Propertites of Heterotachy Phylogeny of MMAB 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)
N4	3e-06	0.065951	10.16573	10.33964	9.97205	10.67912	Greater	0.90808	1.342e-14
N46	2e-06	0.056711	10.07645	10.25911	9.76750	10.52653	Greater	0.89605	1.342e-14
N39	2e-06	0.092417	8.58787	10.59603	6.80711	11.10027	Greater	0.83613	1.342e-14
N59	2e-06	0.038442	9.40333	9.55913	8.78630	10.09154	Greater	0.83096	1.342e-14
N17	3e-06	0.316913	7.10445	6.32244	2.91225	12.01690	Greater	0.74422	1.342e-14
N10	0.143186	2.135778	2.77892	2.69816	2.40080	3.07584	Greater	0.65006	1.342e-14
N2	0.002202	0.044665	5.63001	8.26023	1.73699	9.85377	Greater	0.62733	1.342e-14
N42	2e-06	0.016847	6.57128	9.11444	0.40547	9.84752	Greater	0.56077	1.342e-14
N49	0.019981	0.092935	1.63026	1.69215	1.26705	2.12116	Greater	0.47353	1.342e-14
N16	2e-06	0.005184	5.22057	8.71793	0.00000	9.68661	Greater	0.46752	1.342e-14
N35	0.120286	0.382304	1.54766	1.38816	0.93679	1.99931	Greater	0.43852	1.342e-14
N33	0.070948	0.307298	1.44790	1.40455	0.83316	1.99225	Greater	0.41077	1.342e-14
N48	0.011836	0.044449	3.03825	1.41062	0.56269	9.15303	Greater	0.40408	1.342e-14
N13	2e-06	0.009106	4.21101	1.44754	0.00000	9.87377	Greater	0.39138	1.342e-14
N58	0.020183	0.069591	1.16087	1.20617	0.72233	1.66805	Greater	0.35297	1.342e-14
N45	3e-06	2e-06	4.33242	6.42972	0.00000	8.71637	Greater	0.33504	1.342e-14
N61	0.008968	0.030396	2.17825	1.38515	0.25376	6.70073	Greater	0.33024	1.342e-14
N62	0.046998	0.129726	0.98540	1.01974	0.69353	1.31991	Greater	0.31381	1.342e-14
N30	0.02977	0.096592	1.05756	0.99830	0.32443	1.79547	Greater	0.28463	1.342e-14
N23	0.0848	0.227787	0.99311	0.94880	0.35165	1.57237	Greater	0.28270	1.342e-14
N40	3e-06	0.025304	2.28495	0.89773	0.14984	9.22651	Greater	0.27253	1.342e-14
N5	0.018765	0.02269	0.92012	0.97896	0.40547	1.50497	Greater	0.27069	1.342e-14
N7	0.033513	0.086058	0.84505	0.82024	0.40987	1.23650	Greater	0.25824	1.342e-14
N44	0.055574	0.120631	0.76799	0.84882	0.33077	1.25778	Greater	0.23516	1.342e-14
N8	0.019405	0.039296	0.75797	0.87536	0.28150	1.38068	Greater	0.23197	1.342e-14
N57	0.010826	0.022034	0.80377	0.80284	0.21469	1.28138	Greater	0.21626	1.342e-14
N52	0.032825	0.044556	0.57468	0.61752	0.13276	1.06430	Greater	0.16934	1.342e-14
N28	2e-06	2e-06	1.41126	0.00000	0.00000	7.17242	Greater	0.12589	1.1754e-13
N54	3e-06	3e-06	1.53466	0.00000	-0.40547	7.89419	Greater	0.07640	7.708e-06
N43	0.020002	0.035345	-0.83399	0.52562	-0.99212	1.37844	Greater	0.04530	0.011736
