Propertites of Heterotachy Phylogeny of MRPL43 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)
N65	2e-06	0.069485	10.72948	10.74813	10.09526	11.55092	Greater	0.90309	1.43e-14
N50	3e-06	0.080337	10.15315	10.50686	9.24416	11.10286	Greater	0.86980	1.43e-14
N61	3e-06	0.211843	8.88068	11.11681	4.83149	11.81188	Greater	0.83336	1.43e-14
N36	2e-06	0.105954	8.04130	10.16462	3.88676	10.92701	Greater	0.76609	1.43e-14
N1	0.006755	0.198037	6.61162	6.82552	2.58703	11.21378	Greater	0.69306	1.43e-14
N31	0.150974	1.030019	2.38326	2.45876	1.67349	2.98109	Greater	0.51401	1.43e-14
N27	2e-06	0.024087	5.84928	8.02437	0.69315	10.07382	Greater	0.50619	1.43e-14
N35	0.040276	0.306374	2.02387	2.04475	1.70377	2.39755	Greater	0.49169	1.43e-14
N44	3e-06	0.093949	4.91868	2.42526	0.83609	10.55206	Greater	0.46616	1.43e-14
N59	0.05619	0.293566	1.65136	1.65885	1.36956	1.95296	Greater	0.40991	1.43e-14
N63	0.037949	0.157987	1.76221	1.75921	1.04204	2.34983	Greater	0.37894	1.43e-14
N45	2e-06	0.030176	4.90786	8.59526	0.00000	10.08172	Greater	0.37476	1.43e-14
N34	2e-06	0.033947	3.40541	1.90635	0.69315	9.95835	Greater	0.35707	1.43e-14
N12	0.04753	0.196765	1.82916	1.67341	0.77531	2.73645	Greater	0.32732	1.43e-14
N33	0.01892	0.107111	3.33411	1.89420	0.06273	10.73449	Greater	0.30639	1.43e-14
N41	0.120969	0.404439	1.55213	1.52483	0.50879	2.60641	Greater	0.28475	1.43e-14
N64	0.069037	0.20299	1.56683	1.72245	0.47670	2.55697	Greater	0.28086	1.43e-14
N23	0.00178	0.010726	3.12404	1.87459	-0.22081	8.44563	Greater	0.22157	1.43e-14
N43	0.058567	0.182465	0.98934	1.00228	0.34966	1.74647	Greater	0.16725	1.43e-14
N54	0.07928	0.167748	0.93116	0.98366	0.39652	1.49254	Greater	0.15656	1.43e-14
N28	0.020474	0.063751	1.49659	1.04798	0.01720	2.02232	Greater	0.15382	1.43e-14
N8	0.073426	0.173784	0.81982	0.95682	0.18962	1.39197	Greater	0.11571	2.826e-11
N7	0.052437	0.062593	0.49386	0.69321	-0.47805	1.76233	Greater	0.02699	0.52272
N2	0.00688	0.031028	0.65054	0.50487	-1.38800	3.41628	Greater	0.01721	0.8988
N17	3e-06	0.007392	1.55869	0.00000	-0.40547	8.80777	Greater	0.01703	0.8988
N29	0.047924	0.09827	0.50122	0.66919	-0.24830	1.34690	Greater	0.01294	0.8988
N53	0.036216	0.069427	0.52699	0.47804	-0.39574	1.35162	Lesser	-0.00465	0.8988
N24	0.258396	0.603957	0.39132	0.64502	-0.06324	1.13193	Lesser	-0.00471	0.8988
N51	0.146178	0.242174	0.46902	0.49780	-0.06972	0.97664	Lesser	-0.01397	0.8988
N42	0.15255	0.212512	0.39650	0.44292	-0.09994	1.01871	Lesser	-0.02528	0.52272
N55	0.016298	0.027417	-0.11703	0.51248	-5.69709	1.69456	Lesser	-0.02900	0.36288
N60	0.630105	0.814681	0.41847	0.49741	-0.18114	1.00475	Lesser	-0.03291	0.237
