Propertites of Heterotachy Phylogeny of OMA1 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)
N32	0.00479	0.089719	6.70327	9.13168	2.15486	10.77502	Greater	0.75566	1.43e-14
N47	2e-06	0.026055	5.89006	8.18479	2.47743	9.74809	Greater	0.75085	1.43e-14
N54	0.008475	0.09054	2.35780	2.30098	1.85302	2.90041	Greater	0.73420	1.43e-14
N8	0.024305	0.216752	2.14132	2.11112	1.83226	2.41566	Greater	0.72467	1.43e-14
N18	0.117882	1.530506	2.41073	2.56163	1.86259	3.10147	Greater	0.72093	1.43e-14
N61	0.003552	0.036165	2.45468	2.54165	1.91202	3.10302	Greater	0.71119	1.43e-14
N44	0.038733	0.275605	2.04304	2.02949	1.77794	2.30343	Greater	0.70116	1.43e-14
N65	0.015924	0.109017	2.00275	1.90436	1.54700	2.36310	Greater	0.65348	1.43e-14
N50	0.018257	0.079555	1.80133	1.80098	1.41514	2.22260	Greater	0.60333	1.43e-14
N45	0.008901	0.058036	1.81487	1.86397	1.31259	2.38470	Greater	0.58853	1.43e-14
N29	0.084575	0.593554	1.78181	1.99494	1.31737	2.39669	Greater	0.57945	1.43e-14
N59	2e-06	0.022147	3.89783	2.06145	1.06080	8.99702	Greater	0.56829	1.43e-14
N60	0.026114	0.116681	1.68469	1.73322	1.25552	2.22246	Greater	0.54765	1.43e-14
N41	0.0121	0.108641	1.59764	1.61469	1.01460	2.22286	Greater	0.49209	1.43e-14
N3	0.043124	0.126087	1.32113	1.32756	1.06603	1.57603	Greater	0.44064	1.43e-14
N58	0.005117	0.016164	2.31217	1.47464	0.48409	2.41354	Greater	0.40150	1.43e-14
N52	0.010551	0.037764	1.25603	1.30799	0.72592	1.81430	Greater	0.38789	1.43e-14
N40	0.077636	0.175221	1.12785	1.18429	0.82304	1.53114	Greater	0.35002	1.43e-14
N48	0.028515	0.079503	1.00831	1.05256	0.65730	1.42288	Greater	0.29896	1.43e-14
N62	0.054955	0.143872	0.96914	0.99163	0.76110	1.19765	Greater	0.28370	1.43e-14
N30	0.06294	0.145376	0.94493	1.01869	0.51354	1.48413	Greater	0.27020	1.43e-14
N15	0.055925	0.134827	0.90159	0.99295	0.56117	1.38363	Greater	0.25659	1.43e-14
N57	0.006704	0.017613	0.84672	0.85022	0.44072	1.35712	Greater	0.22556	1.43e-14
N55	0.008671	0.010449	0.99835	0.91724	0.31825	1.43916	Greater	0.22262	1.43e-14
N13	0.019552	0.045296	0.83950	0.84403	0.30684	1.40119	Greater	0.20910	1.43e-14
N31	0.148802	0.308915	0.67315	0.81234	0.38243	1.15828	Greater	0.15786	1.43e-14
N49	0.017153	0.047778	0.66254	0.80360	0.18061	1.28657	Greater	0.15421	1.43e-14
N19	0.304925	0.599139	0.67984	0.68244	0.34497	0.99652	Greater	0.14544	1.43e-14
N17	0.129428	0.272046	0.53277	0.55741	-0.38056	1.37301	Greater	0.08920	3.3152e-07
N34	0.066033	0.110704	0.51149	0.53812	0.05060	1.00847	Greater	0.07943	6.4687e-06
N7	0.033791	0.036609	0.41096	0.52092	-0.25181	1.22075	Greater	0.05323	0.0040902
N42	0.047259	0.062451	0.32600	0.41747	-0.05033	0.81519	Greater	0.00398	0.5884
