Propertites of Heterotachy Phylogeny of MRPS11 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)
N11	0.009535	0.248665	3.24693	3.29572	2.93219	3.56852	Greater	0.72880	1.474e-14
N34	0.006688	0.202873	6.22064	3.32989	1.97126	11.08090	Greater	0.69842	1.474e-14
N38	2e-06	0.036528	8.16232	10.44105	3.95193	11.35267	Greater	0.68945	1.474e-14
N67	0.018188	0.358703	6.88999	9.57848	1.76227	11.88440	Greater	0.67688	1.474e-14
N14	0.005596	0.095364	4.70821	2.81191	2.15150	10.60412	Greater	0.64287	1.474e-14
N1	3e-06	0.068979	5.04575	3.22065	1.49651	9.97776	Greater	0.56641	1.474e-14
N30	0.005551	0.086719	4.96311	2.92886	1.43305	10.17201	Greater	0.55900	1.474e-14
N15	0.009328	0.117482	4.82957	3.09302	1.81180	11.05897	Greater	0.55362	1.474e-14
N44	0.101405	0.680747	2.19548	2.09448	1.69977	2.60750	Greater	0.53223	1.474e-14
N8	0.018053	0.154132	1.93223	2.00953	1.42484	2.55219	Greater	0.45860	1.474e-14
N58	0.145671	0.780337	1.89235	1.83775	1.09033	2.65122	Greater	0.42514	1.474e-14
N28	0.009832	0.052893	1.80082	1.92888	1.17298	2.50797	Greater	0.41985	1.474e-14
N18	0.012969	0.145793	1.77355	2.07705	1.46252	2.51221	Greater	0.40379	1.474e-14
N17	0.009793	0.069378	1.65765	1.85971	1.11658	2.40951	Greater	0.37842	1.474e-14
N35	0.012	0.101981	2.53797	1.83507	0.63107	2.77741	Greater	0.36009	1.474e-14
N6	0.027732	0.138591	1.51458	1.59906	0.93664	2.15002	Greater	0.33846	1.474e-14
N23	0.011101	0.087664	1.51678	1.64002	0.98114	2.15703	Greater	0.33763	1.474e-14
N53	0.02009	0.148989	2.00177	1.70594	0.40222	2.91483	Greater	0.31909	1.474e-14
N49	0.168817	0.423698	1.38583	1.26366	0.79838	1.93089	Greater	0.30726	1.474e-14
N45	0.207303	0.650168	1.28774	1.27613	0.60998	1.94359	Greater	0.26199	1.474e-14
N24	0.013743	0.057351	1.14472	1.27063	0.66791	1.76159	Greater	0.23737	1.474e-14
N46	3e-06	0.028602	3.30694	0.43680	-0.75899	9.61099	Greater	0.19990	1.474e-14
N37	0.041304	0.116448	1.65247	1.16197	-0.23454	3.03387	Greater	0.19014	1.474e-14
N21	0.053653	0.131782	0.97166	1.03371	0.48900	1.50065	Greater	0.18437	1.474e-14
N22	0.02693	0.06417	0.93860	1.13604	0.40547	1.66344	Greater	0.17538	1.474e-14
N59	0.009342	0.011844	1.63710	1.03001	-0.40547	3.20409	Greater	0.17259	1.474e-14
N50	0.079273	0.122955	1.60577	0.76915	-0.51523	2.90919	Greater	0.13875	1.474e-14
N4	0.020345	0.017583	0.90588	0.90253	-0.04521	1.67457	Greater	0.11784	1.764e-09
N9	0.059831	0.138982	0.74751	0.77907	0.33581	1.20253	Greater	0.11347	9.6213e-11
N26	0.006229	0.018963	1.03976	0.65010	-0.74834	5.27471	Greater	0.09135	2.2825e-07
N63	0.020034	0.033189	0.32265	0.78869	-0.40547	1.86810	Greater	0.07917	4.039e-05
N42	0.065099	0.112338	0.60026	0.50475	-0.00879	1.15685	Greater	0.04982	0.015003
N3	0.009961	0.024442	0.23108	0.57403	-0.94895	1.98552	Greater	0.03953	0.071312