N57	0.030984	0.035451	0.37291	0.44236	-0.28972	1.08475	Lesser	-0.03889	0.17512
N25	0.231173	0.201349	0.30976	0.40691	-0.46452	1.28163	Lesser	-0.04247	0.109032
N58	0.03036	0.05503	0.26150	0.42980	-0.11157	0.93870	Lesser	-0.05306	0.017966
N30	2e-06	3e-06	-0.20336	0.00000	-8.19506	1.93055	Lesser	-0.08230	4.795e-06
N32	2e-06	3e-06	-0.62899	0.00000	-8.23999	1.87017	Lesser	-0.09445	9.135e-08
N19	0.266012	0.278794	0.22018	0.23743	-0.25577	0.77557	Lesser	-0.09709	6.6864e-08
N49	0.018064	0.017663	-0.58694	0.00000	-7.67066	1.90120	Lesser	-0.10136	8.6105e-09
N56	0.021521	0.015579	-1.21644	0.28696	-1.56019	1.18697	Lesser	-0.13851	1.43e-14
N37	0.02469	0.023443	-0.88131	0.02860	-2.19218	1.12123	Lesser	-0.15653	1.43e-14
N48	0.026003	0.007674	-0.74476	0.00000	-8.17160	1.69518	Lesser	-0.15984	1.43e-14
N15	0.016495	0.035725	-1.07710	0.00000	-7.97968	1.48367	Lesser	-0.16298	1.43e-14
N40	0.091395	0.044275	-1.52013	-0.04696	-1.84881	1.61451	Lesser	-0.17115	1.43e-14
N3	0.620096	0.620262	0.04788	0.04419	-0.38540	0.48210	Lesser	-0.17564	1.43e-14
N9	0.080227	0.082462	-0.13045	-0.14772	-0.89701	0.58290	Lesser	-0.21190	1.43e-14
N26	0.014574	3e-06	-1.71551	0.00000	-8.61359	1.24905	Lesser	-0.21630	1.43e-14
N6	0.174904	0.158882	-0.12980	-0.12888	-0.68131	0.41640	Lesser	-0.23071	1.43e-14
N21	0.032781	0.022871	-0.91203	-0.38048	-1.81532	0.74670	Lesser	-0.25644	1.43e-14
N10	0.013122	3e-06	-2.20201	-0.27413	-8.96214	0.67643	Lesser	-0.27219	1.43e-14
N16	2e-06	2e-06	-2.11681	0.00000	-8.49995	0.69315	Lesser	-0.28825	1.43e-14
N20	0.14323	0.048159	-1.04751	-0.63238	-1.72810	0.47800	Lesser	-0.31175	1.43e-14
N46	0.055269	3e-06	-3.30817	-1.36477	-9.86731	1.01185	Lesser	-0.32820	1.43e-14
N14	0.217195	0.115688	-0.53599	-0.49990	-1.12276	0.17586	Lesser	-0.33004	1.43e-14
N47	0.099437	0.031937	-0.71610	-0.56872	-1.34925	0.26493	Lesser	-0.33472	1.43e-14
N18	0.030705	3e-06	-2.48104	-1.37524	-8.93807	0.15538	Lesser	-0.36451	1.43e-14
N38	0.005115	2e-06	-3.21577	-0.63716	-8.35503	0.03381	Lesser	-0.38987	1.43e-14
N52	0.058473	0.00814	-3.17584	-0.84899	-9.76557	0.32177	Lesser	-0.42722	1.43e-14
N5	0.374465	0.141127	-0.87639	-0.91219	-1.50920	-0.28399	Lesser	-0.44101	1.43e-14
N22	0.415443	0.043281	-1.09344	-0.92173	-1.75852	-0.22017	Lesser	-0.45083	1.43e-14
N62	0.014242	0.003063	-3.24177	-1.22251	-8.53103	-0.02410	Lesser	-0.46016	1.43e-14
N13	0.241164	0.067526	-1.17115	-0.99010	-1.85118	-0.36884	Lesser	-0.46690	1.43e-14
N11	0.077939	2e-06	-6.24056	-8.33243	-10.91757	-2.12184	Lesser	-0.75239	1.43e-14
N39	0.013633	3e-06	-8.64540	-8.80227	-9.20409	-8.15622	Lesser	-0.82157	1.43e-14
N4	0.440113	2e-06	-11.78723	-12.03469	-12.41956	-11.56848	Lesser	-0.98858	1.43e-14