N16	0.020211	0.026658	0.31357	0.30049	-0.24630	0.82419	Lesser	-0.00929	0.5884
N4	0.039621	0.043675	0.25128	0.44714	-0.25982	0.91371	Lesser	-0.01579	0.5139
N2	0.07047	0.091016	0.21935	0.42095	-0.24111	0.91937	Lesser	-0.01985	0.5044
N56	0.001088	0.001259	-0.21336	0.00000	-6.62007	1.78097	Lesser	-0.05326	0.0040902
N27	0.138555	0.14185	0.01290	0.07476	-0.82888	0.91962	Lesser	-0.09152	1.7064e-07
N63	0.018536	0.014524	0.03329	0.06427	-0.48410	0.62399	Lesser	-0.10214	2.983e-08
N25	0.725607	0.657644	-0.05623	0.12565	-0.39003	0.55380	Lesser	-0.13545	1.43e-14
N28	0.221497	0.041731	-0.20071	-0.32752	-1.70214	0.96188	Lesser	-0.15008	1.43e-14
N51	0.03774	0.020692	-0.14878	0.00215	-0.61861	0.43165	Lesser	-0.18175	1.43e-14
N53	0.037984	0.016628	-0.33040	-0.14399	-0.92310	0.55521	Lesser	-0.19910	1.43e-14
N10	0.0948	0.066836	-0.15240	-0.10078	-0.46866	0.22650	Lesser	-0.21561	1.43e-14
N6	0.005151	0.005638	-1.51596	-0.23619	-7.45027	0.66286	Lesser	-0.21640	1.43e-14
N39	0.204762	0.11012	-0.25285	-0.21789	-0.49739	0.05723	Lesser	-0.25947	1.43e-14
N21	0.009466	0.002604	-1.98552	-0.52809	-7.94094	0.62243	Lesser	-0.25970	1.43e-14
N64	0.033468	0.018904	-0.48588	-0.34266	-1.02801	0.25153	Lesser	-0.27582	1.43e-14
N5	0.087856	0.056692	-0.47070	-0.40879	-0.77315	-0.06669	Lesser	-0.33113	1.43e-14
N33	0.229849	0.159688	-0.57720	-0.42303	-0.94255	-0.10959	Lesser	-0.35657	1.43e-14
N1	0.010164	3e-06	-2.77487	-0.93552	-8.09336	0.11461	Lesser	-0.39511	1.43e-14
N12	0.002976	3e-06	-3.70136	-3.20977	-8.48453	0.00000	Lesser	-0.45746	1.43e-14
N35	0.161796	0.047448	-0.96859	-0.90715	-1.42565	-0.41890	Lesser	-0.45791	1.43e-14
N38	0.160389	0.034828	-1.34657	-1.22109	-1.94816	-0.63683	Lesser	-0.54023	1.43e-14
N14	0.046298	0.009532	-1.40760	-1.35941	-1.93848	-0.85790	Lesser	-0.56489	1.43e-14
N22	0.155212	0.032981	-1.55143	-1.51555	-2.07568	-0.89176	Lesser	-0.57207	1.43e-14
N37	0.05183	0.023577	-4.38278	-1.31962	-9.95311	-0.34370	Lesser	-0.57479	1.43e-14
N26	0.548859	0.094993	-1.78431	-1.91729	-2.45453	-1.17379	Lesser	-0.61413	1.43e-14
N36	0.110484	0.018889	-1.78703	-1.72778	-2.21156	-1.28198	Lesser	-0.63798	1.43e-14
N24	0.480567	0.025536	-2.26014	-2.09805	-3.20486	-1.33570	Lesser	-0.66999	1.43e-14
N23	0.098045	0.010945	-3.88457	-2.13226	-4.07884	-1.19697	Lesser	-0.69147	1.43e-14
N46	0.016429	3e-06	-6.55432	-8.64898	-9.06539	-2.23386	Lesser	-0.70997	1.43e-14
N11	0.043131	0.000749	-5.06173	-2.72245	-9.74740	-1.76329	Lesser	-0.75401	1.43e-14
N43	0.01496	3e-06	-6.16442	-8.36591	-8.79235	-2.00298	Lesser	-0.76177	1.43e-14
N9	0.06368	0.002974	-5.83461	-4.28529	-10.19810	-2.28087	Lesser	-0.78553	1.43e-14
N20	0.360085	3e-06	-9.21584	-11.78918	-12.16221	-4.78865	Lesser	-0.88787	1.43e-14