Propertites of Heterotachy Phylogeny of MRPS18B 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)
N23	3e-06	0.077687	10.43720	10.63631	9.80582	11.11205	Greater	0.92290	1.32e-14
N5	3e-06	0.134202	7.91312	10.09003	3.23644	11.49465	Greater	0.75399	1.32e-14
N41	0.007645	0.13626	6.05465	3.25481	2.31893	10.94584	Greater	0.72728	1.32e-14
N35	2e-06	0.071026	6.44630	9.34758	1.88912	10.39122	Greater	0.65239	1.32e-14
N6	0.016633	0.15547	5.64558	3.04523	1.87969	11.02029	Greater	0.63275	1.32e-14
N56	0.013341	0.278532	2.79408	2.83913	2.22287	3.41349	Greater	0.60864	1.32e-14
N25	0.009737	0.07973	5.20580	2.43246	1.72109	10.52020	Greater	0.60132	1.32e-14
N51	0.016556	0.216696	2.37007	2.32204	1.88182	2.84036	Greater	0.55676	1.32e-14
N31	0.007906	0.060851	4.57551	2.51439	1.23752	10.00647	Greater	0.48057	1.32e-14
N29	3e-06	0.046333	4.20766	2.35991	0.98386	10.11239	Greater	0.42609	1.32e-14
N40	0.026789	0.240918	1.89647	1.91114	1.32334	2.44088	Greater	0.42019	1.32e-14
N32	0.025984	0.171751	1.80160	1.73433	1.30281	2.18637	Greater	0.39429	1.32e-14
N59	0.02165	0.1139	1.73715	1.66449	1.19727	2.22486	Greater	0.37946	1.32e-14
N60	0.028654	0.215859	1.69291	1.88346	1.18284	2.39181	Greater	0.36074	1.32e-14
N50	0.035451	0.230118	1.65314	1.62417	1.13958	2.13231	Greater	0.34253	1.32e-14
N27	0.023946	0.105566	1.57686	1.55631	1.12986	1.99229	Greater	0.33107	1.32e-14
N21	0.009221	0.076872	1.99995	1.72880	0.82039	2.54344	Greater	0.31464	1.32e-14
N13	0.140892	0.86334	1.71323	1.64492	0.82357	2.53563	Greater	0.30494	1.32e-14
N47	0.004122	0.017763	2.12391	2.00350	0.04163	3.91423	Greater	0.27685	1.32e-14
N18	0.022988	0.132806	1.47114	1.53842	0.85982	2.15562	Greater	0.27674	1.32e-14
N43	0.01453	0.089211	1.29737	1.35388	0.84136	1.89611	Greater	0.23428	1.32e-14
N57	0.071348	0.284783	1.27854	1.29065	0.97102	1.60743	Greater	0.23403	1.32e-14
N58	0.005736	0.032737	2.13390	1.64127	-0.40547	8.85317	Greater	0.19786	1.32e-14
N33	0.007516	0.015805	2.61002	1.09773	0.07723	7.87525	Greater	0.18773	1.32e-14
N28	0.052574	0.19297	1.07721	1.10050	0.69690	1.51296	Greater	0.15543	1.32e-14
N54	3e-06	3e-06	2.91722	0.40547	0.00000	7.97522	Greater	0.12022	2.1516e-12
N20	0.099854	0.339161	0.99470	0.99132	0.39313	1.64133	Greater	0.11886	2.237e-11
N49	0.016462	0.048052	0.09060	1.66504	-3.09568	2.96412	Greater	0.11298	4.7826e-11
N17	0.32699	0.817291	0.90425	0.90285	0.59981	1.20079	Greater	0.08789	3.7086e-07
N4	0.094202	0.243386	0.93733	0.89495	0.25029	1.57376	Greater	0.08289	6.115e-06
