Propertites of Heterotachy Phylogeny of MRPL51 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)
N10	2e-06	0.231211	11.54001	11.72026	11.27387	12.08617	Greater	0.92775	1.386e-14
N30	2e-06	0.105559	10.89600	11.07590	10.49123	11.53385	Greater	0.86304	1.386e-14
N24	2e-06	0.242692	6.58368	3.17210	2.46983	11.71312	Greater	0.69921	1.386e-14
N19	2e-06	0.146699	7.52541	10.40847	2.98243	11.53004	Greater	0.69209	1.386e-14
N35	0.015177	0.219841	5.73103	2.86822	2.36963	11.24647	Greater	0.68784	1.386e-14
N33	3e-06	0.094732	8.39678	10.55680	6.85435	11.10327	Greater	0.67998	1.386e-14
N2	0.048099	0.833849	4.82996	2.47369	1.63866	8.61193	Greater	0.59339	1.386e-14
N25	3e-06	0.135947	5.88654	2.47977	1.61890	10.93966	Greater	0.58315	1.386e-14
N21	3e-06	0.061407	7.51627	9.96974	0.40547	10.65882	Greater	0.52571	1.386e-14
N28	0.090183	0.952767	2.20415	2.22610	1.88923	2.52883	Greater	0.51829	1.386e-14
N27	0.01987	0.130814	4.16226	2.16624	1.43065	10.55633	Greater	0.48878	1.386e-14
N60	0.015302	0.066503	4.54385	1.75709	0.87136	10.14639	Greater	0.44074	1.386e-14
N58	0.010034	0.119518	3.99668	2.13178	1.04865	10.15627	Greater	0.43128	1.386e-14
N8	0.056612	0.241337	1.59756	1.57074	1.17276	2.05333	Greater	0.37688	1.386e-14
N16	0.023662	0.160327	1.62299	1.63774	1.08771	2.10383	Greater	0.35237	1.386e-14
N26	2e-06	3e-06	4.52859	6.67267	0.00000	10.03111	Greater	0.31743	1.386e-14
N61	0.031363	0.141226	1.40550	1.53127	0.86672	2.08569	Greater	0.30867	1.386e-14
N53	0.019616	0.220427	2.33646	1.77052	0.36669	3.60530	Greater	0.30514	1.386e-14
N14	0.002608	0.036113	2.48712	2.00882	0.20226	8.97673	Greater	0.29552	1.386e-14
N43	0.103734	0.107524	3.32630	1.30092	-0.24627	6.07650	Greater	0.24689	1.386e-14
N1	0.212779	0.465916	0.87823	0.83852	0.41402	1.33024	Greater	0.15972	1.386e-14
N20	0.019989	0.050453	1.06719	1.01692	0.22041	1.63099	Greater	0.15359	5.3977e-13
N29	2e-06	2e-06	2.72372	0.00000	0.00000	8.44107	Greater	0.14451	1.386e-14
N44	0.021818	0.134963	0.86670	1.13054	-0.40547	2.46208	Greater	0.13036	1.5168e-13
N52	0.148866	0.260368	0.80787	0.82026	0.13057	1.54280	Greater	0.12194	4.932e-11
N50	0.031563	0.039611	0.54008	0.74615	-1.48264	3.02497	Greater	0.07366	2.2715e-05
N37	0.037192	0.058669	0.62325	0.72424	0.05104	1.27998	Greater	0.07181	0.00017476
N42	0.138579	0.221516	0.45175	0.61295	0.00099	1.07469	Greater	0.02910	0.04336
N48	0.069038	0.114731	-1.29081	0.47457	-8.54208	1.73942	Lesser	-0.06203	0.00027909
N5	0.157302	0.211753	0.20314	0.24166	-0.47025	0.92892	Lesser	-0.06413	0.0004234
N46	0.248891	0.304124	0.18139	0.22287	-0.22834	0.65532	Lesser	-0.08005	6.348e-06
