Propertites of Heterotachy Phylogeny of MRPL44 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)
N58	2e-06	0.093613	10.82186	10.90291	10.55342	11.13319	Greater	0.96450	1.386e-14
N12	1e-06	0.023799	10.07473	10.26820	9.37949	10.83386	Greater	0.90361	1.386e-14
N14	2e-06	0.040505	10.10322	10.23699	9.59801	10.70456	Greater	0.90290	1.386e-14
N47	2e-06	0.012608	8.90804	9.02311	8.57092	9.33340	Greater	0.80361	1.386e-14
N44	2e-06	0.053399	8.04799	10.13652	3.35357	10.41157	Greater	0.78793	1.386e-14
N53	3e-06	0.013673	8.44258	8.42916	8.01950	8.98515	Greater	0.77508	1.386e-14
N9	3e-06	0.174741	6.05462	3.16559	2.18508	11.16958	Greater	0.66769	1.386e-14
N56	3e-06	0.03218	5.56773	8.16309	1.63883	9.68086	Greater	0.54794	1.386e-14
N4	0.019363	0.282618	2.47006	2.54947	1.99331	3.02147	Greater	0.54218	1.386e-14
N60	0.018047	0.168214	2.25009	2.24386	1.76949	2.74785	Greater	0.51067	1.386e-14
N15	3e-06	0.025297	4.59432	2.52874	1.20186	9.42678	Greater	0.45984	1.386e-14
N57	0.013056	0.090152	1.99986	1.99109	1.54250	2.49468	Greater	0.44477	1.386e-14
N45	0.005478	0.030301	4.57314	2.01225	1.01335	9.61943	Greater	0.43586	1.386e-14
N1	0.02159	0.164435	1.87647	1.87976	1.46578	2.29357	Greater	0.41363	1.386e-14
N2	0.01274	0.075394	1.89302	1.95854	1.42931	2.49595	Greater	0.40872	1.386e-14
N16	0.013973	0.097348	1.87592	1.90033	1.44962	2.41624	Greater	0.40208	1.386e-14
N7	0.013969	0.074046	1.94274	1.81680	1.30005	2.43486	Greater	0.37171	1.386e-14
N13	0.021889	0.098134	1.62904	1.59111	1.25569	1.95924	Greater	0.34311	1.386e-14
N43	0.011965	0.043597	3.01279	1.64351	0.65086	8.75132	Greater	0.29860	1.386e-14
N42	0.004096	0.030834	2.98930	2.16550	0.00000	9.18823	Greater	0.29009	1.386e-14
N50	0.020554	0.070733	1.32204	1.41701	0.89167	1.88103	Greater	0.22745	1.386e-14
N51	0.013397	0.062786	1.27033	1.33036	0.74905	1.85377	Greater	0.20302	1.386e-14
N41	0.023005	0.080637	1.24728	1.29892	0.66660	1.90921	Greater	0.19145	1.386e-14
N25	0.016411	0.063515	1.24643	1.17272	0.67151	1.76756	Greater	0.18813	1.386e-14
N40	0.054026	0.158553	1.11545	1.22322	0.62463	1.82376	Greater	0.14982	1.386e-14
N49	0.029428	0.077874	1.10301	1.11587	0.59666	1.59668	Greater	0.14454	1.386e-14
N63	0.018173	0.038136	1.03221	1.00803	0.34028	1.70124	Greater	0.10957	2.074e-09
N24	0.056243	0.154162	1.00422	1.08911	0.36804	1.62866	Greater	0.09769	1.8666e-08
N22	0.023383	0.053731	0.99241	0.91789	0.17542	1.71594	Greater	0.07739	3.5595e-05
N17	0.082342	0.236887	0.81770	0.91451	0.43015	1.33177	Greater	0.04585	0.02826
N39	0.075974	0.126761	0.65021	0.79064	0.20624	1.24938	Lesser	-0.01188	0.3435
