Propertites of Heterotachy Phylogeny of IMMT 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)
N42	3e-06	0.020878	9.53383	9.70408	9.26252	10.01241	Greater	0.93073	1.43e-14
N34	2e-06	0.01288	8.83182	9.13043	8.30140	9.43040	Greater	0.88639	1.43e-14
N41	3e-06	0.023063	8.73812	8.93489	8.16413	9.52481	Greater	0.88309	1.43e-14
N64	5.2e-05	1.320086	8.41503	6.07364	4.11646	13.38574	Greater	0.86054	1.43e-14
N35	3e-06	0.006353	8.14694	8.36116	7.63022	8.71703	Greater	0.84427	1.43e-14
N54	2e-06	0.098229	7.43371	6.73986	5.27975	10.84862	Greater	0.81517	1.43e-14
N53	0.000299	0.019829	5.60436	4.71727	2.40838	9.27134	Greater	0.69464	1.43e-14
N56	0.004652	0.108079	3.27319	3.23372	2.67145	3.81955	Greater	0.68337	1.43e-14
N37	2e-06	0.033518	5.74381	7.00851	2.78069	9.70070	Greater	0.62945	1.43e-14
N22	0.049117	0.547724	2.45614	2.43422	2.25859	2.61322	Greater	0.61340	1.43e-14
N19	0.058118	0.525704	2.18773	2.17343	2.00951	2.35002	Greater	0.55979	1.43e-14
N20	0.031689	0.327202	2.31925	2.35130	1.97368	2.71794	Greater	0.55691	1.43e-14
N51	0.002551	0.01208	4.72805	3.94903	1.20649	8.71473	Greater	0.53647	1.43e-14
N46	0.032935	0.176538	1.94504	2.04562	1.61826	2.37513	Greater	0.48060	1.43e-14
N36	0.005772	0.033535	1.97630	2.01482	1.44513	2.56777	Greater	0.46676	1.43e-14
N3	0.039684	0.224426	1.84536	1.70065	1.04876	2.52929	Greater	0.39383	1.43e-14
N40	0.01131	0.057187	1.53016	1.52040	1.04065	2.00426	Greater	0.35361	1.43e-14
N31	0.007387	0.03062	2.91808	2.11008	0.40690	8.26256	Greater	0.33312	1.43e-14
N55	3e-06	0.004157	4.09355	6.46770	0.00000	7.83597	Greater	0.32675	1.43e-14
N5	0.03847	0.127318	1.33386	1.33343	0.89527	1.77041	Greater	0.29187	1.43e-14
N43	0.012719	0.041014	1.26407	1.29259	0.89865	1.66761	Greater	0.27615	1.43e-14
N39	0.017271	0.056423	1.05416	1.08544	0.56954	1.54153	Greater	0.18981	1.43e-14
N58	0.006687	0.022003	1.05573	1.05452	-0.33324	3.54302	Greater	0.10769	6.398e-10
N25	0.012465	0.027479	0.81037	0.78324	0.42438	1.16960	Greater	0.09840	2.0748e-08
N27	0.032745	0.080372	0.72162	0.82321	0.40984	1.16789	Greater	0.06942	0.00016203
N44	0.023451	0.038045	0.71308	0.78880	0.12365	1.38468	Greater	0.05001	0.019368
N30	0.016855	0.032472	0.70761	0.71701	0.20160	1.21709	Greater	0.04694	0.019368
N52	0.030533	0.068402	0.63099	0.85580	0.02698	1.35809	Greater	0.02760	0.33375
N26	0.049821	0.110604	0.61592	0.71034	0.22549	1.08387	Greater	0.02381	0.33375
N21	0.047784	0.096277	0.60890	0.69687	0.18633	1.10276	Greater	0.01908	0.33375
N49	0.012164	0.024612	0.61254	0.60019	0.16908	1.04985	Greater	0.01142	0.33375
N33	0.015776	0.02642	0.44813	0.60419	0.07199	1.12098	Lesser	-0.02419	0.33375
