Propertites of Heterotachy Phylogeny of MRM1 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)
N36	2e-06	0.239962	11.81329	11.89570	11.49617	12.21601	Greater	0.99136	1.364e-14
N49	2e-06	0.041023	8.68974	9.71993	8.69173	10.51324	Greater	0.84582	1.364e-14
N23	0.037412	1.117722	4.35522	3.66071	2.93355	4.89639	Greater	0.72403	1.364e-14
N37	0.043151	1.283311	3.64361	3.66002	3.28028	4.04304	Greater	0.72182	1.364e-14
N60	0.008633	0.61862	3.76595	3.41424	2.83207	4.48642	Greater	0.70910	1.364e-14
N57	2e-06	0.020204	7.00601	9.22336	2.95827	10.08487	Greater	0.68100	1.364e-14
N1	2e-06	0.034218	6.89152	8.94878	2.90254	10.20192	Greater	0.64960	1.364e-14
N41	0.011476	0.103664	3.91499	2.19138	1.49403	4.31808	Greater	0.54958	1.364e-14
N11	0.05882	0.41992	2.14203	2.15562	1.63789	2.65998	Greater	0.51497	1.364e-14
N58	2e-06	0.010601	5.15774	7.82505	0.00000	8.63746	Greater	0.43889	1.364e-14
N62	0.017082	0.092287	1.77258	1.81400	1.34632	2.29286	Greater	0.43495	1.364e-14
N45	0.033581	0.159946	1.72247	1.71971	1.28819	2.13272	Greater	0.42561	1.364e-14
N16	0.040182	0.168113	1.73216	1.83124	1.06852	2.52526	Greater	0.38721	1.364e-14
N5	0.007413	0.034912	2.68110	1.91811	0.45593	3.80013	Greater	0.34060	1.364e-14
N51	2e-06	0.021372	3.24441	1.62514	0.00000	9.83839	Greater	0.31876	1.364e-14
N50	0.012429	0.052789	2.84521	1.73389	0.36506	8.71449	Greater	0.31731	1.364e-14
N26	0.032049	0.064924	1.28010	1.15567	0.49147	1.89729	Greater	0.24891	1.364e-14
N46	0.056386	0.138129	1.12743	1.14907	0.69653	1.55567	Greater	0.24184	1.364e-14
N55	0.004783	0.011756	2.18877	1.25726	0.00000	8.01124	Greater	0.22475	1.364e-14
N39	0.006845	0.024937	2.18868	1.48429	-0.33937	8.61096	Greater	0.21669	1.364e-14
N47	0.034268	0.076242	0.89288	0.93701	0.54040	1.33845	Greater	0.16324	1.364e-14
N44	0.007128	0.011574	1.81190	0.89161	-0.10286	8.33231	Greater	0.15209	1.364e-14
N31	0.018563	0.044334	0.86698	0.91629	0.30132	1.49202	Greater	0.14069	1.364e-14
N7	0.003017	0.007479	2.48003	0.40547	-0.39187	8.59224	Greater	0.13746	1.364e-14
N52	0.015883	0.063338	0.75720	0.88341	0.27248	1.39304	Greater	0.11295	2.4888e-09
N35	0.020637	0.041838	0.79291	0.71920	0.06969	1.47757	Greater	0.09723	7.382e-08
N27	0.044965	0.078668	0.66856	0.89063	0.07930	1.45513	Greater	0.08659	1.5921e-06
N48	0.061329	0.12096	0.66347	0.69504	0.31074	1.09528	Greater	0.07798	1.8576e-05
N38	0.005607	0.015514	-0.00638	0.87007	-1.84052	2.52608	Greater	0.05545	0.0021185
N32	0.070762	0.094855	0.54879	0.65579	0.25092	0.96267	Greater	0.03143	0.0915
N14	0.156291	0.205631	0.39076	0.66053	-0.27093	1.41154	Greater	0.01052	0.5618