N52	0.005481	0.006596	1.03195	0.40547	-0.29523	7.49295	Lesser	-0.01865	0.3435
N61	0.032699	0.063927	0.57626	0.80552	-0.10053	1.43085	Lesser	-0.02160	0.3435
N3	0.008394	0.019949	0.78720	0.54398	0.00000	1.19341	Lesser	-0.03959	0.0862
N62	0.019185	0.037858	0.33822	0.78172	-0.45410	1.55868	Lesser	-0.04222	0.04289
N23	0.073329	0.141258	0.49274	0.58576	0.06491	1.04342	Lesser	-0.08103	4.3032e-06
N19	0.033323	0.043758	0.37839	0.42956	-0.23889	1.02569	Lesser	-0.11837	1.8172e-11
N21	0.203544	0.220169	0.19119	0.42123	-0.30783	1.02024	Lesser	-0.15180	1.386e-14
N33	0.052951	0.039887	-0.54869	0.13906	-0.91081	1.18911	Lesser	-0.18987	1.386e-14
N38	0.127788	0.13773	0.07094	0.14919	-0.34200	0.56430	Lesser	-0.23997	1.386e-14
N18	0.096775	0.084594	0.05333	0.11881	-0.38040	0.51479	Lesser	-0.24859	1.386e-14
N8	0.007192	0.002567	-1.67742	-0.40547	-8.00620	0.46764	Lesser	-0.34468	1.386e-14
N59	0.007231	0.000294	-2.39125	-0.40547	-8.34260	0.94681	Lesser	-0.34949	1.386e-14
N48	0.022352	0.01486	-3.19023	-0.88215	-9.13981	1.30853	Lesser	-0.35211	1.386e-14
N32	0.441271	0.291113	-0.61655	-0.39682	-1.45275	0.36027	Lesser	-0.39344	1.386e-14
N54	0.018009	0.012878	-2.99639	-0.27953	-8.58267	0.59701	Lesser	-0.41591	1.386e-14
N27	0.143873	0.101016	-0.53854	-0.46475	-1.06210	0.08763	Lesser	-0.41877	1.386e-14
N31	1.024874	0.625604	-0.49348	-0.49195	-0.86643	-0.09516	Lesser	-0.44193	1.386e-14
N34	0.167206	0.110022	-0.65822	-0.51373	-1.20611	0.01525	Lesser	-0.44724	1.386e-14
N11	0.005115	2e-06	-2.82892	0.00000	-7.91444	0.00000	Lesser	-0.44844	1.386e-14
N55	3e-06	3e-06	-2.91005	-0.40547	-7.75234	0.00000	Lesser	-0.47257	1.386e-14
N28	0.159131	0.03801	-1.03600	-0.87147	-1.67137	-0.06658	Lesser	-0.48760	1.386e-14
N35	0.051686	0.022189	-2.61926	-0.75094	-3.32517	0.16751	Lesser	-0.49178	1.386e-14
N29	0.103093	0.042108	-0.87650	-0.84589	-1.34192	-0.34112	Lesser	-0.52000	1.386e-14
N30	0.135908	0.032099	-1.34878	-1.24259	-2.22938	-0.32953	Lesser	-0.53012	1.386e-14
N5	0.017495	0.004252	-2.86451	-0.92798	-8.27308	0.00000	Lesser	-0.53125	1.386e-14
N37	0.094058	0.016827	-1.21691	-1.27869	-1.88344	-0.54666	Lesser	-0.56899	1.386e-14
N6	0.031291	0.008206	-2.76568	-1.08409	-7.94760	-0.33049	Lesser	-0.57420	1.386e-14
N36	0.101295	0.03276	-3.16942	-1.62231	-3.46806	-0.45664	Lesser	-0.62506	1.386e-14
N20	0.070982	0.01346	-2.24477	-1.57946	-2.28017	-0.92599	Lesser	-0.66320	1.386e-14
N26	0.100621	0.013714	-3.29825	-1.76991	-3.39549	-0.68384	Lesser	-0.66545	1.386e-14
N46	0.014775	0.002102	-5.52725	-8.32893	-8.90246	-0.61554	Lesser	-0.70188	1.386e-14
N10	0.019665	3e-06	-8.73280	-8.80927	-9.08855	-8.42002	Lesser	-0.92037	1.386e-14