137815	0.289363	0.66827	0.56568	0.11635	1.10581	Greater	0.22610	2.046e-14
N25	3e-06	0.00039	3.19400	0.07478	-0.40547	9.20170	Greater	0.21148	2.046e-14
N30	0.052341	0.121749	0.57312	0.51866	-0.13222	1.27275	Greater	0.17053	2.046e-14
N13	0.085577	0.145952	0.42208	0.43906	-0.05971	0.96426	Greater	0.15261	2.046e-14
N68	0.01217	0.005257	0.71234	0.40547	-1.33875	7.55407	Greater	0.14664	2.046e-14
N55	0.066607	0.096648	0.47295	0.59874	-0.46679	1.35215	Greater	0.14244	1.085e-13
N96	2e-06	3e-06	0.29790	0.40547	0.00000	0.40547	Greater	0.12729	1.01346e-13
N46	1e-06	2e-06	0.29706	0.00000	0.00000	0.69315	Greater	0.11307	4.4336e-11
N81	2e-06	3e-06	0.25568	0.40547	0.00000	0.40547	Greater	0.10186	2.7108e-07
N73	0.036911	0.037703	0.51370	0.33811	-0.40547	1.05669	Greater	0.09877	7.9981e-06
N1	0.038281	0.053448	0.18166	0.25600	-0.28715	0.85254	Greater	0.07558	0.0003756
N26	0.023991	0.002202	0.69079	0.12176	-2.89743	6.80017	Greater	0.03925	0.036412
N71	2e-06	2e-06	0.12412	0.00000	0.00000	0.40547	Greater	0.02310	0.22944
N41	0.101488	0.074148	0.06592	0.13752	-0.50953	0.67483	Greater	0.01613	0.4028
N60	2e-06	2e-06	0.10895	0.00000	0.00000	0.40547	Greater	0.01373	0.4028
N58	1e-06	2e-06	-2.62180	0.69315	-9.39354	0.69315	Lesser	-0.05129	0.004471
N43	0.023691	3e-06	-1.17490	-0.00801	-9.01331	0.87842	Lesser	-0.05925	0.0010926
N82	0.022909	3e-06	-1.03042	0.00000	-9.06809	0.40547	Lesser	-0.06439	0.0003756
N62	0.023619	3e-06	-1.12868	0.00000	-8.96733	0.40547	Lesser	-0.07994	7.9981e-06
N14	0.057976	0.046438	-0.28397	-0.16140	-0.82953	0.43720	Lesser	-0.08586	1.7856e-05
N11	2e-06	3e-06	-1.99393	0.00000	-8.91135	0.40547	Lesser	-0.10113	7.658e-09
N7	0.051739	0.025668	-0.33802	-0.22563	-0.94986	0.41959	Lesser	-0.10249	2.3361e-07
N8	0.070604	0.034144	-0.23926	-0.26972	-0.80780	0.30446	Lesser	-0.11826	8.61e-10
N44	1e-06	2e-06	-2.83953	0.00000	-9.34053	0.69315	Lesser	-0.12041	3.4713e-12
N100	0.134071	0.090015	-0.48788	-0.36762	-1.38720	0.46637	Lesser	-0.12429	1.9788e-11
N99	0.076607	0.055082	-0.31618	-0.31080	-0.91228	0.27784	Lesser	-0.13012	1.57266e-11
N20	0.064422	0.038785	-0.37163	-0.34550	-0.94684	0.21772	Lesser	-0.15461	2.046e-14
N51	0.061958	0.044769	-2.18314	-0.15779	-9.02842	0.52705	Lesser	-0.15776	2.046e-14
N22	0.12563	0.078	-0.43353	-0.38111	-1.03094	0.20361	Lesser	-0.16228	2.046e-14
N66	0.017897	3e-06	-2.47001	-0.24253	-9.57482	0.40547	Lesser	-0.17411	2.046e-14
N31	0.057274	0.021663	-1.30193	-0.56719	-6.74563	0.40547	Lesser	-0.17486	2.046e-14
N6	0.062993	0.029897	-0.46220	-0.43459	-1.05277	0.08142	Lesser	-0.18361	2.046e-14