N55	0.047153	0.110345	0.51652	0.51245	-0.45711	1.37073	Greater	0.02372	0.64365
N29	0.047133	0.080399	0.46697	0.58537	-0.23941	1.17880	Greater	0.01859	0.7296
N48	0.018132	0.017104	0.73078	0.00000	-2.79599	7.82591	Greater	0.01094	0.7296
N7	0.049019	0.047577	0.50852	0.29495	-0.54634	1.28823	Lesser	-0.01270	0.7296
N65	0.043082	0.149688	-0.14370	0.27307	-1.04450	1.85374	Lesser	-0.01959	0.7296
N66	0.093349	0.134932	0.28873	0.32931	-0.78665	1.31971	Lesser	-0.01968	0.7296
N32	0.044406	0.029339	0.25731	0.44137	-0.16526	0.92881	Lesser	-0.02209	0.7296
N20	2e-06	2e-06	-1.14462	0.00000	-7.72974	0.69315	Lesser	-0.14890	1.474e-14
N25	0.00922	3e-06	-1.37789	0.00000	-8.21320	0.40547	Lesser	-0.16336	1.474e-14
N52	0.009525	2e-06	-1.36467	-0.40547	-8.39852	1.39621	Lesser	-0.16543	1.474e-14
N16	0.012292	0.009409	-1.29005	-0.17165	-8.44834	0.55520	Lesser	-0.17923	1.474e-14
N60	0.033271	0.022834	-0.16736	-0.11047	-0.68349	0.42924	Lesser	-0.19114	1.474e-14
N33	3e-06	2e-06	-0.09029	0.00000	-0.40547	0.00000	Lesser	-0.20517	1.474e-14
N5	0.074547	0.048333	-0.39079	-0.20109	-1.22711	0.47856	Lesser	-0.22703	1.474e-14
N12	0.057736	0.045793	-2.84955	0.21659	-9.70278	0.91143	Lesser	-0.23447	1.474e-14
N36	0.028927	0.000923	-1.82053	-0.80546	-9.30771	0.40547	Lesser	-0.25772	1.474e-14
N2	0.077428	0.050464	-0.38767	-0.28578	-0.89024	0.19458	Lesser	-0.26023	1.474e-14
N39	3e-06	2e-06	-0.21767	-0.40547	-0.40547	0.00000	Lesser	-0.26067	1.474e-14
N41	2e-06	2e-06	-1.81934	0.00000	-6.70747	0.00000	Lesser	-0.26510	1.474e-14
N27	0.009001	3e-06	-2.29954	-0.40547	-8.40066	0.13279	Lesser	-0.26539	1.474e-14
N13	0.023342	0.015829	-2.76567	-0.40547	-8.76390	0.74694	Lesser	-0.27562	1.474e-14
N31	0.011584	3e-06	-3.03329	-0.40547	-8.78278	0.40547	Lesser	-0.28898	1.474e-14
N43	0.004009	2e-06	-3.45997	-0.69315	-8.73793	0.00000	Lesser	-0.35558	1.474e-14
N57	0.383837	0.206866	-0.96675	-1.00699	-1.49562	-0.49600	Lesser	-0.42179	1.474e-14
N10	0.046835	0.020125	-4.26520	-0.99260	-9.92937	0.17877	Lesser	-0.44085	1.474e-14
N61	0.107412	0.030964	-1.16606	-1.12219	-1.73192	-0.54961	Lesser	-0.44723	1.474e-14
N64	0.19316	0.023533	-4.95306	-2.57977	-11.16208	-0.31863	Lesser	-0.56519	1.474e-14
N62	0.120816	0.000429	-5.28785	-3.27553	-10.90467	-0.72896	Lesser	-0.60326	1.474e-14
N19	0.049764	3e-06	-5.45064	-2.14867	-9.92615	-1.54545	Lesser	-0.68114	1.474e-14
N47	0.142262	2e-06	-7.31923	-9.94618	-11.02337	-2.86549	Lesser	-0.75690	1.474e-14
N54	0.010663	2e-06	-8.94129	-8.83928	-9.29652	-8.35409	Lesser	-0.76951	1.474e-14
N51	0.019772	2e-06	-9.57815	-9.37352	-10.68617	-8.53090	Lesser	-0.82404	1.474e-14
N56	0.213648	2e-06	-11.24184	-11.45673	-11.83508	-10.92178	Lesser	-0.95044	1.474e-14
N40	0.230674	2e-06	-11.45919	-11.49425	-11.84026	-11.11336	Lesser	-0.96660	1.474e-14