N45	0.008762	0.016773	0.93592	0.87463	0.09663	1.55110	Greater	0.06634	0.0012117
N12	0.766962	1.883671	0.83996	0.85237	0.32033	1.35038	Greater	0.06133	0.0004588
N30	3e-06	3e-06	2.08525	0.00000	-0.40547	7.82224	Greater	0.05477	0.0012117
N39	0.027095	0.043381	0.18341	0.73588	-0.22152	1.45041	Lesser	-0.01595	0.1933
N52	0.099637	0.134977	0.32588	0.47663	-0.01520	0.90068	Lesser	-0.10513	3.2459e-09
N2	0.06947	0.074335	0.18690	0.36723	-0.71147	1.26697	Lesser	-0.10824	6.5952e-10
N44	0.101323	0.135459	0.09341	0.24397	-0.34752	0.66607	Lesser	-0.19568	1.32e-14
N15	0.067148	0.056553	-0.06457	-0.11445	-0.99763	0.80582	Lesser	-0.20948	1.32e-14
N42	0.055966	0.045477	-0.00952	0.03044	-0.62242	0.66636	Lesser	-0.22126	1.32e-14
N11	0.106841	0.074377	-0.25444	-0.11707	-1.10869	0.78234	Lesser	-0.23576	1.32e-14
N53	0.018974	0.008314	-1.06919	-0.40547	-2.80387	0.44730	Lesser	-0.27738	1.32e-14
N9	0.152591	0.157532	-0.19479	-0.19580	-0.72001	0.35677	Lesser	-0.29599	1.32e-14
N46	0.019454	0.004881	-2.25712	-0.70205	-7.89860	0.55809	Lesser	-0.35186	1.32e-14
N36	0.008979	2e-06	-3.40248	-2.21800	-8.53179	0.54861	Lesser	-0.37314	1.32e-14
N14	0.036672	0.023678	-0.49820	-0.51297	-1.11240	0.07685	Lesser	-0.37414	1.32e-14
N7	0.053976	0.031943	-3.02436	-0.30777	-9.68552	0.65427	Lesser	-0.37770	1.32e-14
N3	0.506827	0.362594	-0.61724	-0.39682	-1.01568	0.04309	Lesser	-0.39594	1.32e-14
N26	0.009838	0.000246	-3.33463	-1.53731	-8.51399	0.00000	Lesser	-0.43581	1.32e-14
N48	0.028005	0.027622	-3.14806	-0.95654	-9.24783	0.37591	Lesser	-0.43896	1.32e-14
N16	0.331012	0.089489	-1.21070	-1.15281	-2.03799	-0.29810	Lesser	-0.47852	1.32e-14
N34	0.007696	3e-06	-4.41985	-7.85088	-8.25635	0.00000	Lesser	-0.50957	1.32e-14
N22	0.028442	3e-06	-4.93226	-8.57310	-9.56019	-0.10012	Lesser	-0.56834	1.32e-14
N38	0.040272	3e-06	-5.60595	-9.26672	-9.93346	-0.27227	Lesser	-0.60140	1.32e-14
N10	0.132068	0.01179	-3.59563	-2.05284	-10.05938	-1.01370	Lesser	-0.60384	1.32e-14
N37	0.010251	2e-06	-5.39066	-8.38777	-8.72818	0.00000	Lesser	-0.61167	1.32e-14
N1	0.073249	0.006621	-4.83866	-2.15852	-10.35467	-0.19160	Lesser	-0.62424	1.32e-14
N19	0.248172	0.014525	-4.05997	-2.32931	-4.84317	-0.71432	Lesser	-0.65739	1.32e-14
N55	0.01164	2e-06	-5.86877	-8.53208	-8.99013	-0.40547	Lesser	-0.65741	1.32e-14
N8	0.081205	0.002915	-5.16807	-2.25281	-10.56020	-1.12708	Lesser	-0.69158	1.32e-14
N24	0.025034	2e-06	-6.01821	-8.46189	-9.37288	-1.34973	Lesser	-0.69435	1.32e-14