N5	0.04023	0.019696	-1.66089	-0.40547	-2.06267	0.37939	Lesser	-0.18593	2.046e-14
N78	3e-06	2e-06	-0.25358	-0.40547	-0.40547	0.00000	Lesser	-0.19247	2.046e-14
N49	3e-06	2e-06	-0.28135	-0.40547	-0.40547	0.00000	Lesser	-0.20864	2.046e-14
N16	0.001691	3e-06	-1.83322	-0.40547	-9.79404	0.00000	Lesser	-0.21931	2.046e-14
N98	0.068838	0.060654	-2.86960	-0.40654	-9.67046	0.47392	Lesser	-0.22489	2.046e-14
N21	0.04913	0.004339	-3.13772	-0.54715	-9.27984	0.40547	Lesser	-0.22565	2.046e-14
N4	0.063911	0.038854	-1.83855	-0.58763	-9.17039	0.15309	Lesser	-0.23780	2.046e-14
N61	0.070915	0.028002	-0.87394	-0.84462	-1.49254	-0.29757	Lesser	-0.30251	2.046e-14
N84	0.482587	0.292076	-0.71355	-0.67106	-1.05275	-0.33272	Lesser	-0.32067	2.046e-14
N64	0.002162	3e-06	-3.93130	-1.24321	-9.65114	0.00000	Lesser	-0.32309	2.046e-14
N12	0.03577	0.007239	-3.29292	-1.69795	-9.54605	0.00000	Lesser	-0.32785	2.046e-14
N54	3e-06	2e-06	-4.08614	0.00000	-9.42436	0.00000	Lesser	-0.33717	2.046e-14
N24	0.071294	0.024501	-3.57479	-1.40159	-9.97714	-0.31978	Lesser	-0.40007	2.046e-14
N76	3e-06	2e-06	-5.27309	-9.19695	-9.41707	0.00000	Lesser	-0.42327	2.046e-14
N47	0.020235	2e-06	-5.05799	-8.26886	-9.44660	-0.40547	Lesser	-0.43347	2.046e-14
N74	0.037102	3e-06	-6.56215	-9.16388	-9.76855	0.00000	Lesser	-0.44852	2.046e-14
N27	0.095831	0.0296	-3.92498	-1.65786	-10.29592	-0.59964	Lesser	-0.46352	2.046e-14
N48	0.05973	3e-06	-4.59997	-1.44110	-10.49075	-0.41635	Lesser	-0.47760	2.046e-14
N52	0.055632	2e-06	-5.70036	-9.27172	-10.54169	-0.25914	Lesser	-0.48224	2.046e-14
N97	0.024423	2e-06	-6.45600	-9.36130	-9.67208	-2.48104	Lesser	-0.50483	2.046e-14
N83	0.046974	3e-06	-6.48043	-9.55360	-10.17693	-0.48564	Lesser	-0.50739	2.046e-14
N23	0.059095	3e-06	-7.45461	-9.65927	-10.22147	-5.00128	Lesser	-0.60292	2.046e-14
N89	0.244235	0.004907	-6.00136	-2.98097	-11.58987	-1.76475	Lesser	-0.68830	2.046e-14
N40	0.047643	3e-06	-9.75650	-9.83122	-10.10026	-9.55994	Lesser	-0.73863	2.046e-14
N29	0.284568	0.01994	-7.16620	-10.95081	-11.59835	-1.97429	Lesser	-0.75043	2.046e-14
N85	0.058418	3e-06	-10.00141	-10.11979	-10.60496	-9.50172	Lesser	-0.78230	2.046e-14
N34	0.071531	3e-06	-10.31289	-10.35492	-10.76031	-9.84416	Lesser	-0.82610	2.046e-14
N17	0.141494	3e-06	-10.62530	-10.78102	-11.08152	-10.21626	Lesser	-0.86953	2.046e-14
N35	0.095345	2e-06	-10.79172	-10.91493	-11.28572	-10.43699	Lesser	-0.89054	2.046e-14
N87	0.180163	3e-06	-11.22455	-11.25343	-11.58029	-10.94941	Lesser	-0.94107	2.046e-14
N33	0.183014	3e-06	-11.28317	-11.41022	-11.63069	-11.04554	Lesser	-0.95209	2.046e-14