N27	0.034254	0.077569	0.25764	0.19908	-0.40547	0.86856	Greater	0.04281	0.02662
N15	2e-06	2e-06	0.08949	0.00000	0.00000	0.40547	Lesser	-0.02112	0.1061
N50	3e-06	3e-06	-0.06195	0.00000	-0.40547	0.00000	Lesser	-0.08835	7.39e-06
N12	0.025476	0.017985	-0.21475	-0.14742	-0.73503	0.36436	Lesser	-0.10148	2.9358e-08
N6	0.016665	0.013512	-1.28442	-0.11403	-3.20607	0.72841	Lesser	-0.10656	4.7362e-10
N11	0.024133	0.022189	-1.69364	-0.02373	-2.85601	0.81855	Lesser	-0.10851	2.4936e-10
N53	0.010529	3e-06	-2.53515	0.00000	-8.57848	0.83511	Lesser	-0.13662	1.342e-14
N26	0.049726	0.03185	-0.52314	-0.43793	-1.17567	0.21419	Lesser	-0.16558	1.342e-14
N31	0.143375	0.063885	-0.52627	-0.53050	-1.11248	0.06049	Lesser	-0.19046	1.342e-14
N60	0.081015	0.047175	-0.58091	-0.42535	-0.95603	-0.02419	Lesser	-0.21904	1.342e-14
N3	3e-06	2e-06	-2.21258	-0.40547	-7.90125	0.00000	Lesser	-0.23428	1.342e-14
N14	0.025852	0.013808	-3.09969	-0.74283	-9.30315	0.35994	Lesser	-0.26828	1.342e-14
N51	0.020573	0.00754	-3.48822	-0.98140	-9.13195	0.00947	Lesser	-0.33124	1.342e-14
N20	0.064006	0.034265	-3.25568	-1.13369	-9.40224	-0.04634	Lesser	-0.36508	1.342e-14
N22	0.394864	0.110899	-1.31351	-1.22546	-1.84780	-0.68019	Lesser	-0.37644	1.342e-14
N19	0.011241	3e-06	-4.76477	-7.80384	-8.80122	0.00000	Lesser	-0.38476	1.342e-14
N56	0.034025	0.004186	-4.39329	-2.32264	-9.39513	-0.07606	Lesser	-0.40163	1.342e-14
N21	0.054455	0.01644	-3.47876	-1.23649	-9.49640	-0.16458	Lesser	-0.40177	1.342e-14
N29	0.218217	0.051777	-1.58325	-1.31924	-2.06911	-0.76613	Lesser	-0.41040	1.342e-14
N25	0.250568	0.039481	-2.33983	-1.57566	-2.56202	-0.84360	Lesser	-0.42208	1.342e-14
N38	0.137219	0.061871	-3.30464	-1.16867	-4.57400	-0.32461	Lesser	-0.42885	1.342e-14
N55	0.024442	3e-06	-5.28677	-8.66688	-9.36403	-0.40547	Lesser	-0.47010	1.342e-14
N36	0.098844	0.008479	-5.01559	-2.50067	-10.45876	-1.22354	Lesser	-0.59017	1.342e-14
N24	0.272041	0.010679	-6.09535	-3.45538	-11.44186	-2.35138	Lesser	-0.68488	1.342e-14
N37	0.169992	3e-06	-6.62339	-5.63905	-11.20502	-2.34275	Lesser	-0.71935	1.342e-14
N47	0.033273	2e-06	-9.41846	-9.55201	-9.79740	-9.18436	Lesser	-0.77989	1.342e-14
N32	0.02615	2e-06	-9.50879	-9.68212	-10.40491	-8.71891	Lesser	-0.79634	1.342e-14
N1	0.041025	3e-06	-9.65779	-9.75759	-10.05367	-9.41624	Lesser	-0.81150	1.342e-14
N18	0.041804	3e-06	-9.70499	-9.76715	-10.14118	-9.42368	Lesser	-0.81629	1.342e-14
N34	0.045864	2e-06	-9.58295	-9.95210	-10.66021	-9.38736	Lesser	-0.83316	1.342e-14
N9	0.196168	2e-06	-11.28817	-11.38075	-11.71651	-10.94900	Lesser	-0.96857	1.342e-14