N22	2e-06	2e-06	0.18390	0.00000	0.00000	0.69315	Lesser	-0.09395	2.0384e-08
N17	0.021497	0.011931	-0.59917	0.03653	-8.95923	1.38433	Lesser	-0.09657	2.0734e-08
N56	0.097755	0.08397	-0.00313	0.09706	-0.63751	0.73312	Lesser	-0.12403	7.763e-12
N36	0.035762	0.039469	-1.43355	0.00000	-9.13863	1.17315	Lesser	-0.15065	1.386e-14
N32	0.094877	0.068996	-0.11449	-0.05465	-0.85867	0.61416	Lesser	-0.16472	1.386e-14
N31	3e-06	2e-06	0.00216	0.00000	-0.40547	0.20555	Lesser	-0.16962	1.386e-14
N4	0.035952	0.047373	-1.88164	-0.44988	-9.47109	2.17220	Lesser	-0.17090	1.386e-14
N39	0.06445	0.023166	-0.11976	-0.12827	-0.68030	0.43505	Lesser	-0.19164	1.386e-14
N23	0.017645	2e-06	-1.08954	-0.16747	-9.17539	0.96056	Lesser	-0.19760	1.386e-14
N13	2e-06	2e-06	-0.05629	0.00000	0.00000	0.00000	Lesser	-0.20072	1.386e-14
N63	0.124626	0.086195	-0.28675	-0.18543	-1.00654	0.49864	Lesser	-0.20672	1.386e-14
N15	0.053038	0.033931	-0.27805	-0.19310	-0.88962	0.41333	Lesser	-0.21665	1.386e-14
N47	0.168657	0.114177	-0.45340	-0.19278	-1.60205	0.56350	Lesser	-0.21976	1.386e-14
N34	0.01156	0.062428	-2.09476	-0.40547	-9.36134	0.99958	Lesser	-0.23202	1.386e-14
N18	0.075916	0.039273	-0.47904	-0.24310	-0.98475	0.38451	Lesser	-0.23995	1.386e-14
N57	0.103672	0.082527	-0.33936	-0.29472	-0.99115	0.31851	Lesser	-0.24448	1.386e-14
N41	0.01721	3e-06	-3.00083	-0.40547	-9.15133	0.73733	Lesser	-0.27862	1.386e-14
N54	0.181717	0.200091	-0.45472	-0.43281	-1.14435	0.20429	Lesser	-0.28104	1.386e-14
N51	2.216127	0.886085	-0.57314	-0.53872	-1.15962	0.01805	Lesser	-0.31684	1.386e-14
N9	3e-06	2e-06	-2.86468	-0.40547	-9.07989	0.00000	Lesser	-0.32625	1.386e-14
N6	0.028896	3e-06	-3.12831	-0.85907	-9.40175	0.40547	Lesser	-0.34030	1.386e-14
N55	0.063722	0.034655	-3.67211	-0.96763	-9.80155	0.40547	Lesser	-0.38667	1.386e-14
N45	0.068799	0.02749	-2.60297	-1.04051	-4.42409	0.05441	Lesser	-0.41147	1.386e-14
N7	0.014384	3e-06	-4.43943	-8.42989	-9.04847	0.00000	Lesser	-0.41505	1.386e-14
N59	0.081235	0.014115	-1.38711	-1.36484	-1.81576	-0.95846	Lesser	-0.52196	1.386e-14
N49	0.100922	3e-06	-4.77265	-1.43843	-10.84049	-0.08355	Lesser	-0.52458	1.386e-14
N12	0.018601	2e-06	-6.09459	-9.03987	-9.47628	0.00000	Lesser	-0.56633	1.386e-14
N11	0.030327	2e-06	-6.92562	-9.38211	-9.94203	-2.51295	Lesser	-0.66422	1.386e-14
N38	0.016438	2e-06	-9.22861	-9.22969	-9.65182	-8.99349	Lesser	-0.76879	1.386e-14
N40	0.022627	2e-06	-9.47332	-9.41967	-9.87907	-9.06445	Lesser	-0.80101	1.386e-14
N62	0.092698	3e-06	-10.50821	-10.62977	-10.94120	-10.27609	Lesser	-0.92790	1.386e-14
N3	0.189379	2e-06	-11.21021	-11.31631	-11.70584	-10.78822	Lesser	-0.97543	1.386e-14