N45	0.0102	0.019674	0.48502	0.57175	-0.03443	1.07741	Lesser	-0.03556	0.10188
N28	0.043401	0.066128	0.46775	0.57837	0.19804	0.87158	Lesser	-0.03749	0.08883
N24	0.017609	0.026359	0.45229	0.51189	0.06384	0.92064	Lesser	-0.05055	0.01287
N29	0.035818	0.054696	0.35111	0.44877	0.01251	0.77666	Lesser	-0.09714	4.1472e-08
N11	0.080343	0.089168	0.26175	0.36683	-0.46634	1.08333	Lesser	-0.11798	9.3555e-12
N62	0.029605	0.024464	0.20203	0.29108	-0.36890	0.82421	Lesser	-0.15438	1.43e-14
N32	0.017049	0.01693	0.13091	0.19293	-0.77233	1.04977	Lesser	-0.16441	1.43e-14
N38	0.040135	0.058885	0.09787	0.22241	-0.33208	0.60005	Lesser	-0.20726	1.43e-14
N47	0.010848	0.005013	-0.29875	0.19277	-0.86600	0.89801	Lesser	-0.21231	1.43e-14
N57	0.110604	0.116771	0.09382	0.12316	-0.13160	0.36489	Lesser	-0.22818	1.43e-14
N60	0.123423	0.150017	0.01468	0.06972	-0.25793	0.33979	Lesser	-0.26153	1.43e-14
N6	0.057838	0.076923	-0.18461	0.17725	-0.81114	0.63430	Lesser	-0.26470	1.43e-14
N23	0.00891	0.008362	-1.40479	-0.02462	-4.99027	0.72055	Lesser	-0.28529	1.43e-14
N50	0.007628	0.004603	-1.70496	-0.04474	-7.19068	0.89912	Lesser	-0.29591	1.43e-14
N10	0.610978	0.633232	-0.07293	0.00116	-0.28601	0.23357	Lesser	-0.30236	1.43e-14
N8	0.156656	0.141622	-0.10971	-0.05614	-0.35090	0.19285	Lesser	-0.32166	1.43e-14
N4	0.015313	0.019035	-0.32917	-0.25458	-1.02119	0.47692	Lesser	-0.33194	1.43e-14
N61	0.015416	0.0015	-2.25144	-0.45769	-7.80262	1.02678	Lesser	-0.33845	1.43e-14
N65	0.166431	0.155019	-3.05385	-0.75495	-10.26800	0.70311	Lesser	-0.42334	1.43e-14
N59	0.163687	0.110804	-0.42543	-0.39842	-0.61267	-0.19715	Lesser	-0.47158	1.43e-14
N15	0.052667	0.019599	-0.72883	-0.80348	-1.53173	0.00718	Lesser	-0.47483	1.43e-14
N48	0.031086	0.013804	-2.01834	-0.44588	-1.99635	0.06540	Lesser	-0.50741	1.43e-14
N2	0.185802	0.110272	-0.61787	-0.48187	-0.92561	-0.17191	Lesser	-0.50876	1.43e-14
N14	0.310083	0.182654	-0.74834	-0.72583	-1.24983	-0.24997	Lesser	-0.54470	1.43e-14
N9	0.112792	0.057699	-0.86429	-0.79992	-1.39268	-0.30383	Lesser	-0.56518	1.43e-14
N18	0.131554	0.061495	-0.95259	-0.63268	-1.34995	-0.26520	Lesser	-0.56563	1.43e-14
N1	0.096837	0.036003	-0.80214	-0.79918	-1.15503	-0.43381	Lesser	-0.58171	1.43e-14
N16	0.07782	0.017396	-1.46883	-1.25919	-1.93596	-0.68452	Lesser	-0.67255	1.43e-14
N13	0.122573	0.007515	-3.48109	-2.11720	-3.76786	-0.92249	Lesser	-0.72635	1.43e-14
N12	1.176761	0.141279	-1.76334	-1.76082	-2.53581	-0.93714	Lesser	-0.73902	1.43e-14
N63	0.036898	3e-06	-5.27123	-8.06086	-9.60672	-1.11010	Lesser	-0.76322	1.43e-14
N7	0.305302	0.021516	-2.13246	-2.18598	-2.58652	-1.37132	Lesser	-0.79921	1.43e-14
N17	0.041971	2e-06	-9.64835	-9.71456	-9.99893	-9.39570	Lesser	-0.97445	1.43e-14