Propertites of Heterotachy Phylogeny of RMND1 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)
N25	2e-06	0.130223	11.30246	11.41665	11.06390	11.61144	Greater	0.98917	1.276e-14
N3	2e-06	0.026461	9.15156	9.19141	8.54588	10.01780	Greater	0.89594	1.276e-14
N18	2e-06	0.000471	9.15451	9.34023	8.84686	9.55432	Greater	0.88947	1.276e-14
N40	3e-06	0.08788	6.97552	9.16746	3.39680	10.43928	Greater	0.83578	1.276e-14
N24	0.014203	0.362778	3.29377	3.24587	2.91878	3.64135	Greater	0.75649	1.276e-14
N23	0.0018	0.049552	4.84735	3.29910	2.47865	9.12135	Greater	0.74188	1.276e-14
N8	0.004165	0.098279	4.84100	3.27588	2.52044	10.27849	Greater	0.67868	1.276e-14
N29	0.009765	0.086264	2.22948	2.21677	1.65609	2.79884	Greater	0.55577	1.276e-14
N19	0.004449	0.026537	4.19213	1.86248	1.24642	9.34688	Greater	0.52321	1.276e-14
N38	0.015018	0.104499	1.98297	2.00732	1.27373	2.64164	Greater	0.46988	1.276e-14
N17	0.037827	0.17257	1.50268	1.50924	1.18535	1.82210	Greater	0.39051	1.276e-14
N55	0.356228	1.08971	1.37545	1.38998	0.96315	1.79940	Greater	0.33201	1.276e-14
N10	0.010672	0.056963	1.46434	1.52012	0.82137	2.16144	Greater	0.33094	1.276e-14
N35	0.284399	0.984544	1.30783	1.31992	1.16038	1.48323	Greater	0.32939	1.276e-14
N45	0.075709	0.50316	1.64441	1.66233	0.55905	2.52773	Greater	0.32347	1.276e-14
N32	0.004807	0.032342	2.04867	1.55359	0.45204	2.55634	Greater	0.29953	1.276e-14
N11	0.017	0.041725	1.23353	1.27472	0.77737	1.74779	Greater	0.26814	1.276e-14
N26	0.026062	0.079564	1.20886	1.17836	0.76237	1.58997	Greater	0.26077	1.276e-14
N33	0.013446	0.034768	1.20285	1.22931	0.46485	1.93886	Greater	0.22781	1.276e-14
N4	0.044852	0.129755	1.08446	1.12305	0.72872	1.47620	Greater	0.21872	1.276e-14
N2	0.026282	0.063971	1.09809	1.10021	0.62376	1.57436	Greater	0.21488	1.276e-14
N20	0.008695	0.026301	1.12726	1.12177	0.56286	1.62274	Greater	0.20573	1.276e-14
N31	0.010323	0.112124	0.54275	2.19732	-7.86057	3.76104	Greater	0.17852	1.276e-14
N41	0.253222	0.519667	0.93618	0.94949	0.71300	1.18388	Greater	0.15857	1.276e-14
N46	0.100916	0.203312	0.83293	1.07294	-0.37404	1.99974	Greater	0.10973	1.7184e-10
N5	0.056736	0.112343	0.70713	0.77902	0.40308	1.10789	Greater	0.06183	0.0006108
N43	0.187129	0.264776	0.61484	0.49400	-0.11416	1.27002	Greater	0.00689	1
N15	0.01526	0.020312	0.61536	0.53758	-0.08951	1.17107	Greater	0.00460	1
N1	0.036515	0.058794	0.57119	0.60252	0.20363	0.99569	Greater	0.00272	1
N16	0.030713	0.041707	0.46278	0.47196	-0.06943	1.05105	Lesser	-0.03727	0.05028
N52	0.092913	0.028861	-0.18612	0.50731	-1.29772	1.77519	Lesser	-0.05030	0.00698
N28	0.01043	0.014467	-0.73119	0.45065	-2.18609	1.55871	Lesser	-0.09201	1.1305e-07
N30	0.009508	0.011536	-0.31801	0.05560	-1.57146	1.31844	Lesser	-0.12200	1.6353e-12
N47	0.043318	0.041966	0.04211	-0.00251	-1.10406	1.16667	Lesser	-0.14350	1.276e-14
N39	0.202884	0.22072	0.13123	0.24614	-0.30996	0.71765	Lesser	-0.15491	1.276e-14
N37	0.113706	0.134036	0.00473	0.28320	-0.43737	0.64570	Lesser	-0.19417	1.276e-14
N36	0.148816	0.145041	0.05854	0.17685	-0.28527	0.53065	Lesser	-0.20074	1.276e-14
N50	0.306101	0.0879	-0.56231	-0.23081	-2.05252	1.02921	Lesser	-0.23145	1.276e-14
N22	0.031982	0.012559	-1.49121	-0.53073	-2.31171	1.25890	Lesser	-0.24637	1.276e-14
N7	0.014064	0.005675	-0.37687	-0.20174	-0.96386	0.40713	Lesser	-0.28315	1.276e-14
N34	0.024487	0.021827	-0.29304	-0.22619	-0.82653	0.36327	Lesser	-0.29191	1.276e-14
N27	0.031244	0.013473	-0.38287	-0.17999	-1.05910	0.43407	Lesser	-0.30441	1.276e-14
N12	0.077609	0.06178	-0.30147	-0.27402	-0.65370	0.11477	Lesser	-0.33739	1.276e-14
N9	0.062267	0.037307	-0.36161	-0.36153	-0.81002	0.11881	Lesser	-0.35272	1.276e-14
N57	0.280902	0.086566	-0.71392	-0.81102	-1.58330	0.12779	Lesser	-0.37915	1.276e-14
N13	0.004261	2e-06	-2.88233	-0.40547	-7.74392	0.00000	Lesser	-0.42101	1.276e-14
N53	0.204463	0.033361	-2.59717	-1.74911	-3.82575	0.26467	Lesser	-0.44250	1.276e-14
N58	0.126771	0.017437	-1.62936	-1.60944	-2.88680	-0.21873	Lesser	-0.46563	1.276e-14
N42	0.022444	0.006747	-3.21200	-1.19469	-8.51649	-0.00920	Lesser	-0.51746	1.276e-14
N6	0.08426	0.034867	-1.19601	-0.88217	-2.07689	-0.32907	Lesser	-0.52498	1.276e-14
N49	0.161197	0.026756	-1.40656	-1.39491	-2.15992	-0.53870	Lesser	-0.54196	1.276e-14
N56	1.672111	0.339859	-1.31091	-1.09763	-1.85730	-0.49977	Lesser	-0.54320	1.276e-14
N51	0.122885	0.017677	-1.82826	-1.94434	-2.64033	-0.98169	Lesser	-0.57732	1.276e-14
N14	0.006456	3e-06	-4.70688	-7.67833	-8.36854	-0.25729	Lesser	-0.59906	1.276e-14
N48	0.066786	0.003487	-3.91711	-2.57723	-8.87284	-1.38761	Lesser	-0.66273	1.276e-14
N21	0.027121	0.001818	-5.39081	-8.37186	-9.44209	-0.95897	Lesser	-0.71720	1.276e-14
N54	0.038754	3e-06	-7.79182	-9.82809	-10.65356	-7.61357	Lesser	-0.76331	1.276e-14
N44	0.019114	3e-06	-8.51338	-10.09634	-11.06744	-7.78072	Lesser	-0.85015	1.276e-14