N54	0.106683	0.149197	0.49275	0.56794	0.19027	0.86183	Greater	0.00715	0.5618
N17	0.178097	0.214897	0.40950	0.30757	-0.07266	0.77566	Lesser	-0.04411	0.015876
N22	0.183706	0.105681	0.31917	0.32960	-0.67908	1.11562	Lesser	-0.07194	6.084e-05
N30	0.037212	0.061849	0.23625	0.43294	-0.35315	0.97606	Lesser	-0.07236	4.6697e-05
N33	0.016265	0.013428	-0.75428	0.19681	-7.70286	1.51200	Lesser	-0.10135	5.8421e-09
N19	0.15514	0.197418	0.14662	0.21269	-0.66205	0.94468	Lesser	-0.11437	4.6475e-10
N53	0.037046	0.034061	0.12347	0.22703	-0.35526	0.70778	Lesser	-0.13101	1.0731e-11
N13	0.217712	0.175854	0.03985	0.06297	-1.00472	1.11230	Lesser	-0.13573	1.364e-14
N42	0.013525	0.004407	-1.36347	0.02595	-8.41936	1.12845	Lesser	-0.17290	1.364e-14
N56	0.030213	0.016636	-0.03382	0.07640	-0.55402	0.67246	Lesser	-0.17450	1.364e-14
N2	0.023303	0.015821	0.01030	-0.14420	-0.71214	0.53412	Lesser	-0.19989	1.364e-14
N59	3e-06	2e-06	-0.15639	0.00000	-0.40547	0.00000	Lesser	-0.28041	1.364e-14
N18	0.25184	0.115778	-0.28269	-0.32528	-0.83303	0.23753	Lesser	-0.29576	1.364e-14
N8	0.229217	0.071737	-0.46210	-0.34505	-1.16028	0.33061	Lesser	-0.31191	1.364e-14
N3	0.235619	0.202543	-0.63160	-0.55246	-1.55534	0.22817	Lesser	-0.35008	1.364e-14
N43	0.087136	0.011902	-0.76619	-0.50527	-1.24387	0.14430	Lesser	-0.37521	1.364e-14
N20	0.178281	0.058987	-0.94112	-1.07682	-2.04949	0.06734	Lesser	-0.40712	1.364e-14
N34	0.04131	0.011785	-0.83453	-0.72926	-1.47677	-0.12386	Lesser	-0.42471	1.364e-14
N6	0.406413	0.246222	-0.67037	-0.48733	-1.24838	-0.11288	Lesser	-0.42556	1.364e-14
N21	0.203566	0.063841	-3.47463	-1.20883	-9.77630	0.17259	Lesser	-0.47050	1.364e-14
N9	0.083974	0.024528	-0.87437	-0.82516	-1.42730	-0.28157	Lesser	-0.47108	1.364e-14
N29	0.017672	3e-06	-4.26126	-7.51407	-8.73676	0.20625	Lesser	-0.47735	1.364e-14
N4	0.607214	0.279904	-0.82307	-0.75420	-1.24149	-0.34031	Lesser	-0.47938	1.364e-14
N12	0.219427	0.04497	-3.36523	-1.06169	-4.74053	-0.15247	Lesser	-0.52451	1.364e-14
N15	0.173672	3e-06	-6.07271	-9.38622	-11.05554	0.00000	Lesser	-0.56168	1.364e-14
N28	0.029255	0.001217	-4.66873	-7.63852	-9.41374	-0.27518	Lesser	-0.56362	1.364e-14
N40	0.038989	0.0056	-4.87990	-2.73022	-9.65776	-0.69732	Lesser	-0.63047	1.364e-14
N10	0.323728	0.029166	-2.10653	-1.99981	-2.74918	-1.30051	Lesser	-0.66214	1.364e-14
N61	0.025386	3e-06	-6.14353	-9.00434	-9.50409	-0.93641	Lesser	-0.67195	1.364e-14
N25	0.153217	3e-06	-7.31684	-10.67682	-11.23319	-1.29332	Lesser	-0.68608	1.364e-14
N24	0.349354	2e-06	-7.43061	-11.60748	-11.98559	-0.48791	Lesser	-0.69793	1.364e-14